Benjamin Ahlswede
YOU?
Author Swipe
View article: Urban Eddy Covariance – The INFLUX Network
Urban Eddy Covariance – The INFLUX Network Open
The eddy covariance method is used by various disciplines to measure surface-atmosphere fluxes of both vector and scalar quantities. However, eddy covariance observations are uncommon in urban areas. One of the few long-term and ongoing ur…
View article: PSU-BSEC Doppler Lidar Processed Scans
PSU-BSEC Doppler Lidar Processed Scans Open
This data repository includes the processed vertically staring measurements (stare files) made by the Pennsylvania State University (PSU) Doppler Lidar as a part of the Baltimore Social-Environmental Collaborative Urban Integrated Field La…
View article: PSU-BSEC Doppler Lidar Processed Scans
PSU-BSEC Doppler Lidar Processed Scans Open
This data repository includes the processed vertically staring measurements (stare files) and the angled scans (profile files) necessary to calculate horizontal winds retrieved by the Pennsylvania State University (PSU) Doppler Lidar as a …
View article: Earth System Model Simulations of Ameriflux sites using dynamic roots and dynamic leaf to root allocation
Earth System Model Simulations of Ameriflux sites using dynamic roots and dynamic leaf to root allocation Open
This data package contains point-scale Earth System Model simulations run with DOE's E3SM Model. The package includes four sets of simulations, one set of simulations run in the default configuration, a second set of simulations run with t…
View article: Combined Carbon and Albedo Climate Forcing From Pine and Switchgrass Grown for Bioenergy
Combined Carbon and Albedo Climate Forcing From Pine and Switchgrass Grown for Bioenergy Open
Expanding and restoring forests decreases atmospheric carbon dioxide, a natural solution for helping mitigate climate change. However, forests also have relatively low albedo compared to grass and croplands, which increases the amount of s…
View article: Root Foraging Alters Global Patterns of Ecosystem Legacy From Climate Perturbations
Root Foraging Alters Global Patterns of Ecosystem Legacy From Climate Perturbations Open
The response of terrestrial ecosystems to climate perturbations typically persist longer than the timescale of the forcing, a phenomenon broadly referred to as legacy . Understanding the strength of legacy is critical for predicting ecosys…
View article: US-SB2 2016-2020 ReddyProc Output
US-SB2 2016-2020 ReddyProc Output Open
Post processed data from Ameriflux site US-SB2 (Switchgrass).
View article: US-SB2 2016-2020 ReddyProc Output
US-SB2 2016-2020 ReddyProc Output Open
Post processed data from Ameriflux site US-SB2 (Switchgrass).
View article: A minimally managed switchgrass ecosystem in a humid subtropical climate is a source of carbon to the atmosphere
A minimally managed switchgrass ecosystem in a humid subtropical climate is a source of carbon to the atmosphere Open
Bioenergy has been identified as a key component of climate change mitigation. Therefore, quantifying the net carbon balance of bioenergy feedstocks is crucial for accurate projections of climate mitigation benefits. Switchgrass ( Panicum …
View article: Root foraging alters global patterns of ecosystem legacy from climate perturbations
Root foraging alters global patterns of ecosystem legacy from climate perturbations Open
The response of terrestrial ecosystems to climate perturbations typically persist longer than the timescale of the forcing, a phenomenon that is broadly referred to as ecosystem legacy. Understanding the strength of legacy is critical for …
View article: Historical global Earth System Model simulations with E3SM's dynamic root module
Historical global Earth System Model simulations with E3SM's dynamic root module Open
This data package contains global-scale Earth System Model simulations run with DOE's E3SM Model. The package includes one set of simulations run in the default configuration and a second set of simulations run with the dynamic root module…
View article: Community Earth System Model Simulations Reveal the Relative Importance of Afforestation and Forest Management to Surface Temperature in Eastern North America
Community Earth System Model Simulations Reveal the Relative Importance of Afforestation and Forest Management to Surface Temperature in Eastern North America Open
Afforestation changes the land surface energy balance, though the effects on climate in temperate regions is uncertain, particularly the changes associated with forest management. In this study, we used idealized Community Earth System Mod…
View article: Environmental Controls on Loblolly Pine Productivity in Central Virginia
Environmental Controls on Loblolly Pine Productivity in Central Virginia Open
View article: What to plant and where to plant it; Modeling the biophysical effects of North America temperate forests on climate using the Community Earth System Model
What to plant and where to plant it; Modeling the biophysical effects of North America temperate forests on climate using the Community Earth System Model Open
Forests affect climate by absorbing CO₂ but also by altering albedo, latent heat flux, and sensible heat flux. In this study we used the Community Earth System Model to assess the biophysical effect of North American temperate forests on c…