Major goals are to gain a better understanding of the planetary-scale tropospheric/stratospheric circulation and to better utilize global-scale routine measurements from satellites. The focus on the latter goal is determining the relationship between total column ozone measurements and the tropopause altitude
With aircraft-mounted in situ and remote sensing instruments for dynamical, thermal, and chemical me...
International audienceIt is shown with a numerical simulation that a sharp increase in the vertical ...
This paper presents ozone structures measured by a ground-based ozone lidar and ozonesonde at Huntsv...
The spatial distribution of stratospheric ozone is useful in diagnosis of some features of the large...
Over the past forty years, numerous linear stability studies have been performed in order to explain...
Current research focused on the examination of the effects of ozone heating and Newtonian cooling on...
The research is comprised of the following tasks: use of simple analytical and numerical models of a...
Equivalent-barotropic calculations, in tandem with Lagrangian analyses, reveal how changes of total ...
This study makes comparisons between observed total column ozone (or simply total ozone) from the Ea...
In recent years there has been an increasing effort devoted to understanding the physical and dynami...
A study of the relationship between total ozone and tropopause pressure was carried out using Total ...
Research under this grant has involved analyses of satellite-derived measurements of water vapor and...
The distribution of atmospheric ozone is nonuniform both in space and time. Local ozone concentratio...
The evolution of the tropopause in the past, present, and future climate is examined by analyzing a ...
Examination of the relationship between tropical stratosphere zonal wind and ozone indicate a variab...
With aircraft-mounted in situ and remote sensing instruments for dynamical, thermal, and chemical me...
International audienceIt is shown with a numerical simulation that a sharp increase in the vertical ...
This paper presents ozone structures measured by a ground-based ozone lidar and ozonesonde at Huntsv...
The spatial distribution of stratospheric ozone is useful in diagnosis of some features of the large...
Over the past forty years, numerous linear stability studies have been performed in order to explain...
Current research focused on the examination of the effects of ozone heating and Newtonian cooling on...
The research is comprised of the following tasks: use of simple analytical and numerical models of a...
Equivalent-barotropic calculations, in tandem with Lagrangian analyses, reveal how changes of total ...
This study makes comparisons between observed total column ozone (or simply total ozone) from the Ea...
In recent years there has been an increasing effort devoted to understanding the physical and dynami...
A study of the relationship between total ozone and tropopause pressure was carried out using Total ...
Research under this grant has involved analyses of satellite-derived measurements of water vapor and...
The distribution of atmospheric ozone is nonuniform both in space and time. Local ozone concentratio...
The evolution of the tropopause in the past, present, and future climate is examined by analyzing a ...
Examination of the relationship between tropical stratosphere zonal wind and ozone indicate a variab...
With aircraft-mounted in situ and remote sensing instruments for dynamical, thermal, and chemical me...
International audienceIt is shown with a numerical simulation that a sharp increase in the vertical ...
This paper presents ozone structures measured by a ground-based ozone lidar and ozonesonde at Huntsv...