| Experiment/Title |
Type |
Download |
Technical Support |
Description |
|
MIRAGE |
Aircraft, Ground & Models |
Data Catalog |
Sasha Madronich: sasha@ucar.edu |
MIRAGE-Mexico was a field campaign designed to examine the chemical and physical
transformations of gases and aerosols in the polluted outflow from Mexico City |
|
TOPSE |
Aircraft |
Download |
Louisa Emmons: emmons@ucar.edu |
Tropospheric Ozone about the Spring Equinox (TOPSE) mission is to investigate the
chemical and dynamic evolution of
tropospheric chemical composition over mid- to high-latitude continental North America
during the winter/spring transition, with particular emphasis on the springtime ozone
maximum in the troposphere. |
| Model Evaluation Data |
Aircraft |
Download |
Louisa Emmons: emmons@ucar.edu |
These data sets include measurements that were part of aircraft campaigns, for the most
part sponsored by NASA/GTE, NASA/UARP and NSF/NCAR. The NetCDF files contain 1-minute
merged datasets, containing all available measurements, for each flight. These files
have been created primarily for use in chemical model evaluation.
|
| BVOC |
Ground/Laboratory |
Download |
Christine Wiedinmyer: christin@ucar.edu |
The measurement and modeling of Biogenic Volatile Organic Compounds (BVOC) are essential
for understanding regional and global atmospheric chemistry, carbon cycles, and climate.
For more than 40 years, research has been conducted to measure emissions of carbon-
containing compounds (BVOC) from vegetation. This web site will provide a database of
BVOC emission measurements and modeling parameters that is being developed by members of
the biosphere-atmosphere interactions research community.
|
|
MOZART |
Model |
Download |
Louisa Emmons: emmons@ucar.edu |
MOZART is a global 3-D chemical transport model driven by offline meteorological fields,
developed at NCAR, MPI-Meteorology, and NOAA/GFDL.
|
|
MEGAN |
Model |
Download |
Christine Wiedinmyer: christin@ucar.edu |
The Model of Emissions of Gases and Aerosols from Nature (MEGAN), was developed by
Dr. Alex Guenther and Dr. Christine Wiedinmyer at the National Center for Atmospheric
Research (NCAR). MEGAN is a modeling system for estimating emission and uptake (exchange)
of gases between the atmosphere and terrestrial vegetation and soils (Nature). MEGAN
uses an approach similar to previous models (e.g., BEIS, BEIS2 and GLOBEIS) but is
intended to be easier to use and update and to incorporate into regional and global
chemistry and transport models. |
| MOPITT CO |
Satellite |
Download |
David Edwards: edwards@ucar.edu |
Raw output data from the instrument supplemented by time, spacecraft position and
attitude information, calibrated radiances,and gridded global CO and CH4 distributions.
|
