|
12/2015 |
Local Finite-Amplitude Wave Activity as an Objective Diagnostic of Midlatitude Extreme Weather |
Lu, Jian |
Cornell University |
|
09/2017 |
Recent Changes in United States Heat Wave Characteristics Derived From Multiple Reanalyses |
Pryor, S.C. |
Cornell University |
|
12/2017 |
Modeling the Contributions of Global Air Temperature, Synoptic-Scale Phenomena and Soil Moisture to Near-Surface Static Energy Variability Using Artificial Neural Networks |
Pryor, S.C. |
Cornell University |
|
06/2018 |
The Influence of Real-World Wind Turbine Deployments on Local to Mesoscale Climate |
Pryor, S. C. |
Cornell University |
|
06/2018 |
Downstream Effects From Contemporary Wind Turbine Deployments |
Pryor, S. C. |
Cornell University |
|
07/2018 |
Wind Gust Characterization at Wind Turbine Relevant Heights in Moderately Complex Terrain |
Pryor, S. C. |
Cornell University |
|
07/2018 |
The Impact of Wind Direction Yaw Angle on Cliff Flows |
Pryor, S. C. |
Cornell University |
|
09/2018 |
Interannual Variability of Wind Climates and Wind Turbine Annual Energy Production |
Pryor, S.C. |
Cornell University |
|
01/2019 |
A Hierarchical Analysis of the Impact of Methodological Decisionson Statistical Downscaling of Daily Precipitation and Air Temperatures |
Pryor, Sara C. |
Cornell University |
|
02/2019 |
Downscaling Wind |
Pryor, Sara C. |
Cornell University |
|
03/2019 |
Characterizing Wind Gusts in Complex Terrain |
Pryor, S. C. |
Cornell University |
|
05/2019 |
Projected Changes in United States Regional Extreme Heat Days |
Pryor, S.C. |
Cornell University |
|
06/2019 |
Land-Atmosphere Coupling Over Tibetan Plateau |
Pryor, S.C. |
Cornell University |
|
07/2019 |
Wind Farm Wakes Simulated Using WRF |
Pryor, S.C. |
Cornell University |
|
01/2020 |
Optimizing Wind Turbine Deployment to Maximize Power |
Pryor, S.C. |
Cornell University |
|
01/2020 |
Effects of hydrometeor droplet characteristics on wind turbine blade leading edge erosion |
Pryor, S.C. |
Cornell University |
|
01/2020 |
Modelling Hail and Convective Storms With WRF for Wind Energy Applications |
Pryor, S.C. |
Cornell University |
|
01/2020 |
Assessing the Stability of Wind Resource and Wind Turbine Operating Conditions |
Pryor, S.C. |
Cornell University |
|
01/2020 |
20% US Electricity From Wind |
Pryor, S.C. |
Cornell University |
|
03/2020 |
Climate Effects From Wind Turbines |
Pryor, S.C. |
Cornell University |
|
03/2020 |
Improved Estimates of Drivers of Wind Turbine Blade Leading Edge Erosion |
Pryor, S.C. |
Cornell University |
|
08/2020 |
Differential Credibility Assessment (DCA) for Statistical Downscaling |
Pryor, S.C. |
Cornell University |
|
08/2020 |
Reaching-Up to Power-Up |
Pryor, S.C. |
Cornell University |
|
10/2020 |
WRF Modelling of Deep Convection |
Pryor, S.C. |
Cornell University |
|
10/2020 |
Climate Change & Wind Power |
Pryor, S.C. |
Cornell University |
|
11/2020 |
Low-Level Jets: Detection & Characterization |
Pryor, S.C. |
Cornell University |
|
12/2020 |
Variability in Wind Power Generation |
Pryor, S.C. |
Cornell University |
|
01/2021 |
Digital Atlas of Extreme Wind Speeds |
Pryor, S.C. |
Cornell University |
|
07/2021 |
Intense Windstorms in the Northeastern United States |
Pryor, S.C. |
Cornell University |