This paper is a brief survey of a portion of the research on trace constituents in the stratosphere and mesosphere between 1971 and 1974. A primary motivation for much of the stratospheric research came from the realization that man's activities may influence global climate and the atmospheric ozone content, our shield against certain UV wavelengths. A great deal of progress has been reported in understanding both the present background stratosphere and the responses to be expected from additions of nitrogen oxides, water, and chlorine oxides, especially with respect to ozone. Trace constituents in the mesosphere have been modeled and measured to increase our understanding of the physics and chemistry of the mesosphere but also to relate me...
Present understanding of global atmospheric chemistry is reviewed. Models are presented and compared...
Dissertation (Ph.D.) University of Alaska Fairbanks, 2001Stratospheric ozone is of crucial importanc...
International audienceThe stratosphere is the atmospheric layer comprised between 8–18 km for its lo...
This paper is a brief survey of a portion of the research on trace constituents in the stratosphere ...
Minor constituents play an important role in atmospheric chemistry and serve as tracers in transport...
Abstract: The chemistry of the atmosphere results from a complex series of reactions that involve ma...
The chemistry of stratospheric ozone is discussed and particular consideration is given to the role ...
Atmospheric trace gases have an important impact on Earth’s radiative budget, the oxidative or clean...
The MIT group participated in seven publications in the 1999 issues of JGR with sections devoted in ...
This research program investigated changes of dynamical and chemical structure of the lower stratosp...
In situ measurements of a large number of trace chemicals from the midlatitude (37-57°N) lower strat...
A suite of compounds with a wide range of photochemical lifetimes (3 months to several decades) was ...
Presented at the AIAA/AMS international conference on the environmental impact of aerospace operatio...
One-dimensional model dealing with the vertical distributions of 36 species inthe stratosphere was d...
Minor constituents play an important role in upper atmospheric photochemistry and serve as tracers i...
Present understanding of global atmospheric chemistry is reviewed. Models are presented and compared...
Dissertation (Ph.D.) University of Alaska Fairbanks, 2001Stratospheric ozone is of crucial importanc...
International audienceThe stratosphere is the atmospheric layer comprised between 8–18 km for its lo...
This paper is a brief survey of a portion of the research on trace constituents in the stratosphere ...
Minor constituents play an important role in atmospheric chemistry and serve as tracers in transport...
Abstract: The chemistry of the atmosphere results from a complex series of reactions that involve ma...
The chemistry of stratospheric ozone is discussed and particular consideration is given to the role ...
Atmospheric trace gases have an important impact on Earth’s radiative budget, the oxidative or clean...
The MIT group participated in seven publications in the 1999 issues of JGR with sections devoted in ...
This research program investigated changes of dynamical and chemical structure of the lower stratosp...
In situ measurements of a large number of trace chemicals from the midlatitude (37-57°N) lower strat...
A suite of compounds with a wide range of photochemical lifetimes (3 months to several decades) was ...
Presented at the AIAA/AMS international conference on the environmental impact of aerospace operatio...
One-dimensional model dealing with the vertical distributions of 36 species inthe stratosphere was d...
Minor constituents play an important role in upper atmospheric photochemistry and serve as tracers i...
Present understanding of global atmospheric chemistry is reviewed. Models are presented and compared...
Dissertation (Ph.D.) University of Alaska Fairbanks, 2001Stratospheric ozone is of crucial importanc...
International audienceThe stratosphere is the atmospheric layer comprised between 8–18 km for its lo...