The value and vulnerability of tropical peatlands is nowadays widely recognised. To increase knowledge of the hydroloy of peat swamp forests and to promote sustainable management model studies can be a useful tool. In this study the Sebangau catchment in Kalimantan, Indonesia, is modelled in SIMGRO. By means of model input geohydrological data for the area were integrated. Model calculations give an impression of the spatial distrubution of groundwater levels and of fluctuations throughout the years. Further refining of the model however is a requisite to make the model suitable for simulation of landuse scenarios
AbstractThis research aimed to model groundwater level (GWL) fluctuation in the tropical peatland ar...
The harmonized data on peatlands of Indonesia, version 0.1, for the bio-physical modelling in Indone...
Interrelationships between hydrology and ecology are established for the Air Hitam Laut watershed in...
Interrelationships between peat and water were studied using a hydropedological modelling approach f...
Human induced land use change and associated fire alter profoundly the hydrology of tropical peatlan...
Kesatuan Hidrologis Gambut (KHG) or Peat Hydrological Unit is a land which consist of incomplete soi...
Implications of groundwater level fluctuations were studied using a hydropedological modelling appro...
Large areas of globally important tropical peatland in Southeast Asia are threatened by land clearan...
Human induced land use changes and fires profoundly change the hydrological system of initially wate...
Drainage in peatland caused reducing water storage and subsidence. Groundwaterlevel fluctuations are...
Drainage in peatland caused reducing water storage and subsidence. Groundwaterlevel fluctuations are...
DigiBog_Hydro is a hydrodynamics model that is usually being used to model water-table dynamics in p...
Tropical peatlands are understudied systems serving as global carbon stores with high biodiversity. ...
In 1980s, 'Mega Rice Project' for expanded agricultural production was planned inIndonesia, and many...
Extensive degradation of Indonesian peatlands by deforestation, drainage and recurrent fires causes ...
AbstractThis research aimed to model groundwater level (GWL) fluctuation in the tropical peatland ar...
The harmonized data on peatlands of Indonesia, version 0.1, for the bio-physical modelling in Indone...
Interrelationships between hydrology and ecology are established for the Air Hitam Laut watershed in...
Interrelationships between peat and water were studied using a hydropedological modelling approach f...
Human induced land use change and associated fire alter profoundly the hydrology of tropical peatlan...
Kesatuan Hidrologis Gambut (KHG) or Peat Hydrological Unit is a land which consist of incomplete soi...
Implications of groundwater level fluctuations were studied using a hydropedological modelling appro...
Large areas of globally important tropical peatland in Southeast Asia are threatened by land clearan...
Human induced land use changes and fires profoundly change the hydrological system of initially wate...
Drainage in peatland caused reducing water storage and subsidence. Groundwaterlevel fluctuations are...
Drainage in peatland caused reducing water storage and subsidence. Groundwaterlevel fluctuations are...
DigiBog_Hydro is a hydrodynamics model that is usually being used to model water-table dynamics in p...
Tropical peatlands are understudied systems serving as global carbon stores with high biodiversity. ...
In 1980s, 'Mega Rice Project' for expanded agricultural production was planned inIndonesia, and many...
Extensive degradation of Indonesian peatlands by deforestation, drainage and recurrent fires causes ...
AbstractThis research aimed to model groundwater level (GWL) fluctuation in the tropical peatland ar...
The harmonized data on peatlands of Indonesia, version 0.1, for the bio-physical modelling in Indone...
Interrelationships between hydrology and ecology are established for the Air Hitam Laut watershed in...