Carbon in Arctic Reservoirs Vulnerability Experiment
As of September 25, 2016, CARVE is no longer a funded EVS-1 project. CARVE information and data are now available from the ORNL DAAC and will no longer be available from this portal.

— See the latest CARVE-related publication in the Biogeosciences journal, A multi-scale comparison of modeled and observed seasonal methane emissions in northern wetlands.

— See the latest news article on CARVE, Why Monitoring Emissions from Permafrost Matters.

— On Thursday November 12, 2015, the CARVE project completed flight operations for the 2015 campaign which brings the 5 year mission to a completion.

— Previous News & Announcements from the CARVE project...


About the CARVE Mission

The carbon budget of Arctic ecosystems is not known with confidence since fundamental elements of the complex Arctic biological-climatologic-hydrologic system are poorly quantified. CARVE will collect detailed measurements of important greenhouse gases on local to regional scales in the Alaskan Arctic and demonstrate new remote sensing and improved modeling capabilities to quantify Arctic carbon fluxes and carbon cycle-climate processes. Ultimately, CARVE will provide an integrated set of data that will provide unprecedented experimental insights into Arctic carbon cycling.

CARVE will use the Arctic-proven C-23 Sherpa aircraft to fly an innovative airborne remote sensing payload. It includes an infrared camera and a nadir-viewing spectrometer to deliver the first simultaneous measurements of surface parameters that control gas emissions (i.e., soil moisture, freeze/thaw state, surface temperature) and total atmospheric columns of carbon dioxide, methane, and carbon monoxide. The aircraft payload also includes a gas analyzer that links greenhouse gas measurements directly to World Meteorological Organization standards. Deployments will occur during the spring, summer and early fall when Arctic carbon fluxes are large and change rapidly. Further, at these times, the sensitivities of ecosystems to external forces such as fire and anomalous variability of temperature and precipitation are maximized. Continuous ground-based measurements provide temporal and regional context as well as calibration for CARVE airborne measurements.

CARVE science fills a critical gap in Earth science knowledge and satisfies high priority objectives across NASA’s Carbon Cycle & Ecosystems, Atmospheric Composition, and Climate Variability & Change focus areas as well as the Air Quality and Ecosystems elements of the Applied Sciences program. CARVE complements and enhances the science return from current NASA and non-NASA satellite sensors.

Contact Information

Mission Websites
http://carve.jpl.nasa.gov/ http://science.nasa.gov/missions/carve/

Principal Investigator
Charles Miller
NASA Jet Propulsion Laboratory,
Pasadena, CA

Project Manager
Steve Dinardo
NASA Jet Propulsion Laboratory,
Pasadena, CA

Mission Manager
Audra Bullock
Langley Research Center (LaRC),
Hampton, VA