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Who we are

With research staff from more than 60 countries, and offices across the globe, IFPRI provides research-based policy solutions to sustainably reduce poverty and end hunger and malnutrition in developing countries.

Liangzhi You

Liangzhi You is a Senior Research Fellow and theme leader in the Foresight and Policy Modeling Unit, based in Washington, DC. His research focuses on climate resilience, spatial data and analytics, agroecosystems, and agricultural science policy. Gridded crop production data of the world (SPAM) and the agricultural technology evaluation model (DREAM) are among his research contributions. 

Where we work

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Where we work

IFPRI currently has more than 600 employees working in over 80 countries with a wide range of local, national, and international partners.

Unit

Foresight and Policy Modeling

Klaten Indonesia. October 26th 2020 . Rice researchers in field. Students of agriculture faculty.

Agrifood systems today are increasingly interconnected, but their future is less certain than ever before. Decision-makers — both public and private — need advance information to understand the growing complexity of these systems, navigate climate uncertainty and frequent crises, and manage trade-offs between competing interests and development goals.

Overview

The Foresight and Policy Modeling (FPM) Unit’s research situates agrifood systems within global and local economies, environments, and development processes. It uses innovative analytical tools to anticipate trends at global, national, and local scales, and develops metrics to track socioeconomic and environmental outcomes at system and household levels.

The Unit’s partnerships with national research institutes around the world ensure that local knowledge, modeling capabilities, and research are collectively shared, and that decision-makers have access to improved data and analytics to help them identify technologies, policies, and investments that can drive inclusive and sustainable food systems transformation.

Areas of Focus

Future food systems

Climate change and environmental constraints make anticipating the future of food, land, and water systems complex. Global foresight analysis, conducted by FPM biophysical and economic modelers and climate change experts, looks at agriculture under different scenarios for climate change, economic growth, and technologies and practices to inform policy and investment decisions.

Inclusive transformation

Forward planning and policy prioritization are essential for national governments, especially because competing goals and limited budgets make trade-offs across goals unavoidable. FPM development economists conduct country economywide modeling of agrifood system transformation and development pathways that can support prioritization of cost-effective policies amid climate change and other risks.  

Local development needs

Policies and technologies for sustainable development must be suitably targeted and tailored to local contexts. To identify local market opportunities and priorities for particular populations and regions, FPM geographers and data scientists use spatial analysis and modeling of agroclimatic conditions and risks, based on remote sensing and high-resolution datasets.

Tools and methods

FPM maintains and employs a suite of models for policy analysis and forecasting, including the IMPACT model of global agriculture and trade; the RIAPA model and surveys used to track national and household poverty, employment, diets, and inequality; and the SPAM database and economic models that track local development.

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Essential Reading
The Russia-Ukraine Conflict & Global Food Security
The Russia-Ukraine conflict and global food security

The Russia-Ukraine conflict and global food security

When Russia invaded Ukraine in February 2022, sparking fears of a global food crisis, IFPRI responded rapidly to the need for information and policy advice to address the crisis. From the first moments of the conflict, a new IFPRI blog series provided critical information and insights into the impacts on food security, caused by rising food, fertilizer, and fuel prices and trade disruptions, for vulnerable countries and regions. This book is a compilation of those blog posts, which include analysis of trade flows, tracking of food prices and policy responses, and results of impact modeling. Together, they provide an overview of how the crisis has progressed, how the international community and individual countries responded with efforts to ensure food security, and what we are learning about the best ways to ensure food security in the aftermath of a major shock to global food systems.

Year published

2023

Project

Markets, Trade, and Institutions (MTI); Food and Nutrition Policy

Engaging women's groups to improve nutrition
Engaging women’s groups to improve nutrition: Findings from an evaluation of the Jeevika multisectoral convergence pilot in Saharsa, Bihar

Engaging women’s groups to improve nutrition: Findings from an evaluation of the Jeevika multisectoral convergence pilot in Saharsa, Bihar

This report presents the endline findings of an impact evaluation of the JEEViKA Multisectoral Convergence pilot, designed as an effectiveness trial, in one district in Bihar, India. JEEViKA, a rural livelihoods project, supports self-help groups (SHGs) – savings and credit-based groups of about 15-20 women, mostly targeted toward those from poor households – with the aim of improving their livelihoods and enhancing household incomes. The JEEViKA Multisectoral Convergence (JEEViKA-MC) pilot went a step further, leveraging these SHGs to address the immediate and underlying determinants of undernutrition among women and children. The multisectoral convergence model, developed by the Bihar Rural Livelihoods Promotion Society with technical support from the World Bank, was piloted in 12 Gram Panchayats of Saharsa district in Bihar. Two complementary sets of interventions-health and nutrition behavior change communication (BCC) to improve women’s knowledge and household practices, and efforts to improve service access through convergence -were layered onto the existing core package of JEEViKA activities and were targeted to women who were members of the SHGs already formed by JEEViKA. Within this target population, households with young children, mothers of young children, and pregnant women were the primary focus of the JEEViKA-MC pilot.

Year published

2019

Project

PHND; A4NH

show me what you eat
Show me what you eat: Assessing diets remotely through pictures

Show me what you eat: Assessing diets remotely through pictures

Goal: Using real-time smartphone meal pictures sent by rural or urban households to better monitor and assess the quality of their diets, and provide tailored recommendations to improve them. Detailed information on household and individual dietary intake is crucial for adequate nutritional monitoring and designing interventions to improve diets. Common recall-based methods are generally time consuming, costly, and subject to non-negligible measurement errors and potential biases. In addition, the scope of information that can be obtained in a regular survey is typically limited. Detailed diaries, in turn, are effort- and time-intensive and prone to errors. With increasing mobile penetration in both urban and rural areas, meal pictures can overcome some of these difficulties, providing real-time, detailed food intake information of individuals remotely and at a minimal cost. Moreover, pictures can be obtained over extended periods of time, beyond the standard short spans (i.e. 24-hours) in recall survey questions, with little to no data quality loss. Such rich consumption data can help identify and better understand vulnerabilities and nutritional imbalances —including specific macronutrient or micronutrient gaps or excesses—, and open the door for low-cost, individually tailored digital interventions to promote healthier diets. Moreover, crowdsourced data allow to identify locally available, affordable foods rich in specific nutrients consumed by similar households in the area. Interventions, in turn, can be delivered through text messages, interactive voice response (IVR), or phone calls, or videos or interactive games integrated into an app, benefitting from a two-way communication channel with individuals.

Year published

2021

Project

MTID


Our experts

Channing Arndt

Senior Director, Transformation Strategies, CGIAR and IFPRI, Development
Strategies and Governance, Foresight and Policy Modeling, Natural Resources and Resilience, Innovation Policy and Scaling

James Thurlow

Director, Foresight and Policy Modeling (FPM), Foresight
and Policy Modeling

Zhe Guo

Senior GIS Coordinator, Foresight
and Policy Modeling

Anne G. Timu

Associate Research Fellow, Foresight
and Policy Modeling

Yumei Zhang

Nonresident Fellow, Foresight
and Policy Modeling

Peixun Fang

Senior Research Analyst, Foresight
and Policy Modeling