Earth Engine Forest Applications

Earth Engine User Summit
June 15, 2016

Dave Thau
Manager of Developer Relations, Earth Engine and Earth Outreach

Applications

Dr. Carlos Souza,
Senior Researcher, Imazon

Sistema de Alerta de Desmatamento (SAD)

Desktop system….

Imazon is a non-profit research institution whose mission is to promote sustainable development in the Amazon through studies, support for public policy formulation, broad dissemination of information and capacity building. Based in Belem. Every month…

 "This will reduce the time for preprocessing,
analysis and dissemination of data and may even
reach 50% of the time to generate alerts...
on a global scale."

v

Source: Hansen, Potapov, Moore, Hancher et al. , Science, 15 November 2013

Global Forest Extent and Change 2000–2014

http://earthenginepartners.appspot.com/

globalforestwatch.org

globalforestwatch.org

High touch partnerships - World Resources Institute

Forest Watcher Mobile App:

a new tool to support global forest monitoring

Joint monitoring: community and ranger patrols in western Uganda

Villagers

Rangers

Illegal activities reported by:

Budongo Forest Reserve, Uganda

Collaborative Land Cover Mapping

MapBiomas project

System for Estimation of GHG Emissions of the Climate Observatory

mapbiomas.org

MapBiomas Project

System for Estimation of GHG Emissions of the Climate Observatory

http://mapbiomas.org

Mangroves of South East Asia

MapBiomas project

System for Estimation of GHG Emissions of the Climate Observatory

mapbiomas.org

Giri, et. al. (2014). Journal of Environmental Management

David Lobell

Stanford University

Global Crop Yield

Tracking Changes and Preventing Loss in Critical Tiger Habitat

Anup Joshi, et. al (2016) Science Advances

Tx2 are places where tigers can double by 2022 – the

The global population of wild tigers remains dangerously low at fewer than 3500 individuals. Habitat loss, along with poaching, can undermine the international target recovery of doubling the number of wild tigers by 2022. Using a new satellite-based monitoring system, we analyzed 14 years of forest loss data within the 76 landscapes (ranging from 278 to 269,983 km2 ) that have been prioritized for conservation of wild tigers. Our analysis provides an update of the status of tiger habitat and describes new applications of technology to detect precisely where forest loss is occurring in order to curb future habitat loss. Across the 76 landscapes, forest loss was far less than anticipated (79,597 ± 22,629 km2 , 7.7% of remaining habitat) over the 14-year study period (2001–2014). Habitat loss was unevenly distributed within a subset of 29 landscapes deemed most critical for doubling wild tiger populations: 19 showed little change (1.5%), whereas 10 accounted for more than 98% (57,392 ± 16,316 km2 ) of habitat loss.

Data Sets

Band Summary:

Tree canopy cover for year 2000

Year of loss (from 2000 - 2014)

Gain during 2000 - 2012

Data Mask : 0 = no data, 1 = land surface,

2= permanent water

Reference imagery for bands 3, 4, 5, and 7

earthenginepartners.appspot.com

Hansen Tutorial

Experts

Experts!

Discussion

Thank you

Forest Applications: Earth Engine User Summit 2016 - Google Slides