cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.1594/pangaea.984790
title: In-situ aircraft measurements of wind farm wake effects during the AWAKEN campaign in Oklahoma (September 2023), flight AWAKEN_20230901_1203

description: The AWAKEN (American WAKE ExperimeNt) aircraft measurement campaign was conducted in September 2023 to investigate the interactions between wind farms and the atmospheric boundary layer (ABL) in the Southern Great Plains of Oklahoma, USA. The campaign involved 20 research flights conducted close to hub height using the research aircraft Cessna F406 with call sign D-ILAB of TU Braunschweig. Parts of the flight patterns were aligned perpendicular to the prevailing wind direction downwind of the wind farms King Plains and Armadillo Flats. These flights were designed to capture the effects of stable atmospheric conditions on wind speed and turbulence during early morning hours. In addition to flight legs perpendicular to the wind direction, vertical profiles up to an altitude of 1 km were included regularly to investigate atmospheric stability and wind profiles, in particular the phenomenon of low level jets. The resulting data include wind speed, turbulence intensities, and temperature distributions at different altitudes and distances from the wind farms. These measurements complement stationary data and provide valuable insights into the spatial and temporal variability of the wind field and vertical atmospheric stratification downwind of onshore wind farms. The dataset aims to improve wake models and optimize energy production from wind farms. This dataset is part of a broader effort to enhance power output prediction and ensure network stability with increasing reliance on variable renewable energy sources. The participation of the research aircraft of TU Braunschweig in the AWAKEN experiment was funded by the Klaus Tschira Stiftung GmbH (Germany) under Contract No. 03.006.2023.
DOI: 10.1594/pangaea.984786
title: In-situ aircraft measurements of wind farm wake effects during the AWAKEN campaign in Oklahoma (September 2023), flight AWAKEN_20230828_1416

description: The AWAKEN (American WAKE ExperimeNt) aircraft measurement campaign was conducted in September 2023 to investigate the interactions between wind farms and the atmospheric boundary layer (ABL) in the Southern Great Plains of Oklahoma, USA. The campaign involved 20 research flights conducted close to hub height using the research aircraft Cessna F406 with call sign D-ILAB of TU Braunschweig. Parts of the flight patterns were aligned perpendicular to the prevailing wind direction downwind of the wind farms King Plains and Armadillo Flats. These flights were designed to capture the effects of stable atmospheric conditions on wind speed and turbulence during early morning hours. In addition to flight legs perpendicular to the wind direction, vertical profiles up to an altitude of 1 km were included regularly to investigate atmospheric stability and wind profiles, in particular the phenomenon of low level jets. The resulting data include wind speed, turbulence intensities, and temperature distributions at different altitudes and distances from the wind farms. These measurements complement stationary data and provide valuable insights into the spatial and temporal variability of the wind field and vertical atmospheric stratification downwind of onshore wind farms. The dataset aims to improve wake models and optimize energy production from wind farms. This dataset is part of a broader effort to enhance power output prediction and ensure network stability with increasing reliance on variable renewable energy sources. The participation of the research aircraft of TU Braunschweig in the AWAKEN experiment was funded by the Klaus Tschira Stiftung GmbH (Germany) under Contract No. 03.006.2023.
DOI: 10.1594/pangaea.984788
title: In-situ aircraft measurements of wind farm wake effects during the AWAKEN campaign in Oklahoma (September 2023), flight AWAKEN_20230829_1619

description: The AWAKEN (American WAKE ExperimeNt) aircraft measurement campaign was conducted in September 2023 to investigate the interactions between wind farms and the atmospheric boundary layer (ABL) in the Southern Great Plains of Oklahoma, USA. The campaign involved 20 research flights conducted close to hub height using the research aircraft Cessna F406 with call sign D-ILAB of TU Braunschweig. Parts of the flight patterns were aligned perpendicular to the prevailing wind direction downwind of the wind farms King Plains and Armadillo Flats. These flights were designed to capture the effects of stable atmospheric conditions on wind speed and turbulence during early morning hours. In addition to flight legs perpendicular to the wind direction, vertical profiles up to an altitude of 1 km were included regularly to investigate atmospheric stability and wind profiles, in particular the phenomenon of low level jets. The resulting data include wind speed, turbulence intensities, and temperature distributions at different altitudes and distances from the wind farms. These measurements complement stationary data and provide valuable insights into the spatial and temporal variability of the wind field and vertical atmospheric stratification downwind of onshore wind farms. The dataset aims to improve wake models and optimize energy production from wind farms. This dataset is part of a broader effort to enhance power output prediction and ensure network stability with increasing reliance on variable renewable energy sources. The participation of the research aircraft of TU Braunschweig in the AWAKEN experiment was funded by the Klaus Tschira Stiftung GmbH (Germany) under Contract No. 03.006.2023.
DOI: 10.1594/pangaea.984789
title: In-situ aircraft measurements of wind farm wake effects during the AWAKEN campaign in Oklahoma (September 2023), flight AWAKEN_20230831_1204

description: The AWAKEN (American WAKE ExperimeNt) aircraft measurement campaign was conducted in September 2023 to investigate the interactions between wind farms and the atmospheric boundary layer (ABL) in the Southern Great Plains of Oklahoma, USA. The campaign involved 20 research flights conducted close to hub height using the research aircraft Cessna F406 with call sign D-ILAB of TU Braunschweig. Parts of the flight patterns were aligned perpendicular to the prevailing wind direction downwind of the wind farms King Plains and Armadillo Flats. These flights were designed to capture the effects of stable atmospheric conditions on wind speed and turbulence during early morning hours. In addition to flight legs perpendicular to the wind direction, vertical profiles up to an altitude of 1 km were included regularly to investigate atmospheric stability and wind profiles, in particular the phenomenon of low level jets. The resulting data include wind speed, turbulence intensities, and temperature distributions at different altitudes and distances from the wind farms. These measurements complement stationary data and provide valuable insights into the spatial and temporal variability of the wind field and vertical atmospheric stratification downwind of onshore wind farms. The dataset aims to improve wake models and optimize energy production from wind farms. This dataset is part of a broader effort to enhance power output prediction and ensure network stability with increasing reliance on variable renewable energy sources. The participation of the research aircraft of TU Braunschweig in the AWAKEN experiment was funded by the Klaus Tschira Stiftung GmbH (Germany) under Contract No. 03.006.2023.
DOI: 10.1594/pangaea.984795
title: In-situ aircraft measurements of wind farm wake effects during the AWAKEN campaign in Oklahoma (September 2023), flight AWAKEN_20230902_1200

description: The AWAKEN (American WAKE ExperimeNt) aircraft measurement campaign was conducted in September 2023 to investigate the interactions between wind farms and the atmospheric boundary layer (ABL) in the Southern Great Plains of Oklahoma, USA. The campaign involved 20 research flights conducted close to hub height using the research aircraft Cessna F406 with call sign D-ILAB of TU Braunschweig. Parts of the flight patterns were aligned perpendicular to the prevailing wind direction downwind of the wind farms King Plains and Armadillo Flats. These flights were designed to capture the effects of stable atmospheric conditions on wind speed and turbulence during early morning hours. In addition to flight legs perpendicular to the wind direction, vertical profiles up to an altitude of 1 km were included regularly to investigate atmospheric stability and wind profiles, in particular the phenomenon of low level jets. The resulting data include wind speed, turbulence intensities, and temperature distributions at different altitudes and distances from the wind farms. These measurements complement stationary data and provide valuable insights into the spatial and temporal variability of the wind field and vertical atmospheric stratification downwind of onshore wind farms. The dataset aims to improve wake models and optimize energy production from wind farms. This dataset is part of a broader effort to enhance power output prediction and ensure network stability with increasing reliance on variable renewable energy sources. The participation of the research aircraft of TU Braunschweig in the AWAKEN experiment was funded by the Klaus Tschira Stiftung GmbH (Germany) under Contract No. 03.006.2023.
DOI: 10.1594/pangaea.984796
title: In-situ aircraft measurements of wind farm wake effects during the AWAKEN campaign in Oklahoma (September 2023), flight AWAKEN_20230904_1205

description: The AWAKEN (American WAKE ExperimeNt) aircraft measurement campaign was conducted in September 2023 to investigate the interactions between wind farms and the atmospheric boundary layer (ABL) in the Southern Great Plains of Oklahoma, USA. The campaign involved 20 research flights conducted close to hub height using the research aircraft Cessna F406 with call sign D-ILAB of TU Braunschweig. Parts of the flight patterns were aligned perpendicular to the prevailing wind direction downwind of the wind farms King Plains and Armadillo Flats. These flights were designed to capture the effects of stable atmospheric conditions on wind speed and turbulence during early morning hours. In addition to flight legs perpendicular to the wind direction, vertical profiles up to an altitude of 1 km were included regularly to investigate atmospheric stability and wind profiles, in particular the phenomenon of low level jets. The resulting data include wind speed, turbulence intensities, and temperature distributions at different altitudes and distances from the wind farms. These measurements complement stationary data and provide valuable insights into the spatial and temporal variability of the wind field and vertical atmospheric stratification downwind of onshore wind farms. The dataset aims to improve wake models and optimize energy production from wind farms. This dataset is part of a broader effort to enhance power output prediction and ensure network stability with increasing reliance on variable renewable energy sources. The participation of the research aircraft of TU Braunschweig in the AWAKEN experiment was funded by the Klaus Tschira Stiftung GmbH (Germany) under Contract No. 03.006.2023.
DOI: 10.1594/pangaea.984797
title: In-situ aircraft measurements of wind farm wake effects during the AWAKEN campaign in Oklahoma (September 2023), flight AWAKEN_20230903_1205

description: The AWAKEN (American WAKE ExperimeNt) aircraft measurement campaign was conducted in September 2023 to investigate the interactions between wind farms and the atmospheric boundary layer (ABL) in the Southern Great Plains of Oklahoma, USA. The campaign involved 20 research flights conducted close to hub height using the research aircraft Cessna F406 with call sign D-ILAB of TU Braunschweig. Parts of the flight patterns were aligned perpendicular to the prevailing wind direction downwind of the wind farms King Plains and Armadillo Flats. These flights were designed to capture the effects of stable atmospheric conditions on wind speed and turbulence during early morning hours. In addition to flight legs perpendicular to the wind direction, vertical profiles up to an altitude of 1 km were included regularly to investigate atmospheric stability and wind profiles, in particular the phenomenon of low level jets. The resulting data include wind speed, turbulence intensities, and temperature distributions at different altitudes and distances from the wind farms. These measurements complement stationary data and provide valuable insights into the spatial and temporal variability of the wind field and vertical atmospheric stratification downwind of onshore wind farms. The dataset aims to improve wake models and optimize energy production from wind farms. This dataset is part of a broader effort to enhance power output prediction and ensure network stability with increasing reliance on variable renewable energy sources. The participation of the research aircraft of TU Braunschweig in the AWAKEN experiment was funded by the Klaus Tschira Stiftung GmbH (Germany) under Contract No. 03.006.2023.
DOI: 10.1594/pangaea.984801
title: In-situ aircraft measurements of wind farm wake effects during the AWAKEN campaign in Oklahoma (September 2023), flight AWAKEN_20230910_1207

description: The AWAKEN (American WAKE ExperimeNt) aircraft measurement campaign was conducted in September 2023 to investigate the interactions between wind farms and the atmospheric boundary layer (ABL) in the Southern Great Plains of Oklahoma, USA. The campaign involved 20 research flights conducted close to hub height using the research aircraft Cessna F406 with call sign D-ILAB of TU Braunschweig. Parts of the flight patterns were aligned perpendicular to the prevailing wind direction downwind of the wind farms King Plains and Armadillo Flats. These flights were designed to capture the effects of stable atmospheric conditions on wind speed and turbulence during early morning hours. In addition to flight legs perpendicular to the wind direction, vertical profiles up to an altitude of 1 km were included regularly to investigate atmospheric stability and wind profiles, in particular the phenomenon of low level jets. The resulting data include wind speed, turbulence intensities, and temperature distributions at different altitudes and distances from the wind farms. These measurements complement stationary data and provide valuable insights into the spatial and temporal variability of the wind field and vertical atmospheric stratification downwind of onshore wind farms. The dataset aims to improve wake models and optimize energy production from wind farms. This dataset is part of a broader effort to enhance power output prediction and ensure network stability with increasing reliance on variable renewable energy sources. The participation of the research aircraft of TU Braunschweig in the AWAKEN experiment was funded by the Klaus Tschira Stiftung GmbH (Germany) under Contract No. 03.006.2023.
DOI: 10.1594/pangaea.984798
title: In-situ aircraft measurements of wind farm wake effects during the AWAKEN campaign in Oklahoma (September 2023), flight AWAKEN_20230906_1209

description: The AWAKEN (American WAKE ExperimeNt) aircraft measurement campaign was conducted in September 2023 to investigate the interactions between wind farms and the atmospheric boundary layer (ABL) in the Southern Great Plains of Oklahoma, USA. The campaign involved 20 research flights conducted close to hub height using the research aircraft Cessna F406 with call sign D-ILAB of TU Braunschweig. Parts of the flight patterns were aligned perpendicular to the prevailing wind direction downwind of the wind farms King Plains and Armadillo Flats. These flights were designed to capture the effects of stable atmospheric conditions on wind speed and turbulence during early morning hours. In addition to flight legs perpendicular to the wind direction, vertical profiles up to an altitude of 1 km were included regularly to investigate atmospheric stability and wind profiles, in particular the phenomenon of low level jets. The resulting data include wind speed, turbulence intensities, and temperature distributions at different altitudes and distances from the wind farms. These measurements complement stationary data and provide valuable insights into the spatial and temporal variability of the wind field and vertical atmospheric stratification downwind of onshore wind farms. The dataset aims to improve wake models and optimize energy production from wind farms. This dataset is part of a broader effort to enhance power output prediction and ensure network stability with increasing reliance on variable renewable energy sources. The participation of the research aircraft of TU Braunschweig in the AWAKEN experiment was funded by the Klaus Tschira Stiftung GmbH (Germany) under Contract No. 03.006.2023.
DOI: 10.1594/pangaea.984799
title: In-situ aircraft measurements of wind farm wake effects during the AWAKEN campaign in Oklahoma (September 2023), flight AWAKEN_20230905_1203

description: The AWAKEN (American WAKE ExperimeNt) aircraft measurement campaign was conducted in September 2023 to investigate the interactions between wind farms and the atmospheric boundary layer (ABL) in the Southern Great Plains of Oklahoma, USA. The campaign involved 20 research flights conducted close to hub height using the research aircraft Cessna F406 with call sign D-ILAB of TU Braunschweig. Parts of the flight patterns were aligned perpendicular to the prevailing wind direction downwind of the wind farms King Plains and Armadillo Flats. These flights were designed to capture the effects of stable atmospheric conditions on wind speed and turbulence during early morning hours. In addition to flight legs perpendicular to the wind direction, vertical profiles up to an altitude of 1 km were included regularly to investigate atmospheric stability and wind profiles, in particular the phenomenon of low level jets. The resulting data include wind speed, turbulence intensities, and temperature distributions at different altitudes and distances from the wind farms. These measurements complement stationary data and provide valuable insights into the spatial and temporal variability of the wind field and vertical atmospheric stratification downwind of onshore wind farms. The dataset aims to improve wake models and optimize energy production from wind farms. This dataset is part of a broader effort to enhance power output prediction and ensure network stability with increasing reliance on variable renewable energy sources. The participation of the research aircraft of TU Braunschweig in the AWAKEN experiment was funded by the Klaus Tschira Stiftung GmbH (Germany) under Contract No. 03.006.2023.
DOI: 10.1594/pangaea.984800
title: In-situ aircraft measurements of wind farm wake effects during the AWAKEN campaign in Oklahoma (September 2023), flight AWAKEN_20230907_1759

description: The AWAKEN (American WAKE ExperimeNt) aircraft measurement campaign was conducted in September 2023 to investigate the interactions between wind farms and the atmospheric boundary layer (ABL) in the Southern Great Plains of Oklahoma, USA. The campaign involved 20 research flights conducted close to hub height using the research aircraft Cessna F406 with call sign D-ILAB of TU Braunschweig. Parts of the flight patterns were aligned perpendicular to the prevailing wind direction downwind of the wind farms King Plains and Armadillo Flats. These flights were designed to capture the effects of stable atmospheric conditions on wind speed and turbulence during early morning hours. In addition to flight legs perpendicular to the wind direction, vertical profiles up to an altitude of 1 km were included regularly to investigate atmospheric stability and wind profiles, in particular the phenomenon of low level jets. The resulting data include wind speed, turbulence intensities, and temperature distributions at different altitudes and distances from the wind farms. These measurements complement stationary data and provide valuable insights into the spatial and temporal variability of the wind field and vertical atmospheric stratification downwind of onshore wind farms. The dataset aims to improve wake models and optimize energy production from wind farms. This dataset is part of a broader effort to enhance power output prediction and ensure network stability with increasing reliance on variable renewable energy sources. The participation of the research aircraft of TU Braunschweig in the AWAKEN experiment was funded by the Klaus Tschira Stiftung GmbH (Germany) under Contract No. 03.006.2023.
DOI: 10.1594/pangaea.984803
title: In-situ aircraft measurements of wind farm wake effects during the AWAKEN campaign in Oklahoma (September 2023), flight AWAKEN_20230915_1638

description: The AWAKEN (American WAKE ExperimeNt) aircraft measurement campaign was conducted in September 2023 to investigate the interactions between wind farms and the atmospheric boundary layer (ABL) in the Southern Great Plains of Oklahoma, USA. The campaign involved 20 research flights conducted close to hub height using the research aircraft Cessna F406 with call sign D-ILAB of TU Braunschweig. Parts of the flight patterns were aligned perpendicular to the prevailing wind direction downwind of the wind farms King Plains and Armadillo Flats. These flights were designed to capture the effects of stable atmospheric conditions on wind speed and turbulence during early morning hours. In addition to flight legs perpendicular to the wind direction, vertical profiles up to an altitude of 1 km were included regularly to investigate atmospheric stability and wind profiles, in particular the phenomenon of low level jets. The resulting data include wind speed, turbulence intensities, and temperature distributions at different altitudes and distances from the wind farms. These measurements complement stationary data and provide valuable insights into the spatial and temporal variability of the wind field and vertical atmospheric stratification downwind of onshore wind farms. The dataset aims to improve wake models and optimize energy production from wind farms. This dataset is part of a broader effort to enhance power output prediction and ensure network stability with increasing reliance on variable renewable energy sources. The participation of the research aircraft of TU Braunschweig in the AWAKEN experiment was funded by the Klaus Tschira Stiftung GmbH (Germany) under Contract No. 03.006.2023.