Maize & Wheat Genebanks
An outstanding wheat cytogeneticist and professor, she peacefully passed away a few weeks shy of her 102nd birthday.
Source: The Guardian (14 Apr 2022)
“We’ll never get back all the diversity we had before, but the diversity we need is out there,” says Matthew Reynolds, head of wheat physiology at CIMMYT.
Source: The Guardian (15 Apr 2022)
As climate breakdown and worldwide conflict continue to place the food system at risk, seed banks from the Arctic to Lebanon try to safeguard biodiversity.
Researchers will source useful gene variations from CGIAR genebanks to develop climate-smart crops.
Researchers hypothesized that many wild wheat accessions in genebanks feature useful traits that can help diversify breeding programs.
How to preserve and share the genetic biodiversity of maize.
In a Q&A, Thomas Payne reflects on how CIMMYT’s wheat genebank can be a model for maintaining biodiversity in agricultural systems.
CIMMYT maize lines CML604A to CML615A are adapted to tropical maize production environments.
The second installment in the CGIAR International Year of Plant Health Webinar Series tackles the often-overlooked issue of germplasm health.
The head of the Maize Germplasm Bank, who retired in September, modernized the bank’s data curation and promoted outreach to maize landrace farming communities in the Americas.
The use of corn husk as veneer has helped a town to preserve maize biodiversity, protect the environment and reduce migration.
Maize and wheat seeds from all over the world are preserved at the CIMMYT genebank, used to bring new varieties to farmers, and backed up at the Global Seed Vault.
In an environment designed for experimental study and regeneration, maize ancestors can thrive.
Half a century earlier, scientists collected and preserved samples of maize landraces in Morelos, Mexico. Now, descendants of those farmers were able to get back their ancestral maize seeds and, with them, a piece of their family history.