Poll

Are you considering working with an UAV for surveying?


Spacer
News
News > Satellites Map Changing Congo Rainforests

Satellites Map Changing Congo Rainforests

  02/02/2010
DMCii is using satellites to acquire new images of the Congo rainforests from space, validating a system that can map the vast Congo Basin every year to measure changes in its forest cover. If adopted, the new system will provide more accurate and up to date information for forest management, policy making and programmes such as the UN's Reducing Emissions from Deforestation and Forest Degradation (REDD+) throughout the region.

Multispectral image of rain forest near Lisala, Congo

Spanning two million square kilometres, the forests of the Congo Basin are the second largest area of dense tropical forest in the world, rivalled only by the Amazon rainforests. However, little is yet known about the rate and location of the degradation of the forests of the Congo Basin, or their role in the Earth's carbon cycle. Earth observation from space is the only way to effectively and efficiently manage such vast landscapes and to provide independent, regular and detailed information about changes in forest cover.

 

Until recently the resolution of satellite images was too coarse to provide effective local forest management and the data could not be provided in a timely manner, but DMCii now has the satellites, experience and software systems to do just that. Dave Hodgson, managing director, DMCii explains: "Our experience monitoring the Amazon rainforest and sub-Saharan Africa, combined with recently extended imaging systems, means that we could rapidly acquire high resolution cloud-free images of the Congo Basin to help the world better understand the location and scale of deforestation."

 

DMCii uses a group of satellites called the Disaster Monitoring Constellation (DMC) to provide images of any part of the world every day. It is unique because each satellite is independently owned and controlled by a separate nation which includes African nations, but the satellites are coordinated by DMCii making it possible to image a specific place every day.

 

Satellite imagery provides essential "base data" that is used to create maps for local governments, foresters and independent auditors. This data can be combined with ground reports to target policing of illegal logging, or to measure the scale of forest clearing. For example, maps based upon the images can be used to identify forest clearance, which is near impossible to manage by foot patrol due to the vast scale and inaccessibility of the rainforests.

 





Read more about:  satellite imagery  software  satellite  imagery  earth observation  maps 
Supplier: DMC International Imaging (DMCII)

More news from this supplier:
Disaster Monitoring Constellation to Expand
Sharper Satellite Images Guide Farmers
DMCii to Supply Satellite Imagery to ScanEx
Expansion of DMCii 22m Imaging Service
UK Heads Crisis Imagery Sharing Body
National Exercise Use Satellites to Improve Disaster Mitigation
Satellites to Strengthen UK Disaster Response
Forest Monitoring service for REDD+
UK-Indonesia Climate Change Partnership
Imaging Sub-Saharan Africa for ESA


GMES Initial Operations (GIO) Land Monitoring Services
Rugged Trimble Juno Series
Olympic Planning Rerouting During Olympic Congestions
Dutch Minister to Open Geospatial World Forum 2012
TatukGIS Developer Kernel 10 Upgrade
Netcad Asia Convention
Community Heritage Project Using GIS Visualisation
Teaching Award for Russell G. Congalton
ION Autonomous Snowplough Competition Winners
GeoCore 2012 with Lidar API


     


Comments (1):

It is very encouraging benson Nalo - 06/10/2010 - 14:22


Make your comment:
Name:
Your comment:
Type over the 2 words (or number) from the picture
 
Most Popular articles Most Popular News Most Popular Jobs
Spacer


Spacer
Spacer
Spacer
Spacer
 

Interactive


3D Scanning of Historic Sugar Factories

The Alliance for Integrated Spatial Technologies at the University of South Florida, USA, recently worked with the Florida Park Service on a project to document the remains of several historic sugar-mill sites in the State Parks to create as-builts to be used in preservation and conservation of these resources. The FARO LS 880, along with GPS and total station georeferencing and colour imaging, was used on these projects. 

 

 Last 5 items:
 3D Scanning of Historic Sugar Factories
 Road Improvement Survey with UAV
 3D BIM + money = 5D
 Setting up a survey in a swamp
 Launch of the 9th Baidu Satellite
 
Spacer
Spacer
Spacer
Spacer
Spacer