GLASSNET’s impact on key stakeholders will make a difference in achieving the SDGs. Our network has the potential to provide decision makers from a wide-array of areas with the data needed to properly assess actions that will affect the environment, the economy and local communities.Learn more about GLASSNET
Dr. Iman Haqiqi, Post-Doctoral Research Associate, Center for Global Trade Analysis, Purdue University
Iman conducts policy-relevant research on the interaction of social and environmental systems addressing major sustainability and resilience challenges regarding international agricultural trade, land use, water resources, and climate change. He studies food security and environmental sustainability employing cutting-edge methods in coupling natural-human systems. The strength of his research is a global-to-local-to-global approach that considers economic feedbacks and local conditions. Recently, he coupled a global Water Balance Model with a global land-use model and a partial equilibrium trade model to establish an advanced framework in which he explores the consequences of a pandemic like COVID-19 co-occurring with heat and water stress.Check out all researchers...
The novel tool, SIMPLE-G, a Simplified International Model of agricultural Prices, Land use, and the Environment- Gridded version, is used for evaluating sustainability policies in a global context while factoring in local heterogeneity in land and water resources and natural ecosystem services. This multi-scale model can provide boundary conditions for local decision makers, as well as capturing feedback from local policies to national and global scales. Two applications of the model are used to illustrate its value in environmental analysis. The first model, quantifies the local stresses on land and water resources due to global changes in population, income, and productivity. The second model quantifies the global impacts of local policy responses and adaptations to war scarcity.Check out all publications
Featured Data and Tools
The AgMIP Global Economics Team is an international network of researchers whose main objective is to undertake multi-model comparisons of critical issues affecting global agriculture—such as rising temperatures. The models vary greatly in their design, though all are able to produce a common set of indicators such as agricultural production, trade and prices. One challenge has been to pool the results using a standardized interface and to provide access to the ensemble of model results. Thus, new web-based tools have been developed, in collaboration with Purdue’s Research Computing. These tools have several useful features: a) a standardized interface for uploading model submissions with built-in diagnostic checking; b) ability to query the resulting database of merged results with download capability; and c) visualization of select results. The tools could potentially be used for similar multi-model exercises.Check out all modeling tools and data