RECENT ACTIVITIES
Read here more on recent activities and research projects. We actively develop new algorithms for remote sensing image interpretation, mass data processing and new information products based on machine learning and AI. We present new research results at conferences and scientific publications.

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August 15, 2022
Forests4Future – Training on determining forest biomass using drones
In the Association of South East Asian Nations (ASEAN) region peatlands cover approximately 23,6 million hectares, representing 56% of global tropical peatlands. However, their exact extent in most of these countries is not well known since the identification by field-based methods is time consuming and expensive due to the enormous extent of the countries and additionally due to difficult accessibility of many areas.continue readingCOOPERATION
April 30, 2022
Wall-to-wall mapping of wetlands and potential peatlands in Lao PDR and the Philippines
In the Association of South East Asian Nations (ASEAN) region peatlands cover approximately 23,6 million hectares, representing 56% of global tropical peatlands. However, their exact extent in most of these countries is not well known since the identification by field-based methods is time consuming and expensive due to the enormous extent of the countries and additionally due to difficult accessibility of many areas.continue readingCOOPERATION
March 31, 2022
EUREKA EUROSTARS research project MuSe3D
In the EUREKA EUROSTARS research project MuSe3D we developed together with four other European partners a five-band multispectral camera for use on conventional drones. Compared to multispectral camera systems currently available in the field of UAV, this camera offers a very high spatial resolution and an extremely high frame rate. Thus, a high image overlap ...continue readingNews
February 10, 2022
Cloud-based COP4EE-Energyplaner online
Cloud-based COP4EE-Energyplaner onlinecontinue readingNews
October 19, 2021
New publication on biodiversity loss on tropical islands
New publication on biodiversity loss on tropical islandscontinue readingENVIRONMENTAL MONITORING
September 8, 2021
The first satellite-based forest monitor for Germany was published today
In a recently published study, scientists from the University Bayreuth, in collaboration with RSS, investigated the impact of tourism and urban island development on ground-associated invertebrate biodiversity and habitat composition on oceanic islands of the Republic of Maldives.The findings show that tourism and urban land use have a drastic effect on the biodiversity. On average, ...continue readingNews
May 5, 2021
RSS provides technical support to the USAID Green Invest Asia and Kennemer Eco Solutions’ launch of forest restoration project in the Philippines
RSS provides technical support to the USAID Green Invest Asia and Kennemer Eco Solutions’ launch of forest restoration project in the Philippinescontinue readingNews
April 27, 2021
New publication on peat dome surface modelling based on ICESat-2 data in Remote Sensing
RSS recently published a study focusing on the identification of ombrogenous peat domes. In this study an approach to model the surface of convex shaped peat domes in Indonesia using freely available satellite LiDAR data from ICESat-2/ATLAS, which was launched in 2018, was developed.continue readingNews
November 25, 2020
Capacity building for the Indonesian Peat Restauration Agency BRG – Peat land mapping web workshop
Recently RSS completed an extensive peatland survey in Indonesia: 15 million hectares of peatland across Sumatra, Kalimantan, and Papua were mapped for the Indonesian Peat Restoration Agency (BRG) based on historic and recent satellite imagery as well as topographic data in combination with field measurements of peat depth.continue reading

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We are very pleased to announce that RSS, as lead of the International Peat Mapping Team, won the Indonesian Peat Prize this morning! The competition aimed to find a new, more accurate and efficient way of mapping tropical peatland extent and thickness, and the Scientific Advisory Board selected our methodology from a number of highly qualified and innovative competitors. The Indonesian government will use our method to protect and manage peatland areas, accelerate peatland restoration and support Indonesia’s development goals. The Indonesian Geospatial Agency BIG will lead the process of using the winning method to improve the current standard for mapping peatland in a scale of 1:50,000, and will start the process by issuing a BIG regulation on peatland mapping.
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TWO-YEAR CONTEST
The contest to find the best methodology to measure the extent and depth of peat in Indonesia drew 44 teams which included some of the biggest names in peat research and mapping. The Prize’s Scientific Advisory Board (SAB), a group of scientists and experts who reviewed the finalists’ submissions, reached a unanimous decision that the International Peat Mapping team produced the most accurate, timely and cost-effective methodology for mapping peatlands.
MAJOR SOURCE OF EMISSIONS
Peat is a major source of carbon dioxide emissions when it burns or decomposes. In 2015, peatlands were responsible for 42% of Indonesia’s total emissions. In the devastating 2015 fire season, forests and peat fires caused 100,000 premature deaths, cost the Indonesian economy $16 billion, and released 1.62 billion metric tons of greenhouse gas emissions, equivalent to the emissions produced by nearly 350,000 cars. The depth, or thickness, of peat soils is an essential measurement; the deeper the peat is, the more ecological damage, including carbon emissions, results from disturbance. Uncertainty around data and information concerning peatland, particularly the depth of peat, has delayed protection and restoration measures for Indonesia’s peatlands, allowing irresponsible parties to continue business as usual, often resulting in drained peat and fires.
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