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Central Asia and NW China annual average of the monthly maximum temperature 2020s_A2V1
Central Asia and NW China Annual average of the monthly maximum temperature 2020s_A2V1
Water-Agriculture-Energy Nexus in Central Asia through the Lens of Climate Change
This study examines the climate vulnerabilities of Central Asia's water, agriculture, and energy sectors at province level, using an index-based approach that quantifies their exposure, sensitivities, and adaptive capacities. ...
Central Asia and NW China relative change in mean annual precipitation 2020s_A1bV1
Central Asia and NW China Relative Change in Mean Annual Precipitation 2020s_A1bV1
ICARDA Strategic Plan 2017 - 2026
This document presents the Strategic Plan of the International Center for Agricultural Research in the Dry Areas for the period from 2017 to 2026. ICARDA’s mission is to enhance food, water, and nutritional security and ...
Central Asia and NW China annual average of the monthly minimum temperature 2020s_A1bV1
Central Asia and NW China Annual average of the monthly minimum temperature 2020s_A1bV1
Central Asia and NW China absolute change of the annual maximum temperature 2020s_A1bV1
Central Asia and NW China Absolute change of the annual maximum temperature 2020s_A1bV1
Central Asia and Xingjiang province (China) agro-climatic zones 10_40_A1b
Central Asia and Xingjiang Province (China) Agroclimatic zones 10_40_A1b
Exacerbated grassland degradation and desertification in Central Asia during 2000–2014
Grassland degradation and desertification is a complex process, including both
state conversion (e.g., grasslands to deserts) and gradual within-state change (e.g., greenness
dynamics). Existing studies hardly separated ...