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Enhancing Water and Land Productivity
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Displaying 171 - 180 items out of 191 results
Blog
March 30, 2017

Reducing the threat of Sunn Pest

A groundbreaking study is the first to identify a major locus for resistance to Sunn Pest at the vegetative stage of crop growth.
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Blog
March 30, 2017

Measuring rangeland degradation for greater resilience

Can new image analysis software inform the development of responsive support systems, strengthening the resilience of rangeland communities?
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Blog
March 30, 2017

Energy efficiency: a critical driver of sustainability?

Understanding energy efficiency can help to enhance investments in sustainable agricultural production.
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Blog
March 30, 2017

Estimating water consumption rates more effectively

Understanding the relationship between evapotranspiration and available soil moisture yields critical information on water consumption and crop-water productivity.
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Blog
March 30, 2017

Reducing gender inequity in Sudan’s wheat-growing regions

A wheat initiative is strengthening the decision-making power of Sudanese women. Lessons learned here could benefit millions worldwide.
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Blog
March 01, 2017

Quarterly Newsletter - Issue 7, March 2017

Reducing the threat of Sunn Pest.
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Blog
February 16, 2017

Strengthening the resilience of wheat production

A national effort to document, collect and conserve wheat landraces in Turkey is protecting valuable genetic resources of global importance. Conserving the genetic diversity of plants is critical for global food security, helping to secure the...
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Blog
February 08, 2017

Measuring rangeland degradation for greater resilience

Can new image analysis software inform the development of responsive support systems, strengthening the resilience of rangeland communities on the frontline of climate change?
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Blog
December 20, 2016

‘Pulses Panchayat’: It takes a village to change the country

It may take a village at a time to become self-sufficient in pulses for India. A pioneering initiative has set out to do so.
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Blog
December 01, 2016

Scientists get to the root for developing climate-resilient chickpea

Modifying root system architecture may improve desirable agronomic traits such as yield, drought tolerance, and resistance to nutrient deficiencies.
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