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 Research Our projects Postdoctoral research Ongoing Postdoctoral Research

Our projects

  • Projects we are participating in
  • Postdoctoral research
    • Ongoing Postdoctoral Research
      • Remote sensing estimation of cover crop biomass in Denmark
      • Mapping vegetation dynamics in a rewilded grassland with UAV-LiDAR
      • Spatiotemporal dynamics of N2O and CH4 emissions from cropland depressions in Denmark
      • FarmScale: A framework for integrating farm and landscape models in Denmark
      • Modeling the greenhouse gas fluxes in Danish forests
      • Policy-led sustainability transitions in agriculture
      • Using Stable Isotopes and novel tracers for Greener Agriculture
      • Machine learning and mechanistic modelling to link remote sensing and peatland Ecophysiology
      • Multiscale Remote Sensing of Spectral Diversity and Ecosystem Fragmentation in Natural and Agricultural Landscapes
      • Greenhouse gas dynamics in northern peatlands
      • Diurnal and spatial patterns of GHG fluxes and their driving mechanisms in the Aarhus river-estuary continuum
      • Multi-scale mapping of peatland soil properties and functions in Denmark
    • Past Postdoctoral Research
  • Ph.D. Projects

Ongoing Postdoctoral Research

Here you can find our ongoing Postdoctoral Research.

Remote sensing estimation of cover crop biomass in Denmark
Mapping vegetation dynamics in a rewilded grassland with UAV-LiDAR
Spatiotemporal dynamics of N2O and CH4 emissions from cropland depressions in Denmark
FarmScale: A framework for integrating farm and landscape models in Denmark
Modeling the greenhouse gas fluxes in Danish forests
Policy-led sustainability transitions in agriculture
Using Stable Isotopes and novel tracers for Greener Agriculture
Machine learning and mechanistic modelling to link remote sensing and peatland Ecophysiology
Multiscale Remote Sensing of Spectral Diversity and Ecosystem Fragmentation
Greenhouse gas dynamics in Northern Peatlands
Diurnal and spatial patterns of GHG fluxes and their driving mechanisms in the Aarhus river-estuary
Multi-scale mapping of peatland soil properties and functions in Denmark
Revised 09.06.2026
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Favour Modupe Ayedun
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