Conférence ICOS : les présentations sont en ligne

Rédigé par Sebastien Lafont L_NO_COMMENT

30 L_OCTOBER 2014 L_UNCLASSIFIED L_ARTTAGS_NONE

Les présentations données en scéance pléniaire lors de la 1ere conférence ICOS sont disponible en ligne :

Voici les presentations disponibles :

23.9.2014

Ingeborg Levin: THE CHALLENGE OF DEDICATED GREENHOUSE GASES MONITORING IN EUROPE
Bob Scholes: INTEGRATION ON A SHOESTRING: CARBON CYCLE OBSERVATIONS AT A RANGE OF SCALES IN SOUTH AFRICA
Dorothee Bakker: THE SURFACE OCEAN CO2 ATLAS (SOCAT) ENABLES DETECTION OF CHANGES IN THE OCEAN CARBON SINK

24.9.2014

John Finnigan: THE INFLUENCE OF TOPOGRAPHY ON EDDY FLUX MEASUREMENTS-LONG STANDING PROBLEMS AND A WAY FORWARD

25.9.2014

Philippe Ciais: KEY UNCERTAINTIES IN THE CARBON CYCLE AND THE ROLE OF ATMOSPHERIC MONITORING IN THE NEXT DECADE
Beverly Law: LONG-TERM OBSERVATIONS AND ANALYSIS FOR AN INTEGRATED GLOBAL SYSTEM: STATUS OF AMERIFLUX AND NOAA
Evelyne Testas and Harry Tuinder: ICOS-ERIC PROCESS AND THE DEVELOPMENT IN THE EUROPEAN RESEARCH INFRASTRUCTURES AREA
Werner Kutsch: Excellent science becomes institutional -a contradiction? Summary of the conference and outlook (including two important insights for young scientists)

Vous les trouverez ici :

Publications

Rédigé par Sebastien Lafont L_NO_COMMENT

13 L_OCTOBER 2014 L_ARTTAGS_NONE

TERENO International Conference 2014

Rédigé par Daniel Berveiller L_NO_COMMENT

14 L_JULY 2014 News Conférences

Deadline Abstract Submission for TERENO International Conference has been extended to 03 June 2014!
Extended abstract submission: Authors interested in giving either an oral or a poster presentation, have the possibility to submit an abstract till 03 June 2014.

September 29th - October 2nd 2014
Rheinische Friedrich-Wilhelms-Universität Bonn, Germany

From observation to prediction in terrestrial systems

Climate and land use change are key factors influencing the terrestrial hydrological system which need to be managed by society in the coming decades. These changes act and provoke system reactions on different spatial and temporal scales, which result in immense challenges for environmental and hydrological research. Terrestrial environmental research has to tackle these challenges.
New approaches are needed to detect complex interaction and feedback mechanisms between the various compartments of the terrestrial system and to identify long-term trends in observed states and fluxes. Therefore, the development and implementation of large-scale, long-term, and integrated environmental research infrastructures has become more and more important during the last years across all scientific disciplines.