Hydrological and climatological parameters in several locations on peatlands in South
Sumatra have been measured directly by a system called Sensory data transmission …

Peatlands in Indonesia are highly flammable during extremely dry seasons and are prone to
flooding during extreme rainy seasons. This incident is related to the dynamics of the hydro …

An integrated observation system, so-called SEnsory data transmission Service Assisted by
Midori Engineering laboratory (SESAME) has been deployed to measure hydrological and …

Peatlands in Indonesia are generally flammable, including peatlands in Kalimantan. The
Indonesian government has made efforts to prevent fires on peatlands in Indonesia. One of …

Climate anomalies can cause natural disasters such as severe fires and floods on peatlands
in South Sumatra. Factors that affect the natural disasters on peatlands include rainfall …

The positive phenomenon of Indian Ocean Dipole (IOD+) in 2019 caused an extreme dry
season in parts of Indonesia, including in the province of South Sumatera. This caused …

The Positive Indian Ocean dipole (IOD+) phenomenon has resulted in minimal rainfall in
South Sumatra. South Sumatra has extensive peatlands and its conditions are strongly …

Data of this study was obtained from direct measurement using an integrated observation
system namely SEnsory data transmission Service Assisted by Midori Engineering …

Parameter hidroklimatologi yang dapat terdiri atas curah hujan, tinggi muka air, dan
kelembaban tanah memegang peranan penting dalam pengelolaan lahan rawa gambut …

Penelitian ini bertujuan untuk mencari perubahan keadaan Tinggi Muka Air (TMA) fungsi
waktu pada lahan gambut di Sumatera Selatan dan mencari signifikansi dari korelasi TMA …