The Indonesian maritime continent (IMC) is a miniature of our land–sea coexisting planet
Earth. Firstly, without interior activity, the Earth becomes an even-surfaced “aqua-planet” …

Abstract During the Monsoon Asian Hydro− Atmosphere Scientific Research and Prediction
Initiative (MAHASRI; 2006–16), we carried out two projects over the Indonesian maritime …

Modern fast digitization techniques and computer methods have been combined with both
new and old theoretical approaches to permit construction of a new class of meteor radar …

An L band (1357.5 MHz) boundary layer radar (BLR) has been in continuous successful
operation in Serpong, Indonesia (6.4° S, 106.7° E), since November 1992. The performance …

A westward propagating zonal wave number 1 wave with a period near 6.5 days was a
prominent feature in the mesosphere and lower thermosphere (MLT) during the 1994 …

Horizontal wind fields in the mesosphere and lower thermosphere are obtained with the
high resolution Doppler imager (HRDI) on the Upper Atmosphere Research Satellite …

The global-scale atmospheric motions are originally generated by the strongest convective
motions in the equatorial region caused by absorption of strong solar radiations. Specifically …

An updated empirical climatic zonally averaged prevailing wind model for the upper
mesosphere/lower thermosphere (70-110 km), extending from 80° N to 80° S is presented …

MF and meteor radar data from four equatorial and subtropical sites (Hawaii, Christmas
Island, Jakarta, and Adelaide) are used to examine diurnal tide amplitude and phase …

We have developed an atmospheric radar (wind profiler) for lower tropospheric observations
(Lower Troposphere Radar: LTR), based on the 1357.5-MHz boundary layer radar (BLR) …