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Sheet 10 OBJECTIVE SICMED will analyse the evolu- tions of Mediterranean ecosys- tems facing pressures from clima- te change and human activities. A dual approach SICMED develops a dual approach : thematic (process and/or methodolo- gical studies) and ecosystem-based. Several typical Mediterranean ecosys- tems are considered : irrigated and rain-fed farming systems, range and forest areas, peri-urban areas. Transi- tion areas are also considered, espe- cially those between semi-arid and barren environments whose dynamics are crucial for the knowledge and control of desertification processes, as well as coastal areas, which are places of massive human settling and recep- tor areas of upstream flows. A multi-scale analysis Based on a large and multilateral par- tnership involving scientific institu- tions and representative stakeholders, SICMED develops multi-scale analysis from local to global level. These ana- lysis enable the study of social and human dynamics which cross spatial gradients of ecosystems. The expected results concern cogni- tive and methodological aspects : - Knowledge on the processes which are governing and impacting bio- geo-chemical and hydrological balan- ces and cycles in Mediterranean basin - Tools and methodologies for suppor- ting natural resource management and local development governance. Typical landscape management in Tunisia for water harvesting and erosion prevention. Oases are typical ecosystems situated at the fringe of the Mediterranean, where severe sustainability issues have to be solved (Palmyra oases - Syria). © P. Andrieux © Marc Voltz Impact of climate and human activities on Mediterranean eco-anthroposystems SICMED aims to develop a multi-disciplinary research on biophysical, technical and social mechanisms in order to better understand the evolution of typical rural and peri-urban Mediterranean ecosystems Contact : [email protected] 28 /03/10 > 31 /03/10 GCARD /Montpellier/Corum THE PARTNERS IN THE PROJECT Surfaces et Interfaces Continentales en MEDiterranée (SICMED) - 2009/2020: The project, supported by CNRS-INSU, INRA and IRD and a Mediterranean partnership is open to all research and educational institutions of Mediterranean countries. A first conference in Amman, may 2009 and subsequent contacts confirmed interest in participating in the project of the following countries and institutions: Algeria (University of Setif and Bab Eezzouar-Alger), Egypt (National Water Research Center, University of Alexandria, NARS), Jordan (HCST, Ministries of Agriculture and or Water and Irrigation, University of Jordan), Le- banon (University of Lebanon), Morocco (ENA Meknes, ENFI, IAV, INRA, University Cadi Ayad of Marrakech, Meteorological Office), Palestine (Applied Research Institute-water unitank), Syria (Damascus university), Tunisia (INAT, INRAT, INRGREF, IRESA), Turkey (Istanbul University) and ACSAD, CIHEAM, ICARDA. COUNTRIES INVOLVED IN THE PROJECT Mediterranean Sea

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S h e e t

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OBJECTIVESICMED will analyse the evolu-tions of Mediterranean ecosys-tems facing pressures from clima-te change and human activities.

A dual approach SICMED develops a dual approach : thematic (process and/or methodolo-gical studies) and ecosystem-based. Several typical Mediterranean ecosys-tems are considered : irrigated and rain-fed farming systems, range and forest areas, peri-urban areas. Transi-tion areas are also considered, espe-cially those between semi-arid and barren environments whose dynamics are crucial for the knowledge and control of desertification processes, as well as coastal areas, which are places of massive human settling and recep-tor areas of upstream flows.

A multi-scale analysisBased on a large and multilateral par-tnership involving scientific institu-tions and representative stakeholders, SICMED develops multi-scale analysis from local to global level. These ana-

lysis enable the study of social and human dynamics which cross spatial gradients of ecosystems.The expected results concern cogni-tive and methodological aspects : - Knowledge on the processes which are governing and impacting bio-geo-chemical and hydrological balan-ces and cycles in Mediterranean basin- Tools and methodologies for suppor-ting natural resource management and local development governance.

Typical landscape management in Tunisia for water harvesting and erosion prevention.

Oases are typical ecosystems situatedat the fringe of the Mediterranean, where severe sustainability issues have to be solved(Palmyra oases - Syria).

© P

. And

rieux

© M

arc

Voltz

Impact of climate and human activitieson Mediterranean eco-anthroposystems SICMED aims to develop a multi-disciplinary research on biophysical, technical and social mechanisms in order to better understand the evolution of typicalrural and peri-urban Mediterranean ecosystems

Contact : [email protected] / 0 3 / 1 0 > 31 / 0 3 / 1 0GCARD / M o n t p e l l i e r / C o r u m

THE PARTNERS IN THE PROJECT Surfaces et Interfaces Continentales en MEDiterranée (SICMED) - 2009/2020: The project, supported by CNRS-INSU, INRA and IRD and a Mediterranean partnership is open to all research and educational institutions of Mediterranean countries. A first conference in Amman, may 2009 and subsequent contacts confirmed interest in participating in the project of the following countries and institutions: Algeria (University of Setif and Bab Eezzouar-Alger), Egypt (National Water Research Center, University of Alexandria, NARS), Jordan (HCST, Ministries of Agriculture and or Water and Irrigation, University of Jordan), Le-banon (University of Lebanon), Morocco (ENA Meknes, ENFI, IAV, INRA, University Cadi Ayad of Marrakech, Meteorological Office), Palestine (Applied Research Institute-water unitank), Syria (Damascus university), Tunisia (INAT, INRAT, INRGREF, IRESA), Turkey (Istanbul University) and ACSAD, CIHEAM, ICARDA.

COUNTRIES INVOLVED IN THE PROJECT

Mediterranean Sea