This year, the conference will focus on debating and discussing the roles animals play within topics such as dietary health, planetary health and mental health. The conference offers an opportunity for anyone who works with livestock through research or academia to get involved in lively discussion, and it’s also a great chance for delegates to build an international network.
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My main area of interest lies in machine learning, deep learning and artificial intelligence and their applications in agriculture, specifically, data-driven phenotype prediction in dairy cattle.
Improvements in the health and productivity of livestock is key for the future sustainability of farming. The intake and utilisation of nutrients from the diet of the dairy cow plays an important role in maintaining the cow’s health, and the nutrients present within its milk also have important benefits for us as consumers.
Professor Julie Fitzpatrick OBE
Scotland has a strong legacy as a world-class place for parasitology research. Dr Patrick Manson is viewed as the “Father of Tropical Medicine and vector-borne disease” for his work on mosquito-transmitted filarial worms and the human blood fluke, Schistosoma mansoni, the causative agent of one of the world’s major Neglected Tropical Diseases, is named after him!
The five CoEs are funded by the Rural and Environment Science and Analytical Services Division (RESAS) and are part of the wider Scottish Government funded research portfolio, which is one of the largest for agri-environment research in the UK.
The CoEs, funded by the Scottish Government, work directly at the interface between policy and research, providing responsive outputs and outcomes in areas of high policy importance: climate change, animal disease outbreaks, plant health, water and knowledge exchange and impact. The Centres draw upon the wide range of up-to-date research expertise within the Scottish Environment, Food and Agriculture Research Institutes (SEFARI), universities, colleges, government agencies and research organisations across Scotland.
The GMP commits one hundred countries to reduce their methane emissions by at least 30% (based on 2020 levels) by 2030. Although carbon dioxide (CO2) tends to get the headlines, methane is more potent (1 kg methane is equal to 27 kg of CO2 in terms of the warming it causes) and shorter-lived greenhouse gas (half-life of 12 years rather than centuries). The majority of global methane emissions stem from human activities: fossil fuels (35%), landfills and waste (20%), and agriculture (40%).
Designed by an interdisciplinary team of scientific experts, and funded by SEFARI Gateway’s Responsive Opportunity Fund, our Google earth tours feature climate research from across SEFARI’s consortium of globally renowned institutes, namely Biomathematics and Statistics Scotland (BioSS), the James Hutton Institute, Moredun Research Institute, the Rowett Institute, Royal Botanic Garden E
After an introduction by Annie McRobbie (SSERC) the event began with Lee Innes (Moredun Research Institute) outlining resources covering a range of different topics relating to infectious diseases, immunology, diagnostics, vaccination, parasitology, biodiversity, climate change, food security and food safety. Moredun have developed several different educational resources and activities for secondary (and primary) school children working in collaboration with teachers and colleagues at SSERC.