A new multimillion-dollar initiative plans to disrupt food production across the developing world, with the aim of making it more productive, efficient and resilient – all through the power of information.
The CGIAR Platform for Big Data in Agriculture is jointly led by the International Center for Tropical Agriculture (CIAT) and the International Food Policy Research Institute (IFPRI), with tech giants IBM and Amazon among a list of high-level partners.
It brings together thousands of experts, from crop scientists to computer programmers to collect, process and analyze vast amounts of data on crops, weather, soils and more, with the aim of producing some of the most precise and reliable recommendations for farmers, governments and policymakers in developing countries.
The USD$30 million initiative will be officially launched today at the Information and Communications Technology for Development (ICT4D) conference in Hyderabad, India.
“It’s time for smallholder farmers to stop looking at the sky and praying for rain,” said Andy Jarvis, a Research Director at CIAT.
“With enough data and enough analysts we’ll be able to say if the rains will be late or on-time. We’ll be able to say which crops to plant, when to plant and how much fertilizer or water to use. We’ll be able to anticipate shocks, reduce risks and maximize opportunities for profitable, sustainable agriculture.”
Early efforts by CIAT to apply so-called big data approaches to agriculture in Colombia have proven successful. In 2013 a team of analysts ran studies using decades of data from the country’s meteorological office and rice growers’ federation. The resulting recommendations on sowing times are estimated to have saved farmers in the country’s Córdoba Department around USD$3.6m in input costs in a single season. CIAT and its partners have also used big data approaches to track deforestation in the Amazon in near-real time.
But the benefits of the big data revolution have not yet reached the vast majority of smallholders and policymakers in developing countries. The spread of smartphones and internet connectivity to many rural areas means many farmers are now better able to generate, share and receive important data to help guide agricultural decisions and investments.
“There’s no reason for precision farming to be the preserve of the fortunate few any more,” continued Jarvis. “While the data revolution has been a boon for farmers in richer countries, it needs to be democratized so that the world’s 500 million smallholders can benefit too – after all, they produce 70% of the world’s food.”
Others Platform partners in the include the Bill & Melinda Gates Foundation, the World Bank, the universities of Penn State and Michigan State, Kings College London, and PepsiCo, which has pioneered the use of big data to manage supply chains for consumer goods.
“With enormous expertise and processing power now at our disposal, this is the next frontier in agricultural research-for-development,” said Jawoo Koo, a Senior Research Fellow at IFPRI, and an expert in spatial data and analytics. “Better use of data can help drive better policy decisions, helping solve development problems more quickly, cheaply, and at a greater scale than before.
“If we’re going to achieve the United Nations’ Sustainable Development Goals of increasing food production, reducing poverty and tackling climate change, one of the quickest ways will be to close the digital divide between rich and poor farmers. This will help ensure the world’s farmers and policymakers are making informed choices that produce the biggest impacts. The CGIAR Platform for Big Data in Agriculture aims to do exactly that.”
The Platform will focus on three priority areas:
1. Organize – data on soils, climate, crops and more will be organized, standardized and made publicly available by the organizations that generate it. The Platform will begin by prioritizing the free and open sharing of data held by researchers at CGIAR – a global network of agricultural research organizations.
2. Convene – foster new partnerships between the agricultural science and technology sectors in order to bring together the best minds, and accelerate progress towards achieving the United Nations’ Sustainable Development Goals.
3. Inspire – put the data and partnerships into practice via a USD$4m fund to support innovative projects with big data approaches at their core, such as real-time monitoring of pest outbreaks, or site-specific recommendations for farmers on water and fertilizer use.
The CGIAR Platform for Big Data in Agriculture adheres to the open data principles of GODAN. Learn more about how the Partners in GFAR are collaborating to improve data and information sharing to address challenges around food security, rural development, fair markets, risk management and sustainability in general here.
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