Jakarta, cartitleloans Indonesia
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During the transition season from the dry season to the rainy season, heavy rain has the potential to flush a number of Indonesian territories at certain times.Check out the prediction.
The Meteorology, Climatology and Geophysics Agency (BMKG) predicts the weather in the next week in a number of Indonesian regions dominated by moderate to heavy intensity, especially in the afternoon to night.
According to BMKG entering the second dasarian September, parts of Indonesia are experiencing a transition from the dry season to the rainy season.
“Rain with moderate to heavy intensity which tends to be sporadic and short -duration and occurs in the afternoon until late at night often occurs during this transition,” BMKG said on its official page, Wednesday (9/17).
This phenomenon occurs in line with the entry of parts of Indonesia into the transition of the season, which is marked by sporadic rain, short duration, and tends to occur before night.BMKG said the dynamics of global and regional atmosphere helped strengthen the potential for the formation of rain clouds in various regions.
“Wind convergence, warm sea level temperatures, as well as the active atmospheric phenomena such as Madden Julian Oscillation (MJO) and Kelvin waves become triggers to increase the growth of rain clouds in Indonesia,” said BMKG.
According to BMKG for the next week, significant growth of rain clouds still has the potential to occur in a number of regions in Indonesia.This condition is triggered by the interaction of various atmospheric, regional, to local atmospheric factors, which maintains the atmosphere in unstable conditions and supports the development of convective clouds.
The atmospheric activity has the potential to produce rain with varying intensity, ranging from mild to thick.
The potential for significant weather in the form of heavy rain accompanied by strong winds has the opportunity to occur in most of the regions of Sumatra, Java, and the central to east Indonesia regions.
BMKG also records the value of Dipole Mode Index (DMI) which is currently negative (−1,27) contributes to increasing the supply of water vapor from the Indian Ocean to the western part of Indonesia.
Meanwhile, the Outgoing Longwave Radiation (OLR) value which tends to be negative in a number of regions indicates the strong potential for the growth of convective clouds.
On the other hand, atmospheric wave activity also plays an important role in the dynamics of atmosphere in the territory of Indonesia.The Mjo and Kelvin waves are still estimated to be active in the regions of Sumatra, Kalimantan, Sulawesi, and South Papua, which contribute to increasing convective activities and the formation of rain clouds.
In addition, atmospheric waves with low frequencies are also monitored in most parts of Indonesia, from the west to the east, so that it further strengthens the chances of rain.
(DMI/DMI)
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