Athletic Director

Texas Tech University

Grants

19 Active

19 results

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(NWI) VORTEX-SE: Characterization of microphysical processes in potentially tornadic Southeast U.S. storms via polarimetric radar - disdrometer - lightning synthesis

DOC - National Oceanic and Atmospheric Administration-

09/1/19 → …

Project: Research

STATEMENT OF WORK: National Severe Storms Laboratory/NRMAG000-19-00105

DOC - National Oceanic and Atmospheric Administration-

02/13/19 → …

Project: Research

Potential Sites for StickNet Surface Observation in Southeast Subregions of the US

National Oceanic and Atmospheric Administration-Federal

01/1/19 → …

Project: Research

NWI VORTEX-SE: Establishing the Interdependence of Thermodynamic State, Lightning, and Low-Level Vorticity as a Foundation for Improved Forecaster Awareness of Southeast U.S. Storms

Weiss, C. & Bruning, E.

DOC - National Oceanic and Atmospheric Administration-

09/1/18 → …

Project: Research

STATEMENT OF NEED: National Severe Storms Laboratory NRMAG000-18-01297

DOC - National Oceanic and Atmospheric Administration-

09/1/18 → …

Project: Research

NWI: Collaborative Research: Targeted Observation by Radars and UAS of Supercells (TORUS)

National Science Foundation-

09/1/18 → …

Project: Research

NWI VORTEX-SE: Insights into the Structure and Predictability of Southeastern U.S. Tornadic Storms Afforded by Intensive Observation and High-Resolution Numerical Modeling

Weiss, C., Bruning, E. & Dahl, J.

09/1/17 → …

Project: Research

NWI VORTEX-SE: Insights into the Structure and Predictability of Southeastern U.S. Tornadic Storms Afforded by Intensive Observation and High-Resolution Numerical Modeling

Dahl, J., Weiss, C. & Bruning, E.

09/1/17 → …

Project: Research

NRI: Collaborative Research: Targeted Observation of Severe Local Storms Using Aerial Robots

National Science Foundation-Federal

01/1/16 → …

Project: Research

NWI: VORTEX-SE: The Role and Predictability of Baroclinic and Terrain Influences in Southeastern U.S. Tornado Environments

Dahl, J., Weiss, C. & Bruning, E.

National Oceanic and Atmospheric Administration-Federal

01/1/16 → …

Project: Research

NWI: VORTEX-SE: The Role and Predictability of Baroclinic and Terrain Influences in Southeastern U.S. Tornado Environments

Dahl, J., Weiss, C. & Bruning, E.

01/1/16 → …

Project: Research

VORTEX-SE: Improving Understanding and Predictability of Tornadic Storms in the Southeastern U.S. Using Intensive Observations and High-Resolution Modeling

Dahl, J., Weiss, C. & Bruning, E.

National Oceanic and Atmospheric Administration-Federal

09/1/15 → …

Project: Research

VORTEX-SE: Improving Understanding and Predictability of Tornadic Storms in the Southeastern U.S. Using Intensive Observations and High-Resolution Modeling

Dahl, J., Weiss, C. & Bruning, E.

09/1/15 → …

Project: Research

Development of Probabilistic and Sensitivity-Based Forecast Tools to Improve High-Impact Forecasting Guidance at the NWS

Weiss, C. & Ancell, B.

National Oceanic and Atmospheric Administration (NOAA)-Federal

05/1/14 → …

Project: Research

Energy-Aware Aerial Systems for Persistent Sampling and Surveillance

Air Force Office of Scientific Research-Federal

01/1/12 → …

Project: Research

Integration of Forecast Sensitivity into the NWS Forecasting Process to Improve Predictability of High-impact Weather

Weiss, C. & Ancell, B.

National Weather Service-Federal

01/1/11 → …

Project: Research

Investigating the Structure of Tornadoes and the Near-tornado Environment using Mobile High-frequency Ka-band Doppler Radar Technology

National Science Foundation-Federal

03/1/10 → …

Project: Research

Project VORTEX2: Investigation of Storm-scale Baroclinity using Fine-scale Observations and Numerical Models

National Science Foundation-Federal

10/1/08 → …

Project: Research

Innovative Technologies to Investigate Fine-Scale Atmospheric Motions and Their Impact

Texas Tech Vice President of Research-Texas Tech University

01/1/06 → …

Project: Research