Add to ORKGVerification is a central aspect of quantitative precipitation forecasts (QPFs) to assess their shortcomings and problems. The MAP D-PHASE dataset offers a unique opportunity to investigate the QPF performance of different deterministic regional numerical weather pre-diction (NWP) models. Due to the complex nature of precipitation fields the verification o
The demand for verification of numerical models is still very high, especially for what concerns the...
The primary goal of forecast verification is to answer the question: “how good is this forecast? ” o...
The current operational very short-term and shortterm quantitative precipitation forecast (QPF) at t...
A novel object-based quality measure, which contains three distinct components that consider aspects...
Verification is a critical component of the development and use of forecasting systems. Ideally, ver...
This paper discusses the results of a quantitative precipitation forecast (QPF) verification study a...
Numerical Weather Prediction (NWP) model quantitative precipitation forecasts (QPF) have been one of...
Verification files for the Verif program. See https://github.com/WFRT/verif for details
One element of a complete verification system is the ability to determine why forecasts behave as th...
Precipitation forecasts provided by high-resolution NWP models have a degree of realism that is very...
International audienceSpatial verification methods able to handle high-resolution ensemble forecasts...
AbstractThis paper explores the use of wavelets for spatial verification of quantitative precipitati...
Precipitation forecast from meso-scale numerical weather prediction (NWP) models often contains feat...
Quantitative Precipitation Forecast (QPF) is the final product of a short-term forecasting algorithm...
The ARW model was run over a small domain centered on Iowa for 9 months with 4-km grid spacing to be...
The demand for verification of numerical models is still very high, especially for what concerns the...
The primary goal of forecast verification is to answer the question: “how good is this forecast? ” o...
The current operational very short-term and shortterm quantitative precipitation forecast (QPF) at t...
A novel object-based quality measure, which contains three distinct components that consider aspects...
Verification is a critical component of the development and use of forecasting systems. Ideally, ver...
This paper discusses the results of a quantitative precipitation forecast (QPF) verification study a...
Numerical Weather Prediction (NWP) model quantitative precipitation forecasts (QPF) have been one of...
Verification files for the Verif program. See https://github.com/WFRT/verif for details
One element of a complete verification system is the ability to determine why forecasts behave as th...
Precipitation forecasts provided by high-resolution NWP models have a degree of realism that is very...
International audienceSpatial verification methods able to handle high-resolution ensemble forecasts...
AbstractThis paper explores the use of wavelets for spatial verification of quantitative precipitati...
Precipitation forecast from meso-scale numerical weather prediction (NWP) models often contains feat...
Quantitative Precipitation Forecast (QPF) is the final product of a short-term forecasting algorithm...
The ARW model was run over a small domain centered on Iowa for 9 months with 4-km grid spacing to be...
The demand for verification of numerical models is still very high, especially for what concerns the...
The primary goal of forecast verification is to answer the question: “how good is this forecast? ” o...
The current operational very short-term and shortterm quantitative precipitation forecast (QPF) at t...