Ag Tech Investments News

Farmers and agri-businesses are facing more challenges, including political climate changes, fluctuating trading patterns and the need to increase efficiency and productivity.

Academics from the University will work with partners to provide innovative, multi-discipline, systems-based solutions to help industry navigate the complex future challenges for sustainable development of global food production.

Smart Agri-Systems Professor Lisa Collins, pictured below, the academic lead on the initiative – called Smart Agri-Systems – said: “The aim of the Smart Agri-Systems initiative is to work in close partnership with industry and government to develop solutions for a smarter and more sustainable future for food and farming.

Professor Collins added: “Farms and businesses can work with us to develop bespoke solutions, drawing on a range of expertise from advanced monitoring technology and big data analytics through to using these smart systems to help inform decision making.”

Competitive advantage
Developing systems and processes to develop ‘smart farms’, the initiative will draw on the University’s expertise in multiple areas:
- Precision nutrition, health and welfare
- Crop growth optimisation
- Agricultural policy, trade and governance
- Artificial intelligence and robotics
- Big data analysis and machine learning
- Mathematical modelling
- Environmental and supply chain monitoring
- Business systems and complex decision making
- Health and social science

University farm
The initiative’s development work will draw on the services of the University’s established 317 hectare commercial farm, where a separate investment is being planned to turn it into a smart farm to underpin the research and act as a test-bed for commercial applications.

The farm, which is primarily arable, is also home to the Centre for Innovation Excellence in Livestock’s (CIEL) leading pig research unit, a £10 million investment featuring both indoor and outdoor production facilities.

Working with business
The aim of Smart Agri-Systems is to offer practical solutions to agricultural businesses which need support to expand or meet modern challenges, rather than just carrying out research.

Examples include:
On the farm: Sensors – either fixed, or on drones and robotic crawlers – can monitor soil temperature and humidity, map crop growth and density, assess ground water composition, and track the weather, with data analysed to project crop performance.

Livestock production: Genomics data can be combined with real-time sensor outputs on environmental conditions, growth rates, feed consumption, and animal behaviour and health.

Beyond the farm: Combining data and expertise on supply chains and logistics, consumer behaviour, health outcomes, environmental monitoring, international law, trade and business to provide sustainable whole system solutions.

Industrial Strategy
Smart Agri-Systems supports the Government’s Industrial Strategy which highlights agriculture and food production and commits ministers to placing the UK ‘at the forefront of the global move to high-efficiency agriculture’. The Government has provided £90 million funding for academics and industry to work together to develop new technology and innovation in the agricultural sector.

International impact
The Smart Agri-Systems initiative is part of the University’s Global Food and Environment Institute, a new multi-disciplinary research hub creating networks with academic partners, industry, policy makers and non-governmental organisations worldwide to deliver the impact required for global change. It aims to tackle many of the sustainable development goals set by the United Nations.

To contact the Smart Agri-Systems team, call 0113 343 7910 or email smart-agri@leeds.ac.uk

Source: https://www.leeds.ac.uk/