Home|Mapping and characterization of aquifers, water bodies (incl. wetlands), agro-ecological systems, land use change, hydrological modelling and driver-scenario analysis modelling.
Mapping and characterization of aquifers, water bodies (incl. wetlands), agro-ecological systems, land use change, hydrological modelling and driver-scenario analysis modelling.
Topic 1.2.1 RIA Conserving water and soil in Mediterranean dry-farming, smallholder agriculture (Section 1).. Topic 1.2.2 IA Sustainability and competitiveness of Mediterranean greenhouse and intensive horticulture (Section 1).. Topic 2.2.2 RIA Use and management of biodiversity as a major lever of sustainability in farming systems (Section 2).
Hydrological Modeling, Modeling, Numerical Modeling, parasitic isopoda, fisheries, restoration and rehabilitation, ecopath and ecosim modeling, biocontrol of isopoda invasion, nanotechnology as a biocontrol of isopoda, remote sensing
We aim to use integrative analysis to understand drivers of water availability, quality, and dynamics. We aim to collaborately devise field protocols and intelligent solutions for geo-spatial data integration. Further, we aim to use these tools to identify priority areas for water related and agricultural interventions.
DESCRIPTION OF YOUR ORGANISATION:
We are a small to medium sized company specializing in user-orientated development of geo-spatial solutions using primarily satellite data observations.
The Partnership for Research and Innovation in the Mediterranean Area will devise new R&I approaches to improve water availability and sustainable agriculture production in a region heavily distressed by climate change, urbanisation and population growth