Agency for the Assessment and Application of Technology (BPPT) has established a one stop international center to study the interactions among land, sea, and atmosphere in the Indonesia Maritime Continent (IMC) and called as Maritime Continent Center of Excellence (MCCOE) on November 12, 2013. The IMC is at the central importance of El Nino Southern Oscillation (ENSO) and Indian Ocean Dipole (IOD), and Asian monsoon that could influence directly on the Pacific and Indian oceans heat and water mass transport affecting on regional and even global climate changes. A small change in Sea Surface Temperature (SST) transmited from Pacific to Indian oceans through the current system so called Indonesian throughflow will affect the magnitude of mons...
The Indonesian capital of Jakarta experienced an extraordinary heavy precipitation/flood event in th...
Understanding the relationship between El Niño and the interannual climate variability over the Mari...
International audienceThe sensitivity of the tropical climate to tidal mixing in the Indonesian Arch...
AbstractThe Indonesian maritime continent (IMC) is a miniature of our land–sea coexisting planet Ear...
Indonesia is influenced by two types of monsoons, namely, the Asian and Australian monsoons. The dif...
Abstract During the Monsoon Asian Hydro−Atmosphere Scientific Research and Prediction Initiative (MA...
The Maritime Continent (MC) is positioned between the Asian and Australian summer monsoons zone. The...
International audienceThe Indonesian seas represent the only pathway that connects different ocean b...
The relationships between observed rainfall, El Niño/Southern Oscillation (ENSO) and sea surface tem...
The Indonesian seas play a fundamental role in the coupled ocean and climate system with the Indones...
The Indonesian seas represent the only pathway that connects different ocean basins in the tropics, ...
The Indonesian seas represent the only pathway that connects different ocean basins in the tropics, ...
This thesis focuses on changes in the precipitation regime in the Maritime Continent. The Maritime C...
Climatology of rainfall data over Indonesia maritime Continent (IMC) showed three types of rainfall:...
The 1st WCRP CORDEX Science and Training Workshop in Southeast Asia, 17-20 November 2014, Citeko Bog...
The Indonesian capital of Jakarta experienced an extraordinary heavy precipitation/flood event in th...
Understanding the relationship between El Niño and the interannual climate variability over the Mari...
International audienceThe sensitivity of the tropical climate to tidal mixing in the Indonesian Arch...
AbstractThe Indonesian maritime continent (IMC) is a miniature of our land–sea coexisting planet Ear...
Indonesia is influenced by two types of monsoons, namely, the Asian and Australian monsoons. The dif...
Abstract During the Monsoon Asian Hydro−Atmosphere Scientific Research and Prediction Initiative (MA...
The Maritime Continent (MC) is positioned between the Asian and Australian summer monsoons zone. The...
International audienceThe Indonesian seas represent the only pathway that connects different ocean b...
The relationships between observed rainfall, El Niño/Southern Oscillation (ENSO) and sea surface tem...
The Indonesian seas play a fundamental role in the coupled ocean and climate system with the Indones...
The Indonesian seas represent the only pathway that connects different ocean basins in the tropics, ...
The Indonesian seas represent the only pathway that connects different ocean basins in the tropics, ...
This thesis focuses on changes in the precipitation regime in the Maritime Continent. The Maritime C...
Climatology of rainfall data over Indonesia maritime Continent (IMC) showed three types of rainfall:...
The 1st WCRP CORDEX Science and Training Workshop in Southeast Asia, 17-20 November 2014, Citeko Bog...
The Indonesian capital of Jakarta experienced an extraordinary heavy precipitation/flood event in th...
Understanding the relationship between El Niño and the interannual climate variability over the Mari...
International audienceThe sensitivity of the tropical climate to tidal mixing in the Indonesian Arch...