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GeoCarb

 

 

About the Mission

The Geostationary Carbon Cycle Observatory (GeoCarb), a first-of-its-kind space-based Earth science mission, will study how and why the global carbon cycle is changing, and monitor plant health and vegetation stress throughout the Americas.

Mission

GeoCarb Instrument

The GeoCarb instrument consists of a telescope for light collection, optics and grating spectrometer, star trackers, and electronic boxes. The instrument is optimized to deduce concentrations of carbon dioxide, methane, and carbon monoxide, as well as Solar-Induced Fluorescence (SIF) from Geostationary Orbit.

 

Instrument

Advancing Science

Denser measurements within time and space over land in the Western Hemisphere are required to distinguish between the various sources and sinks of carbon dioxide, as well as methane. We can enhance current carbon-cycle knowledge with millions of daily observations that are possible through a space-based instrument like GeoCarb.

 

Science

 

 

Announcements

OU Earth Science Mission ‘Geocarb’ Moves Ahead to Critical Design Review

GeoCarb has been approved to move ahead to critical design review that will complete the final review of the GeoCarb instrument design. The review will evaluate instrument design, configuration, and launch. The CDR was performed January 29-31 in Palo Alto, CA, where the instrument was confirmed ready for build.

News

GeoCarb is Hiring!

GeoCarb is looking for undergraduate research assistants to join the team! Click the link below for the job description, and email scrowell@ou.edu with any inquiries.

Description (pdf)


 

Bringing Together Science and Technology

Watching Earth Breathe

GeoCarb will measure the carbon cycle as the western hemisphere breathes in and out every day — watching how Earth’s seasons change through the eyes of the biosphere.

A New View of the Americas

The unique spectrometer on the observatory will produce daily scans of landmasses in the western hemisphere. Shorter revisit times and larger coverage area, made possible by Geostationary Orbit, will deliver observations of the carbon cycle that are beyond the reach of observatories currently in orbit. 

Studying Earth's Carbon Cycle From Space

The GeoCarb observatory will provide a record number of high-quality measurements of carbon dioxide, methane and carbon monoxide in the atmosphere in unprecedented detail. With these observations, scientists can begin to unravel the many sources and sinks in the carbon cycle.

Learn More About Studying Earth's Carbon Cycle From Space

Monitoring Vegetation Health

Solar Induced Fluorescence (SIF) is a direct indicator of photosynthesis and shows the impact of environmental stressors such as drought - an important measure of ecosystem health.

Learn More About Monitoring Vegetation Health