Sustainable intensification is one of the areas of agricultural research that is being transformed by Big Data. Through initiatives like the CGIAR Platform for Big Data in Agriculture, researchers are helping farmers create complex accounting systems for their farms and increase productivity while decreasing the environmental impact of farming.
Farmers have always been natural data scientists, conducting experiments and collecting data in their fields. Now, with the advent of Big Data, there are new opportunities to create information systems like the CGIAR Platform for Big Data in Agriculture that can make farming more efficient, profitable, and sustainable.
The tools of Big Data hold a lot of promise for many industries including agriculture. But the expertise required to build a data management platform are still emerging. Dr. Medha Devare is an agronomist and data architect who is helping to lead the new CGIAR Platform for Big Data in Agriculture.
The launch of the CGIAR Platform for Big Data in Agriculture is an important milestone for the project of achieving global food security. Brian King, the Coordinator for the Platform, and Andy Jarvis, one of the founders of the Platform, discuss the ideas behind this initiative and their vision for the future of research in agricultural development.
The tools of Big Data analytics have led to transformations in many sectors—from finance to politics to professional sports. What could these new approaches to data science do for agriculture? The new CGIAR Platform for Big Data in Agriculture is leading the way for these innovations in agricultural development, with over 8,000 researchers working to incorporate Big Data into farming research.
Alexander Müller focuses on a holistic view of the food system and talks to us about how the full food system puzzle reveals the true cost of cheap food.
Focusing on food waste, biodiversity, and externalities. Dr. Abdou Tenkouano discusses how the new TEEB AgriFood report optimizes all three.
Dr. Zhang’s research focuses on ecosystem services, agriculture, and the environment. In the new TEEB AgriFood report, she makes the case for why systems thinking is needed to understand our food system.
IFPRI’s Global Food Policy Report recommends international cooperation, governance, and trade to eliminate rising global hunger, undernourishment, and poverty.
As climate shocks increase in frequency and intensity, agricultural biodiversity—the variety of species of plants, animals, and microorganisms used for agriculture and food production—is an increasingly important part of resilience building.