Base camp
Researchers discussing the day's events
Setia Alam Field Station is the site of OuTrop and CIMTROP's primary research site and base camp. Setia Alam means 'Loyal to Nature' and
our camp is sited just inside the forest edge, surrounded by jungle and
accessed from the Sabangau River by a km-long railway: the last remnant
of the logging company that worked here previously. Camp is
approximately 20 km SW of Palangka Raya, where OuTrop and our Indonesian
partners CIMTROP have their offices. Setia Alam is managed by CIMTROP
and is protected for the purposes of scientific research.
The camp is built around a central meeting area, which leads to three accomodation buildings, a kitchen and dining room, office, laboratory, washing area, toilets and bathrooms, and the badminton court - only playable in the dry season! Electricity comes from a diesel-powered generator and two (temperamental!) solar panels, and camp is regularly supplied from our local village of Kereng Bangkerai.
The camp is built around a central meeting area, which leads to three accomodation buildings, a kitchen and dining room, office, laboratory, washing area, toilets and bathrooms, and the badminton court - only playable in the dry season! Electricity comes from a diesel-powered generator and two (temperamental!) solar panels, and camp is regularly supplied from our local village of Kereng Bangkerai.
To visit Setia Alam, you fly into Palangka Raya airport, take a minibus to Kereng Bangkirai, hop on a klotok (a
small wooden boat) to the Natural Laboratory jetty, from where you
board our famous mini train to travel the last 1.5 km into camp. The
railway runs through a large area of grass and sedge swamp that
separates the river from the forest. In the wet season this floods to 6 m
deep, and we can take our klotok straight into camp.
The railway between camp and the river was left over by the logging
company, as they used it to take timber out of the forest to the river.
This has had to be replaced many times over and we are grateful to the
Government of Finland, plus CIMTROP's and our sponsors for funding this.
From camp, take any of four paths into the jungle and you enter the Natural Laboratory of Peat Swamp Forest. Contiguous with the rest of the Sabangau Forest, the 50,000 hectare Natural Laboratory is a scientific research and monitoring facility, the main aim of which is to promote the conservation of the Sabangau Forest and its globally important biodiversity and carbon store. It was formally designated by Decree of the Ministry of Forestry, dated 2nd February 1999, No. 191/Menhutbun-VII/1999. This placed overall management control of the Natural Laboratory with the Ministry of Research and Technology (BPPT), and day-to-day management in the hands of CIMTROP and its director, Dr Suwido Limin.
From camp, take any of four paths into the jungle and you enter the Natural Laboratory of Peat Swamp Forest. Contiguous with the rest of the Sabangau Forest, the 50,000 hectare Natural Laboratory is a scientific research and monitoring facility, the main aim of which is to promote the conservation of the Sabangau Forest and its globally important biodiversity and carbon store. It was formally designated by Decree of the Ministry of Forestry, dated 2nd February 1999, No. 191/Menhutbun-VII/1999. This placed overall management control of the Natural Laboratory with the Ministry of Research and Technology (BPPT), and day-to-day management in the hands of CIMTROP and its director, Dr Suwido Limin.
The
success of the Natural Laboratory in protecting tropical forest and
promoting collaboration between researchers, ecologists and
conservationists, is a fantastic example of how locally-managed
conservation projects, applying local solutions to local problems, can
succeed. Inside the Natural Laboratory, we have cut and marked a trail
system measuring 2.5 x 2.5km, with trails every 250 m running
north-south and east-west. Within this grid system, we have many
permanent tree plots set-up for studies of long-term habitat
regeneration and forest productivity. We are not the only people who use
the Natural Laboratory, though: researchers from the University of
Palangka Raya and Indonesian National Institute of Sciences (LIPI),
University of Leicester, the Japanese universities of Hokkaido, Kyoto
and Tokyo, the University of Helsinki in Finland, University of Munich
in Germany and several Dutch institutions are studying many different
aspects of peatland ecology, including climatalogy, hydrology,
restoration techniques, peat respiration and carbon cycling, nutrient
cycling and remote sensing. Although there are many different groups
working here, we have a common cause and work together through CIMTROP
and other international collaboration networks.
The logging railway used to run 25 km into the heart of the Sabangau Forest. This has long since been pulled up and taken away, but the route through the forest remains. The jungle keeps trying to reclaim it, but we regularly clear the re-growth of pandan, giving us a path leading 12 km to the tall interior forest, the most productive and diverse area of jungle in the Natural Laboratory. The route to the tall interior forest runs through the low-pole forest. Here we maintain a forward camp, which we visit annually to survey these remote forest areas. Although the low-pole forest is dense, hot, wet and generally low in all biodiversity except mosquitoes, our work here has been absolutely crucial in understanding the ecology of the forest, and determining how illegal logging can impacts the area's orangutan population. We have also started building satellite camps in four other remote locations around the Natural Laboratory for our ecological monitoring and camera trap research.
The logging railway used to run 25 km into the heart of the Sabangau Forest. This has long since been pulled up and taken away, but the route through the forest remains. The jungle keeps trying to reclaim it, but we regularly clear the re-growth of pandan, giving us a path leading 12 km to the tall interior forest, the most productive and diverse area of jungle in the Natural Laboratory. The route to the tall interior forest runs through the low-pole forest. Here we maintain a forward camp, which we visit annually to survey these remote forest areas. Although the low-pole forest is dense, hot, wet and generally low in all biodiversity except mosquitoes, our work here has been absolutely crucial in understanding the ecology of the forest, and determining how illegal logging can impacts the area's orangutan population. We have also started building satellite camps in four other remote locations around the Natural Laboratory for our ecological monitoring and camera trap research.