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| FAO DAD-IS | |
|---|---|
| Name | DAD-IS |
| Caption | Domestic Animal Diversity Information System |
| Formation | 1996 |
| Type | Database |
| Parent organization | Food and Agriculture Organization of the United Nations |
FAO DAD-IS
FAO DAD-IS is the Domestic Animal Diversity Information System operated by the Food and Agriculture Organization of the United Nations, serving as a global repository for livestock breed data and animal genetic resources. It aggregates breed descriptions, population trends, conservation status and policy-relevant indicators to inform stakeholders such as national ministries, research institutes and conservation programs. Users include international organizations, universities, and breeders who rely on DAD-IS for evidence supporting biodiversity planning, reporting and breed recovery initiatives.
DAD-IS compiles breed-level metadata and status reports from national authorities and international initiatives across continents including Africa, Asia, Europe, North America, South America and Oceania, enabling comparisons among breeds like the Holstein Friesian, Nile Tilapia (as aquaculture context), Merino, Brahman, Angus and Nubian goat. The system supports reporting frameworks used by entities such as the Convention on Biological Diversity, United Nations Framework Convention on Climate Change, Intergovernmental Panel on Climate Change and Global Environment Facility while interfacing with research programs at institutions like the International Livestock Research Institute, CIRAD, CSIR and University of São Paulo.
DAD-IS emerged from early efforts in the 1990s to document animal genetic resources, influenced by meetings of actors including the Food and Agriculture Organization of the United Nations, delegates from the World Organisation for Animal Health, representatives of the Commission on Genetic Resources for Food and Agriculture and scientists from FAO-partner laboratories. Milestones align with global instruments such as the Convention on Biological Diversity and the publication of FAO guidelines following expert consultations at venues like Rome and workshops with participants from United States Department of Agriculture, European Commission, Commonwealth Scientific and Industrial Research Organisation and national agricultural ministries. Subsequent technical refinements corresponded with collaborations involving the United Nations Development Programme, Bioversity International and regional research networks in West Africa, Southeast Asia and Latin America.
The principal objective is to provide standardized, interoperable data to support conservation and sustainable use of animal genetic resources, aligning with policy instruments such as the Global Plan of Action for Animal Genetic Resources and reporting obligations under the Commission on Genetic Resources for Food and Agriculture. Scope covers domesticated mammals, birds and relevant aquaculture species recorded by national focal points, breed societies and research centers including the Royal Society, Zoological Society of London partners and university breeding programs. DAD-IS aims to facilitate evidence for decision-makers in ministries of agriculture, environment and science in countries like Brazil, India, Kenya, China and France.
Content types include breed descriptors, population size estimates, risk status classifications, geographical distribution and photographic records submitted by national coordinators, breed associations and scientific projects such as those led by Wageningen University, University of Edinburgh, University of Pretoria and Cornell University. The data model links nomenclature, phenotypic traits and management systems referenced against standards used by laboratories like INRAE, USDA ARS and repositories curated by institutions including the Smithsonian Institution and Natural History Museum, London. Datasets accommodate metadata fields for pedigree, effective population size, genetic markers and cryoconservation inventories reported in research papers from journals like Nature Genetics, Animal Genetics and Genetics Selection Evolution.
The technical stack has evolved to web-based platforms with relational and geospatial components supporting query, map visualization and download functions; it interoperates with open standards from bodies like the World Wide Web Consortium, International Organization for Standardization and Global Biodiversity Information Facility. Access is provided through online portals, APIs and data export tools used by partners such as FAOSTAT analysts, scientists at European Bioinformatics Institute and conservationists at WWF, Conservation International and regional gene banks. Security, user roles and data submission workflows reflect practices from software projects led by organizations like Red Hat and technical cooperation with national statistical offices in Canada, Germany and Japan.
Governance involves coordination among FAO units, national focal points designated by ministries, and advisory inputs from the Commission on Genetic Resources for Food and Agriculture, with technical partners including Bioversity International, ILRI and academic networks across Africa, Asia and Europe. Funding and project support have come from multilateral donors such as the Global Environment Facility, bilateral agencies like USAID and philanthropic foundations working with regional bodies such as the African Union and Commonwealth Secretariat. Collaborative agreements exist with breed organizations, veterinary colleges like Royal Veterinary College and cryobank initiatives at institutes including Belgian Biodiversity Platform.
DAD-IS underpins national breed conservation plans, risk assessments used in reports to the Commission on Genetic Resources for Food and Agriculture, and academic studies at universities such as Oxford, Harvard and Tokyo University. It informs breed recovery projects, cryopreservation strategies at gene banks, climate resilience assessments conducted with IPCC models, and livestock development programs by agencies including World Bank and Asian Development Bank. Use cases span policy reporting, scholarly meta-analyses, breed association management and on-the-ground conservation in regions like the Sahel, Andes and Himalayas, supporting outcomes for livestock keepers, indigenous communities and national biodiversity targets.