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Funds granted to support research to develop the farm of the future

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    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    The Economics of Enchantment: Designing High-Value Agritourism Pumpkin Events

    The Economics of Enchantment: Designing High-Value Agritourism Pumpkin Events

    Cultivating Partnerships: How Agritourism and ESG Strategy Can Build New Markets for Farmers

    Cultivating Partnerships: How Agritourism and ESG Strategy Can Build New Markets for Farmers

    Strategic Subsidy to Value-Added: A Blueprint for Stabilizing Specialty Crop Income

    Strategic Subsidy to Value-Added: A Blueprint for Stabilizing Specialty Crop Income

    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The High-Value Pumpkin: Cultivating Profit Through Variety, Agritourism, and Soil Management

    The High-Value Pumpkin: Cultivating Profit Through Variety, Agritourism, and Soil Management

    From Research Plot to Public Event: The Supply Chain of a Specialty Crop

    From Research Plot to Public Event: The Supply Chain of a Specialty Crop

    Cultivating Excellence: What Makes a Pumpkin Patch the “Best in the Nation”?

    Cultivating Excellence: What Makes a Pumpkin Patch the “Best in the Nation”?

    Beyond the Pie: What Google Trends Data Reveals About Evolving Pumpkin Markets

    Beyond the Pie: What Google Trends Data Reveals About Evolving Pumpkin Markets

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    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The Water Spinach Specialist: A Blueprint for High-Value Specialty Crops and Cooperative Success

    The Water Spinach Specialist: A Blueprint for High-Value Specialty Crops and Cooperative Success

    Weathering the Storm: How Vietnamese Farmers and Traders Collaborate to Stabilize the Greens Market

    Weathering the Storm: How Vietnamese Farmers and Traders Collaborate to Stabilize the Greens Market

    Stavropol’s Borscht Belt: High-Yield Vegetable Harvest Reaches One-Third Completion

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    Yakutia Defies the Odds: Harvest Data Reveals a Surge in Arctic Agriculture

    Yakutia Defies the Odds: Harvest Data Reveals a Surge in Arctic Agriculture

    Beyond the Subsidy: Unlocking True Productivity Gains in Ugandan Agriculture

    Beyond the Subsidy: Unlocking True Productivity Gains in Ugandan Agriculture

    A Double-Edged Sword: Soaring Chinese Cabbage Imports into Zabaykalsky Bring Heightened Biosecurity Risks

    A Double-Edged Sword: Soaring Chinese Cabbage Imports into Zabaykalsky Bring Heightened Biosecurity Risks

    Beyond the Field: How Cooperative-Led Education is Revolutionizing Garlic and Onion Production

    Beyond the Field: How Cooperative-Led Education is Revolutionizing Garlic and Onion Production

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    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    The Economics of Enchantment: Designing High-Value Agritourism Pumpkin Events

    The Economics of Enchantment: Designing High-Value Agritourism Pumpkin Events

    Cultivating Partnerships: How Agritourism and ESG Strategy Can Build New Markets for Farmers

    Cultivating Partnerships: How Agritourism and ESG Strategy Can Build New Markets for Farmers

    Strategic Subsidy to Value-Added: A Blueprint for Stabilizing Specialty Crop Income

    Strategic Subsidy to Value-Added: A Blueprint for Stabilizing Specialty Crop Income

    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The High-Value Pumpkin: Cultivating Profit Through Variety, Agritourism, and Soil Management

    The High-Value Pumpkin: Cultivating Profit Through Variety, Agritourism, and Soil Management

    From Research Plot to Public Event: The Supply Chain of a Specialty Crop

    From Research Plot to Public Event: The Supply Chain of a Specialty Crop

    Cultivating Excellence: What Makes a Pumpkin Patch the “Best in the Nation”?

    Cultivating Excellence: What Makes a Pumpkin Patch the “Best in the Nation”?

    Beyond the Pie: What Google Trends Data Reveals About Evolving Pumpkin Markets

    Beyond the Pie: What Google Trends Data Reveals About Evolving Pumpkin Markets

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    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    Sowing Certainty, Reaping Risk: The High Stakes of Seed Integrity and Genetic Purity

    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The Double Blow: Analyzing the Systemic Risks Behind a Pumpkin Crop Collapse

    The Water Spinach Specialist: A Blueprint for High-Value Specialty Crops and Cooperative Success

    The Water Spinach Specialist: A Blueprint for High-Value Specialty Crops and Cooperative Success

    Weathering the Storm: How Vietnamese Farmers and Traders Collaborate to Stabilize the Greens Market

    Weathering the Storm: How Vietnamese Farmers and Traders Collaborate to Stabilize the Greens Market

    Stavropol’s Borscht Belt: High-Yield Vegetable Harvest Reaches One-Third Completion

    Stavropol’s Borscht Belt: High-Yield Vegetable Harvest Reaches One-Third Completion

    Yakutia Defies the Odds: Harvest Data Reveals a Surge in Arctic Agriculture

    Yakutia Defies the Odds: Harvest Data Reveals a Surge in Arctic Agriculture

    Beyond the Subsidy: Unlocking True Productivity Gains in Ugandan Agriculture

    Beyond the Subsidy: Unlocking True Productivity Gains in Ugandan Agriculture

    A Double-Edged Sword: Soaring Chinese Cabbage Imports into Zabaykalsky Bring Heightened Biosecurity Risks

    A Double-Edged Sword: Soaring Chinese Cabbage Imports into Zabaykalsky Bring Heightened Biosecurity Risks

    Beyond the Field: How Cooperative-Led Education is Revolutionizing Garlic and Onion Production

    Beyond the Field: How Cooperative-Led Education is Revolutionizing Garlic and Onion Production

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Home AGROTECHNOLOGY

Funds granted to support research to develop the farm of the future

by Tatyana Ivanovich
May 19, 2022
in AGROTECHNOLOGY
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Funds granted to support research to develop the farm of the future

The National Artificial Intelligence Research Institutes program awarded a five-year, $20 million grant to explore foundational AI goals and innovative uses of AI to develop a prototype autonomous “farm of the future,” anticipating a world in which low-cost AI-driven systems enable breeders and farmers to achieve large improvements in yields and profitability with minimal or even positive environmental impacts.

The project, AI Institute for Future Agricultural Resilience, Management and Sustainability (AIFARMS) is sponsored by the US Department of Agriculture’s National Institute of Food and Agriculture (NIFA) and the National Science Foundation (NSF).  The Institute will be centered at the University of Illinois at Urbana-Champaign (UIUC) and its 40-member team will work to advance fundamental AI research in computer vision, machine learning, soft object manipulation and intuitive human-robot interaction to solve major agricultural challenges including labor shortages, to enhance efficiency and welfare in animal agriculture, to improve environmental resilience of crops, and to address the need to safeguard soil health.

Todd Mockler, PhD, member and Geraldine and Robert Virgil Distinguished Investigator at the Danforth Center will co-lead a research team applying AI approaches to extract plant phenotypes, from sensor data sets in order to accelerate crop improvement, with a focus on enhancing nitrogen and water use efficiency in major row crops such as corn and soy.

“Crop and livestock production are extremely complex systems that feed billions of people despite tight cost constraints and chronic risks from weather and other external challenges. I’m excited to be part of a fantastic team of colleagues in diverse disciplines ranging from artificial intelligence to robotics to plant biology. said Mockler. “The AIFARMS institute is poised to address fundamental challenges facing world agriculture while improving the resilience of crops and the sustainability of crop and livestock productions systems.”

The AIFARMS Institute is led by Vikram Adve, PhD, principal investigator and Donald B. Gillies Professor of Computer Science at the University of Illinois’ Grainger College of Engineering, The institute combines deep research expertise with strong education and outreach programs in digital agriculture to grow a diverse workforce with AI skills, reach rural and other underserved populations, and to create a global clearinghouse to foster community-wide collaboration in AI-driven agricultural research. AIFARMS also features a new joint Computer Science+Agriculture degree to train the next generation of scientists in AI-driven agriculture research.

“I’m excited and humbled to be leading the AIFARMS Institute. Illinois and our partner institutions are world leaders in the areas of computer science, artificial intelligence, and agriculture research, and these strengths are reflected in the breadth and depth of the AIFARMS team,” says Adve. “By fostering close collaborations between these researchers, and by growing and diversifying a workforce skilled in digital agriculture, we have an exciting opportunity to help address some of the most daunting challenges faced by world agriculture today.”

In addition to UIUC and the Donald Danforth Plant Science Center, the project team includes scientists from the University of Chicago, Michigan State University, Tuskegee University, the USDA Agricultural Research Service, and Argonne National Laboratory.

“This major Federal investment in next generation agriculture signals our commitment to keeping American agricultural innovation on the leading edge of global science,” said USDA-NIFA Acting Director Parag Chitnis. “These future-focused centers of innovation will use the latest techniques from all corners of science including molecular science, engineering and robotics to seek solutions for myriad challenges facing agriculture, from crop improvement and animal welfare to labor shortages and farm safety.”

The NAIRI is a joint effort between the National Science Foundation (NSF) and U.S. Department of Agriculture’s National Institute of Food and Agriculture was created in response to the White House’s 2019 update to the National Artificial Intelligence Research and Development Strategic Plan, which aims to provide support for AI research that focuses on impacting and improving society.

KEY RESEARCH THRUSTS

  • Autonomous Farming
  • Labor Optimization for Livestock
  • Environmental Resilience
  • Soil Health

Founded in 1998, the Donald Danforth Plant Science Center is a not-for-profit research institute with a mission to improve the human condition through plant science. Research, education and outreach aim to have impact at the nexus of food security and the environment, and position the St. Louis region as a world center for plant science. The Center’s work is funded through competitive grants from many sources, including the National Institutes of Health, U.S. Department of Energy, National Science Foundation, and the Bill & Melinda Gates Foundation. Follow us on Twitter at @DanforthCenter.

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