ICARDA Annual Report 2009

Published Date
August 01, 2010
Type
Report
ICARDA Annual Report 2009
Authors:
Communication Team ICARDA

The dry areas face severe challenges to sustainable development. The biggest challenges – food insecurity, water scarcity, land degradation, and climate change – are closely inter-related. The effects of climate change will be felt globally, but the dry areas will be particularly hard hit. Climate change will exacerbate water scarcity, rainfall variability, and the decline in the natural resource base, and thus could have a profound impact on food security.
Food security and climate change have become priority issues for decision makers. The scientific community must play a leading role in finding solutions – providing farmers with new technologies, and policy makers with better information. ICARDA has a clear focus and, over the last three decades, has conducted successful research in dry areas, developing technologies to improve food security despite water scarcity and climate variability and change.
This report highlights some of the successes achieved by the Center and its partners in addressing these issues. Effective partnerships with national research programs, and generous support from donors, has helped the Center reach farmers, policy makers and other stakeholders, and contribute to poverty reduction and improvements in food and nutritional
security.
The year 2009 saw a major expansion of ICARDA's work in both Africa and Asia. A new office was opened in Ethiopia in October. Building on ICARDA's longstanding partnership with the Ethiopian Institute of Agricultural Research, the office will provide support for collaborative activities in Ethiopia and other countries in sub-Saharan Africa. In China, a new Center of Excellence for Dryland Agriculture was established jointly by the Chinese Academy of Agricultural Sciences, ICARDA and the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT). The first coordination meeting of ICARDA's
Regional Program for South Asia and China, held in December, highlighted the strong national support from every partner country – Bangladesh, Bhutan, China, India, Nepal and Pakistan – and the need to further expand collaborative research.
Partners from 35 countries attended ICARDA's biennial Presentation Day in May 2009. The program included presentations by guest speakers, who discussed potential responses to the multiple crises (food-related, environmental, financial and others) faced by developing countries, and the implications of climate change for agriculture in the dry areas.

Citation:
Communication Team ICARDA. (1/8/2010). ICARDA Annual Report 2009. Aleppo, Syrian Arab Republic: International Center for Agricultural Research in the Dry Areas (ICARDA).
Keywords:
sunn pest
west asia
land races
semi-arid zones
nutritive quality
arabian peninsula
south asia and china
central asia and the caucasus
cold
goats
sheep
shrubs
steppes
poverty
training
aegilops
pastures
land use
research
ruminants
trifolium
livestock
vegetation
trigonella
arid zones
vicia faba
harvesting
irrigation
rangelands
reclamation
development
fruit trees
middle east
pest control
genetic maps
biodiversity
malnutrition
feed legumes
north africa
pisum sativum
sustainability
lens culinaris
triticum durum
remote sensing
cicer arietinum
medicago sativa
human resources
crop production
disease control
hordeum vulgare
farming systems
pest resistance
seed production
dryland farming
microsatellites
genetic markers
water harvesting
water management
lathyrus sativus
stubble cleaning
rural communities
animal production
genetic variation
rural development
triticum aestivum
vicia narbonensis
plant collections
genetic resources
research networks
genetic resistance
drought resistance
mechanical methods
agroclimatic zones
biological control
resource management
grassland management
agronomic characters
resource conservation
germplasm conservation
temperature resistance
agricultural development
diffusion of information
international cooperation
environmental degradation
geographical information systems