Log in
Half of the world's bird species cannot be sexed by their physical appearance. This posed a major problem for conservation breeding, which is dependent upon identification of the birds' sex for mating birds, as well as ensuring an equal sex ratio of birds for reintroduction into the wild. Researchers at the University of Glasgow developed a simple DNA test to determine the sex of birds. The test has been adopted by commercial companies in the UK and USA, one of which includes Avian Biotech (USA), who perform approximately 50,000 tests a year for commercial, conservation and private breeders, generating revenues of around £618,000. The test is available to a broad range of international groups, including zoos and conservation organisations, where it has been fundamental to the management of captive breeding of some of the world's rarest bird species.
This case study concerns the development, adoption and dissemination of innovative `community-owned' approaches to the sustainable management of social-ecological systems (SES) within the Guiana Shield region of South America. Spanning the countries of Guyana, Suriname, French Guiana and areas of Brazil, Venezuela and Colombia, this region is of recognized global significance for carbon storage, fresh water resources and biodiversity. Its indigenous, Amerindian communities have a potentially crucial role to play in sustainable conservation policy and practice. However, local economic and cultural changes, extractive industries, and global dynamics such as climate change are bringing profound challenges to these local communities and their SES. Research at Royal Holloway has responded to these challenges by involving indigenous peoples in both biodiversity science and sustainability policy. The work allows indigenous communities to identify, through participatory research methods, the most effective practices they have for surviving and thriving sustainably.
The impacts of the research are of four main types: