Articles
ECOLOGICAL DEMOCRACY
Vol. I Issue 1 March 2013
- Climate Change: Politics of Global Discourse & South Asian Response - (Dr Suman Sharma & D.M.Gautam )
- Churning the Earth: Making of Global India- ( Ashish Kothari)
- Well Being by Eating Well - (Uma Shankari)
- Liquid Assets on Steep Slopes - (Anupam Mishra)
- Developmentality: The Ruling Faith - (Aseem Shrivastava)
- An Uncertain Journey towards a Sustainable & Equitable Human Development -(Soumya Dutta)
- Food Security for the Poor in India- Paradigm Shift Needed - (T. Vijay Kumar)
- Sustainable Agriculture and Twelfth Plan
(Ajay K. Jha) ------------------------------
Climate Change: Politics of Global Discourse & South Asian Response
Dr Suman Sharma & D.M.Gautam
Our mother earth is facing a
multi-faceted crisis of unprecedented proportions. This crisis is not
only an existential threat to humankind but also to all life forms and
environment of the planet. The technological march of ‘progress and
development’ as it is generally understood, has excluded a very large
mass of human population from the gains of such progress and
development. At the same time the ‘progress and development’ by its
inexorable logic consumes the resources of the earth at a very fierce
pace to sustain its growth momentum. The fast pace of consumption of
resources, particularly of the non-renewable kind, and exclusion of
large mass of human population from the ambit of ‘progress and
development’ has created inequity and disequilibrium in nature and among
human society. This inequity and disequilibrium in turn has created
the crises being faced by the mother earth and its inhabitants.
The principles of equity and
‘common but differentiated responsibilities’ for global discourse on
climate change were evolved by a painstaking effort under the aegis of
United Nations Framework Convention on Climate Change(UNFCCC). The
international community in a feeble attempt to respond to the crises
facing humankind and mother earth adopted a Millennium Declaration
under the auspices of the United Nations in the year 2000 and set for
itself very ambitious Millennium Development Goals(MDGs) to be achieved
by 2015. The MDGs are a declaration of intent on the reduction
of extreme income poverty and hunger, achieving universal primary
education, promoting gender equality and empowering women, reducing
child mortality, improving maternal health, combating HIV/AIDS and other
major diseases, ensuring environmental sustainability and developing a
global partnership for development. The South Asian community under the
aegis of regional cooperation grouping, SAARC, four years after the
Millennium Declaration, recommitted themselves to the goals of MDGs by
declaring their own South Asian Development Goals (SDGs). The SDGs
echoing the goals of MDGs were organized into four broad categories of
Livelihood, Health, Education and Environment.
United Nations Millennium Development Goal 7 pronounced its objective to integrate
the principles of sustainable development into country policies and
programmes and reverse the loss of environmental resources. The
Environment SDG specifies its goals to achieve acceptable
levels of forest cover, water and soil quality, air quality,
conservation of bio-diversity, wet land conservation and ban on dumping
of hazardous waste including radioactive waste.
This paper attempts to examine and
analyze various initiatives taken by SAARC on the threat of Climate
Change to a sustainable environment in the context of global
negotiations on this subject and emerging new concept of human security
distinct from traditional concept of security in military sense. The new
paradigm of human security perceives the security as freedom from
danger, fear, want and deprivation. Further, the ideas of recent trend
in Deep Ecology which go beyond mere human security to encompass all
life and nature has been noted with particular reference to its
indebtedness to Gandhian philosophy.
It is maintained that the
environment of mother earth being indivisible, any regional effort to
find a solution to the problems of Climate Change has to dovetail with
the larger global efforts/solution. The global efforts symbolized by the
discourse under the aegis of United Nations Framework Convention on
Climate Change(UNFCCC)have unfortunately been very prolonged and
virtually put under suspended animation by the decisions or rather
indecisions at Conference of Parties in Durban(2011) and Doha(2012). The
nations which enjoy the power and prosperity and pollute mother earth
the most, evade their commitment to the basic principle of ‘common but
differentiated responsibilities’ and ‘principle of equity’ set forth in
global discourse. The inexorable logic of growth and progress pursued
through neo-liberal economic ideology to sustain their life style and
consumption patterns compel them not to come to terms with the real
threats of Climate Change. Ironically, the rumblings of continental
shift of power and prosperity( noted as an inevitable historical
process by Indian political activist and thinker Dr Rammanohar Lohia in
one of his lectures in 1952[1])
in recent times from the West to the East are accompanied with the
pursuit of same neo-liberal economic ideology which would only
perpetuate inequity within and among nations as also cause irreversible
damage to the nature and environment.
The efficacy of South Asian
Association for Regional Cooperation (SAARC) as a regional organization
to deal with the issues posed by Climate Change has been examined in
this larger global context. Further, various problems facing SAARC
while pursuing these issues have also been highlighted. The virtual
failure of global and regional efforts due to prolonged, action-less
deliberations, lack of political will to accept the inevitable and
change course for the survival of humankind has been underlined.
In conclusion, it has been
emphasized that search for an alternative source of renewable energy
(alternative to fossil fuels) and to the development model of
neo-liberalism is the only hope for the future. A state of harmony and
equilibrium – ‘Samanvya’ as an Indian would call it – among and within
nations and communities, between nature and man and within nature itself
only will ensure peace, equity and survival of mother earth.
Key Words – Climate Change, Global Discourse, Environmental Sustainability, South Asian Vulnerability, Deep Ecology, Neo-Liberal ideology.
Introduction
South Asia with one fifth of world
population is an extreme disaster prone region. Recently in May 2011,
the Secretary General of SAARC presented a draft SAARC Agreement on
Rapid Response to Natural Disasters to the Inter-governmental meeting
in Colombo. He pointed out quoting global statistics that over past
forty years, South Asia faced as many as 1333 disasters that killed
980,000 people, affected 2.4 billion lives and damaged assets worth $105
billion. Further, that this loss is by far the highest among the
recorded disasters in various geographical regions.[2]
The United Nations Environment Programme(UNEP) in pursuance of its
mandate to review the global environment collaborated with South Asian
Association for Regional Cooperation(SAARC) to present South Asian
Environment Outlook,2009(SAEO,2009) after a wider consultation process
involving governments and other partners from the nations of South Asia,
sub-regional intergovernmental agencies and experts. The Report reveals
the state and trends of the environment – land, air, water and
bio-diversity and covers five key issues on Climate Change, Food
Security, Water Security, Energy Security and managing Urbanisation. The
Report notes:
South Asia
occupies about 5 per cent of the world’s land mass, but is home to about
20 per cent of the world’s population. This is expected to rise to
about 25 per cent by 2025. Three-quarters of South Asia’s population
lives in rural areas, with one-third living in extreme poverty (on less
than a dollar a day). Their well-being is further compromised by indoor
air pollution, which is a severe health hazard. The report highlights
that South Asia is very vulnerable to climate change. Impacts of climate
change have been observed in the form of glacier retreat in the
Himalayan region. … These glaciers form a unique reservoir, which
supports perennial rivers such as the Indus, Ganges and Brahmaputra,
which, in turn, are the lifeline of millions of people in South Asian
countries (Bangladesh, Bhutan, India, Nepal, and Pakistan). This will
exacerbate the challenges of poverty reduction and improving access to
safe drinking water, two of the Millennium Development Goals.[3]
It is indeed a sad historical irony of
monumental proportions that South Asia which was the ancient cradle of
the principles of ecological harmony in its quest for spiritual and
physical symbiosis, today faces such a bleak environmental outlook. The
fundamental filial connect between humankind and Mother Earth was
declared thousands of years ago in the ancient Indian sacred scripture
Vedas in the Hymn to the Earth:
'Mata Bhumih Putroham Prithivyah: Earth is my mother, I am her son.[4]
His Holiness The Dalai Lama in The
Buddhist Declaration on Nature articulating the ethical and ecological
vision of Buddhism made following observations which are extremely
relevant for our time:
'Destruction of
the environment and the life depending upon it is a result of ignorance,
greed and disregard for the richness of all living things. This
disregard is gaining great influence. If peace does not become a reality
in the world, and if the destruction of the environment continues as it
does today, there is no doubt that future generations will inherit a
dead world.
'Various crises
face the international community. The mass starvation of human beings
and the extinction of species may not have overshadowed the great
achievements in science and technology, but they have assumed equal
proportions. Side by side with the exploration of outer space, there is
the continuing pollution of lakes, rivers and vast parts of the oceans,
out of human ignorance and misunderstanding. There is a great danger
that future generations will not know the natural habitat of animals;
they may not know the forests and the animals which we of this
generation know to be in danger of extinction.
'We are the
generation with the awareness of a great danger. We are the ones with
the responsibility and the ability to take steps of concrete action,
before it is too late.’[5]
It is this critical
awareness of the existential threat to humankind that has impelled right
thinking people and analysts to rethink the old traditional concepts of
security and realise the threats posed by the adverse impact of
Climate Change as threat to human security defined as freedom from
danger, fear, want and deprivation. The Climate Change is thus perceived
as a threat to security in the non-military sense. This requires an
entirely new conceptual framework to understand the magnitude and extent
of this threat and therefore, to formulate an entirely different
strategy to counter and secure peace and security for humankind. This
humanist view which links environment and security focuses on the
welfare of humankind in a world which has globalised and wherein
technology has weakened the geographical and cultural barriers.[6]
Environment and Human Security
The Third Annual South Asian NGO Summit
on Environmental, Political and Economic Dimensions of Security held in
February 1995 presented such an alternative notion of human security
for the third world. This Summit maintained that war, economic decline,
civil strife and government oppression were threats to human security in
the third world. Further, the human security was also threatened by the
so called ‘development process’ which was considered by some as
enhancing security since the projects involved in this so called
‘development process’ quite often lead to displacement of poor people,
depletion of resources, degradation of environment, urban congestion
leading to deterioration in the quality of life and climate changes
which cause frequent natural disasters. The concept of political
security which traditionally focuses on the military dimension is,
therefore, incomplete without environmental/human-security issues. In
this perspective the very idea of development which is based on
expropriation of the rights of rural communities and
institutionalization of injustice through an aggressive use of state
power is the leading contributor to insecurity. The indigenous mode of
existence which is more in harmony with the rhythms of nature is
discarded in favour of the so called modern and organized way of life.
An overwhelming corporate power joins forces with state power in this
game plan to achieve their ‘development goals’ to the obliteration of
indigenous community life and posing a threat to ecological equilibrium.
Several recent examples of this phenomenon and sharp conflict between
the Corporate-State combine on the one hand and indigenous people on the
other, could be seen in Narmada Valley(Big Dam project over river
Narmada), Madhya Pradesh, Singur(proposed site for Chemical-hub), West
Bengal , Posco steel project in Orissa and Kudankulam and
Jaitapur(nuclear project sites) in Tamilnadu and Maharashtra in India.
The ‘mutiny’ against the ‘development process’ in several parts of India
in rural and tribal hinterland is a testimony to this conflict between
two contending forces of Corporate-State combine with its so called
modern notions of ‘sustainable development’ and indigenous communities
with their simple, rudimentary way of life in harmony with nature. The
closing remarks of the Third South Asian NGOs Summit epitomizes this
world view:
- Threats are posed to an environment’s security by state, donor and international institution actions.
- Environmental security cannot be isolated from poverty alleviation, governance and regional conflict resolutions.
- Local communities were better able to manage natural resources in their own areas; development initiatives that bypass these locals are bound to mismanage and disrupt local societies.
- Environment security and women’s empowerment are two sides of the same coin.
- A practical and sustainable response would empower communities and create appropriate institutions.[7]
Human Insecurity in South Asia
Late venerable Dr Mahbub ul Haq whose
Human Development Centre in Pakistan provides us insightful reports
on the state of human development in South Asia, gave a comprehensive
definition of human security as security of income, employment, food,
health, education and environment. Further, in its ambit are insecurity
arising from violence within the household, by the community and the
state against women, children and the minorities.[8] He expounds this concept as under:
Human security,
in the last analysis, is a child who did not die, a disease that did not
spread, an ethnic tension that did not explode in violence, a woman who
was not raped, a poor person who did not starve, a dissident who was
not silenced, a human spirit that was not crushed. Human security is not
a concern with weapons. It is a concern with human dignity.[9]
South Asia has been acknowledged to be a
region in crisis. The sense of crisis deepened in 1980s, when South
Asia was perceived to be falling behind in the development process as
compared to East and Southeast Asian countries which were on a fast
track of growth and economic transformation. South Asian countries were
caught in a vicious circle of low growth and poverty, unable to
overcome their economic and social problems. Whatever economic growth
was achieved, the same was uneven, resulting in sharp disparities
between different regions and communities. The severe problems of
endemic poverty, slow and uneven economic growth were further compounded
by the extreme population pressure. The modest economic achievements
of the sub-continent were diluted by explosive population growth. High
rates of population growth rendered South Asia as the most densely
populated region in the world. (260 people per sq. km. against the
global average of 44 people per sq. km.). South Asia has suffered
extensive erosion of its natural resources in recent past. The most
critical dimension of this erosion was deforestation of tropical
forests. The deforestation has resulted in virtual breakdown of
Himalayan eco-system with consequent silting of river beds and annual
flooding of vast areas in the region. With rising population
pressure, this situation can deteriorate to ecological disaster.
Natural disasters are
afflicting South Asia with increased frequency and ferocity – recent
cyclones, particularly, the super cyclone that hit India’s east coast(
Tsunami of 2004), earthquake of 2005 and super flood during July-August
2010 in Pakistan, have been causing extensive damage to life and
property. To add to the negative economic, demographic and ecological
profile of South Asia, is the high defence expenditure in the countries
of the region. It is indeed ironic that while the economic indicators of
growth and development are suppressed due to growth in population, the
trend in per capita defence expenditure shows an upswing. High defence
expenditure not only adds to the fragility of the economies of South
Asian countries but also points towards a deteriorating security
environment in the region.
The socio-political scene in South
Asia is marred by conflict and strife. The societies in South Asian
countries are plural, composite in nature, comprising various cultural,
ethnic, linguistic and religious groups. The State structures and
socio-political institutions seem inadequate or unsuitable to
accommodate the rich diversity in the region. We have serious
democratic deficit with borrowed institutions of Western democracies
which are not rooted in the indigenous history and culture. Violence,
terrorism and ethnic conflicts in several countries of the region have
assumed serious proportions – prolonged insurgency in Indian North-East,
conflict in Kashmir, history of ethnic divergence between Sri Lankan
Tamils and majority Sinhala population, violence against Mohajirs in
Karachi, tension in Sind and Baluchistan, instability and uncertainties
in Nepal in the aftermath of war by Nepal Communist Party-Maoist (NCP-M)
against the constitutional monarchical democratic system, fierce
antagonism between warring political groups in Bangladesh. Further,
narco-terrorism and religious fundamentalism have cast their pernicious,
dark shadow on the sub-continent. The presence of US-NATO forces in the
eighth member State of SAARC(Afghanistan) and the complex nature of
the war in that country involving Pakistan and fundamentalist forces
therein has aggravated the adverse politico-security situation in the
region.
The Human Development in South Asia
Report 2005 made following seven important findings after analyzing
issues of human insecurity in South Asia:
- There is a disconnect between economic growth and human development and hence the economic policies in the region have made people more vulnerable to shocks and insecure in life.
- The conflicts in the region between states and within are due to some deep-seated feelings of injustice and disempowerment.
- The economic insecurity is the cause of many conflicts and disruption of life.
- If health infrastructure not improved South Africa will go Sub-Saharan Africa way in this regard.
- Environment degradation has reached such levels that huge disaster is imminent if no prompt action taken to avert this disaster.
- Children and Women are extremely vulnerable in South Asia.
- The institutions of governance must protect and serve people rather than the rich and powerful.[10]
Security of all Life and Nature: Deep Ecology
There is a deeper strain of
environmentalism which considers that the concept of natural diversity
as a valuable resource for human kind (which needs to be protected) is
merely shallow ecology. This school of ecological philosophy (claiming
to be deep ecologists) maintains that natural diversity has its own
intrinsic value and to equate it to be value for humans would tantamount
to racial prejudice. Hence all life forms are valuable and humans have
no right to reduce the richness and diversity of environment except
where it is necessary to satisfy vital needs.[11]
The philosophy of deep ecology is very familiar to Gandhian South Asia.
The ideas of Mohandas Karamchand Gandhi rooted in conservative Indian
tradition, had influenced the philosophy of deep ecologists. He
discussed the environmental problems in his famous journal Hind Swaraj
way back in 1909 to suggest measures to root out the problem rather than
search a solution to control it. He maintained that the extravagant
utilization of non-renewable resources, i.e., coal, oil and metal at
global scale would play havoc with nature. He considered the unsatiable
and unending pursuit of material pleasure and prosperity to be the
Achilles’ heel of modern civilization. He thus practised and propagated
the ancient Indian ideal of Aparigraha, i.e., non-possession.
He approached nature with utmost reverence and emphasized that the man
should not cause violence to other living forms. He believed in
essential unity of man and of all that lives. His concept of Ahinsa,
popularly interpreted as non-violence, meant non-injury not only to
human life but to all living things. For him this was the way to Truth
which he saw as Absolute, as God or an impersonal all-pervading reality.[12] This Gandhian perspective compels us to seek answers to some basic questions:
Why such a human activity which has caused the crisis of Climate Change?
Is this crisis inherent in the model of
development/economic ideology chosen by the human kind – particularly
in the rich/industrialized world?
Is the focus of this model of
development on ensuring the security of the State, of the status quo of
inequity, rich-poor divide, socio-economic deprivation of large numbers,
of vulgar prosperity and abysmal poverty as distinct from security of
all living forms and nature?
Mitigation, Adaptation, Preparedness to
make the world Climate Change resilient – is it only an elite façade to
preserve the status quo of inequity and socio-economic deprivation?
Do South Asia continue to ape the
economic development model of energy and capital intensive economic
growth based on extravagant utilization of oil-coal-metal and
supplemented by dangerous nuclear energy sources or seek an alternative
economic development model?
Is an alternative development model feasible/possible in an interdependent globalised world order today?
Is the human race and particularly
vulnerable regions like South Asia doomed to the disaster of Climate
Change because there is no alternative to the model of progress and
economic growth provided by the ideology of Capitalism?
Is it a false debate? Is the march of technology driven development and growth ideology neutral?
Is there any answer to the ‘crises’
posed by the technological march of the modern civilization? Can South
Asia with its claim of ‘original environmentalism’ provide a solution to
the threats of Climate Change?
While it may not be feasible or within
the scope of this paper to seek answers to all the questions above, it
would be relevant to delineate the global and South Asian regional
response to the threats of Climate Change in the perspective of issues
raised therein.
Global Discourse: Intergovernmental Panel on Climate Change(IPCC)
The Intergovernmental Panel on Climate
Change(IPCC) which came into existence in 1988 in pursuance of first
World Climate Conference organized under the aegis of UN Environment
Programme(UNEP) and World Meteorology Organisation(WMO) defines Climate
Change as the change in the state of the climate that can be identified
by changes in the mean and/or variability of its properties persisting
for an extended period. Further, this change could be due to natural
variability or a result of human activity.[13]
There is now acknowledged plethora of scientific evidence that climate
change is occurring primarily due to human activity. The emission of
Green House Gases(GHGs) and its effect on global warming leading to
devastating consequences for the climate are now well known for quite
sometime. The debate on Climate Change has acquired urgency of late due
to the existential threat that its adverse impact poses for humanity and
also since it raises serious political issues on the nature and
ideology of the model of economic growth and progress based on fierce
consumption of depleting fossil fuels.
The IPCC report provides strong evidence of the change in climate. It has noted CO2
atmospheric concentration up from 280 ppm (pre-industrial) to 379 ppm
(2005) and GHG emissions up by 70% between 1970-2004. This has resulted
in rise in global mean temperature by 0.74°C between 1906-2005. The
eleven years period between 1995-2006 has been recorded among the 12
warmest years since 1850. Further, global sea level rose 1.8mm/yr
during 1961-2003 and at a faster pace during 1993-2003 at the rate of
3.1 mm per year. The average warming in future is predicted to be 0.2°C
per decade.[14]
The adverse impact of these changes would increase the risks of natural
disasters like floods, cyclones, drought, coastal erosion, landslides,
water famine, food scarcity, adverse impact on human health, damage to
fresh water ecosystems etc. The socio-economic impact of such adverse
changes could be devastating for a densely populated region like South
Asia.
The modern twentieth century
world formally woke up to the challenge of Climate Change much after the
holocaust of Second War when in 1972 UN Conference on Environment was
organized in Stockholm. While Climate Change became a dominant subject
of international discourse, the deliberations of the international
community have been marked by political deadlocks, scientific
uncertainties, lack of trust, inadequate leadership, political
regrouping, influence of business lobbies and geo-political
considerations.[15]
Ironically, the State apparatus in collaboration with Corporate lobbies
in developing countries which have been suppressing indigenous and
deprived communities to impose their own model of ‘development’ within,
have been using the idiom and phraseology of the deprived during
negotiations with the developed/ industrialised countries. The poor and
deprived and their advocacy of an ecologically harmonious and genuinely
sustainable development process thus became a potent pawn in the hands
of hypocritical regimes in the developing world on the geo-political
chess board.
The First World Climate Conference was
organized by United Nations Environment Programme(UNEP) and World
Meteorological Organisation(WMO) to look into climate data, identify its
impact and to promote research on climate variability in 1979. This
Conference recommended creation of an Intergovernmental Panel on Climate
Change(IPCC) which later came into existence in 1988. This very year a
group of 400 scientists and policy makers met in Toronto in a Public
Scientific Conference ( sponsored by UNEP and WMO) and suggested 20%
reduction in GHG against 1998 levels by 2005. In subsequent year 1989,
UN General Assembly passed a resolution 44/228 to recognize the
importance of the protection and enhancement of environment for all
countries and further decided to convene a UN Conference on Environment
and Development.
The First Assessment Report(AR) of IPCC in 1990 put forth a proposition of 60-80 per cent cuts in CO2
emissions to stabilize the concentration of GHG which was noted to be
25 per cent higher in the pre-industrialisation age. The Second World
Climate Conference held in Geneva the same year laid down basic
principles like ‘ common concern of humankind’, common but
differentiated responsibilities’, principle of equity’, ‘precautionary
principle’ and further urged developed states which were responsible for
75 per cent of world’s GHG emissions to establish targets and/or
feasible national programmes or strategies which will have a significant
effect on limiting emissions or GHG. This Conference also recognized
that emissions from developing countries must still grow to accommodate
their development needs. UNGA passed a resolution in 1990 to formally
launch negotiations on a framework convention on Climate Change. The
very next year in 1991, the Intergovernmental Negotiating Committee(INC)
met for the first time.
A consensus on UN Framework Convention
on Climate Change(UNFCCC) could be reached in 1992 where in the landmark
Earth Summit in Rio de Janerio, Brazil this Convention was opened for
signatures of the member states. The Convention finally came into force
in 1994. The Rio action plan-Agenda21- launched in the Earth Summit
echoed the humanist approach to development and Climate Change when its
preamble declared:
Humanity stands
at a defining moment in history. We are confronted with a perpetuation
of disparities between and within nations, a worsening of poverty,
hunger, ill health and illiteracy, and the continuing deterioration of
the ecosystems on which we depend for our well being. However,
integration of environment and development concerns and greater
attention to them will lead to the fulfillment of basic needs, improved
living standards for all, better protected and managed ecosystems and a
safer, more prosperous future. No nation can achieve this on its own;
but together we can – in a global partnership for sustainable
development.[16]
The UN General Assembly adopting Rio
Declaration on Environment and Development in August 1992 echoed these
sentiments when it proclaimed in its very first principle that:
Human beings are at the centre of concerns for sustainable
development. They are entitled to a healthy and productive life in
harmony with nature.[17]
The UNFCCC signed by 153 states declared its objective in Article 2 ‘ to achieve stabilization of greenhouse gas concentrations in the atmosphere at a level that would prevent dangerous anthropogenic interference with the climate system. Such a level should be achieved within a time frame sufficient to allow ecosystems to adapt naturally to climate change, to ensure that food production is not threatened and to enable economic development to proceed in a sustainable manner.’ The framework convention thus acknowledged Climate Change as an existential threat for humankind and fossil fuels as a major source of problem.
The second Assessment report of IPCC in 1995 confirmed the rise in global temperature as being influenced by human beings. This report provided inputs for negotiations which culminated in landmark Kyoto Protocol.
The Kyoto Protocol
pronounced in 1997 within the parameters of UNFCCC, divided the nations
into two main groups ,i.e., Annex1 parties and Non-Annex1 parties. Some
non-annex1 parties listed in Annex-2 and hence Annex-2 parties.
Developing countries 145 in number were Non-Annex-1 parties. The
Protocol lays down three mechanisms as under following the principle of
‘common but differentiated responsibilities’:
- Joint Implementation: Annex-1 countries can get credits for funding projects to reduce GHG emissions in other Annex-1 countries(mainly former Soviet bloc countries termed as economies in transition)
- Clean Development Mechanism(CDM): Annex-1 countries can get credit for funding projects in Non-Annex-1 countries which projects reduce GHGs.
- International Emission Trading(IET): Annex-1 countries can buy and sell carbon credits where one country has exceeded its target and can sell its reductions by the tonne to another country.[18]
CONFERENCE OF PARTIES(COP)
Ever since 1995, the parties to UNFCCC
have been holding Conference of Parties(COP) in order to assess progress
in dealing with Climate Change. The chequered history of international
negotiations bereft of political will to accept common but differential
responsibilities continued through annual COPs when in 2000, COP-6
reached an impasse in Hague. COP-6, however, resumed in Bonn in 2001
after US President George Bush declared official decision to abandon
Kyoto Protocol and focused on financial support to developing countries.
It committed to create a $410million fund by 2005. In 2001 again, COP-7
meeting in Marrakesh decided to set up a Climate Change Fund for
mitigation and adaptation to climate change as well as Least Developed
Country Fund for the poorest countries. The third IPCC Assessment Report
in the same year provided new and strong evidence of global warming
over the last fifty years. It cautioned against the wider security
implications of the climate change due to melting of glaciers and rise
in sea level.
COP-8 met in Delhi in 2002 and calling
for sustainable development agreed that adaptation to climate change was
as important as mitigation measures.
The ratification of Kyoto Protocol by
Russia in November 2004 and its coming into force on February 2005,
resurrected the Protocol to some extent after US declared its
dissociation from the treaty and merely maintained an observer status.
COP-11 which was also the first meeting
of parties to Kyoto Protocol after 1997 agreed on an action plan in
Montreal(Montreal Action Plan) and agreed to extend the life of the
Protocol beyond 2012 when it would have been due to expire. It also
agreed to negotiate ‘deeper cuts’ in GHG emissions.
The real politic came to the fore in
2005 when a group of five nations(G5)- Brazil, India, South Africa,
Mexico and China- met G8 countries during their summit meeting in
Gleneagles to debate Climate Change. G-5 countries stressed on transfer
of technology and financial support for a ‘flexible, fair and effectual
global framework’ in this regard.
G-8 countries in their subsequent 2007
summit meeting pledged financial support for adaptation measures along
with use of cleaner and renewable energy. Thus technology cooperation
and financing became the latest buzz-words of global negotiations on
Climate Change.
COP-13 meeting in Bali in 2007 laid
down a Bali Road map after taking note of fourth report(AR-4) of IPCC.
It made a strong scientific case for political action on the climate
issues facing humankind.
G-8 countries in a significant move
held a special climate summit of major industrialized and developing
countries under the aegis of the Major Economies Forum on Energy and
Climate at L’Aquilla in 2009. This conclave endorsed the important
benchmark of a maximum permissible global temperature rise of 2*C above
the pre-industrial levels and G-8 countries agreed to cut their carbon
emissions by 80 per cent by 2050 with a pre-condition that developing
countries would agree to a global 50 per cent cut in emissions by 2050.
G-8 countries hoped that developing countries might endorse a target
which was not accepted by them in the past. However, the developing
countries only agreed to ‘peak’ their emissions before cutting down in
absolute terms.
The international community,
particularly rich club of industrialized nations and emerging economies
of G-5 countries refused to accept mandatory obligations on GHG
emissions. While there was no compliance of short-to-mid term (2020)
reduction plans envisaged in Kyoto Protocol, long term declarations only
seemed unconvincing and intended to buy time for promoting
geo-political selfish interests. While US despite being largest
per-capita emitter of CO2 refused to accept binding cuts ,
developing countries like India and China insisted on seeking
‘allowances’ due to their need for economic growth. They maintained that
any mandatory cut in CO2 emissions would compromise their efforts to tackle poverty.
COP-16 at Copenhagen in 2009 was held
against this background but ended in a failure since no country signed
the accord proposed for limiting carbon emissions to below 2°C with
efforts to ‘peak’ them early. Thus in complete violation of the
principles evolved after decades of painstaking efforts, no legally
binding emission cuts were accepted. While the COP accord was not
approved, it was proposed as under:
- Developed countries would jointly mobilize US $100 billion a year by 2020 to address the needs of developing countries.
- A Copenhagen Green Climate Fund would thus be established to support projects, programmes, policies and other activities of developing countries.
- A Technology Mission would be established to accelerate technology development and transfer to developing countries.
- An assessment of Copenhagen Accord will be completed by 2015.
The Copenhagen Accord and response of
different group of countries underlined fragmentation of the past
efforts and abandoning of basic principles evolved earlier.
COP-16 at Cancun in December 2010 while
made an effort to restore the sanctity of multi-lateral negotiations
under the UNFCCC failed to make any headway on securing ‘common but
differential responsibilities’ and ‘deeper cuts’. On the contrary, the
difference between developed and developing countries was obliterated-
while developed countries would no more commit legally to cut emissions,
the developing countries will have to take binding commitments. There
were no firm commitments either to provide technological and financial
help by rich countries who merely made promises. The Cancun thus made an
about turn with following Long Term Cooperation Action(LCA) plan:
Developing countries agree to-
- writing off historical debt of developed countries;
- have their own domestic emission targets and actions;
- allow third party verifications of targets, making it binding;
- emission targets of developed countries that are not sufficient to limit global temperature increase below 2°C.
Developed countries agree to-
- generate US $100 billion in long term, $30 billion in 2010-12;
- facilitate technology transfer through innovation centres;
- funding reducing emission from deforestation and forest degradation (REDD) and address own actions leading to deforestation;
- linking adaptation to Hyogo Framework for Action – a global treaty on disaster risk reduction;
- funding research on understanding vulnerability, impacts, development of plans and creating institutional responses.[19]
The critics of Cancun LCA maintain that
this proposed cooperation has virtually negated Kyoto Protocol since
second commitment period under the Protocol has not been decided and
deferred till next Durban Summit, the base reference period for emission
reduction is not indicated (whether it should be 1990, 2000 or 2025)
and emissions reduction targets have not been set for countries
individually or as a whole. All countries participating in Cancun summit
accepted US position with the sole exception of Bolivia.
While the international community was
getting ready for next round of climate negotiations at Durban, South
Africa in 2011, there was consensus among experts that challenges the
current perspectives on future emissions and nature of international
cooperation. The International Council for Science and the
International Social Science Council reached a consensus that the social
and bio-physical sub-systems are intertwined in a manner that the
conditions and responses of the system to external forcing are based on
the synergy of the two sub-systems. Hence the problem of climate change
can be addressed by studying the full global system rather than its
components.[20]
COP 17 at Durban reached an agreement
to negotiate a new and more inclusive treaty and establishment of a
Green Climate Fund. The EU and several countries agreed to continue
Kyoto Protocol beyond 2012 if other governments, including major
emitters from developed and developing countries, agreed to negotiate a
new legally binding treaty with deeper emission reduction by 2015 to
come into force afterwards. While the UN Under Secretary & UNEP
Executive Director welcomed Durban proceedings as a boost for global
climate action, the critics termed it as succumbing to Climate
Apartheid, a crime against humanity by delaying real action till 2020
and permitting an increase in global temperature of 4 degree Celsius as
a death sentence for Africa, Small Island States and the poor and
vulnerable worldwide. Further, that postponement of decision on Second
Commitment Period of Kyoto Protocol till next COP with no commitments
for emission reduction by rich countries, implied that Kyoto Protocol is
on life support until replaced by a new agreement which would be
weaker. The critics also maintained that the Green Climate Fund should
be managed by participatory governance and not by World Bank which they
consider a villain of the failed neo-liberal economy.
Rio+20 Conference held in June 2012
marked revival of the spirit of The United Nations Conference on
Environment and Development of 1992. Rio+20 reaffirmed commitment to UN
MDG7 on Environment Sustainability. The Outcome Document of Rio+20 laid
down the vision of a Green Economy in the context of sustainable
development and poverty eradication. It reaffirmed that Climate Change
is one of the greatest challenges of our time and expressed profound
alarm that emissions of green house gases continue to rise globally.
COP 18 at Doha in 2012 was termed a
mere intermediate COP which enabled start of a new negotiating process
aimed at delivering a new global climate agreement. The rich and
powerful had their way which actually commenced at COP 2005 at Montreal
and formalized at Bali COP 2007 which had set the basis for developing
countries to also get involved in mitigation action. Now we have a state
of confusion and uncertainty with Second Commitment Period of the Kyoto
Protocol(2013-2020) with legal binding targets for a smaller number of
countries than the First Commitment Period(2008-12), voluntary
commitments reached in 2010 under the Cancun Agreements by countries
like the US and China and which run to 2020 and the negotiation of a new
climate change agreement that will be completed by 2015 and will enter
into force in 2020. The uncertainty and ad-hocism is now symbolized by
an Ad-Hoc Working Group under the Durban Platform(ADP). The moderate
voices maintained that no breakthroughs were expected or achieved but
the UNFCCC process was kept on track.
South Asian Response
The colourless kaleidoscope of a
multi-faceted crisis in South Asia inevitably demands a regional
response to the threats posed by Climate Change. In fact, the complex
nature of this crisis makes it a threat to the very existence of
sub-continent population seeking a secure and dignified human life. The
climate of mother earth being indivisible and intertwining of
bio-physical and social sub-systems as mentioned earlier, would
necessarily dictate that the regional response dovetails to the global
efforts to find answers to the issues raised by the crisis of Climate
Change.
South Asia with its ancient
lineage of environmentalism and current dismal state of environment
outlook entered the phase of regional cooperation rather late as
compared to other regional groupings in the world.
The Heads of the State/Government of
seven South Asian countries -Bangladesh, Bhutan, India, Maldives, Nepal,
Pakistan and Sri Lanka - formally established the South Asian
Association for Regional Cooperation (SAARC) in their first summit
meeting held in Dhaka on 7-8 December, 1985. They adopted a Charter for
SAARC in this summit meeting. The basic objectives set forth in the
Charter were, inter-alia, to promote the welfare of the peoples of
South Asia and to improve their quality of life; to accelerate economic
growth, social progress and cultural development in the region; and to
promote and strengthen collective self-reliance among countries of
South Asia.
The most significant feature
of the SAARC Charter is the provision that the Heads of
State/Government would meet once a year, or more often, if necessary.
The inaugural Dhaka Summit
set the precedent for procedures and modalities to be followed in
future. Thus each Summit was to be preceded by a meeting of the Standing
Committee and of the Council of Ministers. After the conclusion of each
Summit, a declaration expounding the Summit’s philosophy and thinking
was issued along with a Joint Communique which contained in summary form
the substantive decisions of the Summit.
SAARC Study on Environment Preservation and Natural Disasters
The Third SAARC Summit which was
convened in Kathmandu, Nepal on 2-4 November, 1987decided, inter-alia,
to commission a study on the ‘Protection and Preservation of the
Environment and the Causes and Consequences of Natural Disasters’ in a
well-planned comprehensive framework. In fact, while deciding to
commission this study, the Summit leaders expressed their deep
concern at the fast and continuing degradation of the environment
including extensive destruction of forest, in the South Asian region.
They also noted that South Asia was afflicted with such natural
disasters as floods, droughts, landslides, cyclones, tidal waves which
have had a particularly severe impact causing immense human suffering.[21]
This study which was finalized in
December 1991 was formulated after a very comprehensive national studies
by individual Member States to bring out the conditions prevalent in
the countries of the region on environment and natural disasters. The
individual country reports also mentioned the preventive and remedial
measures taken with regard to adverse climate conditions and natural
disasters. The individual country studies were amalgamated with the help
of consultant experts. The study report noted that:
The region is
one of the poorest in the world and has a high rate of population growth
and population density – the SAARC Member states comprise 20 per cent
of the world’s population living on 3.5 per cent of the total land area
and generate only 2 per cent of the world’s GNP. The pressures that
these socio-economic conditions create on the natural environment are
enormous. In addition, development programmes in the area of industry,
agriculture and energy, which are necessary to improve the standards of
living of the people, create environmental problems through the
generation of wastes and heavy demands they put on natural resource
base. SAARC region because of its high level of poverty…. Degradation of
the environment has a particularly adverse effect on the poor, and
results in increased natural disasters, especially in the high slopes of
the mountain regions, dry and desertified areas, and in the flood
plains. The natural resource base of South Asia Has to be managed
extremely carefully and with great ingenuity to ensure increased
productivity on a sustainable basis so that present and future
generations can meet their needs and aspirations and live in harmony
with their environment.[22]
The Report made recommendations on
measures to protect and manage environment and suggested measures and
programmes for strengthening disaster management capabilities. Specific
issues covered by recommendations on protecting and managing environment
included strengthening the environment management infrastructure,
environmentally sound land and water planning, research and action
programme on mountain development in the Himalayan Region, coastal zone
management programme, integrated development of river basins, SAARC
forestry and watershed programme, programme on energy and environment,
pollution control and hazardous wastes programme, network on traditional
water harvesting techniques, SAARC cooperative programme for
biodiversity management, people’s participation in resource management,
information exchange on low-cost and environmentally sound habitat
related technologies, SAARC network of environmental NGOs, participation
of women in environment, SAARC Fund for environment, SAARC report on
the state of environment and cooperation among SAARC Members on
environmental issues in international forums.
Further, the Report incorporated
measures and programmes for strengthening disaster management
capabilities and covered topics on networking of institutions on natural
disaster planning and management, establishment of a SAARC relief and
assistance mechanism for disasters, cooperation on the development of
modern disaster warning systems, programme for research related to
drought prone areas and information exchange system on management of
human activities in disaster prone areas.
Finally, the Report suggested an
appropriate institutional mechanism for coordinating and monitoring
implementation of its recommendations in the form of a SAARC Committee
on Environment.[23]
SAARC Study on Greenhouse Effect
Coinciding with Public Scientific
Conference held in Toronto SAARC heads of States and Governments in
their Fourth Summit held in December 1988 decided to undertake a study
on the Greenhouse effect and its impact on the region. The unprecedented
floods, cyclones and earthquakes during the year attracted their
attention and they observed as under:
The Heads of
State or Government expressed their deep sense of sorrow and profound
sympathy at the loss of valuable lives and extensive damage to property
suffered during the year by Bangladesh, India, Nepal and Pakistan as a
result of unprecedented floods, cyclones and earthquakes. In this
connection, they recalled their earlier decision at Kathmandu in
November, 1987 to intensify regional cooperation with a view to
strengthening their disaster management capabilities and took note of
the recommendations of the meeting of the SAARC Group of Experts on the
Study on the Causes and Consequences of Natural Disasters and the
Protection and Preservation of the Environment, that met in Kathmandu in
July 1988. They expressed the conviction that identification of
measures and programmes as envisaged by the Group of Experts would
supplement national, bilateral, regional and global efforts to deal with
the increasingly serious problems being faced by the region as a result
of the recurrence of natural disasters and the continuing degradation
of the environment. They urged that the study should be completed in the
shortest period of time so that it could provide a basis for the member
countries to draw up an action plan for meaningful cooperation amongst
the Member States. They decided that a joint study be undertaken on the
"Greenhouse Effect" and its impact on the region.[24]
This study recommended regional
measures in sharing experiences, scientific capabilities and information
on climate change, sea level rise and technology transfer. The regional
discourse among SAARC countries was keeping pace with the global debate
and proceedings in different forums.
The studies on natural
disasters/environment and Greenhouse Effect culminated in adoption of
SAARC Plan of Action on Environment in 1997. Subsequently, there was a
series of meetings of SAARC Environment Ministers and flurry of regional
activity in the wake of this discourse acquiring critical global
dimension.
SAARC Common Position in UN Conference of Parties(COP4)
SAARC Member states also evolved a
common position on climate change. On the eve of the Fourth Session of
the Conference of the Parties to the UN Framework Convention on Climate
Change( COP-4) which was held in Buenos Aires, SAARC Environment
Ministers met in Colombo on October 30-November1, 1998 and agreed to
urge Annex-1 countries to expedite signing of Kyoto protocol for its
ratification and coming into force and further to take urgent and
effective steps domestically to implement commitments undertaken by them
to reduce their emission of greenhouse gases. Significantly, they also
emphasized fundamental prerequisite for designing emission trading,as
provided in the Kyoto Protocol, is the determination of equitable
emission entitlement of the Parties. It was maintained that the
entitlements can not be derived from the past emissions which were
inequitable.[25]
Earlier, in tenth SAARC Summit held in July 1998, the leaders expressed
their satisfaction on adoption of a common position prior to adoption
of Kyoto protocol in following words:
The Heads of
State or Government expressed their satisfaction over the adoption of a
common position by Member States prior to the Third Session of the
Conference of the Parties to the United Nations Framework Convention on
Climate Change, held in Kyoto, Japan and welcomed the adoption of the
Kyoto Protocol to the United Nations Framework Convention on Climate
Change in December 1997, and underscored the importance of the Protocol
for the protection of the climate system. They urged all industrial
countries to ratify the Protocol and to undertake urgent and effective
steps to implement the commitments undertaken by them to reduce their
emissions of green-house gases.[26]
SAARC Year of Green South Asia: 2007
SAARC declared year 2007 as the Year of
Green South Asia. SAARC leaders meeting for Fourteenth Summit in April
this year reiterated that collaboration in addressing the problem of
arsenic contamination of groundwater, desertification and melting of
glaciers and assistance to affected peoples should be deepened. They
expressed deep concern over global climate change and the consequent
rise in sea level and its impact on the lives and livelihoods in the
region. They emphasised the need for assessing and managing its risks
and impacts. They called for adaptation of initiatives and programmes;
cooperation in early forecasting, warning and monitoring; and sharing of
knowledge on consequences of climate change for pursuing a climate
resilient development in South Asia. They agreed to commission a team of
regional experts to identify collective actions in this regard.[27]
In December 2007 SAARC Council of
Ministers discussed the issue of climate change in the context of
increasing vulnerability of the region due to environmental degradation.
The Ministers felt that given the vulnerabilities, inadequate means and
limited capacities, there was need for rapid social and economic
development in the region to make SAARC climate change resilient.
SAARC Environment Ministers Meeting 2008: Action Plan on Climate Change
SAARC Environment Ministers meeting in
Dhaka in 2008 adopted SAARC Action Plan on Climate Change. The
objectives of the Action Plan were to identify and create opportunities
for activities achievable through regional cooperation and south-south
support in terms of technology and knowledge transfer, to provide
impetus for regional level action plan on climate change through
national level activities and to support the global negotiation process
of UNFCCC such as Bali Action Plan, through a common understanding or
elaboration of the various negotiating issues to effectively reflect the
concerns of SAARC Member States.[28]
The thematic areas of the Action plan included adaptation to climate
change, actions for climate change mitigation, technology transfer,
finance and investment, education and awareness programme, management of
impacts and risks associated with climate change and capacity building
for international negotiations. The Action plan epitomized the
predicament and frustration of the developing countries on the slow
progress and virtual negation of the concerns of Non-Annex-1 countries
defined in Kyoto Protocol. The efforts at collective self-reliance as
indicated in the objectives of the Action Plan was reminiscent of older
era when North-South stalemate debate was at its peak.
Sixteenth SAARC Summit: Green and Happy South Asia
Sixteenth SAARC Summit held at Thimpu,
Bhutan in April 2010 was dedicated to the theme of Climate Change. The
Summit declaration which was silver jubilee of the beginning of SAARC
was termed ‘Towards a Green and Happy South Asia’. The Thimpu Statement
on Climate Change adopted at the Summit meeting called for a review of
the implementation of the Dhaka Declaration and SAARC Action Plan on
Climate Change and ensure its timely implementation. There was an
agreement to establish an Inter-governmental Expert Group on Climate
Change to develop clear policy direction and guidance for regional
cooperation as envisaged in the SAARC Plan of Action on Climate Change.
It was resolved that the Inter-governmental Expert Group on Climate
Change shall meet at least twice a year to periodically monitor and
review the implementation of this Statement and make recommendations to
facilitate its implementation and submit its report through the Senior
Officials of SAARC to the SAARC Environment Ministers.
The Thimpu Statement as if anticipating
probable failure of Cancun conclave resolved to attempt and carry on
with comprehensive regional self-reliance efforts and adopted following:
Direct the
Secretary General to commission a study for presentation to the
Seventeenth SAARC Summit on ‘Climate Risks in the Region: ways to
comprehensively address the related social, economic and environmental
challenges’;
(ii) Undertake advocacy and awareness programs on climate change, among others, to promote the use of green technology and best practices to promote low-carbon sustainable and inclusive development of the region;
(iii) Commission a study to explore the feasibility of establishing a SAARC mechanism which would provide capital for projects that promote low-carbon technology and renewable energy; and a Low-carbon Research and Development Institute in South Asian University;
(iv) Incorporate
science-based materials in educational curricula to promote better
understanding of the science and adverse effects of climate change;
(v) Plant ten million trees
over the next five years (2010-2015) as part of a regional aforestation
and reforestation campaign, in accordance with national priorities and
programmes of Member States;
(vi) Evolve
national plans, and where appropriate regional projects, on protecting
and safeguarding the archeological and historical infrastructure of
South Asia from the adverse effects of Climate Change;
(vii) Establish
institutional linkages among national institutions in the region to,
among others, facilitate sharing of knowledge, information and capacity
building programmes in climate change related areas;
(viii)
Commission a SAARC Inter-governmental Marine Initiative to strengthen
the understanding of shared oceans and water bodies in the region and
the critical roles they play in sustainable living to be supported by
the SAARC Coastal Zone Management Center;
(ix) Stress the
imperative of conservation of bio-diversity and natural resources and
monitoring of mountain ecology covering the mountains in the region;
(x) Commission a
SAARC Inter-governmental Mountain Initiative on mountain ecosystems,
particularly glaciers and their contribution to sustainable development
and livelihoods to be supported by SAARC Forestry Center;
(xi) Commission a
SAARC Inter-governmental Monsoon Initiative on the evolving pattern of
monsoons to assess vulnerability due to climate change to be supported
by SAARC Meteorological Research Center;
(xii) Commission
a SAARC Inter-governmental Climate-related Disasters Initiative on the
integration of Climate Change Adaptation (CCA) with Disaster Risk
Reduction (DRR) to be supported by SAARC Disaster Management Center;
(xiii) Complete the ratification process for the SAARC Convention on Cooperation on Environment at an early date to enable its entry into force.[29]
SEVENTEENTH SAARC SUMMIT 2011: Agreement on Rapid Response to Natural Disasters
An inter-governmental meeting on draft
SAARC Agreement on Rapid Response to Natural Disasters held in Colombo,
Sri Lanka in May 2011 reached a broad consensus on the Agreement. This
agreement has now been adopted in the Seventeenth SAARC Summit held in
Maldives in November 2011. The agreement based on the principle of
respect for the sovereignty, territorial integrity and national unity of
all member states aims to put in place an effective mechanism for rapid
response to disasters to achieve substantial reduction in loss of lives
and loss of social, economic and environmental assets in times of a
disaster.
The Summit also resolved to ensure timely implementation of Thimpu Statement on Climate Change.
South Asian Response: Critical Appraisal
SAARC regional efforts in responding to
the threat of Climate Change matching global exercise are neither
short on rhetoric nor on inaction. There is a basic lack of political
will both at global and regional level. While the dangers posed by this
threat to the humankind as a whole and more so to the poor and
vulnerable regions like South Asia are well acknowledged, the selfish
abandon with which the rich and powerful globally and within poor
regions love their life styles and consumption patterns, do not inspire
confidence in their ability to change course. The prolonged
deliberations and denial of negotiated and accepted basic principles
symbolized by virtual repudiation of Kyoto protocol, makes the future of
dealing with the threats of Climate Change rather bleak.
SAARC’s boastful rhetoric
on regional cooperation was recently exposed during July-August 2010
super floods which hit Pakistan. These floods not only destroyed
infrastructure in several parts of Pakistan but affected a huge
population of approximately 20 million people. Except for a pledge of a
meagre US$32 million by SAARC countries, there was virtually no action
to help a member state suffering unprecedented damage due to this
calamity. It was only in April 2010, i.e., only a few months before the
super floods hit Pakistan that Silver Jubilee Climate theme SAARC Summit
was celebrated at Thimpu, Bhutan.
In fact, SAARC is a captive
and victim of bilateral contentious politics in the region. The end of
cold war seemed to have provided greater leeway to India to promote her
perception of South Asian regionalism through SAARC. However, the
bilateral disputes between India and other SAARC countries, particularly
between India and Pakistan, are deep rooted and defy the general global
trend towards lessening of tensions in the post-cold war period. The
core issue between India and Pakistan does not seem to be Kashmir (as
claimed by Pakistan) but a more fundamental difference on the nature of
the ‘States’ of India and Pakistan - the contradiction between the
State of Pakistan created artificially on the basis of religion and the
secular ideology of Indian State.
The bilateral disputes
between India and other members of SAARC, particularly between India and
Pakistan will continue to impede and torment SAARC process. India’s
neighbours expect her to play down the big-brotherly attitude and keep a
low-key but positive profile in SAARC. India, on the other hand,
distrusts her neighbours particularly Pakistan which is seen as
attempting to undermine the secular basis of the Indian State and
harbouring and sustaining cross border terrorism and proxy war against
India.
Being the ‘core’ state of the region
India has to be a prime-mover in convincing her neighbours of her
credentials in promoting the agenda of regionalism. India’s neighbours
continue to be torn by the doubts on Indian policy objectives –
Pakistani ruling establishment, in particular, seems to be convinced
that India harbours hegemonic ambitions in the region. Except for a
brief interlude of ‘Gujral Doctrine’ to resolve contentious bilateral
disputes on the basis of non-reciprocity, India has not shown any
significant shift in her approach for resolving bilateral disputes with
her neighbours. A seemingly bold move by the new Indian government under
National Democratic Alliance (NDA) in 1999 (bus journey by Indian Prime
Minister Vajpayee to Lahore) to break the deadlock with Pakistan ended
in the fiasco of Kargil border-war with Pakistan.
SAARC has traversed two and a half
decades of tumultuous events. While the infrastructure and institutional
framework for forging a strong, integrated South Asia is in place but
there are no significant achievements in progress towards its goals and
objectives. The relevance of SAARC in respect of reducing bilateral
tensions, enhancing regional security and promoting economic well-being
of people is almost negligible. Its structure as an inter-government
body is seen as limiting its role and merely embodying the relationship
of forces between member countries and their inter-state tensions. SAARC
has generated considerable dynamism though at the social, NGO/Civil
Society levels.
The common position adopted by SAARC
during global negotiations on Climate Change is no consolation for the
poor record on responding to disasters and joint efforts at modifying
policy and action to adapt to and mitigate the threat of Climate Change.
India, in any case, has joined other groupings like BASIC countries
while indulging in bargaining on behalf of developing countries. The
deliberations of Cancun conclave in 2010 have further eroded any
significance of common regional positions at Climate negotiations. The
common SAARC posture in global Climate sweepstakes , therefore, is more
of an ornamental value aimed at deceiving regional population that SAARC
is together in responding to the threats of climate change.
Alternative to Neo-Liberalism
If the neo-liberal economics with its
unending quest for consumption and expansion has caused disequilibrium
in nature and among/within nations and societies, we need to find an
alternative to this ideology. Mahatma Gandhi in 1909 expressed his
strong reservations against India welcoming western civilization under
the guise of modernity. He maintained that the western civilization
which equates consumerist lifestyle and abundance with development was
akin to a mythical Indian demon called ‘Bhasmasur”, i.e., destructive
monster.[30]
The reckless and limitless industrialization by all nations is not
sustainable and hence we are at the threshold of an existential choice
of whether to pursue the mirage of a high consumption life style at
global level or to moderate our idea of development and progress. This
would involve a search for an alternative ‘in opposition to a process of
capitalist globalization commanded by large multinational corporations
and by the governments and international institutions at the service of
those corporate interests. The alternative will respect universal human
rights, and those of all citizens – men, and women – of all nations and
the environment and will rest on democratic international systems and
institutions at the service of social justice, equality and the
sovereignty of peoples. … This is a vision against the neo-liberal
economic agenda of the world and national elite which is breaking down
the very fabric of the lives of ordinary people all over the world and
marginalizing the majority of the world people, keeping profits as the
main criteria of development rather than society and destroying the
freedoms and rights of all women, men and children to live in peace,
security and dignity.[31]
Conclusion
The global and South Asian political
response to the environmental crisis are mere rhetoric and lack serious
commitment both on the part advanced industrial countries and
developing economies of South Asia which are trying to catch up with
the rich world by imitating the economic growth ideology of
neo-liberalism. The existential threat of Climate Change can not be
wished away by drowning in studies and endless negotiations influenced
by selfish national and geo-political considerations. The battle for
supremacy due to continental shift of power and prosperity imbued with
the spirit of neo-liberalism would be fought bitterly by the West,
particularly the United States. The declaration by the US Secretary of
Defence Leon E. Panetta in Singapore Shangri-La Dialogue 2012 to
redeploy its naval forces in the ratio of 60:40 between Pacific and
Atlantic regions, is seen as beginning of second Cold War vis-à-vis
China.
What then does the future portend? Will
the famed and much touted miracle of Western technology provide an
answer in finding a viable renewable energy alternative to fossil fuels
and render the search for energy resources for its expansionist,
economic growth as irrelevant? Or will the South Asian Region with its
claim of ancient wisdom and Hindus being the original environmentalists
provide an alternative to neo-liberalism and non-renewable energy this
time? There is no dearth of resources in South Asia to embark on the
search for the alternative source of renewable energy. India which
boasts of the third largest technical and scientific manpower in the
world can take up this challenge. The financial resources are also
aplenty – a fraction of the huge wealth which is siphoned off by graft
and corruption of the ruling elite in South Asia would suffice for this
purpose. An alternative life style and consumption pattern which does
not gobble up earth’s resources like a glutton is probably the ultimate
protection from the existential threat posed by Climate Change to the
life and nature on mother earth. The ultimate goal should be
Samanvya,i.e., a state of harmony and equilibrium whence there is
perfect harmony among and within nations and communities, between nature
and man and within nature itself. That is to say that the mother earth
evolves into a real Shangri-La ,i.e., a permanently happy planet and not
a strategic conflict prone world post Shangri-La Dialogues 2012.
[1] For details see chapter Continental Shifts in Rammanohar Lohia, Wheel of History, A Sindhu Publication, Bombay, India,1985.
[2] The Hindu, New Delhi, May 30,2011.
[3] South Asian Economic Outlook-2009, SAARC Secretariat, Kathmandu,2009, p.15.
[4]
Prithvi Sukta in Atharva Veda quoted in Laxmi Mal Sighvi, Environmental
Wisdom in Ancient India, Also see Guha Ramchandra, Environmentalism: A
Global History, Oxford University Press, 2000, pp10-25.
[5] Ibid.
[6]
For details see Richard A. Mathew, Introduction: Rethinking Security,
Global Environmental Change and Human Security: Conceptual and
Theoretical Issues Report prepared by: Richard A. Matthew Leah Fraser
Global Environmental Change and Human Security Program Office University
of California Irvine, November 2002
[7]
Banuri Tariq, Human Security in Rethinking Security, Rethinking
Development: An Anthology of Papers from Third Annual South Asian NGOs
Summit, Sustainable Development Policy Institute, Islamabad, 1996.
[8]
Human Development in South Asia 2005: Human security in South Asia,
Mahbub ul Haq Human Development Centre, Oxford University Press, 2006,
p.1.
[9] Ibid p.7
[10] Ibid, pp1-2.
[11] Weber Thomas, Gandhi and Deep Ecology in Journal of Peace Research, Vol 36, No.3, May 1999.
[12] Ibid.
[13] Climate Change 2007: IPCC Fourth Assessment Report, IPCC, Geneva, Switzerland, p30.
[14] Ibid, p.32.
[15]
Sinha, Uttam Kumar, Climate Change: Process and Politics, Strategic
Analysis, Vol.34, No.6, November 2010, IDSA, Routledge, New Delhi,
p.858.
[16] Agenda 21, UN Economic and Social Development, Division for Sustainable Development, http://www.un.org/esa/dsd/agenda21.
[17] Report of The United Nations Conference on Environment and Development (Rio de Janeiro, 3-14June1992),http://www.un.org/documents/ga/confl5126-1 annex1.htm
[18] Kyoto Protocol to United Nations Framework Convention on Climate Change, United Nations, 1998, http://www.un.org
[19] Down To Earth, January 1-15,2011, p.28.
[20] Economic Times, New Delhi: New Answers to Climate Problems, July 11, 2011
[21] Kathmandu Declaration of the Heads of State or Government of the Member Countries of SAARC issued on November 4, 1987 Declaration of SAARC Summits (1985-1998), SAARC Secretariat, Kathmandu, Nepal, August 2001,p.30.
[22]
Regional Study on the causes and consequences of natural disasters and
the Protection and Preservation of the Environment, SAARC Disaster
Management Centre, New Delhi, 2008, pp382-83.
[23] Ibid.
[24] Summit Declaration, Fourth SAARC Summit, SAARC Secretariat, Kathmandu, Nepal, August 2001.
[25] SAARC Workshop Climate Change and Disasters: Emerging Trends and Future Strategies 21-22 August 2008 Kathmandu, Nepal.
[26] Declaration of Tenth SAARC Summit, Colombo, July,1998, Declaration of SAARC Summits (1985-1998), SAARC Secretariat, Kathmandu, Nepal, August 2001
[27] Decration of Fourteenth SAARC Summit, New Delhi, April 2007. http://www.saarc.sec.org, p.1
[28]
SAARC Workshop: Climate Change and Disasters – Emerging Trends and
Future Strategies, 21-22 August 2008, Kathmandu, Nepal, SAARC Disaster
Management Centre, New Delhi.
[29] Sixteenth SAARC Summit Thimpu, 28-29 April 2010, Thimpu Statement on Climate Change, http://www.saarc.sec.org
[30] Seth Pravin, The Eco-Gandhi and Ecological Movements.
[31] Policy Guidelines and Charter of Principles, World Social Forum. Downloaded from http//: wsfindia.org
We bring to you Kothari’s speech at the 2012 Lovraj Kumar Memorial Lecture (LKML), made a couple of months back. Kothari, one of the authors of the book, spoke about the rampant environmental degradation in pursuit of the dystopic dream of globalisation that the Indian elite is currently enamoured with.
(Delhi: 25-26 February 2013)
Dr Suman Sharma
Asociate Professor,
Department of Political Science
Motilal Nehre College(University of Delhi),India
sumandmg@hotmail.com; suman110011@gmail.com
&
D.M.Gautam
NIOR Civil Servant
(At present a financial adviser with Indian Railways,Government of India)
dmgautam@hotmail.com; dmgsakshi@gmail.com
February 2013
***********
Churning the Earth: Making of Global India
By Ashish Kothari and Aseem ShrivastavaWe bring to you Kothari’s speech at the 2012 Lovraj Kumar Memorial Lecture (LKML), made a couple of months back. Kothari, one of the authors of the book, spoke about the rampant environmental degradation in pursuit of the dystopic dream of globalisation that the Indian elite is currently enamoured with.
Ironically, India’s current PM Dr. Manmohan Singh, the father of the post-1991 reforms, had as the finance minister in 1992 delivered that year’s Lovraj Kumar Memorial Lecture. Dr. Singh had then said development needs and environmental concerns should be in harmony. He had claimed economic reforms would help the state raise the kind of resources required for environmental protection. |
Ashish
Kothari, founder of environmental group Kalpavriksh, gave a talk on his
book ‘Churning the Earth: Making of Global India’ that he has
co-authored with environmental economist Aseem Shrivastava at the Lovraj
Kumar Memorial Lecture organized by the Society for Promotion of
Wastelands Development (SPWD).
In
‘Churning the Earth: The Making of Global India’, Kothari and
Shrivastava argue that the current development model was unstable and
needed fundamental changes.
In
his talk, Kothari said the current development paradigm was being
achieved at the cost of weakening of environmental regulations. He said
the Indian society has paid a heavy ecological price for the apparent
record breaking economic growth of the last decade. “Do we have ways
that not just confront the current crisis that globalised development
has caused but also provide answers to human well being?” he asked.
He
established how our planners are besotted with a single minded pursuit
of double digit economic growth rate despite a mountain of evidence that
this growth has not trickled down to the millions of India’s poor. But
our political leaders and economists have continued to assert that
economic growth has to happen at any cost. And they are actually quite
right for it does happen at any cost.
But
that cost is actually hidden from our decisions makers in North Block
and Yojana Bhavan. Kothari cited how in the last twenty years much more
is being fished out of Indian territorial waters than ever before. Big
operators with mechanized trawlers have moved in threatening livelihoods
of millions of small fishermen and putting immense stress on sensitive
marine ecosystems. The result is that fishing stock in our territorial
waters has declined.
Similarly,
unregulated mining has had horrific ecological and social impacts.
Thousands of acres of forest land is currently under mining
reconnaissance. Central and state governments have become liberal with
giving permissions for reconnaissance and exploration of mining with the
result that 15 per cent of India’s land mass is under mining
reconnaissance at present. A company can today get up to 50000 sq km of
area for mining exploration. The 2008-09 mining policy actually suggests
that if a mining company is given exploration and reconnaissance
license then they should be automatically considered for undertaking
mining in the area if they find minerals can be extracted viably.
Analysis
of information released by Ministry of Environment and Forests, Centre
for Science and Environment and later by Kalpavriksh indicates that
there has been a significant increase in the rate at which forest land
is being diverted for mining and other development projects. All of this
is happening while the government is talking of the need to harmonize
environment and development concerns and to protect the environment for
future generations.
Plastic
production and its use has increased multiple times. The per capita
plastic consumption has gone up significantly. India produces 5,500
tonnes of plastic waste every day. In 2012, it produced 8 lakh tonnes of
electronic waste.
In
April 2009, there were 403 million mobile users in India; a little less
than half of them did not have bank accounts. This goes on to show the
consumption pattern of electronic goods and the manner in which
redundancy is built into the electronic systems so that phones go out of
fashion every two-three years and new ones need to be bought.
The
Supreme Court had in the year 1997 issued an order banning the import
of hazardous wastes into the country. Yet, toxic e-wastes find a way
into the country under the garb of recyclable wastes. While it is widely
known that we are facing biodiversity loss, we lack robust data on
this. Some years ago many scientists were of the opinion that the rate
of India’s biological diversity loss and threat of extinction ranged
from 10% to 65% based on varying projections. This, Kothari said, was
extremely alarming.
According to a 2008 report “India’s ecological footprint: A business perspective”,
produced by Global Footprint Network (GFN) and Confederation of Indian
Industries (CII), India has the third largest ecological footprint in
the world next only to USA and China. The report also said that we were
using nearly twice the sustainable level of natural resources that the
country can provide. And that the capacity of nature to sustain humans
has declined sharply, by almost half, in the last four decades or so.
Kothari
said our developmental-ism was clearly unsustainable. The adverse
impact on us as human beings was evident in terms of loss of livelihoods
of people who directly depend on natural ecosystems, like fishing and
farming communities and tribal people.
************************************************
Well Being by Eating Well
A Report from Chittoor District (Andhra Pradesh)
Presented at the Conference ‘Tracking Hunger’(Delhi: 25-26 February 2013)
Dr. Uma Shankari
(This
piece of writing is not a ‘scientific’ study of the village; it is
informed by 25 years of farming, living, observing, and dialoguing with
the community in a village in Chittoor District: Author)
Agriculture
is about food. This is to state the obvious, but it looks like everyone
has forgotten it. The farmers, the planners and the consumers (those
who eat food - is there anyone who doesn’t eat?) have all come to
believe that farming is about making money. Money is of course
important, but it is a by-product of agriculture. The primary goal of
agriculture is to provide ourselves with good, nourishing and safe
variety of foods. But alas, these are times when we have to state the
obvious.
Coming
to the report on a village in Chittoor District of Andhra Pradesh, one
can divide the time span of the last 50 to 100 years into three periods:
1. Bullock period - pre-electric pump-set
2. Borewell period
3. NREGA period
But
before we go into the three periods, I need to give a brief background
of the terrain, climate and social structure. The village and the
district in general is part of the Eastern Ghats, and wherever you
stand, you would see small and big hillocks, near and far, within one to
three kilometers. Tiny hamlets and villages (20 to 100 families) and
farms are located in the small valleys in between the hills, covered
with forests. The district enjoys the benefit of two monsoons,
intermittent rainfall of around 700 to 900 mm for six months - June to
November - and the climate is cool through the year except for two
months.
The
social structure is constituted of peasant castes like Reddis, Kammas
and Kapus; trading-cum-peasant castes like Balijas; service castes like
barbers, washermen, potters, etc., and Dalit castes like Malas and
Madigas. Each of these castes lives in well-defined separate spaces -
either separate hamlets or in a group of houses of their own in one
part of the village; only larger villages have two or three castes
living next to each other. Hence, there are Kamma hamlets and they would
not be found living with Reddi hamlets; Malas would not live with
Madigas; and so on. Brahmins are quite rare and Karnam (or the village
accountant caste) often officiates as the priest in rituals of
non-Brahmin families. Today, most families in the village have some
land, including the Dalits, due to the program (started in the British
period, but executed actively in the 1970s by the state government) of
“assigning” government lands to poor people, particularly the Dalits.
An
important thing to remember in the context of nutrition and health, is
that farmers have a certain mindset; if they grow something they will
eat it, or if some food item is freely available in the vicinity, they
will collect it and eat it; otherwise they will go without it; but they
do not usually buy and eat. This is of course also changing, but it
still continues to a large extent, even in the highly monetized context
of today. For instance, if the cow goes dry, they will go without milk. A
rupee saved is a rupee earned. There is reluctance to spend cash on
food. Even from the PDS, they take minimum food items; they will take
full quota of rice, but just one kilo of pulses, one kilo of oil, and
half kilo of sugar. Cash is meant to be spent on “luxury” items, or on
needs which cannot be fulfilled locally, i.e., allopathic doctors,
English medium education, college fees, plastic/aluminum/steel vessels,
machinery, foot-wear, clothes, mobile phones, motorbikes, house
construction, etc. Therefore, even if a son is earning comfortably, the
money would be saved to build a house, to perform marriages, to buy
gold, or for health emergencies, but not on food. The only exception to
this rule is the meat on Sundays and festivals; that is readily bought
and eaten.
1. Bullock Period (Pre-Electric Pump-Set - Upto 1970s):
I
am stressing on water as much as on agriculture, since they are
intimately related like man and woman - some plants need a lot of water
and others less, but no plant can survive without water/moisture.
a.
People reported that there is plenty of water in ponds, tanks, lakes,
fields, wells and soil. Wells supplemented surface irrigation, wells had
water at the depth of 30 to 60 ft. Only one-third of the land got
assured irrigation for wet crops like paddy and sugarcane, and these
were occupied by dominant castes; the rest were rainfed lands, but soil
moisture was good, and yields were good too.
b. Wide variety of crops grown in both wet and dry lands:
· Paddy, sugarcane, coconut, vegetables, under assured irrigation through tanks and wells.
· Millets: jowar, bajra, ragi, maize, korra (foxtail), aarikalu, etc.
· Pulses: arhar, broadbean (only seed is cooked), cowpea, horse gram, green and black gram.
· Oil seeds: peanut, sesame.
· Vegetables: brinjal (a few varieties of brinjal), bhindi
(two varieties), gourds of various kinds - pumpkin, ridge gourd, bitter
gourd, bottle gourd, different kinds of beans - cluster bean, creeper
bean (a few varieties); some experimented with beetroots, carrots,
radish, cauliflower, and cabbage. A dozen or more varieties of green
leaves, berries and fruits were freely available in nature.
· Herbs and spices: chilies, onions, garlic, turmeric, ginger, betel leaves, tobacco.
·
Milk and meats: Meat was a highly preferred food, but exactly how much a
person got to eat is anybody’s guess. Every family, even the landless
Dalit agricultural workers, kept cows and bullocks for ploughing, water
lifting and milk; buffaloes were kept for milk. Since milk was not sold,
there was plenty of buttermilk, after ghee had been extracted.
Sheep were raised for dung as sheep manure was highly valued, and sheep
meat was of course highly appreciated in Andhra Pradesh especially
during special occasions. Poultry was raised for eggs and meat. Fish
was available for free in paddy fields and ponds. Dalit agricultural
workers ate beef quite frequently. The meat of wild pigs, deer and
rabbit was a luxury for hunters. Specific communities/families ate some
specific meats; the caste of bangle sellers ate cat meat, the nari kuravars ate birds, some Dalit families ate field rats and termites during monsoons, many families ate mushrooms during rainy season.
The
point to be noted here is that although many Dalit families did not
have land and were dependent on upper castes for employment, there was
enough food because of three factors:
i. The main mode of payment was in kind (crop and food).
ii. The poor, Dalit families too kept livestock.
iii. There was not much of a market for everything, so most
of the produce was consumed locally.
iv. Many foods were available for free.
v. Food was readily shared - anybody who came asking for
food would be given either cooked food or grain, nobody would be turned
away. This opinion was confirmed by Dalit families - that there was
enough food; what was in short supply was land and cash.
Cash
payment was very rare; clothes were given by the employers. Since cash
was scarce, even the farmers had only two or three pairs of clothes.
Farmers who had surplus produce sold the produce and bought gold which
was a status symbol, given to daughters as dowry, but it was also a
fixed deposit which could be encashed at any time for emergencies, to
buy land, to raise money for construction work, etc.
There
was year round cropping. Starting from June, paddy would be sown in wet
lands; groundnut, millets, pulses in rainfed lands; mango and coconut
gardens were ploughed and sown with legumes like black gram or horse
gram, to loosen up and fertilise the soil. Weeding and watering these
crops kept the people busy till October-November when they were
harvested; the second crop was planned – legumes in rainfed lands,
chilies and vegetables in lands with water; sugarcane in wet lands.
Another round of watering and weeding till March, followed by
harvesting. In April and May farmers are busy harvesting tamarind,
de-seeding and cleaning, which keeps them occupied for two to three
weeks, followed by harvesting pongamia (karanj) and neem seeds for oil (karanj
oil was mainly used for lighting lamps) - both of which grow wildly and
can also be used as fence crops. Then came mango harvesting, and even
while that was going on till the end of June, paddy lands were being
prepared for the next season. In between, coconuts were harvested and
oil was extracted; ropes were made out of ambadi; cows and
sheep were coming to heat or calving, etc. I found the farmers and their
wives working hard all the time, all through the year, the only
difference was that they were not rushing like the city folks, time was
measured not by clocks but by the Sun and the Moon, by seasons and
festivals. For 30 odd acres of ours in which there were only seven acres
of field crops of annuals, we employed five workers on a monthly salary
basis, and one or two families as sharecroppers at 50:50 shares, and 10
to 30 workers on daily wage basis for weeding, harvesting and other
such work. Of these, many were women workers.
2. The Borewell Period (1970s to 1997):
The
electric pump-set to lift water was truly, literally a watershed for
the village. The 1970s not only witnessed electrification of pump-sets
but also introduced the concept of cropping for cash. In our area
sugarcane, milk, meat and mango became the main cash crops.
From
then on, water started depleting gradually but surely. Basically, the
fact of the matter is that before the electric pump-set came into being,
the discharge was roughly equal or even less than recharge. In this
region, because of the hard rock geological formation, water did not
percolate too deep except in certain pockets/blocks, and typically in
good rainfall years, open wells would get filled beyond capacity and
overflow, while streams would flow for about three to six months,
filling pits and ponds, lakes and farms, and recharging the wells. In
fact, keeping the farms from water-logging was an issue and care was
taken to drain out the water from them. Periodic droughts were also
common, people do talk about a seven-year drought in the ‘40s, but much
more commonly discussed is the abundance of water. Only one-third of
arable lands received assured irrigation through lakes and wells, water
was drawn by bullock power, from wells 30 to 50 feet deep, to grow wet
crops like paddy and sugarcane. The rest were rainfed lands growing
millets, pulses and oil seeds, and tree crops like coconuts and mango,
but since the soil moisture in rainfed lands was of healthy levels,
there were good yields and no one complained of water shortage.
By
the late 1980s, borewell failures were already becoming a reality, just
within fifteen years after electric pump-sets were introduced. This is
the period we went to the village (1985). Cash needs were increasing.
Wages and payments to workers included both food and cash, roughly
half-and-half. Milk cooperatives were opened (1983) and milk became a
cash crop. Since then milk practically disappeared from farmers’ diets,
except for tea and coffee. Goats replaced sheep, and broilers replaced
backyard poultry. There was still a fair amount of rainfed groundnut,
millets and pulses, as well as paddy, supplemented by the PDS.
Look at the following maps:
(The
maps are from a study of the village: Community Mapping and
Empowerment: Case Study of Water Management in a South Indian Village by
Nagesh Kolagani, Dr. Palaniappan Ramu and Dr. Koshy Varghese, Indian
Institute of Technology Madras, Chennai 600036, India. Presented at the
3rd International Open Source GIS Conference, Velp, The Netherlands,
June 25-28, 2012.)
Even
as water was steadily going down and under, an additional disaster
struck: a seven-year drought between 1997-2004! There was neither crop,
nor food, nor cash! It was a period of mass migration. This is also the
period when opportunities in cities and towns were opening up. A few
things happened in this period:
a.
Farmers and farm workers began to realize that there is future in
agriculture and rural areas, and started educating their children and
sending them away from home to residential schools with a vengeance.
Committed family labour became scarce.
b.
Sensing water problems and worker shortage, farmers also started
shifting to perennials like mango, and to cows and milk. Milk gave them
short-term cash flows and mango long-term lump sum money.
c.
The DWCRA or self-help thrift groups of women got started and made a
big change in the rural economy by putting some money in women’s hands
and putting some self-confidence in women’s hearts. Some of the money
hopefully goes into food!
3. Now Comes the NREGA Period (2006 – the present):
The
district government introduced and supported on a very large scale
mango plantations in private lands as part of NREGA without any
assurance of forward linkages. NREGA also hiked up the daily wages for
workers from Rs. 50 to 100, to now Rs. 200, and this made the farmers
decide in favour of mango, as it is a less labor-intensive crop. The
problem with perennials, unlike annuals, is once you plant them, you
cannot go back to any other crop; whereas annual field crops gave
flexibility to shift to different crops as per the demands of the
market. Yet another problem with mango is that you have to water it
during summer for up to seven years, till the plants are established, as
well as to get good yields. Therefore, another round of borewells,
pipes and drips started off, depleting ground water further. Last year, a
desperate farmer drilled 6 borewells without striking water, and two
more borewells were dug down to 700 ft. without striking water. Farmers
are getting weary of the borewell, but do not know how to continue
farming without it.
Most farmers have become milk farmers; they sow jowar
or fodder grass for cows on a small piece of land, graze them here and
there on naturally grown grass, and buy feed. Milk production it seems
has already reached a “glut” (so the milk companies claim), and they are
refusing to raise the price of milk, in fact even lowering it (!) even
as farmers who sell 4 to 8 litres of milk a day hardly keep 200 ml. to
half a litre of milk for tea and buttermilk, or none at all. The
average milk availability in Andhra Pradesh is 280 ml. per day, but the
average milk consumption is 100 ml.
Today,
typically a farmer is a male, 30 to 50 years of age, with a motorbike,
one or two cows, a mango garden and a wife (if she has not gone away to
the town to educate her children). He goes about doing practically
everything (a to z) without any help from his children, cannot afford
workers, is jittery about the prices of milk and mango, as usual
indebted to private money lenders, and short of committing suicide. The
farmers endlessly discuss among themselves the bleak present and future,
pitching all their hopes on educating their children, hoping they will
be able to go to places. Educational institutions are laughing their way
to the banks.
In
the meantime, landless agricultural workers have fled even faster to
the cities, as they cannot remain on hungry stomachs. Mango plantations
cannot give them year round work, and MNREGA is able to give employment
for hardly 20 to 40 days in a year (the state average of Andhra Pradesh
is 60 days per year, but it is estimated that probably 20% of the
workers do not go to work at all, and their wages are being claimed by
some middlemen). In our village, MNREGA typically happens for about two
to three weeks in summer, and that too with all the corruption, nobody
knows who is organizing the MNREGA work and whether and when they will
get work. Remittances from brothers and children working in the cities
are becoming common, thanks to Manmohanomics. Those remaining in the
village go around in groups as contract labour, to nearby villages, and
sometimes even as far as the neighbouring districts, wherever there is
work. There are no takers for sharecropping since daily wage is more
profitable and less risky.
With
food inflation ranging in double digits since the last three years
(although food grain production is all time high at 250 million tons),
people have become dependent on PDS as an important source of food
items. The PDS gives them 10 days’ supply of rice for a song, at Rs. 2
per kilo. Almost everyone has a BPL card (as well as a job card!). The
rest they buy, reluctantly, and “adjust” with minimum quantities. At
this juncture direct cash payment instead of food is a cruel joke on the
people. More cash flows have meant more alcoholism among men. Not only
the women but also men are against it, but are uncertain about how to
voice their dissent and whether it will be heard.
Let
us look at some state figures: Gross State Domestic Product (GSDP) of
Andhra Pradesh grew at an average rate 8.2% per annum during the last
decade, i.e., 2002-2012, while agricultural sector grew at 4.6%, while
industry and service sectors grew at 9.5% and 9.3% respectively during
this period. There are regional differences too, for example, per capita
income of North Telangana and Rayalseema regions have been consistently
below the state average since 1990s.
As
for nutrition levels, around one-third of the children under 5 years of
age in the state are underweight, about 43% of the children in the
state are classified as stunted, and 12% of them are classified as
wasted. Around three-fourths of the children in the state are found to
be anaemic. The state had witnessed a marginal reduction of 4 percentage
points in underweight children in the state. Andhra Pradesh has a share
of 3% of underweight children at the national level. The nutritional
status among the women in the state shows that more than one-third of
them are below 18.5 BMI (Body Mass Index). Between 1998-99 and 2005-06,
there is a marginal decline in the percentage of women who are having
BMI below 18.5 – a four percentage points decline. Increasing incidence
of anaemia among women is an alarming concern. In 1998-99 almost half of
the women in the state who were anaemic were in the reproductive age
group (15-49); and it increased to two-thirds in
2005-06! In Andhra Pradesh there are about 90,000 Anganwadi centres, yet
its impact on under-nutrition among women and children is not evident.
What questions are being thrown up by the above write-up?
Should
I grow crops or should I buy food? Farming has become so unviable
because of cost of cultivation being higher than returns resulting in
year-on-year losses, that many farmers feel you save money keeping the
land fallow and buying the food rather than growing it. But if you do
not cultivate you have no income. Therefore, it is a catch 22 situation,
if you grow you lose, if you do not grow you lose even more! Joan
Robinson said, “the misery of being exploited by capitalists is nothing
compared to the misery of not being exploited at all.”
2.We
are moving from self-grown food to purchased food, whether from the PDS
or from the open market. The question is, how much nutrition can the
market or the PDS deliver? Obviously, the PDS even in the best scenario
will have limited reach. The ICDS are doing their bit and people are
using them but can they deliver enough? Poor people who have the
resources and the knowledge to produce food are becoming consumers at
the mercy of the market, which is fine if the market practices are fair,
if all the citizens have equal access, can afford the prices, and are
organized well enough to influence and play the market. The question is:
Do these conditions exist?
3.Women
farmers were doing a lot of work: planting/sowing, weeding, harvesting,
and most importantly, food processing at the homestead level, including
cooking. After all, no one can eat paddy, brinjal or tuvar
straight from the plant. They have to be processed and cooked. A lot of
agriculture operations were at the homestead level. These were
operations on a huge scale, but they go unrecognized, just because women
do it. Increasingly, food processing is being done by machinery, in the
mills. If food crops are not grown and processed locally, they have
neither employment, nor cash, nor food. Transport costs and profit
margins would force food purchases to the absolute minimum. Should we
not bring back crop and food processing to rural areas to the hands of
women? Light machinery, technology – friendliness, and cooperative as
well as private management of enterprises have to be promoted.
4.Perennial-horticultural-industrial
crops in the place of annual-food crops are happening with the active
support of the governments. Is this a foolish thing to do? In the last
five years, the number of children going for higher education has jumped
from 30 million to 60 million. They will all want employment in towns
and cities. Can the government generate employment to this scale?
Decadal growth of workforce in agriculture has predictably declined from
2.28 to - 0.37 to -1.32 from 1983-94 to now, but the rate of growth in
employment in the non-agricultural sector has also declined from 3.08 to
3.22 to -0.47. Hence, people coming out of agriculture and rural areas,
what is happening to them?
5.At
the national level, shortage of pulses and oils leading to imports is a
well-known fact. However, if this trend continues, would we become a
net importer of food? Many countries, after they have taken to
export-oriented growth, have become net-importers of food. Are we moving
towards the same situation? 250 million tons of food grain production
is a consolation, but can this continue, with land being diverted for
non-agricultural purposes, agricultural workers fleeing to cities, and
water shortage becoming worse?
6.There
is a view that areas which are suffering from water shortage should use
their scarce water resources for industry, forestry, and other services
and domestic purpose, rather than for growing food, which takes up on
an average 1,000 litres to produce one kg. of food. In fact, this is
rapidly happening even in our place. Farmers are finding it more
profitable to sell water for drinking and construction than to grow
food. Should the supply of food be left to better water-endowed regions?
This is what we did to Punjab and Haryana. However, today they too are
witnessing acute water shortage due to unsustainable use of ground
water. There is wisdom in using rainfall to the best use to produce
less-water-intensive crops, like millets and pulses, and we really need
to strengthen our rainfed agriculture.
7.But
the other question is: Why import food and therefore water as well, why
not move people to uninhabited areas with less water stress? Look at
the following maps: water stress is happening typically in areas with
very high population densities (except deserts). (Source: Water:
Adapting to a New Normal, by Sandra Postel, in The Post Carbon Reader: Managing the 21st Century’s Sustainability Crises, Richard Heinberg and Daniel Lerch, eds. Healdsburg, CA: Watershed Media, 2010.)
Population Density Map of the World. (Source: ig.wikipedia.org)
8.I
am not suggesting, go grab land in Africa, but what about uninhabited
places with very low populations? Should this become a part of WTO
negotiations? Right now unregulated land grab by Indian private
companies is happening, especially in Africa, and civil society groups
are protesting both in India and in Africa. Why not bring them under
some regulation at the global level?
9.When
people grew food, there was also more sharing of food. The first thing
people would say at any time of the day to a visitor is “come and eat”.
And there was always extra food at home. Food was never wasted, the
leftovers from one meal were eaten at the next meal, and if there was
still some thing left, it was given to beggars, cows, dogs, cats, birds,
etc. These days women calculate and cook just enough food for the
family, because everything has to be purchased and the incomes are
meager and uncertain. Beggars have become rare; they too seem to have
moved to greener pastures, to the traffic signals in the cities, where
people in cars can be generous donors.
10.Cultural
attitudes obviously influence nutrition and health in communities.
Women and children are often victims of such cultural restrictions. Very
often illnesses are traced to what one has eaten, and when combined
with poverty, these restrictions can be very harmful. Brinjal,
groundnut, eggs and chicken are often forbidden foods, at certain stages
of life, whereas chily-spicy food is seen as good for better digestion,
and a little curry with a lot of rice is the usual pattern. For
instance, we have been eating brown rice since twenty odd years but we
have not been able to convince others to do so. Similarly, the youth
have lost touch with the tradition of eating millets, since millets are
not grown anymore; and they are considered less prestigious. Manual
labour has always had a low value in our culture. People are also
working less, and on less hard tasks. And therefore, eating less too.
How to inculcate dignity of manual labour? How to encourage better
eating traditions in this context of deep-seated cultural attitudes?
11.Corruption
and inefficiencies in the PDS is making the GOI to think seriously of
cash support. I think they could certainly experiment with direct cash
for kerosene, but not food. This would be a cruel joke on the poor
people of India in many areas, who are becoming more and more dependent
on the PDS and on purchased food for their food supply. Instead, there
is a case in the short-term for supplying more through the PDS rather
than less, as in fact some states are doing already - giving pulses and
oil. There has been a long-standing demand that locally grown
nutri-cereals (millets) and pulses should be supplied through the PDS,
but that has not come to be.
In
the long term, everyone would agree that we should not imitate the way
of Midas and that we should provide ourselves good safe enough food, but
the question is: can it be done by starving the farmers?
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Liquid Assets on Steep Slopes
Anupam Mishra
Renowned Gandhian Anupam Mishra on how one man inspired a small Himalayan village to confront and convince government officials of the folly of pursuing their plans to cut down forests. Today, 136 villages in Uttarakhand have followed ecological warrior Sachidanand Bharati's lead to conserve and regenerate their forests, their traditional water bodies and rivers, their pastures and sources of fuelwood but above all it has won them back their dignity.
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“The water in springs of my hills is cool. Do not migrate from this land, o my beloved.”
This village is quite small – not even large enough to make a mark on any map of the Himalaya. Located 6,000 feet above sea level, it is removed from the rest of the country. Even the stream flowing deep in the valley seems a little less than a thin line that gets obscured by sheets of rain and blankets of fog. In the central square of a village called Daund, deep in the heart of the Indian Himalayas, a group of 15 young girls danced to this lyric. The villagers sat watching, undeterred by the heavy June showers of the monsoon that had just arrived. Among those who had gathered, were many young and old women, their fathers, brothers, husbands, and sons having spent several springs in pardes , which literally means “foreign” but in this case means “the plains of northern India”. There were also old men, retired to the hills after spending years of working in the plains. On drenched woven cotton rugs sat young children – those most likely to migrate out of the hills. Did the lyrics of the dancers' songs have the pull to stop mass migration from this Himalayan village to cities like Delhi?
If your curiosity compels you to seek out this village, you first need to journey to that part of the western Himalaya that was carved out of the country's most populous state, Uttar Pradesh, and made into the new province of Uttarakhand. When you reach Jim Corbett National Park, along the Ramganga River, travel upstream and you will hit the Doodhatoli Range, rising up to 11,000 feet.
Doodhatoli means ‘land of milk’, a name that characterizes the ecology here in these pastures above the tree line. Nestled in this range is Daund village. Here the clouds recede, but the water does not. The upper reaches send it down with velocity. Every drop erodes a little bit of the soil and carries it into the stream that joins the Ramganga and makes the soil into the silt of Corbett National Park. |
The dance troupe performing in Daund packs up its instruments and prepares for the next stop on its road show. Today it is Daund, tomorrow the village of Dulmot, then Janadriya or Ufrainkhal. This is no vaudeville troupe. It does feature a few dancers, singers, musicians, and country-made musical instruments. What the show does not feature is hundreds of implements like spades and picks that labour harder than the troupe to slow down the water gushing downhill, to hold together the soil – all this to revive the forest and farming that has suffered years of neglect. The instruments – and the implements – are attempting to bring back the melody and the rhythm of ecology to the cacophony of mindless development that has overwhelmed the Himalaya.
This alignment of culture and ecology started in the village of Ufrainkhal, in the Pauri Garhwal district of the province of Uttarakhand. That was 25 years ago. Today, it spans 136 villages. Its aim: creating an atmosphere of conserving ecology, to get people to rediscover that their lives cannot advance without such an improvement. That includes getting them to tend to their forests, their water sources, their pastures, their fuel sources, and their dignity.
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Sachidanand Bharati is the leader of this troupe. He teaches at the local college. His own education, however, was in the neighbouring district, best known for its Chipko (Hug the Trees) movement. |
In the early 1970s, some of the neighbouring villagers had confronted contractors with permits to log their surrounding forests. The villagers knew well that hill slopes do not obey government land records. If the forest department’s land was deforested, they would face landslides, flash floods, and, eventually water scarcity. To save their homes, villagers protested against the logging by wrapping their arms around surrounding trees, literally hugging them. The contractors lost their nerve in the face of the entire villages showing the kind of non-violent commitment that Mohandas Gandhi’s troops showed during the struggle for independence from British rule. Soon after, the Chipko movement became a symbol of popular environmental conservation in the face of the state’s ecological short-sightedness.
During his college years, Bharati got a crash course in environmental management as an associate of Chipko leader Chandi Prasad Bhatt.
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He experienced firsthand how a popular non-violent movement could both stop deforestation – the government was impelled to scrap the logging leases and declare a decade-long moratorium on logging – and inspire people to plant more trees, to regenerate their forest. His efforts resulted in a student group, whose name, translated into English, means ‘Friends of the Trees’.
Bharati graduated from college in 1979 with a realization that protest and constructive efforts go hand in hand. He returned home to find that the state’s forest department had declared a logging moratorium in the village as a result of the Chipko movement, but had granted fresh logging leases in the forests around the neighbouring village. The contractors were eyeing fir trees (Abies concolor, a slow growing species that supports a diversity of life in its undergrowth).
Bharati’s training, tact and temperament were suited to this challenge. He got together some friends and went from village to village, talking to people in a calm voice that persuaded but did not agitate. Villagers could see the sense in the simple message the local boy delivered, which was essential for those living in the Himalayan ecosystem. Although the forest might stand on government land, its felling would bring destruction to their doorstep. His message continued: if we stand together, the forest will remain standing. His tone and delivery – as well as the truth of his words – resonated with the villagers.
However, dealing with the government officials – known for their arrogance and corruption required tact. Bharati’s calm approach, backed by the strength of the support he had mobilized, persuaded a senior official to send up a team to see if the terrain was suitable for logging. The government faced what the villagers had encountered shortly before: a man armed with truth. The inquiry team agreed with Bharati’s claim. The logging leases were scrapped.
The villagers learned two lessons from Bharati even before he took up a teacher’s job: One, a united village could resist bureaucratic power and reverse unfavourable government decisions. Two, if the villagers could prevent ecological destruction, they could also join forces to regenerate their forests. Bharati decided to hold a two-day environment camp, inviting neighbouring villagers. |
There was no road going to the village then (there is an unpaved one now). No means of communication, no funds to gather the people, spread far and wide across difficult terrain. Additionally, those who came would have to be fed and lodged. Bharati wrote a letter to New Delhi’s Gandhi Peace Foundation, which had been the first to report on and support the Chipko movement. The response was quick: a money order for Rs 1,000 (at that time about $70).
July 1980 saw the first environment camp in Doodhatoli mountains. Villagers reported on the state of the surrounding forests, exchanging notes on legal and illegal logging that had carried on silently. The state of Doodhatoli’s forests was no longer secret. The camp ended with the planting of seedlings and saplings. The camp had also planted an idea, although the hands planting the saplings did know that one day the idea would grow into a large tree under which many other constructive ideas would germinate.
Doodhatoli Lok Vikas Sangathan was formed in March 1982, a small organization with no budget. Bharati’s approach was written into the group’s charter. It would not ask for government or foreign funds but would rely on the resources of the people whose survival depended on the hill ecology. It would take the organization another 13 years to take up water conservation on a larger scale. In the beginning, it was primarily about forests, the forest department nurseries offered saplings of commercially viable trees like pine, which are of no use to the hill ecology or to the village economy, which required people to collect seeds. Children and women were recruited for the job – for no payment and no benefits. Volunteers knew the dividend would accrue sometime in the future. Nurseries require water, which was becoming scarce, especially in the summer months, when seeds germinate.
Summer in these hills is the season of forest fires, primarily because of the pine trees the forest department had planted for its sap, which it harvested for turpentine. Pine needles stack up on the floor and ignite with the slightest spark, which sets hill after hill ablaze. The fires here also consume the natural forests, which nurture more diversity than pine plantations and hold healthy levels of water in the soil. The villagers reeled under a vicious cycle: lack of soil moisture made the forest vulnerable to fires, and fires smoked out the trees that could hold moisture in the soil. Breaking this cycle required an engineering intervention.
The local boy decided to look in the nearby area. He had read about age-old water conservation systems in the Himalaya, which varied according to the slopes. Cultured over the centuries, these were the work of people who had observed the interplay of water, soil, vegetation, and gravity. The answer lay closer than they had imagined, in the village’s name: Ufrainkhal. While ‘Ufrain’ is the name of a goddess, the suffix ‘khal’ refers to a type of pool characteristic of this region. It is smaller than a taal (lake) but bigger than a chaal (a series of very small pools along a slope). Several villages and towns in this region carry such suffixes, showing that habitation was built around water conservation – a village in the neigbouring Tehri Garhwal district is called Sahastratal, which means ‘1,000 lakes’.
The villagers, though, had forgotten the relevance of this nomenclature, the relevance of pools in the names of their habitat, and the pools’ relevance to their survival. For this, they paid a heavy price by way of land and forest degradation. Floods and drought had become a part of the annual cycle; and soil erosion an everyday affair. When villagers had even forgotten the meaning of their village name, there was no hope of finding the method of making these bodies of water. With no examples to follow, Bharati decided to experiment. The people who had devised the form of these pools were his own ancestors.
Bharati began with the smallest form: the chaal. It was suitable for the steep slopes of Ufrainkhal, as its small size allowed water to be retained in small quantities, without succumbing to gravity’s demands. The Doodhatoli group experimented with varying shapes and sizes in the early 1990s. People accustomed to soil and water management in their fields did not take long to settle on a calibrated proportion for the chains of pools they had in mind. From 1993 to 1998, the pools they had envisioned became a reality on the slopes.
The first dramatic impact was on a small river that had once flowed down to the valley. Several years ago – nobody can remember when – the name of this river was changed to Sukharaula, meaning ‘dry channel’. In 1994, water once again appeared in the riverbed and ran for a few months after the rainy season. Each subsequent year saw greater and longer water retention in the river. By 2001, it had acquired the shape of a full-fledged seasonal river. They called it Gadganga, combining the name of the village on its back, Gadkharak, with that of the holy Ganga. This rivulet is a tributary of the river Pasol. Its newfound robustness added to the Pasol’s flow.
While the villagers invested efforts in creating the pools that retained large quantities of water, nature responded with its invisible efforts. The vegetation began changing around the villages where chaals were dug – in the forests and in the fields. The vegetation multiplied the water retaining effect of chaals.
In 2000-01, the newly created state of Uttarakhand faced severe drought, which exacerbated the annual phenomenon of forest fires. Up to 80,000 hectares of forests burned in the state that year. However, the villages in and around Ufrainkhal did not burn due to their new water-pooling practices. Fortified with the additional moisture in the soil, the healthy vegetation offered stiff resistance to fire; so did the villagers. Yet three women who worked with the Doodhatoli Lok Vikas Sangathan died fighting fires in government forests. They had taken water from their chaals to put out the fires because they feared the inferno would soon reach their lands and forests. The hundreds of villagers who fought the fires here – like the three women who paid the ultimate price – did not have the benefit of a privileged education, but they had learned an ecological lesson that consistently eludes highly educated people in the parts of world considered far more developed (think of the forest fires in California, Greece and Australia).
The villagers’ efforts benefited a government scheme, too. The state government had installed pipes to supply drinking water to villages from hilltop springs. Although some water sources dried up, the installations around Ufrainkhal consistently found water to pipe.
A few years earlier the government had built an office building to start a watershed development plan above Ufrainkhal. Bharati wrote a letter to the authorities, saying that the village did not need the government’s largesse as it was able to satisfy its own needs. A government team visited the village and affirmed this claim, and the watershed plan was withdrawn. The building, instead, was used to provide a shed for cattle and goats. The forest in the meantime had begun to do better.
Bharati’s troops have built 12,000 chaals in 136 villages to date. Within these areas there are several patches of thick forests, varying in size from 30 hectares to 300 hectares. In several parts of these forests, the areas, which the villagers have regenerated, are even healthier than the government’s special preserved forests – those of the villagers have a greater diversity of vegetation in them, with several broadleaved trees like oak, alder, rhododendron and fir. The canopy is usually 100 feet high. The ground covering is several inches thick, with a springy texture that makes walking difficult. It is safer to walk the trodden path in these forests for another reason: wild animals thrive in forests regenerated by this rural waterworks compared with the protected forests of the government.
The cadre that has brought about this transformation is well worth an introduction, because Doodhatoli Lok Vikas Sangathan does not have a regular budget, does not have any funding from any government or non-governmental entity, and is not supported by any non-profit organization. Some well-wishers send in a cheque once in a while. The annual expenditure seldom exceeds Rs. 25,000. |
The organization does not have any full-time staff, though it works full time; three associates of Bharati’s form the core. There is Devi Dayal, a postman who has to walk through the villages to deliver mail, for there are no automobiles or passable roads here. Along his route, he observes the forests, gathers information, and delivers ecological messages (without charging postage!). There is Dinesh, a medical practitioner trained in the Ayurvedic system of traditional medicine. Like Devi Dayal, his line of work involves meeting many people and talking to them. He wraps medical remedies in messages aimed at healing social and ecological relationships. The quartet is completed by Vikram Singh, who runs a small grocery store in the neighbouring village. His merchandise comes packaged with social provisions, and his shop is a hub of conversation and social exchange in a region where large community halls are impossible to build.
This quartet maintains regular communication with about two dozen volunteers in each village. Invariably, they are women, for the men migrate to the plains for employment. In the work of Doodhatoli Lok Vikas Sangathan, they see hope of a prosperity that would allow their husbands, sons and brothers to stay in the village, much as the chaals retain the water. The thousands of chaals built here and the hundreds of hectares of regenerated forests are their only hope. They guard these waterworks and the forests like mothers guard their broods. They number in the hundreds, though their names are not on any roster.
They have a simple way of handing over forest protection duties to the next shift – typical of how the women here combine music and rhythm in daily chores. The woman in charge of forest protection for the day carries a baton with a string of mini bells tied on top. The sound of the bells works like Morse code across the hill forests. When a woman is done with her shift, she returns to the village and leaves the baton at the doorstep of a neighbour. Whoever sees the baton lying in front of her house takes up the guard duties the following day, no questions asked. |
This is the routine. It is broken by the periodic environmental camps, for which all the women turn up. There is song and dance, the same song and dance made stronger by the ecological notes:
“The water in springs of my hills is cool. Do not migrate from this land, o my beloved”.
Born in 1947, Anupam Mishra spent his childhood in Gandhian communities across central India. He moved to Delhi with his family after All India Radio employed his father, a renowned poet, and in 1969 obtained a Master’s Degree in Sanskrit from Delhi University. A Gandhian and environmental activist, Mishra has spent decades in the field of environmental protection and water conservation and is among the most knowledgeable people on traditional water harvesting systems in India.
Mishra has been associated with Gandhi Peace Foundation since its inception and is the winner of the Indira Gandhi National Environment Award (1996). He has written two books on traditional water management and water harvesting systems in India, Aaj Bhi Khare Hain Talaab (Ponds are Still Relevant) and Rajasthan ki Rajat Boonde (The Radiant Raindrops of Rajasthan). Mishra lives in Delhi with his wife and son and edits the periodical Gandhi Marg for Gandhi Peace Foundation.
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Developmentality: The Ruling Faith
An Uncertain Journey towards a Sustainable & Equitable Human Development
Soumya Dutta
One of the biggest gatherings of world leaders on issues related to progress of the human race without endangering its future survival in reasonable comfort, in other words on sustainable development, ended some months back in the Brazilian city of Rio-de-Janeiro. This UN Conference on Sustainable Development was a follow up of the first Earth Summit held in 1992 in the same city, and was therefore also called the Rio+20 conference.
A decade before now, the world had gathered at Johannesburg in 2002, to take stock of how far we have travelled on that road, but the assessment was rather disappointing. The Earth Summit was also soon after the global capitalist euphoria over the successful dismantling of the Soviet Union, or as then claimed – realization of ‘the end of history’.
The Johannesburg summit came at a time when even the ‘practitioners of the alternative’ succumbed to the ‘shock & awe’ of the western capitalist juggernaut.
From now on, no more social-cultural experiments or alternatives need be attempted by humanity!
From now on, the western model of privatized, corporatized ‘liberal democracy’ will deliver all the results, for everyone!
Another decade was about to pass but the 1992 Earth Summit’s well worked out Agenda 21 or even the half-hearted Millennium Development Goals – all seemed to be getting lost in the din of unbridled market capitalism and the panacea offered by liberalization-privatization-globalization.
The world has changed somewhat again, and in the not so hidden corners of the world distress and anger at the killing exploitation and mind boggling disparities has grown to become a perceived threat to the established world order. After the 2007-09 economic meltdown millions of people, even in the developed world, are now questioning many of these magic mantras.
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Prosperous Europe is seething with anger, and protests on its streets are rising, in tune with its rising un-employment, shrinking public expenditure and rising concentration of wealth in fewer hands. The unquestioning acceptance of private corporations, and their intentions and abilities to deliver ‘development’, is no longer wide-spread.
No one could possibly have foreseen the spread of the ‘Occupy’ movement in the heartland of capitalism, the United State of America, although the real picture & driving force of the so-called ‘Arab spring’ is not yet clear.
The shining attraction of the Euro-zone has faded considerably. And the accelerated exploitation and marginalization of large sections of humanity – the indigenous, the disadvantaged women & children, the poor of the world – has given birth to innumerable resistance movements across the world, to some extent obliterating the North-South divide for the short-charged people. Unlike at any point of time in the past, the survival of deprived people is seen by the global society as intricately connected to the survival of the earth’s ecosystems. This has also brought into focus the age-old understanding in indigenous societies, that of Rights & Needs of Mother Earth, into global recognition.
With this emerging new understanding, and the possibility of a new world order, even if not in the immediate future, world leaders (political, social and commercial) got together again in Rio, to talk, debate, fight (with voices and pens and guiles) and come to agreements about the future course of the human experiment on this earth. The road to Rio was neither smooth, nor does it give lots of hope. Very few signs are there even now of the acceptance of the blunders our dominant societies committed and the plunders all of them tried to their full capacity.
Everyone agrees that the Earth is in danger of becoming so badly scarred, that the life support systems might start malfunctioning soon – signs of which are already visible. Climate change, desertification, large-scale deforestation, ocean acidification, loss of employment in large scale employing sectors – all are in focus because of their massive threats, but none have been adequately addressed by the global community of actors.
We know that we are pushing the planetary boundaries to the limit but we have not stopped doing so. The other boundaries of acceptable stress – increasing joblessness, wide-spread-poverty, malnutrition & hunger, collapse of social safety nets – are all in the red zone for a majority of the world’s people, even by conservative assessments.
A significant part of the human race is standing at the very edge of an abyss, and looking in anger at those who are driving down towards them, blocking the only escape route. And the existing governance systems in major parts of the world refuse to accept that – you cannot cure the ills by prescribing more of what caused the illness in the first place.
With this rather overcast sky as the backdrop, world’s leaders met again in one of the biggest such gathering about the human survival and the earth’s continuing suitability for that. The primary document that was supposed to guide this new journey, the zero Draft, subtitled “the Future We want”, has gone from somewhat objectionable but comprehensible, to complicated beyond reasonable limits, so as to become less & less useful to guide discussions. It has become difficult to fathom – whose future they are talking about, and who all fit into this picture? The two focus areas for the conference – Green Economy, and Institutional Framework for Sustainable Development, have seen acrimonious debates and barely any agreement. The debates have – of late – degenerated to the levels of which institution is to be given more money, where will some head-quarters be located and the like. The main players of the dirty and black Economy have remained in the driver’s seat to chart out a green economy, and they have understandably opted to paint their dirt green.
What should one do – if one’s conscience is still alive and political understanding somewhat clear – under this painful scenario? Should one reject such exercises as useless, even illegitimate and retrograde? Does continued participation give undeserved legitimacy to the “conferences of polluters”, as the Copenhagen climate change conference (as well as the next three in Cancun, Durban& Doha) was also termed and turned out to be? Does it compromise the strength and purity of the voices of resistance? Or is there merit in trying to engage many actors, in the hope and design of blocking the more damaging pathways, in getting larger voices organized around alternatives emerging from the ground? How much does it help to build up human connections in the face of de-humanized economy-focused nations ?How much of these churning we have been able to generate in our own countries, states and cities or villages, that can be an important enough input to the world stage ? Can some of the positive aspects be strengthened by lending the support of those who are at the center of deliberations but not allowed in the glass palaces? As representatives of the voices and understandings of the exploited & the underprivileged, grounded-in-reality civil society faces this difficult choice. These are neither tick-the-right-box questions, nor there seem to be any definitive yes-no answers and the only course of action for us is to stay true to our convictions and on roughly charted pathways – irrespective of what the immediate results turn out to be. That’s what we are and will be trying -- raising issues, expanding collectives, establishing bridges across physical oceans and economic gulfs and cultural foundations, to become a humanity united by much more than the genetic identity of Homo Sapien Sapiens, into a society which addresses these survival questions as earnestly & honestly as they can.
There were 7 Critical Issues under serious consideration at the UN Conference on Sustainable Development, or Rio+20, and let’s take a brief look at these (paragraphs within quotes are from the UNCSD document), for more detailed examination later -
Jobs
“Economic recession has taken a toll on both the quantity and quality of jobs. For the 190 million unemployed, and for over 500 million job seekers over the next 10 years, labour markets are vital not only for the production and generation of wealth, but equally for its distribution. Economic action and social policies to create gainful employment are critical for social cohesion and stability. It's also crucial that work is geared to the needs of the natural environment. "Green jobs" are positions in agriculture, industry, services and administration that contribute to preserving or restoring the quality of the environment. “
This is not the result of an ‘economic recession’ alone, it started much earlier and the roots are much deeper. In spite of these expressed concerns, over the last 3 decades, the focus of most economies have shifted to increased reliance on ‘automated’ production, eliminating more jobs. With these ‘modernized industries’, the investment required for creating a single job has gone up very sharply, whereas the available investment has not kept pace, despite huge rise in both production and the profits from the same investments. This has lead to job-less growths in many economies. In many southern countries, one of the biggest sources of giving people an earning is livelihoods, not jobs. With massively increased and organized corporate plunder and destruction of all kinds of natural resources, the very sustenance of these livelihoods are under grave threats today. Land, forests, rivers, coasts – all that gave billions of people their livelihood opportunities, are increasingly being parceled out and given to private corporations by most governments. Jobs have not increased to take in these doubly displaced people, creating explosive social situations. And in several southern countries, the largest provider of both livelihoods and jobs – small holder agriculture or peasant farming is being pushed out by policy initiatives. Unfortunately, this understanding has not been acknowledged in its fundamentals, and the governance push continues for more of the same change!
Energy
“Energy is central to nearly every major challenge and opportunity the world faces today. Be it for jobs, security, climate change, food production or increasing incomes, access to energy for all is essential. Sustainable energy is needed for strengthening economies, protecting ecosystems and achieving equity. United Nations Secretary-General Ban Ki-moon is leading a Sustainable Energy for All initiative to ensure universal access to modern energy services, improve efficiency and increase use of renewable sources. “
Sustainable energy is really one of the keys, but the thrust of the energy industry do not seem to be taking cognizance. With climate change and air & water pollution in many countries at an alarming level, even today the world gets over 80% of its primary energy supply from dirty fossil fuels. The dirtiest of them all – coal, is still considered the mainstay of almost all the developing economies, and the continuing massive increase in coal & coal-based electricity capacity in many of these emerging countries is a mockery of sustainable energy talks. In the name of the poor and energy deprived, these dirty energy capacity has been increased hugely, while the reality is that a large percentage of the poor are still out of the reach of the grid, which has served a sharply increased power demand of the emerging elite and the middle classes in these societies. Except a few notable exceptions, most developing economies have given a go-by to the universal access idea, and focused mostly on increased energy availability.
And the not-so-hidden environmental & social costs of these dirty energy use is being dumped mostly on the same energy deprived.
Even the rich & developed countries, with again very few exceptions to a certain degree, have not moved rapidly enough away from the dirty energy and towards cleaner and more sustainable energy sources. And the crucial question – whether the earth can sustain the scale of energy extraction and use that these rich economies have established, is not be found anywhere in the energy debates.
Cities
“Cities are hubs for ideas, commerce, culture, science, productivity, social development and much more. At their best, cities have enabled people to advance socially and economically. However, many challenges exist to maintaining cities in a way that continues to create jobs and prosperity while not straining land and resources. Common city challenges include congestion, lack of funds to provide basic services, a shortage of adequate housing and declining infrastructure. The challenges cities face can be overcome in ways that allow them to continue to thrive and grow, while improving resource use and reducing pollution and poverty. “
Cities are also the biggest sinks of most natural resources extracted, including energy, water, food and metals & minerals. In spite of the knowledge that the present urban models pushes up per person consumption drastically, very limited efforts have been made to change either the pattern of consumptive urbanization, or to slow down this trend. Globally, over half the population already lives in cities, with over half that number living in sub-standard conditions of urban slums. Though some efforts are on to reduce the urban footprints in some areas – like some attempts at promoting mass transportation, very few countries have looked at the problem from a holistic viewpoint. The successful examples to make an urban area less of a sucker, as demonstrated by Cuba – seems to find few other takers. Following the trend in the developed countries, attempts are being made in developing ones, to move massive numbers of people from their rural base to the urban slums, irrespective of their capacities to provide even basic services. The deeper question of whether this is ecologically and socially desirable or sustainable, is not being raised at all. Urbanization has been accepted as a given, mostly because it helps in forming a monolithic class of consumers of industrial products. The sustainability of this increased urban consumption is a big question mark.
Food
“It is time to rethink how we grow, share and consume our food. If done right, agriculture, forestry and fisheries can provide nutritious food for all and generate decent incomes, while supporting people-centered rural development and protecting the environment.But right now, our soils, freshwater, oceans, forests and biodiversity are being rapidly degraded. Climate change is putting even more pressure on the resources we depend on.A profound change of the global food and agriculture system is needed if we are to nourish today's 925 million hungry and the additional 2 billion people expected by 2050. The food and agriculture sector offers key solutions for development, and is central for hunger and poverty eradication.”
There are vital inter-linkages between all these ‘sectors’ that the ‘solution providers’ often refuses to see and acknowledge. Increasing and fast-paced urbanization is causing an accelerated loss of fertile agricultural lands in most developing countries, as is the push for green-field industries on agricultural lands. The massive agro-fuel programs of many developed countries, along with some of the emerging ones, have diverted the vitally needed food-grains and other food into making fuels for luxury cars, dramatically increasing the food insecurity for the world’s poor, and yet these are certified as part of the “green economy” ! The huge consumption in developed countries and increasing shift in many emerging ones -- towards industrial meat production, has again diverted the poor’s food grains for fattening these, at the cost of far lower availability of total food, and at affordable prices. Water is a vital input for food production, and yet, more and more of this limited resource is being diverted to consumer goods production in industrial factories, starving food production. Increased commercialization of the food-supply chain and the global movement of produced food – with their attendant grading—packaging--transportation, has dramatically increased the energy & water consumption. The other result is the sky-rocketing costs, making food unaffordable to the poor, sometimes even to the producers themselves, with an increasingly affluent middle class consuming & wasting a larger share of the available food. There might be enough food available on a per capita basis, but that do not automatically translate to food for every hungry stomach, and sustainable food system must address both these challenges on an urgent basis.
There are renewed attacks on the world’s small farmers, one of the consistent food growers given the neglect and difficulties they have faced over the last 5-6 decades. The primary contributors of the global green house emission, industry, transport and commercial forestry – have not taken significant steps to reduce their emissions, while the pressure is now building on the small food growers in the southern countries – to do mitigation through soil carbon mitigation. Many governments are rightly skeptical, but that has not prevented global organizations like the FAO & the UNFCCC to push for this dangerous approach, which will further threaten the survival of peasant farming.
Water
“Clean, accessible water for all is an essential part of the world we want to live in. There is sufficient fresh water on the planet to achieve this dream. But due to bad economics or poor infrastructure, every year millions of people, most of them children, die from diseases associated with inadequate water supply, sanitation and hygiene. Water scarcity, poor water quality and inadequate sanitation negatively impact food security, livelihood choices and educational opportunities for poor families across the world. Drought afflicts some of the world's poorest countries, worsening hunger and malnutrition. By 2050, at least one in four people is likely to live in a country affected by chronic or recurring shortages of fresh water.”
Both water availability and consumption varies tremendously between countries, and even within countries - between classes and regions. The supposed consensus on priorities, that drinking water & other basic human needs gets first priority, followed by food production, is increasingly threatened in many countries by the large scale water privatization for industrial use. The recognition of the role of ecological flows of rivers and other ecological water needs is only technical, not followed in policies and actions. Urbanization and industrialization are both demanding and getting larger shares of scarce water resources, along with huge waste generation, that also pollute the rivers and ground water sources. Spreading dumps of industrial pollutants – coal-ash ponds of power plants being one big contributor – has contaminated vital aquifers in large areas. Many of the big urban centers in the emerging countries have dumped billions of liters of untreated sewage into the very rivers they depend on for life support – converting them into foul drains. Increasing numbers of dams on rivers are killing aquatic eco-systems, as well as preventing aquifers along the course of these rivers from getting recharged, whereas the withdrawal from them increases. These have also stopped billions of tons of fertile silt that were earlier carried to fertilize millions of hectares, threatening the food security and increasing the demand for GHG emitting synthetic fertilizers. In spite of the UN general Assembly passing a resolution in July 2010, on water and sanitation being basic rights of each human being, the global, national and regional governance systems seem to be un-willing to change course. The only silver lining appears to be the increasing assertiveness of exploited communities, in reclaiming their own resources and sustainable environments.
Oceans
“The world's oceans - their temperature, chemistry, currents and life - drive global systems that make the Earth habitable for humankind. Our rainwater, drinking water, weather, climate, coastlines, much of our food, and even the oxygen in the air we breathe, are all ultimately provided and regulated by the sea. Throughout history, oceans and seas have been vital conduits for trade and transportation. Careful management of this essential global resource is a key feature of a sustainable future. “
And yet, the great rush for exploitation further and deeper into the oceans, continue. Taking advantage of the Arctic ice loss due to global warming, the Arctic Ocean is being explored for possibly huge oil resources, irrespective of the fact that this will hasten the reduction of Arctic ice cover, decreasing the earth’s albedo and accelerating climate change. The oceans are the biggest sink – for not only the CO2 emitted by fossil fuel burning, but also of the heat that is forced into the earth, with over 90% of this heat ending up in them. Both this are causing a drop in the ocean’s ability to absorb and retain CO2, leading to a dangerous positive feed-back for a climate catastrophe. And the millions of marine life species are finding this warmer, more acidic environment harder to adjust, resulting in great stress on marine eco-systems. Notwithstanding these, there are risky geo-engineering plans to inject possibly billions of tons of CO2 – from the yet-untested-in-large-scale CCS (carbon capture & storage) – under these threatened oceans! The fish and other marine resources have been depleted by both over exploitation and thermal & chemical pollutions, and yet, there is an increased trend of locating huge coal & nuclear energy based power plants on the coasts, increasing both thermal & chemical pollutant loads on the coasts, and devastating coastal ecosystems and the multiple millions of livelihoods that depend on coastal resources. The oceans are also being looked as the possible sources of extension of our mining madness – for manganese nodules, for methane hydrates etc. All these greed driven actions are trying to ignore or hide the science of the oceans, indicating they are close to the ecological tolerance boundary for life-support systems.
Disasters
“Disasters caused by earthquakes, floods, droughts, hurricanes, tsunamis and more can have devastating impacts on people, environments and economies. But resilience -- the ability of people and places to withstand these impacts and recover quickly -- remains possible. Smart choices help us recover from disasters, while poor choices make us more vulnerable. These choices relate to how we grow our food, where and how we build our homes, how our financial system works, what we teach in schools and more. With a quickening pace of natural disasters taking a greater toll on lives and property, and a higher degree of concentration of human settlements, a smart future means planning ahead and staying alert.”
Both the global rate of disasters and the number of people affected by these have increased sharply over the last few decades, and most of the contributing factors are anthropogenic, or rather, from certain kind of economic choices. Earthquakes & tsunamis are natural, but human interference in the earth’s climate & other eco-systems have either increased the floods, droughts, big storms, or increased their strength and damages. There are studies to show that the most vulnerable countries are also those that have contributed little or nothing to this increase, where those causing this trend – though affected – are far less vulnerable. This called for a just and CBDR (Common but Differentiated Responsibility) based response – but increasingly, the richer countries have withdrawn from even the minimal earlier commitments. Adaptation is a key need for the increasingly vulnerable poorer societies, but there is hardly any support available, with talks and vague assurances replacing actions and concrete commitments. On the other hand, the corporatization of adaptation – through big-budget technological solutions is finding increasing favour of even the poorer country governments.
About the Author
Soumya Dutta is national general secretary, India People's Science Forum and has written extensively on climate change.
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Food Security for the Poor in India- Paradigm Shift Needed
T. Vijay Kumar, IAS
Can we achieve it by investing in the poor and have models of food security owned and managed by the poor themselves?
I. Background and structure of presentation
The issue of food security for the poor is a burning issue and an issue that demands a solution now, and not in the distant future. It is not a simple issue. There are many dimensions of this problem and there are many intractable issues. The focus of this paper is to argue that we need to look at the problem differently. We need to look at it from the point of view of the poor – who are the victims of the present iniquitous situation. There are large scale successful experiences on ground, where this problem has been approached by giving a central role to the poor.
This paper does not however attempt to provide answers to all the issues involved. It is a practitioner’s perspective and I have attempted to present those solutions, which have worked. The strategies presented are the initiatives on the demand side. I have had the privilege of a 10 year long association with a state wide poverty eradication programme in Andhra Pradesh.
The Government of Andhra Pradesh set up the Society for Elimination of Rural Poverty (SERP), an autonomous Society, in the year 2000 to implement a statewide programme based on building grassroots institutions of the poor (focus on women). I was associated with the society right from its inception, and was heading it from 2002 to 2010. In a span of 10 years, S.E.R.P had succeeded in organizing 1.1 crore rural poor women into Self help groups (S.H.G s) and federated the S.H.G s into village level, mandal level and district level federations.
In S.E.R.P, food security was looked at from many dimensions and many innovations were made. It was clear that the problem was too deep rooted to lend to a single silver bullet. The innovation in S.E.R.P on food security from the production side was the model of ‘Community managed sustainable agriculture (CMSA)’. This was started in the year 2004 with 200 poor farmers and in 2011 Kharif the programme was reaching out to 11,50,000 farmers. It is a programme led and managed by the institutions of the poor women. It has produced very promising results and has shown the way forward. I have had the opportunity of presenting this work to various groups – international agencies, national agencies, state governments, representatives from South Asia, East Asia, and Africa who have visited the programme in A.P. Delegations from virtually all the states of the country have visited the villages where this work is under implementation and have seen for themselves the power of this idea. I have presented my work in many forums – both national and international.
The S.E.R.P model of poverty eradication was one of the models closely studied by the Planning Commission and the Ministry of Rural Development before they restructured the national self-employment model, Swarnajayanti Gram Swarojgar Yojana. Many of the key features of the S.E.R.P model were incorporated into the restructured programme, called the National Rural Livelihoods Mission (NRLM). N.R.L.M also incorporated lessons from 3 other states – Kerala’s KUDUMBASREE, Bihar’s JEEVIKA and Tamil nadu’s ‘Pudu vazhuva’.
This paper draws heavily from my decade long work in S.E.R.P. This paper is also based on my current assignment as Mission Director of the National Rural Livelihoods Mission (N.R.L.M), to take the successful lessons of poverty eradication to all the villages of the country.
Structure of the strategy paper
The strategy paper has been organised in following manner:
1. Definition of food security and the dimension of the problem, both global and in the Indian context
2. Paradigm shift in approach to the problem – centrality to building grassroots institutions of poor women and men
3. Strategy innovations, based on existence of well functioning networks of grassroots institutions of the poor:
a. Social mobilization and building strong grassroots institutions of poor
b. Enabling poor to access finance for their consumption and investment needs, through their institutions
c. Food security credit to smoothen income-expenditure gaps
d. Nutrition entitlements of the poor - PDS, MDM, ICDS
e. Enabling access to land
f. Appropriate technology for agriculture
g. Knowledge dissemination – paradigm shift
The successful operationalisation of this strategy has 3 prerequisites:
a) A dedicated mission at the state level charged with state-wide responsibility for rural poverty eradication through social mobilization and building institutions of rural poor, with a focus on women. The mission will have units at the district, block and sub-block level. The mission will be staffed by multi-disciplinary professionals at all levels
b) Grassroots institutions of poor women – affinity groups (S.H.G s) and federations of S.H.G s at village level and higher levels
c) Community finance institutions – federations of S.H.G s – which are involved in financial intermediation
The strategies presented in this paper will work only when the above 3 prerequisites have been met. Fortunately, the National Rural Livelihoods Mission gives states an opportunity to put in place the above institutional architecture. The necessary funding to implement the poverty eradication strategies are available to the states under the N.R.L.M.
The strategies presented in this paper are those that have been tried out in the field on a large scale. There is very little of ‘preaching’. That is the reason why it is not an exhaustive enumeration of all remedies.
The costs of the interventions presented can be met from the National Rural Livelihoods mission and the State Govt can utilise funds from other related schemes, but use it in the manner recommended.
II. Food security – definition and dimension of the problem
The commonly accepted definition of food security, adopted at the 1996 World Food Summit is: food security is achieved when all people, at all times, have physical and economic access to sufficient, safe and nutritious food to meet their dietary needs and food preferences for an active and healthy life.
How is India faring with respect to food security? Has the situation improved over time? The view of most of the observers is that the situation has not improved. In fact, there are some who argue that it has worsened. This is a great paradox in a country striving to be a ‘superpower’ and striving to be counted in the comity of nations as a major force in International affairs.
According to Sh. N.C. Saxena,in the past decade and a half since India successfully embraced economic reforms, a curious problem has haunted the country and vexed its policy makers: India’s high growth has had little impact on food security and the nutrition levels of its population.
Per capita availability as well as consumption of food grains has decreased; the cereal intake of the bottom 30 percent of the population continues to be much less than that of the top two deciles of the population, despite the latter group's better access to fruits, vegetables and meat products; the calorie consumption of the bottom half of the population has been consistently decreasing since 1987; unemployment among agricultural labour households has sharply increased, from 9.5 percent in 1993–94 to 15.3 percent in 2004–05 (Planning Commission, 2006); the percentage of underweight children has remained stagnant between 1998 and 2006; and more than half of India’s women and three-quarters of its children are anaemic, with no decline in these estimates in the past eight years. In short, all indicators point to the hard fact that endemic hunger continues to afflict a large proportion of the Indian population.
The International Food Policy Research Institute (IFPRI) (2008) shows India suffering from alarming hunger, ranking 66 out of the 88 developing countries studied. As part of the world community India has pledged to halve hunger by 2015, as stated in the Millennium Development Goal 1, but present trends show that this target is unlikely to be met.
The message is quite clear. The problem of food security is a very grave one. At the same time a complex one. Interventions are required on the demand side, on the supply side, changes in social norms, changes in laws, etc. Without a holistic approach, this problem cannot be tackled in a sustainable manner.
III. Strategies for creation of sustainable food security in the country
1. Paradigm shift – building strong grassroots institutions of poor.
What is the magnitude of poverty in the country? There are different estimates, depending on the indicators used. The estimate of the Ministry of RD is that there are an estimated 7.0 crore rural households which are below the poverty line. Reaching out to such an enormous number of people, living in over 700,000 villages, in about 250,000 gram panchayats, 6000 blocks and 600 districts of the country is a humongous task. A significant number of these households are extremely vulnerable.
Which is the best way of tackling poverty in a sustainable manner. What works on scale? The lessons from large scale experiences of poverty eradication, within the country and outside indicate an urgent need for a paradigm shift. The seminal finding of the First Independent South Asia Commission on Poverty Alleviation is:
‘Where the poor participate as subjects and not as objects of the development process, it is possible to generate growth, human development and equity, not as mutually exclusive trade-offs but as complementary elements in the same process
Poor have contributed to growth and human development simultaneously under varying socio-political circumstances.’
(… First Independent South Asia Commission on Poverty Alleviation 1991 – 1993)
The flagship programme of the Government of India, Ministry of Rural Development to implement the direct attack on poverty strategy is the recently launched National Rural Livelihoods Mission (NRLM) in 2010. The core belief of National Rural Livelihoods Mission (NRLM) is that the poor have innate capabilities and a strong desire to come out of poverty. The challenge is to unleash their capabilities to generate meaningful livelihoods and enable them to come out of poverty. The first step in this process is motivating them to form their own institutions. They and their institutions are provided sufficient capacities to manage the external environment, enabled to access finance, and to expand their skills and assets and convert them into meaningful livelihoods. This requires continuous handholding support. An external dedicated, sensitive support structure, from the national level to the sub-district level, is required to induce such social mobilization, institution building and livelihoods promotion. This external support agency could be Govt. or a dedicated NGO.
The success of such a strategy is amply borne out by the large scale experience of S.E.R.P, (A.P) in comprehensive poverty eradication and improvement of quality of life of rural poor households.
SERP’s strategy is to build strong grassroots institutions of women SHGs and their federations and build their capacity and capability. SERP has linked them with various service providers, whose services are essential to them in coming out of poverty. They have been linked to commercial banks to access credit from them. Similarly, S.E.R.P has enabled them to access essential services from various Govt. departments, NGOs and private sector to improve their livelihoods and quality of life.
Over 16 years of focused efforts, Govt of A.P ( 5 years of UNDP supported pilot and 11 years of S.E.R.P) has organized 1.1 crore women into 934,000 Self help groups, covering all the villages in the state. The SHG network covers almost 70% rural households in A.P and covers more than 90% rural poor households. The uniqueness of S.E.R.P’ model is the federated structure of the SHGs. The SHGs are federated into 35,000 village level federations, covering 15 – 25 SHGs (called Village organizations (V.Os) and further into 1098 mandal federations (called Mandal samakhyas (M.Ss) covering 8000 – 12000 households) and 22 district federations, called Zilla samakhyas. It is this federated structure, which has enabled the scaling up of a variety of interventions across the state, including the food security initiative. S.E.R.P has ensured that each V.O and each M.S is a community financial institution.
The broad elements of this approach are clearly seen in the success stories of states like Kerala, Tamilnadu and Bihar. In addition there are very successful efforts of NGOs in the country covering virtually all the states.
The framework of N.R.L.M, as approved by Govt. of India and communicated to all the states, gives a very good overview of how grassroots institution building can be achieved.
The success of this approach and its seamless scalability happen when the programme management and ownership is transferred to the institutions of the poor and they run it. The social capital required for this programme consists of the following internal stakeholders:
i. Institutions of the poor – S.H.G s, S.H.G federations at village and higher levels
ii. Community professionals – village accountants, agri extension workers, health activists, etc. They are hired by the institutions of the poor, paid by them and they are accountable to them.
iii. Community resource persons or best practitioners – these are the dynamic elements in the process. They move from village to village transferring their knowledge.
Creating this institutional architecture becomes the key role of the state rural livelihoods missions. Once these come up, they run the programmes and the role of the Govt comes down very significantly.
2. Access to financial services
Lack of access to affordable finance and being at the mercy of informal sources is one of the factors perpetuating poverty. The present status of access to formal financial institutions is very poor on the whole, except for the 4 southern states. Any strategy for comprehensive food security would have to tackle this issue. The key to coming out of poverty is continuous and easy access to finance, at reasonable rates, till they accumulate their own funds in large measure.
NRLM has articulated a comprehensive strategy. It would work towards achieving universal financial inclusion, beyond basic banking services to all the poor households, SHGs and their federations. NRLM would work on both demand and supply side of Financial Inclusion. On the demand side, it would promote financial literacy among the poor and provide catalytic capital to the SHGs and their federations. On the supply side, it would coordinate with the financial sector and encourage use of Information, Communication & Technology (ICT) based financial technologies, business correspondents and community facilitators like ‘Bank Mitras’. It would also work towards universal coverage of rural poor against loss of life, health and assets.
The most important achievement of the SHGs in A.P is the provision of micro finance to their members to improve their livelihoods. The SHGs have been able to access Rs. 34,000 crores in the 10 years from 2001-2011. The flow of this large volume of credit, at affordable rates has made a tremendous impact on the lives of the poor. They are able to stabilize and expand their livelihoods. The positive impact on their livelihoods has truly empowered these organizations of women and given them the courage to dream of a better life.
They are very active in providing support to their members in a range of initiatives aimed at improving their livelihoods and quality of life. It is these institutions that are managing the sustainable agriculture programme.
On the basis of large scale experience on ground, N.R.L.M estimates that a poor family would need financial support to a tune of at least Rs.100, 000 over a period of 6 – 8 years, in the form of repeat loans for both consumption and investment purposes. Thus, when poor families are provided nurturing support by their own institutions and also enabled to access such financial support they are able to acquire skills and assets and generate additional incomes. Food security at household level is one of the most important outcomes of this process.
3. Food security credit to smoothen income-expenditure gaps
In tackling food security, we need to look at both short term and medium term measures. One of the short term measures is food security credit. This has yielded excellent results in A.P and Bihar. The poor buy food grains and other essential commodities on a daily basis or weekly basis, depending on their income flows. This has 2 adverse consequences for them. One, they purchase at a higher cost as they are buying small quantities, and, two; they are forced to go hungry if they don’t have incomes that particular day or week. This creates a tremendous uncertainity in their lives. If they don’t have any earning that week, they have to go hungry or borrow at high rates of interest to buy food grains.
The principle of food security credit is very simple. Each member informs their S.H.G the amount of food grains they consume in a month, what they buy from PDS and the ‘gap’ that they need to buy from the open market. The S.H.G consolidates the member wise requirements and gives it to the village level federation (VLF). The project provides a corpus of Rs.50, 000 to Rs.150, 000 to the VLF. The V.L.F consolidates the indent received from all S.H.G s, and, also collects about 10% as advance. The V.L.F then goes to the nearest wholesale market and buys their requirement as per the consolidated indent. They are able to get good quality food grains at 15 – 30% discount over the retail price of grains in the village. The V.L.F then distributes grain to each S.H.G as per their indent. This is a loan and the S.H.G has to repay to the V.L.F within one month. The repayment should be completed before they submit the next month’s indent. The S.H.G in turn lends to members and recovers from them in weekly or fortnightly installment. The S.H.G in turn collects the next month’s indent from their members once it receives the repayment from all the members.
Even though this intervention looks simple, there is a lot of capacity building of the S.H.G s, the V.L.Fs and their para-professionals engaged for this work. It takes, 4 – 6 cycles of food security credit for it to stabilize. The benefits from this intervention are enormous. Even though this intervention does not result in increasing the production, it has the effect of correcting the distribution injustice. It corrects the ‘poverty penalty’ that the poor pay day in and out. This adds to their self-esteem. This would be one of the first interventions to be taken up as soon as V.L.Fs are formed and they have done one or two rounds of financial intermediation.
4. Nutrition entitlements of the poor – Public distribution system (PDS), mid-day meals (MDM), and ICDS
There are serious problems in the poor availing their nutrition entitlements, whether it is PDS, MDM or ICDS. The state of PDS in the country is not at all satisfactory. The estimates of leakage from the PDS vary from state to state. The Planning Commission puts it close to 50%. Many states are trying various measures, including ICT based interventions to improve the position. There are very good innovations in states like Chatisgarh, the southern states, etc. All states could learn from these supply side lessons and reform their PDS system.
The poor, especially the ultra poor, lose out in their dealings with the FP shopkeeper. They may not have ready cash when the foodgrains reach the village. The dealer takes advantage of this, since he keeps the shop open only for a few days. He sells away the grain that the poor could not draw, since they did not have money when the grain was available.
The V.L.F has an important role here. There are two roles that it can perform. One is its role as a watchdog – a social audit function to improve the accountability of the PDS. The second role would be to convert itself into a consumer cooperative. In this role, it can consolidate the PDS entitlements of the members and pay to the PDS dealer the money for all its members requirements in one go,as soon as the stocks reach the FP Shop. The members can then lift the PDS stocks and pay the amount to their S.H.G and the S.H.G in turns repays to the V.L.F. The next month’s cycle then depends on the repayments they get from the S.H.G s. This can reduce the leakages from the FP Shop. This has been tried very effectively in A.P. This intervention should be taken up after the V.L.F has done 3 – 4 cycles of food security credit interventions. Because then they would have gained experience in ‘intermediation’ and emerged as good food consumer cooperatives.
Similarly in MDM and ICDS, the V.L.F along with the Gram panchayat can play a watchdog function and act as a pressure group to improve the accountability of the service providers. However, in providing nutrition support to pregnant women, lactating mothers and children below 3 years, there is a very successful intervention in A.P run by the V.L.F s, called community managed ‘Nutrition cum day care centres’ which have achieved outstanding results in about 4000 villages. This is worth studying for replication by other states.
5. Enabling access to land
Nobody can deny the importance of access to land, to enable poor to become producers. Land reforms have been implemented very unevenly across the country. It is also a very volatile subject and Governments usually prefer to pay lip sympathy to this issue.
However there are interventions from the demand side that can be undertaken once we have successfully built the network of S.H.G s and their federations.
a. Protecting the land rights of members. This requires legal literacy. This intervention can be initiated at the level of the Cluster federation (C.L.F), which is a federation of 25 – 40 V.L.Fs. The C.L.F will hire a para legal person, a graduate or matriculate from any discipline. The para legal person is then trained for 3 – 4 months around land issues. The para legal person then prepares an inventory of land problems of the poor. The C.L.F and the para legal person then monitor the resolution of the land problems of their members. This has been tried out on a very large scale in A.P.
b. V.L.F or S.H.G taking land on lease for a 3 – 5years period. The S.H.G can then lease it out to its members and the members have an assurance that they have access to land for a reasonable period of time. KUDUMBASREE mission in Kerala has implemented it on a very large scale. There are similar experiences from A.P.
6. Paradigm shift in technology – natural farming based on local resources and very low external inputs - agro-ecology approach
a) We now look at the most critical intervention on the production side - what is the right technologyfor food production by the poor? This is critical in making the paradigm shift of food security by the poor.
The appropriate strategy for the poor is not the mainstream ‘green revolution’ chemicals based technology. In fact, agriculture became a gamble for the farmers, both rich and poor since they subscribed to a high external input, high cost, high production (?), mono crop based strategy advocated by the mainstream. Unfortunately for the poor farmers, their main source of knowledge is from the fertilizer and chemical pesticide dealers, who also extend credit to them.
The appropriate technology, particularly for the poor farmers, is the one based on principles of agro ecology. It is based on local natural resources and is a low cost technology. Switching over to this technology can make agriculture a profitable, low risk activity for the poor. The basis for this recommendation is the success of the strategy of community managed sustainable agriculture (C.M.S.A) on a very large scale in A.P. In Kharif 2011, CMSA covers 10% of the state’s cultivable area.
SERP initiated CMSA as part of its mandate to eradicate rural poverty, since agriculture is the most important means of livelihoods for a majority of the rural poor. This initiative was taken up to address the major causes of agriculture distress - high costs of agriculture, extensive use of chemical inputs, displacement of local knowledge, unsustainable agricultural practices like mono cropping, markets unfavourable to small holders, etc. Through CMSA, farmers are enabled to adopt sustainable agriculture practices, to reduce the costs of cultivation, to reduce the risks and increase net incomes.
In fact, the main motivation of the farmers for adopting these practices is the significant jump in their net incomes and reduction in their risks. CMSA initially started with non chemical pesticide management of agriculture as the first intervention. Subsequently, the programme components were deepened to include soil fertility management with local natural resources. The idea was to eventually eliminate the use of chemical fertilizers. The movement towards ‘zero fertilizers’ is gradual so as not to affect the production of food grains or per acre yields of food grains. The other attempt is community managed seed banks to ensure seed sovereignty of the farmers.
The knowledge support in A.P was provided by N.G.Os and some eminent farmer practitioners. One of the most inspiring persons who advocates this approach very ardently is Sh.Subhash Palekar, Maharashtra. He is the father of the movement of farmers called, ‘zero budget natural farming’. The NGOs had developed strong proof of concept after years of dedicated work in a small number of villages, however they had no means of scaling it up. There are instances of such an approach in every state.
The support for such an ideology has now come from various international organizations. One of the most authoritative advocacy of this idea has come from Dr.Olivier De Schutter, the Special Rapporteur on the Right to food, U.N General Assembly, Human Rights Council. In his report to the UN General Assembly submitted on 20th Dec, 2010, he has concluded as follows:
‘Drawing on an extensive review of the scientific literature published in the last five years, the Special Rapporteur identifies agroecology as a mode of agricultural development, which not only shows strong conceptual connections with the right to food, but has proven results for fast progress in the concretization of this human right for many vulnerable groups in various countries and environments. Moreover, agroecology delivers advantages that are complementary to better known conventional approaches such as breeding high- yielding varieties. And it strongly contributes to the broader economic development.’
He has argued that the contribution of agroecology to the right to food is on the following dimensions:
• Availability: agroecology raises productivity at field level
• Accessibility: agroecology reduces rural poverty
• Adequacy: agroecology contributes to improving nutrition
• Sustainability: agroecology contributes to adapting to climate change
• Farmer participation: an asset for the dissemination of best practices
The report argues that the main challenge is scaling up of these experiences.
b) Scaling up. The problem of scaling can only be solved when the ownership and management of the programme is transferred to the institutions of poor. The strength of S.E.R.P was in linking resource organizations and the institutions of poor women. The community ownership of the programme led to exponential scaling up of the adoption of this technology. Starting with 200 farmers and 400 acres in 2004/05, the programme in 2011/12 has scaled upto 11.6 lakh farmers;covering an area of 28.84 lakh acres, in 8,556 villages spread over 22 districts of the state. It accounts for 10 % of the total cultivated area of the state. The momentum of the programme has been unprecedented, and is seen as a global best practice.
Over 7 years of this movement, the other key impacts in A.P that have been observed are:
i. Small and marginal farmers have reclaimed their lands from mortgage to moneylenders, inputs dealers, etc.
ii. small and marginal farmers have taken additional land on lease
iii. migrant farmers have come back for agriculture
iv. enterprises for facilitating sustainable agriculture – 5,867 NPM ( non pesticide management) shops have come up for timely supply botanical extracts and other “green” inputs, providing livelihoods to 5,867 agriculture labour
v. custom hiring centers - 1283 custom hiring centers with plant protection equipment, markers and weeders etc. are providing additional incomes to Samakhyas
vi. Highly positive health impacts – health costs have come down since there is no pesticide spraying. In addition to it they are consuming healthy food
c). Knowledge dissemination - paradigm shift:The key investment in CMSA is not subsidising external inputs but to build the knowledge base of the farmers. The knowledge investment refers to knowledge and understanding of local natural resources and how they can be used for seed treatment, pest management, soil fertility management practices, etc. Knowledge also refers to understanding sustainable agronomical practices, revisiting or rediscovering traditional wisdom, etc. In this paradigm, the farmers are encouraged to experiment, innovate and their innovations are shared among other farmers. Respect is accorded to farmers own initiatives. This approach is different from the mainstream attitude where the farmer is a passive recipient of ‘knowledge’ produced in formal agriculture research stations or universities. It is a very liberating approach and the momentum in the programme is fuelled by countless innovations of farmers and the pride they take in their ‘research’ efforts.
The knowledge dissemination in this model happens differently. It is through best practising farmers. They are extremely effective, since they are practising first and then preaching. They are more credible, because their socio-economic conditions are identical to the farmers they are training.
d). Impact on enhancing food and nutritional security - achieving self – reliance and self sufficiency in food production at village level are very important aspects of this approach. This approach ensures round the year food and nutrition security through the practice of poly crops and multi storied cropping.
e). The farmers’ incomes and their share in the consumer rupee can be further enhanced if 2 more interventions are taken up:
i. Post harvest interventions
ii. Producers organizations for value addition and forward linkages
Conclusion
The problem of food security is a burning one. The macro picture reveals that the rapid economic growth of the economy has not translated into faster poverty reduction and large sections of society face food insecurity. The strategy paper argues for a paradigm shift in our approach. The paper argues that "Governments should invest in creating strong grass roots institutions of the poor, particularly the women. The ownership of the programmes should then be handed over to them. The strategy paper makes very practical suggestions based on successful large scale experiences of such an approach in the states of A.P, Kerala, Tamil nadu and Bihar."
The specific recommendations of the paper are as follows:
a. Invest in building strong grassroots institutions of poor and devolve the planning and implementation of various initiatives to them.
b. Invest in enabling the institutions of poor to build their own financial institutions and access finance from formal institutions at affordable terms
c. There are both short term and medium term measures that are requited to be taken up.
d. Short term measures include: food security credit, putting pressure on PDS, MDM, ICDS to deliver as per their entitlements
e. Enabling access to land
f. Paradigm shift in the choice of the right technology for crop production –sustainable agriculture based on principles of natural farming and very low (or zero) external inputs
g. community managed and community owned – leading to scaling up in a seamless manner
h. Knowledge creation and dissemination, not through ‘experts’ but by best practicing farmers
There is a very good opportunity for operationalising such a strategy as the Ministry of RD has restructured its flagship self employment programme as the National Rural Livelihoods mission and states are encouraged to evolve and operationalise poverty eradication strategies broadly following such an approach.
References:
1) National Rural Livelihoods Mission – Mission Document
http://www.jslps.in/nrlm/nrlm%20mission%20document.pdf (as on 15/12/2011)
2) N.R.L.M – Framework for Implementation
http://www.jslps.in/nrlm/Final_Framework.pdf (as on 15/12/2011)
3) Saxena, N.C (2008), “Hunger, Under-Nutrition and Food Security in India”, Working Paper 44, Chronic Poverty Research Center
4) Report submitted by the Special Rapporteur on the right to food, Olivier De Schutter on 20 December 2010, “Promotion and Protection of all Human Rights, Civil, Political, Economic, Social and Cultural Rights, including the Right to Development”
http://www.unhcr.org/refworld/category,REFERENCE,,MISSION,,49abb71d2,0.html (as on 15/12/2011)
About the Author
T. Vijay Kumar, IAS, Joint Secretary to Govt. of India, Ministry of Rural Development is currently Mission Director, National Rural Livelihoods Mission.
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Sustainable Agriculture and Twelfth Plan
Ajay K. Jha
CLIMATE RESILIENT AGRICULTURE, NATIONAL MISSION ON SUSTAINABLE AGRICULTURAL AND OTHER POLICY PRESCRIPTIONS IN THE 12TH PLAN
Agriculture faces insurmountable challenges in times of climate change. While the rise in temperature and increasing carbon dioxide concentration, acidification of soil and water, rising sea level and reduced precipitation and water availability threaten farm production and productivity; agricultural production must be sustained to feed the growing population. The challenge is exceptional for developing tropical countries, including South Africa, Latin America and India. Many studies project significant decline in cereals and coarse grains in these areas (IPCC, 2007, Planning Commission, 2010). Agriculture and climate change is increasingly becoming an area of academic and general interest. Much of it is due to the fact that agriculture is source of 14% of global GHG emission. Along with deforestation and change is land use, it is source of more than 1/3rd to total GHG emission. Majority of these emissions are located in developing countries having high dependence on agriculture. More than 35 developing countries identify agriculture as main sector to focus their emission reduction efforts through NAMAs (PAIRVI, 2011). While the reduction of emission in agriculture may be a desirable goal it has be approached in a manner which does not compromise with food production and food security in developing countries. Current discourse on agriculture and climate change fails to create a distinction between highly mechanized export oriented agriculture in developed countries and low carbon subsistence agriculture in developing countries. By focusing on mitigation in agriculture (predominantly through soil sequestration) rather than adaptation; it threatens not only food security but also sovereignty of small farmers in developing countries on their land and choices and means of production (PAIRVI 2011). India owes 17% of its GHG emission to agriculture and allied activities (GOI, 2010). The position of India is not clear on the issue of mitigation and adaptation in agriculture. While GOI supports “no mandatory mitigation in agriculture” (Nitin Sethi, 2012), the government itself does not seem to be too sure about its position. The National Mission on Sustainable agriculture, which is a part of the NAPCC and lays down the government’s vision on agriculture and climate change and has various references to mitigation of emission in the National Mission on Sustainable Agriculture.1 What is more worrying that NMSA does not bring new insights and commitments to support adaptation. After more than three years of its being approved, it is once again in the discussion as it has been declared to launch the NMSA during the 12th Five Year Plan (Planning Commission, 2011).
National Mission on Sustainable Agriculture
The NMSA seeks to address issues regarding ‘Sustainable Agriculture’ in the context of risks associated with climate change by devising appropriate adaptation and mitigation strategies for ensuring food security, equitable access to food resources, enhancing livelihood opportunities and contributing to economic stability at the national level (DAC, 2010). The NMSA correctly identifies the risk that India agriculture faces from climate change impacts. A one degree Celsius rise in mean temperature would likely to affect wheat yield in the heartland of green revolution (Planning Commission, 2010). There is already evidence of negative impacts on yield of wheat and paddy in parts of India due to increased temperatures, increasing water stress and reduction in the number of rainy days. Crop specific simulation studies, though not conclusive due to inherent limitations, project a significant decrease in cereal production by the end of this century (DAC, 2010). Parts of western Rajasthan, southern Gujarat,
1 The GOI declared the National Action Plan on Climate Change (NAPCC) in June 2008 laying down 8 missions including National Mission on Sustainable Agriculture. The document of NMSA does not provide any information on who has drafted the document, when and how it was drafted
2 Madhya Pradesh, Maharashtra, Northern Karnataka, Northern Andhra Pradesh, and Southern Bihar are likely to be more vulnerable in times of extreme events. Irrigation requirements in arid and semiarid regions are estimated to increase by 10% for every 10C rise in temperature (DAC, 2010)
Thrust and focus areas
The NMSA has four thrust areas, dry land agriculture, risk management, access to information and use of biotechnology. It also identifies ten mission interventions based on different dimensions of mitigation and adaptation. Ten mission interventions are laid down as, Improved crop seeds, livestock and fish culture, water use efficiency, pest management, improved farm practices, nutrient management, agriculture insurance, credit support, markets, access to information, and livelihood diversification. These mission interventions are further broken down in a Programme of Action (PoA) focused on (i) research and development, (ii) technology, products and practices, (iii) infrastructure, and (iv) capacity building. The PoA identifies existing interventions and scope for their scaling up, and also new initiatives.
While for 3 years since its approval NMSA has remained dormant for want of support. Now with the 12th FYP, NMSA is back on the agenda. However, one fails to understand what is new in the brew. |
It follows the same old approach of diversification of crop, focus on dryland agriculture, technology integration, livelihood diversification, water use efficiency, improved farm practices, pest management, research and development, access to information, risk and insurance coverage and renewed vigour for biotechnology application etc, which have been a dominant discourse in agricultural planning in India for at least a decade, without much outcome. Farmers in rainfed areas have been battling similar conditions for years together. End of the last three plan periods have recorded lower mean rainfall and higher rainfall variability compared to the immediately previous period. (GOI, 2012). The only new thing is the narrative on the climate change. One fails to understand how it will support agricultural adaptation, which is largely autonomous, and help farmers and livestock bearing the brunt of the changing climate. Till now rainfed farming has been equated with watershed development (GOI, 2012, WG on NRM and Rainfed Ag), and NMSA fails to take it beyond that. Some areas of concern in the NMSA are discussed below:
High on GM song
The over enthusiasm of the mission with agriculture biotechnology is pervasive and perturbing. The Mission proposes BT as panacea for all problems of agriculture. GE is likely to take care of all crop requirements viz. resilience for drought and submergence, salinity tolerance, improved nitrogen fixation, and water efficiency. This is fraught with serious concerns for loss of potentially useful genetic biodiversity, when this diversity is critically needed for coping strategies. This also carries high risk of farmers losing control to monopolization by a handful of biotechnology companies, as has already happened with the cotton crop, with genetically modified Bt cotton constituting over 92% of all cotton grown in India. Not only the mission proposes GE/BT as panacea for all crop improvements, it also proposes the dangerous idea of genetic engineering in livestock, fisheries, poultry and microbes. Many of the geneticists in India still feel that agri biotech is still a science which should be in the laboratory, rather than in our lives. It proposes to convert C3 crops into C4 crops for improved photosynthesis. People who know genetics say that converting C3 crops into C4 crops might take more than hundred years!2 Using existing C4 crops like maize and millets might be better idea, they insist. Besides, GM the mission is also high on technology. In the guise of technology, products and practices, the focus lie in promoting tractors, laser land levelers, drip and sprinklers and many such technologies, 2 Based on the presentation of Dr. Suman Sahai, Convener of Gene Campaign, in National Consultation on Agriculture and Climate change; State Responses, organized by PAIRVI dated 2nd and 3rd November, 2010. 3 which have become irrelevant in states like Punjab and Haryana where they have failed to boost falling productivity due to extremely poor soil health and water table. Technological solutions to be adopted should be cost effective, easily accessible and relevant for the small and marginal farmers who comprise more than 80% of farming community in India. The mission proposes “financial support to enable farmers to invest in and adopt relevant technologies to overcome climate related stresses.” If that is a suggestion to promoting harvesters and laser land levelers to farmers who do not have even a hoe and sickle; the idea needs to be reviewed.
Mitigation Vs. Adaptation
The Mission document is replete with the references on the “need to reduce emission in agriculture.” It goes on to admit “in accordance with India’s proposed target of reducing GHG intensity by 20-25% till the end of 2020, the mission acknowledges the need to reduce emission from the agricultural sector.” (DAC, 2010). The strategies suggested are mainly through improved crop varieties, use of bio-fertilizers, SRI, and improving dietary practices in livestock. While mitigation in agriculture emissions do not need to be trashed altogether, it is relevant to know, how this dominant discourse has evolved and what has been the global experience on these solutions. This is a tangent taken directly from international negotiations on agriculture and climate change. Two important reasons attributing this are slump in the price of carbons, which carbon trade champions hope to revive through delving into soils. Secondly, as 80% global emissions are already “locked in” mitigation of emissions from agriculture becomes a compulsion. (IEA, 2010). Operational and technical difficulties abound in the projects exploring soil carbon sequestration and farmers who have been lured with carbon credits are getting fast disillusioned (IATP, 2012).3
A growing body of both practitioners’ and experts’ research have been able to debunk these myths associated with the so-called climate smart agriculture. The current focus on soil carbon sequestration (mainly with the objective of generating finances through private participation) will definitely spell the doom for small and marginal farmers in least developed and developing countries. |
In countries like India, where majority of the farmers (more than 80%) posses a land holding smaller than 2 ha, the rush for sequestration will lead to them losing their lands, sovereignty over their produce, choice and means of production to the greedy private project developers lurking on the horizon (PAIRVI 2012). While mitigation of Methane (CH4) and Nitrous Oxide (N2O) emission in agriculture and livestock might be a good idea in developed and industrialized agriculture, it’s almost irrelevant in developing countries with small scale farming systems. What is critically needed in these countries is adaptation support for which fast track, transparent, reliable and accessible finance must be made available at the earliest.
Skewed Financial allocations
The NMSA lays down requirement of INR 1,08,000 crore up to the end of the 12th FYP. The Mission also declares that a major portion (60%) would be utilized to adopt technology, products and practices. Infrastructure development and R&D together will be allocated 35% of the total resources, whereas 3 Some of the pilot projects on soil carbon sequestration under different voluntary carbon market schemes have run into problems ranging from technological handicaps, below par standards and financial inadequacy and unavailability. Farmers lured into these on false promises, have been hugely disappointed and disillusioned. In Kenya, where 20000 farmers were aggregated in world bank promoted pilot programme, and were promised unspecified amount of money, have not yet received a single penny, owing to the problems in assessment of soil carbon. A similar agroforestry project in India, promoted by world Bank’s Biocarbon facility project has also run into problems, with farmers bringing complaints before the Inspection Panel alleging delay on the part of project developers causing them financial losses. 4 about 5% of allocation will be deployed for capacity building. This means technology, products and practices receive 65,000 crore including INR 37,500 on water use efficiency, micro irrigation and efficient water management (read drip and sprinklers), infrastructure receive INR 14,500 crore (including paltry 4000 crore on loan holiday to farmers in case of extreme events), INR 6500 crore on R&D (read Biotechnology) and INR 500 crore on capacity building. It is obvious that these financial allocations have not been made in consultation with farming communities and have completely misplaced focus. There is hardly any adaptation support for the farmers in the mission. The Working Group on Environment and Climate Change scaled down the financial support to be allocated to the NMSA to 12-15,000 crore every year (GOI, 2011).
Other concerns in the NMSA
While there is an urgent need for scaling up investment in dryland agriculture, the NMSA does not provide much headway into that. There is also inadequate emphasis on livestock management beyond improving dietary practices to reduce emission from enteric fermentation. Common property resources and development of pastures, which can be a good livestock management strategy is completely unattended. So are millets, which are existing abundant C4 gene pool that has the country has. Pest management talks of judicious use of chemical pesticide, only pays a lip service to promotion of biopesticides and falls far short of committing NPM. Scant respect is paid to bio-fertilizers. Improved farm practices, lack support to organic farming and commitment to agro-ecological approach, which has been already discussed a lot as most climate efficient farming (IAASTD, 2011) also do not fare better. Access to information is mainly leveraged to support markets, rather than farmers through minimizing information asymmetry and inviting PPP in technology based solution. The three tier institutional structure proposed for management and implementation does not have place for farmers.
Agriculture in the 12th Plan
The NMSA and 12th Plan are temporally removed from each other by more than three years; however, now that NMSA is a part of the 12th FYP, it must be seen and analyzed in the context of the 12th Plan and its imperatives. The 12th Plan aims at “faster, sustainable and more inclusive growth” (@ 8% pa., as revised in Feb 2013), focus areas are attracting investment through FDI, agriculture and manufacturing. The 12th Plan aims at achieving a growth rate of 4% pa in agriculture as against a growth rate of 3.3% pa achieved during the last FYP and 2.4% in the 10th FYP. The focus in agriculture in “…viability of farm enterprise, mostly small farms..,” and other priorities are “resource use efficiency, technology and better delivery of services like credit, animal health and quality inputs like seeds, fertilizers, pesticides and farm machinery.” It also seeks to address regional imbalance through extending green revolution to eastern states and rainfed areas. 12th Plan adopts an approach which will have serious implications on small farmers, food security, and will bring about fundamental changes in the positioning of agriculture in the country’s economy. The Plan is primarily focused on taking agriculture from primary to secondary sector. A number of concerns related to food production, public investment, land alienation, well being of small farmers, undermining importance of cereals, adaptation support to insulate agriculture from climate change impacts, focus on rain fed farming, and agro-ecological approaches are relegated to the background. The obsession with farm mechanization, agri- biotechnology and genetic modification, chemical pesticides, and reducing dependence on agriculture (without providing alternatives) reveal considerations that might not be located in analysis of state of agriculture in the country. Few major concerns related to positioning and direction of agriculture are discussed below: 5
Exit small farmers; enter farmers producers organizations (FPOs)
The approach paper to 12th Plan assays peak of the criminalization of small farmers for having marginal land holdings. While laying emphasis on “viability of farm enterprise and focus on small farms”, the solution that it provides is a regrettable one. It encourages small farmers to leave agriculture and lease their lands land banks, which can be leased further to women’s groups of farmers cooperatives. The idea of taking surplus population out of agriculture might be a relevant one, what is being promoted is compelling people out of agriculture without providing them an alternative. Millions of people leaving agriculture are either to work under MGNREGA or swell the ranks of slum dwellers in the cities!
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Clearly rather than well being of small farmers and incentivizing their enterprise, the dominant obsession is to cooperativize farmers. An array of changes in the Tenancy and Land Lease Acts and APMC Act, are being proposed to make this idea a workable one. The targeted approach of cooperativization of farmers will leave majority of them outside without any serious effort to address their concerns, and herding of farmers in cooperatives may also equally lead to their further marginalization and lack of sovereignty. The “lands will not be given to corporate entities,” declares the plan defensively, revealing that the government itself is apprehensive of influential food industry and land grab sharks getting into the business.
No to cereals and yes to food industry
The approach paper also declares that focus of agricultural production will have to shift from cereal to pulses, horticulture, and value addition through food processing. It declares that we have enough food grains reserve to cater to the supply by the end of the 12th Plan. The projected growth rate of cereals in the 12th FYP is pegged at 2.2% pa. This is despite the fact that latest NSSO data clearly shows decline in food grains consumption through the last two decades not only in urban but also rural areas, which has serious implications for food and nutrition security (NSSO, 66th round). The plan explains that increased MSP and procurement of food grains, adversely affected the market availability of the food grains, increasing their prices. It clearly misses the moot point that main reason of food price inflation is due to flawed distribution, rather than increased production of food grain. Another reason it provides is related to the storage cost of the food grains, which again makes one to argue why the government is obsessed with storage of food grains beyond its capacity rather than to increase the quantum provided through the PDS. The share of horticulture and livestock has been increasing constantly in the ag GDP requiring special efforts to sustain this growth and contribution in diversification, however, this does not necessarily have to be in conflict with food grains, when the govt itself admits that more than 50% of calorie intake requirement is fulfilled by the food grains, and expenditure on food grains has declined as poor spend in nonfood needs. The Plan also argues that “ MSP Policy should be more restrained for rice and wheat and made more effective in case of pulses and oilseeds….” The paper lacks synergy between food production and food security. The government seems to be increasingly convinced with first world definition of food security which focuses primarily on “availability of food in the market.” The PDS, the cash transfer based on UIDAI are the silver bullet solutions which the plan provides for food security. Increasing focus on food processing also needs to be understood in the context of the fact that food processing industries are lobbying hard for subsidies in agriculture (Rahul Goswami, 2012). This implies, meaning that processed food will be treated at par with food grown in farms and will avail government subsidy. Increased emphasis on food processing might well be a platform to introduce policy changes favouring food processing with the lion’s share going to food industry.
Undermining alienation of agricultural land
6 A severe limitation in agriculture in India is non availability of surplus arable land (GOI, 2009). This implies that food production will have to be sustained mainly through increase in productivity. However, it also implies that there should be effective restraint on alienation of agricultural land. Studies also suggest that additional 11 million ha agricultural land may be required to sustain food production for rising population and meet climate change challenge (Mc Kinsey, 2011). Despite this fact agricultural land continues to be diverted to non-agricultural purposes. A total of 3 million ha of agricultural land (much of this multi cropping) has been diverted to non agricultural use since 1990-91, out of which 2 million ha has been diverted in the past decade (GOI, 2011). While admitting, the plan tries to make light of this fact by stating “industrialization, urbanization and development generally will require a diversion of land to new uses,” and that “it is only 0.6% of the total net sown area.”
Investment in agriculture
The Mission and the 12th Plan both have placed substantial faith in private investment in agriculture. However, it needs to be understood and increasing global investment in agriculture have mostly focused on production of major raw crops including oilseeds & corn for agro-fuel production, wheat and feed grains for livestock. The trend shows a definite inclination towards forcing agricultural production to oil seeds, agro fuels and meat production. In India, private investment in agriculture though increasing has been mainly in labour saving farm mechanization and micro irrigation.4 (Planning Commission, 2011). The 12th Plan seeks to attract investment in back end infrastructure including food processing, warehousing, rural connectivity), insurance products and much of it is being expected in the form of FDI in retail.
Resource use efficiency debate to justify removal of subsidies on water, fertilizer and power
The Plan devotes lengthy debates on justifying resource use efficiency in water, fertilizer and power. It is known fact that lot of public investment in the form of subsidies is ill targeted encouraging wasteful use of these resources. However, there removal will have to be strategized. The plan proposes that deregulation of urea prices can be compensated by 5-10% extra rise in the MSP. Farmers have alleged that MSP Policy needs to be reviewed in view of rising input costs and reducing farm incomes, which has hardly remained remunerative. The Farmers Commission recommended that “the MSP should be at least 50% more than the weighted average cost of production” (DAC, 2006). Removal of subsidies might require review of suggested increase in the MSP.
Glorifying GMOs
The plan also glorifies the GMOs despite the fact that Parliamentary Committee on agriculture and a Committee appointed by the Supreme Court emphasized concerns with GM Policy and demanded a precautionary approach till there are appropriate regulations in place. Citing the “Bt cotton success story” the plan states “with more than 90% of cotton area now under Bt hybrids, and cotton yields more than doubling over the last decade, there is no doubt either about the general farmer acceptance or its being a clear case of technological transformation unlike other rainfed crops….” It also argues “it is therefore, time to put in place impeccable operational protocols and a regulatory mechanism to permit GMOs when they meet rigorous tests that can outweigh misgivings, while simultaneously noting that many feasible advances in biotechnology do not in fact involve GMOs.” If it’s a suggestion to pursue BRAI Bill pending in the Parliament, the Bill obviously fails to put such kind of impeccable mechanism in place. 4 Private investment in farm mechanization has been mainly through increased investment on production of tractors, laser land levelers, combined harvesters, Rotavators etc. in Micro irrigation it implies drip and sprinklers 7
Lip service to rainfed farming
Agricultural planning has for decades equated dryland farming with watersheds (Planning Commission, 2011). The NMSA and 12th Plan though talk about addressing regional imbalances and rainfed agriculture; however, there is nothing is the approach paper or the NMSA, which goes beyond watershed and “rainfall use efficiency.” The wisdom to turn towards rainfed areas supposedly comes from the recent better performance in these areas. The Mid Term Appraisal of the 11th Plan noted that the recovery in agriculture after 2004 was associated with clear signs of renewed dynamism in the rainfed areas (Planning Commission, 2009). The recent growth revival has been weak in areas with high land productivity, not only in relatively more irrigated states such as Punjab, Haryana, Uttar Pradesh and west Bengal that had green revolution success, but also in less irrigated states such as Kerala,, Himachal Pradesh and Jammu and Kashmir where high productivity reflects a high value cropping pattern based on horticulture. Even Gujarat, a low productivity state that sustained near 10% growth for almost a decade through better water use and rapid adoption of the Bt cotton hybrids, slowed down perceptibly in the eleventh plan as Bt adoption saturated and yields reached a plateau,” the plan explains. The best performing states in the 11th plan have been Jharkhand, Chhattisgarh, Manipur, Tripura, Mizoram, Rajasthan, Gujarat, Maharashtra, Karnataka and Andhra Pradesh, all with above 5% growth. Now that the poster boy states of the green revolution are wilting under the weight of overuse of chemical pesticides, single minded pursuit of hybrid monoculture, over extraction of ground water, rapidly declining soil health, and saturation in adoption of the touted technologies, the planners are decide to bring these misfortune in rainfed areas exactly on the same path laid down in the heartland of the green revolution.
Making little of climate change concerns
The 12th Plan response to agriculture and climate change concerns is too weak to insulate agriculture from impacts.
The only solution provided is NMSA, which actually does nothing except for acknowledging the impact and probable impact of climate change on Indian agriculture.
Besides, NMSA the Plan only talks about improving weather data availability further and increasing weather index based insurance coverage. It also talks about “insights” generated by NICRA, however, fails to elaborate on these insights. NICRA under ICAR and coordinated by CRIDA was initiated in Feb. 2011 in 100 selected districts to strengthen climate resilient agriculture through strategic research, technology demonstration, capacity building, and expanding weather data availability (NICRA, 2012). The results are yet to be seen on the ground. As regards the weather information availability, the farmers in the rainfed areas have fared no better even during 2011-2012. The IMD prediction not only about the arrival of timing of monsoon but prediction of normal monsoon affected millions of farmers, though not as badly as in 2009 (Beyond Copenhagen, 2012). In fact development of rainfed areas lie more in the realm of Ministry of Water Resources, than Ministry of Agriculture, which is only mandated look into minor irrigation (Planning Commission, 2011). Crop insurance can be a good adaptation strategy. However, beginning with 1972 with the formation of GIC, through Comprehensive Crop Insurance Scheme (1985-86), and NAIS (1999-2000) the crop insurance scheme has been able to cover less than 1/5th of the farmers. The much talked about WBCIS has been in operation since 2003 (on Pilot basis) but is yet to have provided significant succor to farmers facing vagaries of weather. The expectations of inviting PPP in have been belied with participation of ICICI Lombard at much limited scale. As variability in the monsoon increases, crop insurance is likely to get less attractive for private players. WBCIS which was initiated in India in 2003 is becoming popular in the South Asia Region (FAO, 2011). However, to attract private actors, it is necessary to improve the weather station infrastructure throughout the country. 8
Mission on agriculture in SAPCCs
While most of the states acknowledge importance of agriculture in terms of contribution to state’s economy, food security, and livelihoods, lot of them propose actions which are dangerous. Manipur Plan talks about “modern scientific agriculture,” MP proposes “modernization of agriculture, increased use of biotechnology.” While West Bengal and Rajasthan both also propose “zero tillage agriculture,” Rajasthan includes “exploring carbon sequestration potential of carbon deficient soil” and “increased use of biotechnology.” Odisha failed to allocate single Rupee to agriculture! Uttarakhand SAPCC has financial planning, targets etc. for agri. Many states talk about agro fuel plantations. Most of the states do not have timelines, financial targets, and no idea on how these resources would be mobilized.5 The way in which SAPCCs have been approached and prepared, given sufficient idea on the intent of the states to promote low carbon development pathways. Primarily a Consultant driven process, there is very little ownership of these Plans by the state governments, which see SAPCC as another Centrally Sponsored Scheme (CSS). While devising SAPCC, states did not have the understanding that much of the resources required will have to be provided through existing programmes and schemes and their convergence. The Ministry of Environment and Forest, which the nodal ministry for Climate Change Policies, was late in declaring that states will get only fraction of the amount that they expect from the central government (Planning Commission, 2010)
What the NMSA must do differently
The aftermath of green revolution and climate change impacts strongly argue in favour of agroecological approaches including mixed farming, integrated farming, organic farming etc (IAASTD, 2011). The current input intensive production systems based on single minded pursuit of monoculture and hybrids, biotechnology, and mechanization needs serious overhaul. The approach to sustainability of agriculture must be based on diversified production models including crops, livestock, fisheries, poultry and agro-forestry, Conserving genetic bio-diversity of crops and livestock and knowledge associated it in partnership with communities. The approach needs to put the household agriculture sustainability and food security in the centre rather than making yet another bound to fail efforts to centralize agriculture, production, and distribution and management systems. Some steps which may move us towards sustainable, safe and ecologically sound production system (without being exhaustive) are listed below:
Focus on rain fed farming: The working group on NRM and rain fed agriculture pitched strongly in favor of a National Rain fed Farming Agency (NRFA,) which provides oversight on all programs in rain fed areas and synthesizes learning. The NRAA can be restructured into such an Agency. It also proposed three core programmes including National Rain fed Farming Program: to be taken up in 1000 blocks across different agro-ecological typologies in rain fed areas, Creation of ‘Rain fed Investment Windows’ in all relevant mainstream programs of various ministries, with flexibility to follow different guidelines (as may be detailed by the NRFA) for rain fed areas, and ‘Supportive Policy Action’ – Specific budgetary allocations for the Agency to carry out detailed analysis of the policy changes needed for the new paradigm. This is to facilitate such discussion with state governments, provide support in drafting policies (decision about appropriate policy, instruments, policy process and outcome mapping etc.). 5 Much Ado about Climate Change; State Action Plans are business as usual, PAIRVI, 2011. These are the reflections based on first draft of the SAPCCs or respective states. In some of the revised drafts explicit mention of soil carbon sequestration and promotion to GMOs have been removed.9
Emphasis on decentralization planning: RKVY provided an opportunity to decentralize agricultural planning in the 11th FYP. However, the opportunity was wasted despite substantial expenditure (Rs. 10 lakh per district). The emphasis on decentralized planning should not be allowed to slip through a process of further incentives and disincentives. The working group advocated to take Development ‘Block/Taluk/Mandal’ as a unit for programmatic action as it is a manageable unit for planning implementation and convergence of various programs and human resources into a new framework. Decentralization in agriculture planning is important to promote food security systems based on local production, procurement and distribution based on local diversity of food grains and specific conditions.
Investing in strengthening local food systems The WG also asked for a paradigm shift in the approach including promoting “Strengthening diverselocal production systems to contribute substantially to the local food and nutrition, and income security”. Which calls for “Moving away from the present centrally determined approach of single commodity intensification to location specific farming systems intensification approach,” and “moving away from viewing growth as per ha or per animal (single commodity) productivity to system productivity and household income growth, and finally “building food security systems (including decentralized PDS) based on locally adapted food crops.” It is now a travesty of idea to think of a centralized food production system, and high time to invest in moving towards a more sustainable production system based on local circumstances and preferences, and having participation of relevant local groups.
Support to adaptation and timely provision of inputs, information, post harvest management: The achievement in production and productivity is being threatened to be reversed or at least challenged seriously due to climate change impacts. The agricultural research has till now largely neglected the traditional knowledge in agriculture. Traditional knowledge in agriculture has been the source for best practices of adaptation, which has been taking place completely autonomously. Many of the state governments are also supporting maladaptation by promoting organic farming with chemical pesticides and fertilizers (PAIRVI, 2012). There is an urgent need to look out for best practices, their documentation and sharing among the larger farming community. The flexibility under RKVY can be utilized to have a pilot project on best practices in agricultural adaptation bringing out successful crop based, irrigation based, traditional technology based, and livestock based adaptation in public knowledge. The farmers dependant on monsoon are historically starved for quality seeds at appropriate time, weather information, and post harvest facilities. It is advisable that significant investment be made in these critical areas rather than waiting for public private partnership to happen. While private sector seed companies have benefitted immensely from research on new variant, public seed system have failed to capitalize. There is an urgent need to improve research outcomes on new variants and its delivery to farmers. Weather information network and its delivery, especially short range weather information, needs to lifted substantially with the help of mobile telephony, to be able to benefit the farmer and enable him to adapt to weather conditions. Much of the advantages of diversification in agriculture remain to reach the farmers due to post harvest losses and lack of processing, transportation and marketing facilities. Private investment in infrastructure can be only enhanced with a marked development in critical infrastructure.
Improved credit, risk and insurance: Recent data on agricultural credit show a declining trend in priority sector lending, decreasing number of rural bank branches, and increasing proportion of credit lending to big farmers (Pallavi Chavan, 2010). A strategy needs to undertaken to reverse these trends, in the coming plan period and provide adequate credit facilities to small farmers. Coverage of risk through insurance strengthens farmers resilience to weather shocks. The coverage must expand to reach larger farming community through developing new user friendly insurance products. The government must 10 take proactive steps in insurance coverage expansion through weather index based insurance, to either take increased responsibility or trigger commensurate private investment.
Commitment to non pesticidal management and promotion to bio-fertilizers: The government must have a clear position on Non pesticidal management and promotion to biofertilizers. A part of the subsidy withdrawn on urea might be utilized to promote biofertilizers and organic farming.
Commitment to non alienation of agricultural land and promotion of Common Property Resources:
Agriculture and livestock systems in rainfed areas are integrally linked to common property resources (CPRs), which also help promote biodiversity in many ways. The agriculture policies must commit nonalienation of agricultural land, and support to CPRs, and reversal of encroachment of CPRs as far as possible.
Review of NMSA and improved consideration to agriculture and water in State Action Plans on climate
change: In its current form NMSA fails to emphasize appropriate priorities. It is advised to review it to be able to provide an architecture for fundamental changes in agriculture and especially rainfed farming. It should rather have a long term vision to transform agriculture from intensive inputs based production to agro-ecological production systems with a strong willingness to invest in strengthening local food security which is more sustainable and climate resilient.
References:
1. Climate Change and India: A 4X4 Assesment - A sectoral and regional analysis for 2030s, New Delhi, 16th November, 2010, Indian Network for Climate Change Assessment, Ministry of Environment and Forests
2. Agricultural insurance in Asia and the Pacific region, Food and Agriculture Organization of the United Nations Regional Office for Asia and the Pacific, Bangkok, 2011
3. Agriculture in Climate Change Negotiations, COP 17 discussion paper, PAIRVI, 2011
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8. Critical Failures of Indian Weather Prediction in a Climate Challenged World, Soumya Dutta, Peasant Farming in Crisis, COP 18 Publication, PAIRVI, 2012
9. Food and Agriculture: Trends in India into the early Twelfth Plan period, Rahul Goswami, 2012
10. How Rural is India’s Agricultural Credit? Pallavi Chavan, the Hindu, August 12, 2010 through www.thehindu.com/opinion/op-ed/article566888
11. India fights off cuts on agricultural emissions, Nitin Sethi, TNN, Dec 3, 2012, Delhi
12. Fourth Assessment Report, IPCC, 2007
13. Mc Kinsey Global Institute, India’s urban awakening; building inclusive cities, sustaining economic growth, 2011
14. Mid Term Appraisal of the 11th Five Year Plan, Planning Commission, 2009 11
15. Myth of Climate Smart Agriculture, PAIRVI, 2012
16. National Mission on Sustainable Agriculture, Department of Agricultural Cooperation, Ministry of Agriculture, Govt of India, 2010
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SOURCE:
http://www.ecologicaldemocracy.net/archive/archive1/articles.php
Aseem Shrivastava