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Weather/Climate Model and Weather Modification in Indonesia
and Terrestrial Effect of Solar Activity
The Houw Liong, Faculty of Mathematics and Natural Sciences, ITB
R. Gernowo, Faculty of Earth Science and Technology, ITB
P.M. Siregar, Faculty of Earth Science and Technology, ITB
F.H. Widodo, Weather Modification Unit, BPPT
Abstract
The current study presents the development of forecasting using numerical weather model ( MM5 and WRF) , and numerical climate model (GCM and DARLAM) and adaptive neuro-fuzzy inference system (ANFIS) for forecasting extreme weather/climate in Indonesia based on sunspot number time series .
Case study will be applied in Jabodetabek region and the impact to severe floods of Ciliwung river . The dynamics of Ciliwung river can be studied by system dynamics.
We study also weather modification to reduce negative impacts of extreme weather. Furthermore we discuss possibility of using ground based generator to fill ground water in transition seasons and to reduce severe floods.
We will discuss also the terrestrial effect of solar activity on climate, power system and communication system when maximum solar activity occur.
Keywords : numerical weather/climate model, ANFIS, weather modification, ground based generator, terrestrial effect of solar activity.
Weather/Climate Model and Weather Modification in Indonesia
and Terrestrial Effect of Solar Activity
The Houw Liong, Faculty of Mathematics and Natural Sciences, ITB
R. Gernowo, Faculty of Earth Science and Technology, ITB
P.M. Siregar, Faculty of Earth Science and Technology, ITB
F.H. Widodo, Weather Modification Unit, BPPT
Abstract
The current study presents the development of forecasting using numerical weather model ( MM5 and WRF) , and numerical climate model (GCM and DARLAM) and adaptive neuro-fuzzy inference system (ANFIS) for forecasting extreme weather/climate in Indonesia based on sunspot number time series .
Case study will be applied in Jabodetabek region and the impact to severe floods of Ciliwung river . The dynamics of Ciliwung river can be studied by system dynamics.
We study also weather modification to reduce negative impacts of extreme weather. Furthermore we discuss possibility of using ground based generator to fill ground water in transition seasons and to reduce severe floods.
We will discuss also the terrestrial effect of solar activity on climate, power system and communication system when maximum solar activity occur.
Keywords : numerical weather/climate model, ANFIS, weather modification, ground based generator, terrestrial effect of solar activity.
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