
OEMC aims to produce a dataset that provides an estimation of local surface temperature changes in relation to forest cover variations. It will serve to inform the JRC Forest Observatory and advise on thermal consequences of land-based mitigation strategies such as tree planting. It will be based on SEVIRI data and previous work.
What is the challenge?
The JRC is currently setting-up an EU forest observatory that aims at gathering many types of spatial layers regarding forest in a consolidated way across Europe. Information on the potential impacts of forest cover change in terms of biophysical effects (e.g. changes in temperature) are of particular interest as these are currently not considered in policy, and yet can have considerable impacts at local scale. While some (coarse) estimations already exist from previous studies, it would be useful to have such maps of changes in temperature based on better forest type descriptions and ideally for different times within the day.
Our solution
We propose an improved space-for-time substitution methodology to produce a dataset providing a fine-scale estimation of how much surface temperature would change locally following changes in the forest cover. Based on remote sensing observation of land surface temperature (LST) from the MSG geostationary satellite, our method produces diurnal cycles of temperature changes a ~5km spatial resolution for every month of the year over most of Europe and Africa.

Who will benefit?
The dataset will serve to inform the JRC Forest Observatory and advise on thermal consequences of land-based mitigation strategies such as tree planting.
Scope
Target Partner Organizations
OEMC Leading Partner
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Type of output
Dataset providing a fine-scale estimation of how much surface temperature would change locally following potential changes in the forest cover
Technology readiness level
TRL3: Experimental proof of concept
Location
Europe