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Miodrag Stevanović is a Postdoctoral researcher at PIK in the Landuse Management group. He holds a PhD in economics from the Technical University of Berlin, and a master degree in economics from the Autonomous University of Barcelona.
Miodrag Stevanović is a PostDoc researcher at PIK in the Landuse Management group. He holds a PhD in economics from the TU Berlin, has a master degree in economics from the Autonomous University of Barcelona and mathematics diploma from the University of Belgrade.
Miodrag Stevanović's 31 research works with 2,648 citations and 13,976 reads, including: A food system transformation can enhance global health, environmental conditions and...
- Global Targets
- Country-Driven Integrated Pathways
- Box 1: The Fable Calculator
To ensure that the sum of national and regional pathways meets sustainable development objectives, global benchmarks are needed. Global targets are strongly related to planetary boundaries (Rockström et al. 2009). For food and land-use systems, we focus on global targets across five critical food and land-use system domains: (1) land and biodiversi...
The determination of the pathway at the national level is key to ensure representation of local priorities, cultures, and contexts, and to inform national policies. We have developed three key components of national pathways. First, we simulate the current situation based on available statistics and analysis, and check the ability of the FABLE mode...
An Excel-based tool, the FABLE Calculator (Mosnier et al. 2020), has been created to quickly provide a model to each country team in the FABLE Consortium to make projections of their food and land-use systems up to 2050. It is a public mass-balance model that does not require programming skills, solves in a few seconds, and can test a wide range of...
Mar 29, 2024 · ORCID record for Miodrag Stevanović. ORCID provides an identifier for individuals to use with their name as they engage in research, scholarship, and innovation activities.
The Model of Agricultural Production and its Impact on the Environment (MAgPIE) is developed and used to assess the competition for land and water and the associated consequences for sustainable development under future scenarios of rising food, energy and material demand as well as production, climate change impacts and greenhouse gas mitigatio...
Jun 23, 2014 · Instead, the revenue from the GHG tax for carbon removal is considered as the only driver for bioenergy CCS and afforestation. By end-of-century, global area for land-based climate change mitigation is more than five times larger in case of afforestation (∼2800 mio ha) compared to bioenergy CSS (∼500 mio ha).
