The University of Minnesota is set to harness the power of artificial intelligence (AI) in agriculture with a substantial $20 million grant. The funding, provided by the National Science Foundation and the U.S. Department of Agriculture's National Institute of Food and Agriculture, will be utilized over the next five years to establish the Artificial Intelligence Research Institute.
Led by the AI Institute for Climate-Land Interactions, Mitigation, Adaptation, Tradeoffs, and Economy (AI-CLIMATE), the university aims to leverage AI technology to develop climate-smart practices, particularly in modern farming. The institute plans to create a system that uses AI to improve farming methods and promote the adoption of AI-powered climate-smart practices in farms and forests.
A key focus of the research is to explore the potential of AI in enhancing carbon absorption and storage in agricultural and forest environments. Trees and plants naturally remove more carbon dioxide from the atmosphere than they release, making them effective "carbon sinks. The university envisions a system where farmers and foresters can earn compensation for the carbon dioxide sequestered on their land by trading "carbon credits" to companies seeking to offset their own emissions.
David Mulla, Director of the Precision Agriculture Center at the University of Minnesota, emphasizes the time and cost-saving benefits of AI in this context. While manually assessing soil carbon content is a laborious task, AI can efficiently survey large areas of land. The university's project aims to use AI for predicting suitable locations for climate-smart practices, estimating carbon sequestration potential in different regions, and providing valuable information to decision-makers regarding optimal placement, costs, and market dynamics.
By embracing AI in agriculture, the University of Minnesota aims to accelerate the adoption of climate-smart practices that contribute to carbon reduction efforts. The potential of AI technology to revolutionize farming practices and enable more effective carbon sequestration holds promise for achieving sustainable agriculture and combating climate change.
Photo Credit: istock-Ekkasit919
Categories: Minnesota, Education, Weather