Evaluation The Water Availability in the Dengkeng River Due To Landuse and Climate Changes

The changes in both climate and land cover have some impact on water resources. Dengkeng watershed, mostly located in Klaten district of Central Java Province. Dengkeng River as one of the raw water source of agriculture and drinking water of society, besides as main water body in the drainage syste...

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Main Authors: Sarminingsih Anik, Siwi Handayani Dwi, Sutrisno Endro, Zaman Badrus
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:E3S Web of Conferences
Subjects:
Online Access:https://doi.org/10.1051/e3sconf/20187303008
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spelling doaj-51fbfc66f0ef441f8e890f132f1c48a02021-03-02T11:02:31ZengEDP SciencesE3S Web of Conferences2267-12422018-01-01730300810.1051/e3sconf/20187303008e3sconf_icenis18_03008Evaluation The Water Availability in the Dengkeng River Due To Landuse and Climate ChangesSarminingsih Anik0Siwi Handayani DwiSutrisno EndroZaman BadrusDepartment of Environmental Engineering, Diponegoro UniversityThe changes in both climate and land cover have some impact on water resources. Dengkeng watershed, mostly located in Klaten district of Central Java Province. Dengkeng River as one of the raw water source of agriculture and drinking water of society, besides as main water body in the drainage system. Climate change and land use directly affect land use patterns, water availability, flood control performance, local social and economic development, and so on. Therefore, studying the impacts of climate change and land use becomes very important. The HEC-HMS model is used in this study. The observed discharge data used AWLR data of Paseban with period 2005-2017, climate data used nearest post data with observation period 1979-2014. While changes in land use were used data in 1990, 2000 and 2011. The results of the analysis on climate change showed an increase in rainfall both monthly rainfall and maximum daily rainfall. While land use changes can be reviewed on the watershed hydrological parameters, one of which is the change of Curve Number (CN). An increase in CN value has an impact on increasing runoff. However, if viewed against the availability of water, then there is a trend of decline.https://doi.org/10.1051/e3sconf/20187303008land useclimatewater availability
collection DOAJ
language English
format Article
sources DOAJ
author Sarminingsih Anik
Siwi Handayani Dwi
Sutrisno Endro
Zaman Badrus
spellingShingle Sarminingsih Anik
Siwi Handayani Dwi
Sutrisno Endro
Zaman Badrus
Evaluation The Water Availability in the Dengkeng River Due To Landuse and Climate Changes
E3S Web of Conferences
land use
climate
water availability
author_facet Sarminingsih Anik
Siwi Handayani Dwi
Sutrisno Endro
Zaman Badrus
author_sort Sarminingsih Anik
title Evaluation The Water Availability in the Dengkeng River Due To Landuse and Climate Changes
title_short Evaluation The Water Availability in the Dengkeng River Due To Landuse and Climate Changes
title_full Evaluation The Water Availability in the Dengkeng River Due To Landuse and Climate Changes
title_fullStr Evaluation The Water Availability in the Dengkeng River Due To Landuse and Climate Changes
title_full_unstemmed Evaluation The Water Availability in the Dengkeng River Due To Landuse and Climate Changes
title_sort evaluation the water availability in the dengkeng river due to landuse and climate changes
publisher EDP Sciences
series E3S Web of Conferences
issn 2267-1242
publishDate 2018-01-01
description The changes in both climate and land cover have some impact on water resources. Dengkeng watershed, mostly located in Klaten district of Central Java Province. Dengkeng River as one of the raw water source of agriculture and drinking water of society, besides as main water body in the drainage system. Climate change and land use directly affect land use patterns, water availability, flood control performance, local social and economic development, and so on. Therefore, studying the impacts of climate change and land use becomes very important. The HEC-HMS model is used in this study. The observed discharge data used AWLR data of Paseban with period 2005-2017, climate data used nearest post data with observation period 1979-2014. While changes in land use were used data in 1990, 2000 and 2011. The results of the analysis on climate change showed an increase in rainfall both monthly rainfall and maximum daily rainfall. While land use changes can be reviewed on the watershed hydrological parameters, one of which is the change of Curve Number (CN). An increase in CN value has an impact on increasing runoff. However, if viewed against the availability of water, then there is a trend of decline.
topic land use
climate
water availability
url https://doi.org/10.1051/e3sconf/20187303008
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AT sutrisnoendro evaluationthewateravailabilityinthedengkengriverduetolanduseandclimatechanges
AT zamanbadrus evaluationthewateravailabilityinthedengkengriverduetolanduseandclimatechanges
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