Atmosphere Regolith Vegetation ARVE
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How do changes in the terrestrial biosphere amplify changes in the climate system? The interdisciplinary ARVE team studies the interaction between soils, vegetation and the atmosphere.
Latest news
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GR-KAP (ARVE) at ENAC publishes in NATURE
04.10.12 NATURE has published work involving ENAC's researchers Prof. Jed Kaplan and Kristen Krumhardt (of ARVE group): 'Natural and anthropogenic variations in methane sources during the past two millennia' (October 2012). ...
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Climate warming and greenhouse gas increase - new results
19.06.12 M.Pfeiffer of ARVE publishes N2O discoveries from Gerzensee data. KEYWORDS: Rapid warming, Late Glacial, Hippophaë rhamnoides (L.), N2O emissions, primary succession, facilitation, nitrogen fixation
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Outstanding-Poster AWARDS attributed to EPFL/GR-KAP researchers
05.04.12 FIRE and CLIMATE research from EPFL grabbed the spotlight at the Swiss Global Change Day event where the global change community meets to share environmental change research with people from ...
see more news HERE
What we do
- Terrestrial biosphere
- Carbon cycle
- Earth System Models
- Paleoclimate
- Paleoenvironmental reconstruction
- Holocene human activities and environmental change
Contact
ARVE Group
EPFL, Station 2
CH-1015 Lausanne
Switzerland
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+41 (0) 21 693 37 75
+41 (0) 21 693 80 58
arve.group
The ARVE group
Prof. Jed Kaplan : Group LeaderDr. Basil Davis : Senior Scientist
Kristen Krumhardt : Research Assistant
Mirjam Pfeiffer : Doctoral Student
Pamela Collins : Doctoral Student
Achille Mauri : Doctoral Student
Dr. Shawn Koppenhoefer : IT/IS Support