Emmett, B.

Estiarte, M.

Gordon, C.

Gorissen, A.

Guash, L.L.

Gundersen, P.

Penuelas, J.

Pugh, B.

Riis Nielsen, T.

Roda, F.

Tietema, A.

Williams, D.

Emission of green house gases, partly generated from human activities, reduces the loss of heat from the earth thereby potentially causing climate change. This change in climate has been predicted to result in a 1-3oC increase in temperature with morevigorous rainstorms and prolonged drought periods within the coming 100 years. The consequences of such climatic changes for the terrestrial ecosystems are largely unknown. In order to improve our understanding of the ecosystem response to climate changeand thereby to improve the basis for international negotiations and political decisions to avoid or minimise climate change and its effects, a European research project CLIMOOR has been initiated. The project is a cross European research project involving6 research groups from Denmark, the Netherlands, UK and Spain and is funded by EU and the participating institutions. The project investigates the potential effects of warming and drought on heath and moorland ecosystems at four European sites. Theecosystems are manipulated at field scale by reducing the heat loss at night by IR-reflective curtains and by removing the precipitation during a 2 month period in the summer. The effects of these manipulations on the plants and the soil are studied. Thisreport describes the technique used to apply the climate change at field scale and presents some preliminary results after the first growing season. EU and the participating institutions fund CLIMOOR

Online Research Database In Technology

CLIMOOR. Climate driven changes in the functioning of heath and moorland ecosystems. Results after first growing season and mid term status report

http://orbit.dtu.dk/ws/files/7728979/ris_r_1167.pdf

CLIMOOR. Climate driven changes in the functioning of heath and moorland ecosystems. Results after first growing season and mid term status report

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