Download
Cite as:
Liebermann, R.; Kraft, P.; Houska, T.; M&uuml;ller, C.; Kraus, D.; Haas, E.; Klatt, S. &amp; Breuer, L. (2015-04-17). <b>Uncertainty analysis of a coupled ecosystem response model simulating greenhouse gas fluxes from a temperate grassland</b>. Presented at European Geosciences Union General Assembly 2015, Vienna, Austria.

Resource Description
Title: Uncertainty analysis of a coupled ecosystem response model simulating greenhouse gas fluxes from a temperate grassland
F2Fdw ID: 120
Publication Date: 2015-04-17
License and Usage Rights: FACE2FACE data user agreement.
Resource Owner(s):
Individual: Liebermann, Ralf
Contact:
Individual: Kraft, Philipp
Contact:
Individual: Houska, Tobias
Contact:
Individual: Müller, Christoph
Contact:
Individual: Kraus, David
Contact:
Individual: Haas, Edwin
Contact:
Individual: Klatt, Steffen
Contact:
Individual: Breuer, Lutz
Contact:
Abstract:
Displays how field site data from the Giessen FACE are processed into simulations of soil moisture, biomass and greenhouse gas emissions (CO2 and N2O). Simulations are displayed in GLUE-like uncertainty analysis. Gives an outlook how the N-deficit of the field site may be connected to groundwater N supply.
Keywords:
| soil | biomass | FACE | grassland | Giessen FACE | ambient CO2 | meteorological | ground water | soil moisture | C dynamics | uncertainty analysis | coupled model | CO2 emissions | ecosystem simulation | GLUE | Modelling |
Literature type specific fields:
PRESENTATION
Conference Name: European Geosciences Union General Assembly 2015
Date: 2015-04-17
Location: Vienna, Austria
Metadata Provider:
Individual: Liebermann, Ralf
Contact:
Online Distribution:
Download File: http://face2face.center/publications.do?citid=120


Quick search

  • Publications:
  • Datasets:

Keywords

Datasets / Publications
aCO2 ambient CO2 biomass C dynamics climate change CO2 CO2 emissions coupled model eCO2 ecosystem simulation elevated CO2 FACE Gi-FACE Giessen FACE GiFACE grassland grassland ecology Greenhouse gas ground water long-term response Modelling plant growth soil soil moisture uncertainty analysis