There are many different sensors that can be used for studies of clouds or rain. However, it is only with Envisat that a dual-frequency altimeter has been comanifested with a high-precision infra-red radiometer. This paper is the first to demonstrate the complementary cloud information obtainable from these two sensors. The examples considered here are of major storms brewing in the ITCZ just to the west of Africa. The cloud tops exceed 13 km, but much of this is inactive cirrus shield; the intense rain occurs wherethe optical depth exceeds 25 units
The impact of large atmospheric attenuation events on data quality and availability is a critical as...
TOPEX and Jason were the first two dual-frequency altimeters in space, with both operating at Ku- an...
Recently developed algorithms have shown the potential recovery of rainfall information from spacebo...
As the goals for altimetric measurements become ever more precise, there is concern about the reliab...
Owing to the highly variable nature of rain both in space and time and the difficulties in obtaining...
Envisat carries a number of sensors able to provide quantitative information on raining clouds: AATS...
Satellites play a major role in the determination of the rainfall at sea. Researchers at Southampton...
Altimetry range, wave height, and wind speed measurements are often corrupted by two effects over th...
Measurements made by the Special Sensor Microwave/Imager (SSM/I) radiometer over the oceans, at 19, ...
Envisat carries a number of sensors able to provide quantitative information on raining clouds: AATS...
Atmospheric liquid water, particularly in the form of rain, produces anomalies in the radar altimetr...
Dual-frequency rain-flagging has long been a standard part of altimetric data analysis, both for qua...
Dual-frequency rain-flagging has long been a standard part of altimetric data analysis, both for qua...
TOPEX and Jason were the first two dual-frequency altimeters in space, with both operating at Ku- an...
The combination of passive and active microwave satellite data products should give new and improved...
The impact of large atmospheric attenuation events on data quality and availability is a critical as...
TOPEX and Jason were the first two dual-frequency altimeters in space, with both operating at Ku- an...
Recently developed algorithms have shown the potential recovery of rainfall information from spacebo...
As the goals for altimetric measurements become ever more precise, there is concern about the reliab...
Owing to the highly variable nature of rain both in space and time and the difficulties in obtaining...
Envisat carries a number of sensors able to provide quantitative information on raining clouds: AATS...
Satellites play a major role in the determination of the rainfall at sea. Researchers at Southampton...
Altimetry range, wave height, and wind speed measurements are often corrupted by two effects over th...
Measurements made by the Special Sensor Microwave/Imager (SSM/I) radiometer over the oceans, at 19, ...
Envisat carries a number of sensors able to provide quantitative information on raining clouds: AATS...
Atmospheric liquid water, particularly in the form of rain, produces anomalies in the radar altimetr...
Dual-frequency rain-flagging has long been a standard part of altimetric data analysis, both for qua...
Dual-frequency rain-flagging has long been a standard part of altimetric data analysis, both for qua...
TOPEX and Jason were the first two dual-frequency altimeters in space, with both operating at Ku- an...
The combination of passive and active microwave satellite data products should give new and improved...
The impact of large atmospheric attenuation events on data quality and availability is a critical as...
TOPEX and Jason were the first two dual-frequency altimeters in space, with both operating at Ku- an...
Recently developed algorithms have shown the potential recovery of rainfall information from spacebo...