#terrestrialecosystemmodels — Public Fediverse posts

Hanliang Gui et al. evaluated the performance of nine #TerrestrialEcosystemModels in simulating #GrossPrimaryProductivityand its temporal stability (TS) assessed the capability of numerical models to simulate the TS of ecosystem carbon uptake.

#ClimateChange | #CarbonSinks | #EcosystemStability | #RemoteSensing

https://doi.org/10.1093/jpe/rtaf193

Hanliang Gui et al. evaluated the performance of nine #TerrestrialEcosystemModels in simulating #GrossPrimaryProductivityand its temporal stability (TS) assessed the capability of numerical models to simulate the TS of ecosystem carbon uptake.

#ClimateChange | #CarbonSinks | #EcosystemStability | #RemoteSensing

https://doi.org/10.1093/jpe/rtaf193

Existing #TerrestrialEcosystemModels generally overestimate the carbon uptake stability due to insufficient characterization of vegetation phenology and physiological processes.

#TerrestrialEcosystemModels | #GrossPrimaryProductivity | #ClimateChange | #CarbonSinks | #EcosystemStability | #RemoteSensing

https://doi.org/10.1093/jpe/rtaf193

【🎉Latest accepted article】
Overestimated Carbon Uptake Stability Due to Inadequate Vegetation Dynamics in Ecosystem Models

#TerrestrialEcosystemModels | #GrossPrimary | #Productivity | #ClimateChange | #CarbonSinks | #EcosystemStability | #RemoteSensing

https://doi.org/10.1093/jpe/rtaf193