In situ rocket-borne measurements of temperature and wind contribute to a better determination and understanding of stratospheric behavior and, hence, to a better understanding of processes that control the dynamical and chemical behavior of this region. Concern over ozone depletion and the difficulty generally involved in determining actual ozone trends has generated significant interest in temperature behavior, especially trends. Recent analysis of rocketsonde acquired temperature data between 1969 and 1986 contains evidence that the stratosphere may indeed be cooling. It is the intention of the RTOP to continue to provide rocketsonde measurements to: maintain the long term data stratospheric-mesospheric data base already established for ...
International audienceThe importance of the knowledge of the temperature structure in the atmosphere...
International audienceOHP lidar data and National Centers for Environmental Prediction (NCEP) strato...
International audienceThe importance of the knowledge of the temperature structure in the atmosphere...
Diurnal temperature and wind variation measured by instrumentation aboard meteorological rockets - d...
Since the mid-twentieth century, radiosonde and satellite measurements show that the troposphere ha...
Since the mid-twentieth century, radiosonde and satellite measurements show that the troposphere ha...
Since the mid-twentieth century, radiosonde and satellite measurements show that the troposphere ha...
Since the mid-twentieth century, radiosonde and satellite measurements show that the troposphere has...
Since the mid-twentieth century, radiosonde and satellite measurements show that the troposphere has...
Synoptic meteorology - wind circulation and atmospheric pressure in upper atmospher
Due to the increased greenhouse gases and ozone depletion, the stratosphere has cooled substantially...
Since the mid-twentieth century, radiosonde and satellite measurements show that the troposphere ha...
The major research objective is the measurement of high precision vertical profiles of ozone between...
Meteorological soundings of the upper stratosphere and mesosphere, conducted with in situ rocket tec...
International audienceThe importance of the knowledge of the temperature structure in the atmosphere...
International audienceThe importance of the knowledge of the temperature structure in the atmosphere...
International audienceOHP lidar data and National Centers for Environmental Prediction (NCEP) strato...
International audienceThe importance of the knowledge of the temperature structure in the atmosphere...
Diurnal temperature and wind variation measured by instrumentation aboard meteorological rockets - d...
Since the mid-twentieth century, radiosonde and satellite measurements show that the troposphere ha...
Since the mid-twentieth century, radiosonde and satellite measurements show that the troposphere ha...
Since the mid-twentieth century, radiosonde and satellite measurements show that the troposphere ha...
Since the mid-twentieth century, radiosonde and satellite measurements show that the troposphere has...
Since the mid-twentieth century, radiosonde and satellite measurements show that the troposphere has...
Synoptic meteorology - wind circulation and atmospheric pressure in upper atmospher
Due to the increased greenhouse gases and ozone depletion, the stratosphere has cooled substantially...
Since the mid-twentieth century, radiosonde and satellite measurements show that the troposphere ha...
The major research objective is the measurement of high precision vertical profiles of ozone between...
Meteorological soundings of the upper stratosphere and mesosphere, conducted with in situ rocket tec...
International audienceThe importance of the knowledge of the temperature structure in the atmosphere...
International audienceThe importance of the knowledge of the temperature structure in the atmosphere...
International audienceOHP lidar data and National Centers for Environmental Prediction (NCEP) strato...
International audienceThe importance of the knowledge of the temperature structure in the atmosphere...