High-yielding wheat varieties with tolerance to heat stress, in combination with systemic innovations for climate change adaptation, enabled farmers in the Eastern and Western Indo-Gangetic Plains (IGP) to sow earlier and grow their income, while reducing their environmental footprint by avoiding burning crop residue and reducing irrigation. 0.3 million farmers in Western IGP and 0.8 million in Eastern IGP practiced the innovations, achieving extra yields with less irrigation, and earning an additional income of ~US$ 200/ha
Since the discovery of wheat blast in Bangladesh in 2016, WHEAT, led by pathologist Pawan Singh, has...
Improved drought-resilient crop variety of gram crop was introduced and promoted in the project dist...
Building on past successes facilitating adoption of improved wheat seed with higher on farm yields, ...
The stress of climate change on wheat production means farmers urgently need more heat and drought t...
Research by the CIMMYT-led Cereal Systems Initiative for South Asia (CSISA) under WHEAT and RICE ide...
The stress of climate change on wheat production means farmers urgently need more heat and drought t...
WHEAT and MAIZE plus partners' scientific evidence, innovative partnerships and enhanced capacity le...
Phenotyping data for grain yield, heat tolerance, resistance to yellow rust and spot blotch, to supp...
The Heat Tolerant Maize for Asia (HTMA) project develops and disseminates heat-tolerant hybrids in 5...
Growing heat-tolerant maize can reduce yield losses due to climate change by up to 36% (rainfed) and...
AbstractMaintaining wheat productivity under the increasing temperatures in South Asia is a challeng...
Multi-location on-farm trials-based findings with implications for policy change in several South As...
The Heat Tolerant Maize for Asia (HTMA) project helps smallholder farmers in 3 South Asian countries...
Rising wheat consumption and recurring climate extremes threaten food security in the Eastern Indo-G...
INTERIM TECHNICAL REPORT Reporting period: 25 August 2010 to 14 December 2010Four project sites, nam...
Since the discovery of wheat blast in Bangladesh in 2016, WHEAT, led by pathologist Pawan Singh, has...
Improved drought-resilient crop variety of gram crop was introduced and promoted in the project dist...
Building on past successes facilitating adoption of improved wheat seed with higher on farm yields, ...
The stress of climate change on wheat production means farmers urgently need more heat and drought t...
Research by the CIMMYT-led Cereal Systems Initiative for South Asia (CSISA) under WHEAT and RICE ide...
The stress of climate change on wheat production means farmers urgently need more heat and drought t...
WHEAT and MAIZE plus partners' scientific evidence, innovative partnerships and enhanced capacity le...
Phenotyping data for grain yield, heat tolerance, resistance to yellow rust and spot blotch, to supp...
The Heat Tolerant Maize for Asia (HTMA) project develops and disseminates heat-tolerant hybrids in 5...
Growing heat-tolerant maize can reduce yield losses due to climate change by up to 36% (rainfed) and...
AbstractMaintaining wheat productivity under the increasing temperatures in South Asia is a challeng...
Multi-location on-farm trials-based findings with implications for policy change in several South As...
The Heat Tolerant Maize for Asia (HTMA) project helps smallholder farmers in 3 South Asian countries...
Rising wheat consumption and recurring climate extremes threaten food security in the Eastern Indo-G...
INTERIM TECHNICAL REPORT Reporting period: 25 August 2010 to 14 December 2010Four project sites, nam...
Since the discovery of wheat blast in Bangladesh in 2016, WHEAT, led by pathologist Pawan Singh, has...
Improved drought-resilient crop variety of gram crop was introduced and promoted in the project dist...
Building on past successes facilitating adoption of improved wheat seed with higher on farm yields, ...