With around 800K wheat accessions in gene banks, we can develop climate-resilient varieties crucial for food security, explains #CIMMYT Dr. Matthew Reynolds. These efforts are crucial for supporting smallholder farmers in regions like South Asia and Africa. #IWC2024Perth
🌱 "New breeding approaches, such as creating bridge populations combined with genomic prediction models, can make efficient use of synthetic hexaploid wheat for more resilient future food production." – Susanne Dreisigacker from #CIMMYT @s_dreisigacker #IWC2024Perth
🌾At #IWC2024Perth, Matthew Reynolds #CIMMYT presents his research on combining complex traits to boost abiotic stress tolerance in wheat. Leveraging AI, remote sensing and gene sequencing, his team is unlocking the potential of precision breeding for resilient, high-yield crops
CIMMYT is in full force at #IWC2024Perth. We hope to demonstrate our impact on smallholder farmers in developing countries, solving global challenges, driving scientific innovation, and last but not least, supporting the Australian wheat sector.
🤝Thanks to @MU_CCFI_Biotech.
Farmers in #Kenya’s central highlands had their say in the @CropTrust@Cipotato#BOLDcwr#potato trials. They voted for their preferred traits and selected preferred tubers. Breeders will use the data to guide them in promoting potatoes for new trials for late blight resistance.
Thanks Ismahane Elouafi @CGIAR_EMD for coming to Perth to present the H&S Stewart Memorial Lecture at @IOA_UWA. It was encouraging to learn of @CGIAR's work toward ensuing global food security and to learn from @KadambotS of CGIAR's contribution to Australia.
The @CropTrust#BOLDcwr team of @Cipotato is conducting trials in the central highlands of #Kenya of #potatoes derived from 29 crosses between crop wild relative-derived hybrids and advanced CIP clones that exhibit late-blight resistance. https://t.co/knuBbcc620
The @CropTrust#BOLDcwr team of @Cipotato#Kenya have completed the harvest of a trial of #potatoes derived from 29 crosses between crop wild relative-derived hybrids and advanced CIP clones exhibiting late-blight resistance. Many promising lines were selected for further trials.
I traveled to #Botswana last year to document @ICBAAgriculture's #RESADE project. I met a woman who set up a business making juice from cooking melons. See my story and photos here: https://t.co/kMsgJdEfTP
Meet #grasspea - a superhero crop! It thrives in harsh conditions, improves soil, and is rich in protein.
As part of the #BOLDcwr project, experts are using wild relatives to create new varieties, aiming to put grasspea back on the menu ➡️ https://t.co/uj7DcrAsJO
@ICARDA
I travelled to Borneo earlier this year and captured some images and stories about the efforts of the Dayak people to conserve 'Malan', their traditional agricultural practices.
To preserve their traditions, the Dayak people of Indonesia are conserving indigenous seeds with the @borneoinstitute.
Under #BOLDcwr, they regenerated 377 samples vital to their heritage. The seeds traveled 10,000 km to the Svalbard @GlobalSeedVault ➡️ https://t.co/ZnHucKNHn9
A team of scientists on the frontlines of climate change are helping nature heal itself. But as wars rage around them, it's making their efforts to feed an increasingly hungry globe that much harder. https://t.co/NyTRsFvvVl (via ABC News)
Shushila is a farmer in Sehore, #India.
This year, she planted #grasspea, a crop not widely grown in her parts. Her efforts are part of the #BOLDcwr project to promote improved climate-resilient grasspea varieties in South Asia.
Learn more ➡️ https://t.co/6OGwEkOJ6H
More than 1,750 #genebanks – national, regional and international – around the world conserve about 7.4 million samples of #cropdiversity.
The most important use of this diversity is to prepare crops to cope with future challenges.
Learn more ➡️ https://t.co/c4aSxzjZIY
ICBA’s #RESADE project team has conducted a series of train-the-trainer workshops in Sierra Leone to teach farmers how the straight row method of planting rice can maximize yields. Read the story here: https://t.co/1lyQVl8KS9