This section presents preliminary observations from the case studies, which feed into ongoing policy analysis by the project partners.

The case studies offered a valuable complement to the macro profile by revealing insights about the determinants of vulnerability at the individual or community levels. Numerous physical and socio-economic factors come into play in enhancing or constraining the current capacity of farmers to cope with adverse changes. Prominent among the physical factors are cropping patterns, crop
diversification, and shifts to drought-/salt-resistant varieties. The most important socio-economic
factors include ownership of assets (like land, cattle, pump-sets, and agricultural implements), access to services (like banking, health, and education), and infrastructural support (like irrigation, markets, and transport/communication networks).

Policies that are designed to fortify current coping capacity also have the power to strengthen long-term adaptive capacity. This is best exemplified by measures such as crop insurance, seed banks, alternative (off-farm) employment options, and enhanced access to inputs and markets. Another set of policy-relevant insights offered by the case study approach relates to the understanding of how certain factors change the vulnerability of a given community or place over time.
One example is that of changes in cropping patterns: the widespread switch to soybean in Jhalawar has immediate  
economic benefits for farmers, but is sensitive to climate
Group discussion with farmers in Timmanahalli village
change1.Another example is the strengthening of local institutions and higher education levels, which would have positive gender and equity impacts. Finally, case study examples such as private kisan kendras in Chitradurga or seed banks in Raipur demonstrate that the private sector and civil society have key roles to play in supplementing government efforts to reduce vulnerability.

The next stage in the policy analysis will be to examine how India’s participation in the WTO and the agricultural trade liberalization pressures it faces will reinforce climate vulnerability. With possible reduction and elimination of export subsidies and domestic support, cropping patterns would change from protected crops like rice and wheat to profitable cash crops. There would also be welfare connotations related to the Agreement on Agriculture translated through income and employment effects. The policy analysis will also consider, for example, the implications of agricultural trade policies proposed by the US and European Union and the Government of India at the recent WTO ministerial conference at Cancún.

Most important, this study hopes to bring attention to the need for strengthening institutions and
better integrating policies with the goal of building long-term adaptive capacity and resilience to climate change.

Box 1
_Policy developments in the Indian agriculture sector


The National Agriculture Policy, 2000 aims to attain over the next two decades a growth rate in excess of 4 per cent per annum in the agriculture sector. This growth should be resource-efficient, equitable, demand-driven, and sustainable. The Policy explicitly recognizes that agricultural growth should cater to domestic markets and maximise benefits from exports of agricultural products in the face of the challenges arising from economic liberalization and globalisation (MoA 2000).


The following developments in the last decade also have significant potential for enhancing the coping capacity of Indian farmers.

The Rural Infrastructure Development Fund was launched in 1995/6 and the Kisan Credit Card Scheme was introduced in 1998/99 to facilitate short-term credit to farmers.
The National Agricultural Insurance Scheme was introduced in 1999/2000 to provide cover against losses on account of natural calamities. The scheme covers all food crops, oilseed, annual horticulture and commercial crops.
Pilot scheme on seed crop insurance was launched in 1999/2000 to provide cover to seed breeders/growers in the event of failure of seed crops (TERI 2003).


Note
1
Lal, Hassan, and Dumanski (1999) reported that yields of soybean in India would vary between -22 to 18% under different climate scenarios considering +2 °C and +4 °C change in temperature and ± 20% and ± 40% change in precipitation. The study assumed no adaptation and included the direct effect of carbon dioxide increase.

 

References

TERI. 2003
TERI Energy Data Directory and Yearbook 2002/03, p. 211-16
New Delhi: The Energy and Resources Institute

MoA. 2003
National Agriculture Policy 2000
New Delhi: Ministry of Agriculture, Department of Agriculture and Cooperation

Lal R, Hassan H M, and Dumanski J. 1999
Desertification control to sequester C and mitigate the greenhouse effect
In Carbon sequestration in soils: science, monitoring and beyond, edited by R J Rosenberg, R C Izaurralde, and E L Malone, pp. 83–107
Columbus, Ohio: Battelle Press