RAINFALL ANALYSIS USED OBSERVATION GRIDDED DATA AUTOMATIC WEATHER STATION (AWS) IN BANDUNG BASIN (Case Study Rainfall February 28th 2017 and March 9th 2017)

The purpose of this study is to analyze a localized rain analysis using a data grid derived from AWS network data available in the Bandung Basin. The data grid is created by using ordinary kriging interpolation method. The resulting data grid has been through the verification process. Results from t...

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Main Author: SARTIKA DEWI (NIM : 12813001), EUIS
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/21997
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:21997
spelling id-itb.:219972017-09-27T11:45:48ZRAINFALL ANALYSIS USED OBSERVATION GRIDDED DATA AUTOMATIC WEATHER STATION (AWS) IN BANDUNG BASIN (Case Study Rainfall February 28th 2017 and March 9th 2017) SARTIKA DEWI (NIM : 12813001), EUIS Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/21997 The purpose of this study is to analyze a localized rain analysis using a data grid derived from AWS network data available in the Bandung Basin. The data grid is created by using ordinary kriging interpolation method. The resulting data grid has been through the verification process. Results from the grid of rain data indicate if the rain on February 28th, 2017 occurred at different times between the northern and southern part of Bandung Basin. Rain in the Bandung Basin on February 28th, 2017 is not only generated by a single convective cloud that moves, but there are three convective clouds. One convective cloud originated from the Bandung Basin itself and two convective clouds originated from areas outside the Bandung Basin. Wide rain coverage is the result of the merger of the three convective clouds. While the rain that occurred on March 9th, 2017 produced by a convective cloud that grows outside the northern part of Bandung Basin to enter the Bandung Basin. <br /> <br /> text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description The purpose of this study is to analyze a localized rain analysis using a data grid derived from AWS network data available in the Bandung Basin. The data grid is created by using ordinary kriging interpolation method. The resulting data grid has been through the verification process. Results from the grid of rain data indicate if the rain on February 28th, 2017 occurred at different times between the northern and southern part of Bandung Basin. Rain in the Bandung Basin on February 28th, 2017 is not only generated by a single convective cloud that moves, but there are three convective clouds. One convective cloud originated from the Bandung Basin itself and two convective clouds originated from areas outside the Bandung Basin. Wide rain coverage is the result of the merger of the three convective clouds. While the rain that occurred on March 9th, 2017 produced by a convective cloud that grows outside the northern part of Bandung Basin to enter the Bandung Basin. <br /> <br />
format Final Project
author SARTIKA DEWI (NIM : 12813001), EUIS
spellingShingle SARTIKA DEWI (NIM : 12813001), EUIS
RAINFALL ANALYSIS USED OBSERVATION GRIDDED DATA AUTOMATIC WEATHER STATION (AWS) IN BANDUNG BASIN (Case Study Rainfall February 28th 2017 and March 9th 2017)
author_facet SARTIKA DEWI (NIM : 12813001), EUIS
author_sort SARTIKA DEWI (NIM : 12813001), EUIS
title RAINFALL ANALYSIS USED OBSERVATION GRIDDED DATA AUTOMATIC WEATHER STATION (AWS) IN BANDUNG BASIN (Case Study Rainfall February 28th 2017 and March 9th 2017)
title_short RAINFALL ANALYSIS USED OBSERVATION GRIDDED DATA AUTOMATIC WEATHER STATION (AWS) IN BANDUNG BASIN (Case Study Rainfall February 28th 2017 and March 9th 2017)
title_full RAINFALL ANALYSIS USED OBSERVATION GRIDDED DATA AUTOMATIC WEATHER STATION (AWS) IN BANDUNG BASIN (Case Study Rainfall February 28th 2017 and March 9th 2017)
title_fullStr RAINFALL ANALYSIS USED OBSERVATION GRIDDED DATA AUTOMATIC WEATHER STATION (AWS) IN BANDUNG BASIN (Case Study Rainfall February 28th 2017 and March 9th 2017)
title_full_unstemmed RAINFALL ANALYSIS USED OBSERVATION GRIDDED DATA AUTOMATIC WEATHER STATION (AWS) IN BANDUNG BASIN (Case Study Rainfall February 28th 2017 and March 9th 2017)
title_sort rainfall analysis used observation gridded data automatic weather station (aws) in bandung basin (case study rainfall february 28th 2017 and march 9th 2017)
url https://digilib.itb.ac.id/gdl/view/21997
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