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CGIAR PARTNERSHIP

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Blog
The partners identified 18 new parental lines with high content of iron and zinc that can be used in cross-breeding programs (Photo: ICARDA)
November 12, 2018

Lentil biofortification research to fight hidden hunger

Lentils are a rich source of protein and other minerals, including iron and zinc
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Job Vacancies

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Blog
ICARDA and IRA Médenine, national partner, gain insight into rangeland social-ecological systems (Photo: Aymen Frija/ICARDA)
November 07, 2018

Good rangeland governance in southern Tunisia

Using innovative methodologies to inform policymakers on the critical importance of conserving pasture lands.
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Event
New Delhi, India

Breeding approaches for enhancing genetic gains in grain legumes and dryland cereals

The purpose of this course was to provide training on modern crop breeding tools and techniques to accelerate genetic gain in grain legumes and dryland cereals.
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Press release
November 04, 2018

Suspension of ICARDA activities in Iran

ICARDA discontinued project support to the Islamic Republic of Iran and closed its office in Tehran, effective November 3, 2018. This decision reflects lengthy discussions among ICARDA’s management, Board of Trustees, its legal advisors and...
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Donors and Partners

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News
November 04, 2018

Press release

ICARDA suspends its activities in Iran.
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Publication
Diversity of desert rangelands of Tunisia
November 03, 2018

Diversity of desert rangelands of Tunisia

Plants are important components of any rangeland. However, the importance of desert rangeland plant diversity has often been underestimated. It has been argued that desert rangelands of Tunisia in good ecological condition provide more services...

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Publication
Genetic and transcriptional variations in NRAMP‑2 and OPAQUE1 genes are associated with salt stress response in wheat.
November 03, 2018

Genetic and transcriptional variations in NRAMP‑2 and OPAQUE1 genes are associated with salt stress response in wheat.

The dissection of the genetic and molecular components of salt stress response offers strong opportunities toward understanding and improving salt tolerance in crops. In this study, GWAS was employed to identify a total of 106 SNP loci (R2 = 0...

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