© LisaGageler/Adobe Stock A new methodological paper outlines the design and application of the HFFA-Model, a multi-market partial equilibrium model tailored for analyzing global agricultural markets and sustainability impacts developed by HFFA Research and presented by authors Sophia Lüttringhaus and Matti Cartsburg.
Understanding the dynamics of agricultural markets requires sophisticated tools capable of capturing global interdependencies and sector-specific nuances. As demand grows for evidence-based insights to inform policy and investment decisions, there is a need for robust models that go beyond basic economic forecasting.
The HFFA-Model was created to analyze how changes in agricultural policy, production, or trade scenarios affect supply, demand, prices, and trade flows of key commodities. As a multi-market model, it incorporates inter-regional effects, offering a more nuanced representation of market responses. Beyond economics, it integrates satellite modules to estimate impacts on land use, water consumption, greenhouse gas emissions, and biodiversity.
The model supports scenario-based evaluations of agricultural, environmental, and trade policies across regions.
Intra-regional market interdependencies enhance the realism of simulations.
Add-on modules enable broader sustainability analyses, informing decisions related to land use and environmental pressures.
Results from the HFFA-Model provide valuable evidence for stakeholders navigating complex agricultural policy and market environments.
