Add to ORKGIn this paper we present an automatic algorithm for the removal of echoes that are caused due to anomalous propagation (AP) from the lower radar elevation. The algorithm uses textural information as well as intensity characteristics of reflectivity maps that are obtained from the two lower radar elevations. The texture of the reflectivity maps is analyzed with the help of multifractals. We present examples that illustrate the efficiency of our algorithm. We compare our algorithm with a manual algorithm that was developed by NASA/TRMM for AP removal, in terms of total rain accumulation and in terms of the number of pixels removed
The presence of rain over oceans interferes with the measurement of sea surface wind speed and direc...
Nowadays research is triggered by the permanent need to better relate the measured radar reflectivit...
Rainfall fields exhibit extreme variability over wide range of space-time scales which make them com...
In this paper we present an automatic algorithm for the removal of echoes that are caused due to ano...
In this paper, we present an algorithm for the automated removal of nonprecipitation related echoes ...
In this paper, we present an algorithm for the automated removal of nonprecipitation related echoes ...
International audienceIn this work, the 2D-WTMM multifractal approach was applied to analysis the ra...
National audienceIn the emergency situations, the hydrological alert and forecast systems require mo...
The presence of rain over oceans interferes with the measurement of sea surface wind speed and direc...
The presence of rain over oceans interferes with the measurement of sea surface wind speed and direc...
International audienceRadar data are used to characterize the spatial variability of rainfall, in pa...
A number of technologically advanced devices, such as radars and satellites, are used in an actual w...
Contamination of weather radar echoes by anomalous propagation (anaprop) mechanisms remains a seriou...
The presence of rain over oceans interferes with the measurement of sea surface wind speed and direc...
Nowadays research is triggered by the permanent need to better relate the measured radar reflectivit...
Rainfall fields exhibit extreme variability over wide range of space-time scales which make them com...
In this paper we present an automatic algorithm for the removal of echoes that are caused due to ano...
In this paper, we present an algorithm for the automated removal of nonprecipitation related echoes ...
In this paper, we present an algorithm for the automated removal of nonprecipitation related echoes ...
International audienceIn this work, the 2D-WTMM multifractal approach was applied to analysis the ra...
National audienceIn the emergency situations, the hydrological alert and forecast systems require mo...
The presence of rain over oceans interferes with the measurement of sea surface wind speed and direc...
The presence of rain over oceans interferes with the measurement of sea surface wind speed and direc...
International audienceRadar data are used to characterize the spatial variability of rainfall, in pa...
A number of technologically advanced devices, such as radars and satellites, are used in an actual w...
Contamination of weather radar echoes by anomalous propagation (anaprop) mechanisms remains a seriou...
The presence of rain over oceans interferes with the measurement of sea surface wind speed and direc...
Nowadays research is triggered by the permanent need to better relate the measured radar reflectivit...
Rainfall fields exhibit extreme variability over wide range of space-time scales which make them com...