Since 5 years, the JRC Institute for Environment and Sustainability has installed and is managing a test site in a maritime pine (Pinus pinaster) forest in Tenuta San Rossore, close to Pisa (Italy). The site was installed within the framework of SCA-MEDEFLU and of the GHOGA task of the EI-Project No. 50 of the JRC-work programme 1999-2002 and is now a long-term reference site within the CarboEurope network of flux sites (SCA-CarboEuroflux “Carbon and energy exchanges of terrestrial ecosystems in Europe”) and is fully contributing to specific objective 5 of Action 2211 GHG-Data. The site will be also part of the Ecosystems component of the recently approved IP CarboEurope, now under negotiation, which will run from end of 2003 to end of 2008. The work plan presented here asks for technical and scientific support for the measurements and monitoring of ecosystem carbon and water fluxes with the eddy covariance technique and of several ecophysiological parameters that are necessary for site characterization and process understanding.
Support at JRC test site San Rossore for monitoring carbon and water fluxes and ecophysiology in a pine forest / Magnani F.. - (2004).
Support at JRC test site San Rossore for monitoring carbon and water fluxes and ecophysiology in a pine forest
MAGNANI, FEDERICO
2004
Abstract
Since 5 years, the JRC Institute for Environment and Sustainability has installed and is managing a test site in a maritime pine (Pinus pinaster) forest in Tenuta San Rossore, close to Pisa (Italy). The site was installed within the framework of SCA-MEDEFLU and of the GHOGA task of the EI-Project No. 50 of the JRC-work programme 1999-2002 and is now a long-term reference site within the CarboEurope network of flux sites (SCA-CarboEuroflux “Carbon and energy exchanges of terrestrial ecosystems in Europe”) and is fully contributing to specific objective 5 of Action 2211 GHG-Data. The site will be also part of the Ecosystems component of the recently approved IP CarboEurope, now under negotiation, which will run from end of 2003 to end of 2008. The work plan presented here asks for technical and scientific support for the measurements and monitoring of ecosystem carbon and water fluxes with the eddy covariance technique and of several ecophysiological parameters that are necessary for site characterization and process understanding.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
