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J OE M ASCARO , G REG A SNER , H ELENE M ULLER -L ANDAU ET AL . D EPARTMENT OF G LOBAL E COLOGY C ARNEGIE I NSTITUTION FOR S CIENCE S MITHSONIAN T ROPICAL R ESEARCH I NSTITUTE Beyond Forest Cover: High-resolution Carbon Mapping for REDD+

REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

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Page 1: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

J O E M A S C A R O , G R E G A S N E R ,

H E L E N E M U L L E R - L A N D A U E T A L .

D E P A R T M E N T O F G L O B A L E C O L O G Y

C A R N E G I E I N S T I T U T I O N F O R S C I E N C E

S M I T H S O N I A N T R O P I C A L R E S E A R C H I N S T I T U T E

Beyond Forest Cover:High-resolution Carbon Mapping

for REDD+

Page 2: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Panama is a Thriving Economy

Panama had the highest 2008 GDP (both per-capita and absolute) among all Central American nations (FAO).

Page 3: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Deforestation in Panama

Over the period from 2000 to 2010, Panama experienced 0.4% forest loss per year (FAO), a lower relative rate than all but one Central American nation, and a decline from forest loss in the previous decade.

Net changes in forest cover mask a higher loss of primary forest, however—much of which is balanced by secondary re-growth and plantations.

Understanding these relative changes, beyond simply forest cover, is essential to monitoring the welfare of carbon stocks and emission in support of REDD.

Page 4: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Carnegie Airborne Observatory

Page 5: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Laser-guided Spectroscopy of Tropical Canopies

Page 6: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Light Detection and Ranging or “LiDAR”

Page 7: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Three-dimensional Canopy Structure

Page 8: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Carnegie’s REDDlite approach

Satellite mapping of forest cover and changes in cover using CLASlite

Habitat map

Field calibration of LiDAR

LiDAR assessment of carbon storage across habitats

Page 9: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Average aboveground carbon density, IPCC 2006

• Tropical landscapes are treated as if there is some average carbon stock.

• What are the local to regional scale controls over carbon stocks?

Page 10: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Forest Change - 1999 to 2010

Page 11: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Habitat Map by the Peruvian Ministry of Environment

Page 12: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Integrating Airborne and Field MeasurementsMeasurements

Page 13: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Converting Airborne LiDAR to Aboveground Carbon Density

Page 14: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Example CAO Lidar Data:Interoceanic Hwy, Peruvian Amazon

Page 15: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+
Page 16: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Regional-scale Variation in Aboveground Carbon Stocks

Page 17: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Progress in Panama

LiDAR calibration

Page 18: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Carbon Mappingin the BarroColorado Nature Monument

Page 19: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Movie Time

Page 20: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Future Work

Habitat stratification

Dynamic change

Wall-to-wall carbon storage

Page 21: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

The CAO Team

Page 22: REDD Panama 2011 - Joseph Masacaro / High-resolution carbon mapping for REDD+

Acknowledgements

The CAO is made possible by the Gordon and Betty Moore Foundation, the W.M. Keck Foundation, and William R. Hearst III.

Additional funding from HSBC, the Andrew Mellon Foundation, the Grantham Foundation, the NASA Biodiversity Program, and the National Science Foundation

The CAO team includes Dave Knapp, Guayana Paez-Acosta, Ty Kennedy-Bowdoin, James Jacobson, John Clark, Robin Martin, Aravindh Balaji, and others.