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Content archived on 2024-04-30

Spatial modelling at the regional scale of the response and adaptation of soils and land use systems to climate change.

Objective

The project aims to integrate physical and socio-economic models to evaluate
the impact of climate change on soils, crop production and agricultural land
use distribution in Europe at the regional scale.


The project will develop a model, named IMPEL (Integrated Model to Predict
European Land use), integrating the physical as well as socio-economic aspects
of land use systems based on a modular approach. The modules will comprise:
a soil and crop model to evaluate the soil water balance and crop development
and yields for a range of strategic European crops;
a land degradation module to evaluate the impact of soil erosion and diminishing soil organic matter contents on crop productivity; a socio-economic module to evaluate optimal land use allocation and management
requirements (including machinery, labour and fertiliser use); a climate module to down-scale (both temporally and spatially) climate change
datasets.
The model will be demonstrated in a range of contrasting European regions by
using spatial physical datasets (e.g. soil, climate, topography) in combination with local socio-economic data (e.g. farm structure, demography).
The issue of spatial scale will be a major component of the project, including
the problems of linking spatial data at different scales, changing scale, and
error propagation through the spatially-distributed model. The regional demonstrations will also be used to evaluate management adaptations to climate
change, and to assess the potential impacts of changes in the socio-economic
baseline on land use systems.

Call for proposal

Data not available

Coordinator

CRANFIELD UNIVERSITY
EU contribution
No data
Address
Silsoe Campus Wharley End
MK45 4DT SILSOE,BEDFORD
United Kingdom

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Total cost
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Participants (8)