NASA, remote-sensing, and forest carbon monitoring

Remote-sensing techniques can make forests more productive, offsetting increased carbon-dioxide (CO2) concentrations in the atmosphere and oceans, according to Dr. Randolph Wynne, a NASA investigator and Virginia Tech professor of forest biometry and geomatics.

"We've entered the era of precision forestry," said Wynne, speaking at the second in a series of industry events that are part of the ImageTree Idea Leadership Series. "Remotely sensed data can be combined with in situ data to provide accurate inventory, support state-of-the-art silviculture techniques, supply accurate growth and yield estimates, and facilitate optimal harvest scheduling."

Dr. Wynne's recent presentation is available in its entirety at http://www.imagetreecorp.com/idea_cfe.html. Certified foresters are eligible for 2.0 hours of continuing education credits. Part of the company’s commitment to leadership within the forestry community, the ImageTree Idea Leadership Series is designed to promote innovative ideas for the preservation and management of forested environments.