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Friday / October 18. 2024
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To recognise and celebrate the vital contributions these animals make to livelihoods, food security, and nutrition

The Food and Agriculture Organisation of the United Nations (FAO) officially launched the International Year of Camelids 2024 at its Rome headquarters, to recognise and celebrate the vital contributions these animals make to livelihoods, food security and nutrition.

Camelids, including Bactrian camels, dromedary camels, and wild camels, as well as South American camelids such as domesticated llamas and alpacas, and wild vicuñas and guanacos, play a pivotal role in diverse ecosystems. They are particularly important in desert and mountain regions, where they form an integral part of the livelihoods and traditional practices of indigenous communities.

At the launch event, QU Dongyu, FAO Director-General underscored the cultural and environmental importance of camelids.

“Even in the most extreme climatic conditions, they produce milk, meat, fibre and organic fertiliser, and provide transport, boosting food security, nutrition, and livelihoods while helping to conserve fragile ecosystems. Camelids also build resilience to the impacts of the climate crisis – particularly in mountains and drylands and can contribute to the transformation of agrifood systems,” he said.

“The International Year of Camelids is a great opportunity to highlight and value the economic, social and cultural importance of camelids around the globe – especially highly vulnerable communities.”

Camelids, vital for millions of households in over 90 countries, originated in America 45 million years ago. Serving as working animals, they support Indigenous Peoples and local communities in South America’s Andean highlands, as well as the deserts of Africa and Asia. Bactrian camels and dromedaries, for example, known as “ships of the desert,” are crucial for nomadic life in drylands.

The Year seeks to raise global awareness of the multifaceted role of camelids not only as sources of fibre, milk, and meat but also as resilient and sustainable contributors to local economies. In challenging environments, camelids are indispensable for their ability to endure harsh conditions and provide crucial support to communities.

To recognise and celebrate the vital contributions

Through this USDA-NIFA grant, HudsonAlpha will build several high-quality hemp genomes

Faculty Investigator Alex Harkess’ laboratory at HudsonAlpha Institute for Biotechnology, and their collaborators New West Genetics, were recently awarded a three-year, $650,000 United States Department of Agriculture National Institute of Food and Agriculture (USDA-NIFA) grant that aims to unlock the full potential of industrial hemp, a versatile plant used for centuries as a source of industrial fibre, seed oil, food, and medicine. 

In changing climate, there is a growing need for more adapted and sustainable crops. Industrial hemp is a promising candidate for sustainable fibre, protein, and oil because it has a deep, massive root structure that sequesters more carbon than typical row crops, requires lower inputs, and has greater drought and pest resistance. 

Hemp plants are also interesting from a biological standpoint because they have separate male and female sexes. Among the two, female hemp plants possess greater commercial value due to their higher biomass production and exclusive ability to yield seeds that are rich in beneficial lipids and proteins. As a result, hemp breeders strive to achieve a substantial proportion of female plants thriving in their cultivated areas. This emphasis on maximising female hemp plants aligns with the broader objective of harnessing the crop’s sustainable qualities to thrive in our changing climate.

HudsonAlpha Faculty Investigator Alex Harkess, PhD, and his lab are experts at studying the genetic basis of sex in plants. Through this USDA-NIFA grant, Harkess and his lab will build several high-quality hemp genomes and use them to identify and analyse the hemp sex chromosome pairs. Using a pipeline developed in the lab, the team will identify the master sex determination genes in hemp, which can be modified to control sex and increase the proportion of female plants, leading to a higher yield of fibre, oil, and protein. Breeding more female hemp plants will increase the yield and quality of hemp fibre, grain, and oil crops, making it a sustainable and valuable crop for farmers and consumers alike.

“Separate male and female sexes have evolved hundreds if not thousands of times in plants, and finding the genes that control sex determination is so challenging because most plants do it very differently from each other,” said Harkess. “These genes are found on sex chromosomes, the most challenging chromosomes to sequence and assemble in plants. However, with HudsonAlpha’s historical expertise in plant genome sequencing, we are now able to reveal the full complexity of sex chromosomes in species like hemp and finally narrow in on the genes that control this agriculturally and economically valuable trait.”

Through this USDA-NIFA grant, HudsonAlpha will build