
Genomic resources for healthy ash trees
Finding genes in ash trees to overcome ash dieback and the emerald ash borer.
Finding genes in ash trees to overcome ash dieback and the emerald ash borer.
Cataloging genetic diversity within a single plant species, and building a computational framework to support its analysis and visualisation.
Establishing a global genebank network to sustainably unlock the genetic diversity of food crops for future generations and make them intuitively accessible for modern breeding programmes
Collecting and protecting the wild relatives of the world’s most important food crops to safeguard our future food security in a changing climate.
Taxonomic research into this diverse plant family is helping to inform plant conservation planning in Africa.
Researching the evolution, diversity and conservation of Cyperaceae, one of the World’s most diverse monocot families.
Conserving more than 500 species from the European Alps by collecting seeds and storing them ex situ in seed banks.
Providing an updated, fully synonymized, annotated systematic checklist of the Compositae of Bolivia, available online and in print as a precursor to a Flora account of the family.
Mapping pollen phytosterols through space and time in the UK landscape, and elucidating the importance of phytosterols as essential nutrients for wild bee diversity
Utilising Kew’s botanical expertise to assess habitats proposed for conservation under Angola’s Protected Areas Expansion Strategy.
Enhancing the conservation of Australia’s flora
Conservation and sustainable development with communities in the Chimanimani forest belt.