This article begins with a review of important advances in the chemistry and related physics
of the mesosphere and lower thermosphere (MLT) region of the atmosphere that have …

Knowledge of highly excited rovibrational states of ozone isotopologues is of key importance
for modelling the dynamics of exchange reactions, for understanding longstanding problems …

Ozone formation and depletion play a key role in various physical and chemical atmospheric
processes which remain to be understood in more detail. The modeling of such phenomena …

To explore the various couplings across space and time and between ecosystems in a
consistent manner, atmospheric modeling is moving away from the fractured limited-scale …

Atmospheric emissions of atomic and molecular oxygen have been observed since the
middle of 19th century. In the last decades, it has been shown that emissions of excited …

Updated night atomic oxygen concentration (O) profiles from the Sounding of the
Atmosphere using Broadband Emission Radiometry (SABER) instrument on the National …

In this work, we provide the most complete to date reference data for 28 572 rovibrational
levels of the electronic ground state of the ozone 16 O 3 molecule up to the maximum …

The kinetic temperature, T k, and carbon dioxide, CO 2 density, are key parameters that
characterize the energetics and dynamics of the mesosphere and lower thermosphere …

Atomic hydrogen (H) is a fundamental component in the photochemistry and energy balance
of the terrestrial mesopause region (80–100 km). H is generated primarily by photolysis of …

Atomic oxygen (O) and atomic hydrogen (H) in the mesopause region are critical species,
governing chemistry, airglow, and energy budget. However, they cannot be directly …