Caravan 26: Science for Food Security

Published Date
December 31, 2009
Type
Newsletter
Caravan 26: Science for Food Security
Authors:
International Center for Agricultural Research in the Dry Areas (ICARDA)

This issue of Caravan illustrates this continuum approach. It describes some of ICARDA’s strategic research — the use of new tools such as GIS, molecular markers and thermographic imaging, and new
research methods in biodiversity conservation and plant breeding. It also describes applied research on water management, conservation agriculture and cropping systems. It discusses the challenges facing
water policy makers, and summarizes one of the many impact assessments conducted jointly by ICARDA and its partners. And it shows how partnerships can help rebuild agricultural systems in
post-conflict situations like Afghanistan.
Clearly, research by ICARDA and its partners has had huge impacts. But research alone is not enough. It must be supported by extension and training programs, enabling policies and effective institutions. If we are to ensure food security in the future, we must develop new technologies, use existing technologies more effectively, and strengthen national R&D capacity. Most importantly, we must build partnerships between researchers in different countries and regions, and between researchers, development practitioners, farmers and policy makers. ICARDA is well placed to create and support these partnerships. We work with farmers, national research and extension systems, advanced research
institutes, NGOs, the private sector and policy makers in more than 50 countries. These partnerships have made vital contributions to food security in a number of developing countries.

Citation:
International Center for Agriculture Research in the Dry Areas (ICARDA). (31/12/2009). Caravan 26: Science for Food Security. Beirut, Lebanon: International Center for Agricultural Research in the Dry Areas (ICARDA).
Keywords:
seeders
genepool
diversity
dna samples
crop fallows
new varieties
post-conflict
crop evolution
rural families
farmer profits
tillage method
rain harvesting
seed businesses
fertile crescent
micro-satellites
allelic variation
optimum irigation
rainfed agriculture
sustainable farming
biotechnology laboratories
icarda-australia partnership
international research center
bigger harvests with less water
drought-tolerant chickpea varieties
war
figs
hunger
africa
demand
insects
alleles
poverty
evolution
genotypes
nutrition
east asia
technology
south asia
irrigation
researchers
middle east
pest control
malnutrition
north africa
food security
crop rotation
food production
minimum tillage
drought tolerance
water productivity
dna fingerprinting
hunger (physiology)
high-yielding varieties