The water level and rainfall data were collected from three different sites in Sebangau Tropical Peatland, Kalimantan, Indonesia. The sites were forested peatland (Forested), drained peatland with ditch dam (Blocked), and drained peatland without dam (Drained). Hydrological monitoring was conducted at the three tropical peatland sites over a 6-month period between 22nd of August 2019 and 17th January 2020. There is an Automatic Weather Station (AWS) installed to capture meteorological condition in Drained and Blocked. Another AWS was installed in Forested. Both AWSs recorded rainfall, temperature, wind speed and direction, solar radiation, and relative humidity, allowing the calculation of potential evapotranspiration (PET based on the Penm...
Currently, tropical peatland forests are under considerable pressure because of increasing deforesta...
This study aims to develop a method for forecasting the water level of the Kahayan River in Indonesi...
As the swamp ecosystem, the presence of water in the peat is strongly influenced by the characterist...
Tropical peatlands are understudied systems serving as global carbon stores with high biodiversity. ...
Burnt peatland restoration by planting needs stable hydrological condition for the plant's growth. W...
This study aims to clarify the factors affecting water level variations in the Kahayan River in Indo...
Wetlands are important reservoirs of water, carbon and biodiversity. They are typical landscapes of ...
Abstract Restoration and water table control on peatlands to limit fire risk are national prioritie...
Farming in peatland can produce a commodity well if it follows the right planting calendar. Microcli...
Kesatuan Hidrologis Gambut (KHG) or Peat Hydrological Unit is a land which consist of incomplete soi...
Wetlands are important reservoirs of water, carbon and biodiversity. They are typical landscapes of ...
Rainfall dynamics play a vital role in tropical peatland by providing sufficient water to keep peat ...
Interrelationships between peat and water were studied using a hydropedological modelling approach f...
Abstract:In Southeast Asia, peatland is widely distributed and has accumulated a massive amount of s...
Ground Water level fluctuation data on tropical peatland is necessary to restore the degraded peatla...
Currently, tropical peatland forests are under considerable pressure because of increasing deforesta...
This study aims to develop a method for forecasting the water level of the Kahayan River in Indonesi...
As the swamp ecosystem, the presence of water in the peat is strongly influenced by the characterist...
Tropical peatlands are understudied systems serving as global carbon stores with high biodiversity. ...
Burnt peatland restoration by planting needs stable hydrological condition for the plant's growth. W...
This study aims to clarify the factors affecting water level variations in the Kahayan River in Indo...
Wetlands are important reservoirs of water, carbon and biodiversity. They are typical landscapes of ...
Abstract Restoration and water table control on peatlands to limit fire risk are national prioritie...
Farming in peatland can produce a commodity well if it follows the right planting calendar. Microcli...
Kesatuan Hidrologis Gambut (KHG) or Peat Hydrological Unit is a land which consist of incomplete soi...
Wetlands are important reservoirs of water, carbon and biodiversity. They are typical landscapes of ...
Rainfall dynamics play a vital role in tropical peatland by providing sufficient water to keep peat ...
Interrelationships between peat and water were studied using a hydropedological modelling approach f...
Abstract:In Southeast Asia, peatland is widely distributed and has accumulated a massive amount of s...
Ground Water level fluctuation data on tropical peatland is necessary to restore the degraded peatla...
Currently, tropical peatland forests are under considerable pressure because of increasing deforesta...
This study aims to develop a method for forecasting the water level of the Kahayan River in Indonesi...
As the swamp ecosystem, the presence of water in the peat is strongly influenced by the characterist...