MENFRI brings together experts to cooperate towards a profitable and sustainable use of forests in the Mediterranean

On May 26th 2014, experts from different countries and background (industry, policymaking, science, NGOs, etc) gathered in Morocco in the framework of the project “Mediterranean Network of Forestry Research and Innovation” (MENFRI) to assess the forestry sector organization and development opportunities in Mediterranean countries.

Adaptations forests Climate change Droughts Enrique doblas @en Forest management Global change Innovation International Mediterranean Menfri @en
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Project / Initiative
Fellowship Marie Curie
Active

Drought impacts on plant-soil interactions and ecosystem stability

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Project / Initiative
Fellowship Marie Curie
Inactive

Shifts in ecosystems state in Mediterranean landscapes: when, where and how?

ICGC
Project / Initiative
Contracts and agreements
Inactive

Metadata model for digital preservation in the ICGC

BeWater project launched its first stakeholder Workshop

The BeWater project launched its first series of meetings on 28 May in La Tordera, Catalonia, Spain. CREAF, the local case study leader, together with consortium partners, met key local stakeholders in order to introduce the project, hear local perspectives on the state of the river basin and discuss potential global change impacts.

Adaptation Bewater @en Climate change Drought Global change Mediterranean Water

You can help NASA to improve the quality of its data

CREAF has presented the final report of the European project GeoViQua, a project that will transform the global platform GEOSS in order to let users improve environmental data that provide organizations like NASA or FAO. Now users can also check the quality of environmental data. A specialized search engine and a color-coded label will help people to choose the most reliable data from all available..

Geolabel @en Geoss @en Geoviqua @en Gis @en Ivette serral @en Joan masó @en Nasa @en Standards Xavier pons @en

Nutrient-rich forests absorb more carbon

The study, published in the journal Nature Climate Change, showed that forests growing in fertile soils with ample nutrients are able to sequester about 30% of the carbon that they take up during photosynthesis. In contrast, forests growing in nutrient-poor soils may retain only 6% of that carbon. The rest is returned to the atmosphere as respiration.

Biogeochemical cycles Captació co2 Cicles biogeoquímics Co2 @en Co2 uptake Edm@en Embornal Forest Geu @en Imbalance-p @en Marcos fernandez-martinez Marcos fernandez-martinez @en Nutrient cycle Nutrients Peñuelas @en
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Project / Initiative
Contracts and agreements
Inactive

Works to control flooding of rice fields using GIS

Aparells de treball
Project / Initiative
Contracts and agreements
Active

Architecture Implementation Pilot Phase 4 (AIP-4) WCS and WFS tutorials