The 2021 ASAS-CSAS-SSASAS Annual Meeting & Trade Show will be held July 14-17, 2021. The opening session will be Wednesday evening, July 14, following the overlap day with the American Dairy Science Association’s Annual Meeting; scientific sessions will begin Thursday morning, July 15, and run through Saturday July 17.

The Conference will be hosted by the University of Lleida. It will be an excellent opportunity to bring together outstanding scientists, policy makers, professionals and students from interdisciplinary animal genetics fields to share the latest developments, meet old friends and form new partnerships.

The theme of the 24th AAABG Conference is �Widening the range of technologies used in animal breeding and genetics� with an emphasis on the many new tools that are now available to improve animal breeding programs. These tools range from novel methods for developing additional phenotypes to innovative molecular approaches to increase the accuracy of genetic selection.

Animal Genetics, Nutrition, Health and Welfare, Physiology, Livestock Farming Systems, Cattle production, Sheep and Goat Production, Pig Production, Horse Production, Insects, Precision livestock Farming.

In response to the expanding global population, worldwide climate changes, and dramatic plant and animal genome research occurring in Asia Pacific, the organizers of the Plant and Animal Genome Conference are planning a short version of PAG to be held in Shenzhen, China in 2020.

The PanAmerican Society for Pigment Cell Research (PASPCR) Annual Meeting showcases the current research in melanocytes, melanoma, melanin and disorders of pigmentation

A signficant topic at this conference is genetics of coat color and hereditary diseases associated with skin. Several of our colleagues from the animal genetics community are invited speakers.

Abstracts are required by September 27, 2021.

Full papers for proceedings are required by September 27, 2021.

Early registration until October 15, 2021.

Registration capped at 150 people.

Agriculture species genome conference covering aquaculture, cattle, chicken, horse, pigs, sheep, bioinformatics. Topics range from gene mapping, expression, functions, related bioinformatics, and applications. The PAG will bring together over 2,500 leading genetic scientists and reseachers in plant and animal research, and over than 120 exhibits, 120 workshops, 900 posters and 1500 abstracts.

This is the premier conference for researchers and professionals involved in genetic improvement of livestock. Delegates from around the world gather every four years to attend the scientific program and to network with colleagues. This 11th WCGALP builds on previous successful congresses in Madrid (Spain, 1974 and 1982), Lincoln (USA, 1986), Edinburgh (UK, 1990), Guelph (Canada, 1994), Armidale (Australia, 1998), Montpellier (France, 2002), Belo Horizonte (Brazil, 2006), Leipzig (Germany, 2010) and Vancouver (Canada, 2014).

Will be held in conjunction with the International Committee of Animal Recording (ICAR) annual conference, and the Interbull Annual Conference.

LinkedIn: https://www.linkedin.com/company/wcgalp2022/ Twitter: @wcgalp2022

Sessions:

Improving genetic merit for enhanced efficiency and preserve the biodiversity; Current and emerging health issues for goat production; Goat production systems of the future; Optimization of feeding and nutrition; Environment, climate change and goats; Recent research and current advances in goat products; Market and societal avenues.

Round tables:

Transferring genomic technologies to breeding and commercial farms; The future of goat skin and fibre production; Gender considerations in goat farming and processing; Best practices for national goat associations; An update on the control / eradication of epizootic diseases.

Workshops:

Agro-tourism and goat farming – sustainability of rural areas; Post anthelmintic era: how to implement the concept of integrated control to gastrointestinal parasites? Models and tools for development and transfer of appropriate technology to small and resource-limited farms.