Science issues, definition, instrument design studies, and hardware procurement for the multispectral atmospheric mapping sensor aircraft prototype, were all started and partially completed. The science issues for a shuttle atmospheric science experiment were defined around the precipitation processes question and results submitted and accepted for publication. Mission science objectives and payload definitions studies for the shuttle Earth observation experiment mission series were begun
The role of 0.5 to 300 micron remote sensing in planetary atmospheres exploration was evaluated by e...
A wide variety of secondary payloads have flown on the Space Transportation System (STS) since its f...
Atmospheric research in the Earth Sciences Division (610) consists of research and technology develo...
Information related to proposed earth observation experiments for shuttle sortie missions (SSM) in t...
The development of a subsatellite system has been proposed for the shuttle program which would provi...
Orbital analyses, instrument-viewing geometry studies, and sampling simulations are performed to def...
The activities and results of the Atmospheric Science Facility preliminary design study are reported...
The technology advancements needed to implement the atmospheric observation satellite systems for ai...
Author Institution: Acting Associate Administrator, Office of Mission to Planet EarthThe use of adva...
Studies of the Earths atmosphere require a comprehensive set of observations that rely on instrument...
The present EOD requirements for sensors in the space shuttle era are reported with emphasis on thos...
A satellite program to conduct research on the chemistry, energetics, and dynamics of the upper atmo...
It has become clear that anthropogenic aerosol emissions have had a distinct impact on global surfac...
Studies of the atmospheres of our solar system's planets including our own require a comprehensive s...
The functional capabilities of the ESAD Research Computing Facility are discussed. The system is use...
The role of 0.5 to 300 micron remote sensing in planetary atmospheres exploration was evaluated by e...
A wide variety of secondary payloads have flown on the Space Transportation System (STS) since its f...
Atmospheric research in the Earth Sciences Division (610) consists of research and technology develo...
Information related to proposed earth observation experiments for shuttle sortie missions (SSM) in t...
The development of a subsatellite system has been proposed for the shuttle program which would provi...
Orbital analyses, instrument-viewing geometry studies, and sampling simulations are performed to def...
The activities and results of the Atmospheric Science Facility preliminary design study are reported...
The technology advancements needed to implement the atmospheric observation satellite systems for ai...
Author Institution: Acting Associate Administrator, Office of Mission to Planet EarthThe use of adva...
Studies of the Earths atmosphere require a comprehensive set of observations that rely on instrument...
The present EOD requirements for sensors in the space shuttle era are reported with emphasis on thos...
A satellite program to conduct research on the chemistry, energetics, and dynamics of the upper atmo...
It has become clear that anthropogenic aerosol emissions have had a distinct impact on global surfac...
Studies of the atmospheres of our solar system's planets including our own require a comprehensive s...
The functional capabilities of the ESAD Research Computing Facility are discussed. The system is use...
The role of 0.5 to 300 micron remote sensing in planetary atmospheres exploration was evaluated by e...
A wide variety of secondary payloads have flown on the Space Transportation System (STS) since its f...
Atmospheric research in the Earth Sciences Division (610) consists of research and technology develo...