The concept design for adaptation of climate change through integrated and sustainable flood infrastructure in the coastal area of Pekalongan, Indonesia

The coastal area of Pekalongan, especially the estuary area of the Banger River, Loji River, and Gabus River, are often experiencing to tidal floods. Tidal Floods that occur pose a great risk due to the sedimentation of river mouths and floods from the watershed to the coastal area of Pekalongan. Th...

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Autores principales:	Habibi Suyudi Akbari, Pribadi Arif Darmawan, Sitorus Jessica Elisabeth
Formato:	article
Lenguaje:	EN
Publicado:	University of Novi Sad, Department of Geography, Tourism and Hotel Management 2021
Materias:	tidal floods sea water rise pekalongan Geography (General) G1-922
Acceso en línea:	https://doaj.org/article/5a5fd0d07eeb489c8a73b0c907d763e7
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spelling	oai:doaj.org-article:5a5fd0d07eeb489c8a73b0c907d763e72021-12-05T21:03:07ZThe concept design for adaptation of climate change through integrated and sustainable flood infrastructure in the coastal area of Pekalongan, Indonesia0354-87241820-713810.5937/gp25-30852https://doaj.org/article/5a5fd0d07eeb489c8a73b0c907d763e72021-01-01T00:00:00Zhttps://scindeks-clanci.ceon.rs/data/pdf/0354-8724/2021/0354-87242102121H.pdfhttps://doaj.org/toc/0354-8724https://doaj.org/toc/1820-7138The coastal area of Pekalongan, especially the estuary area of the Banger River, Loji River, and Gabus River, are often experiencing to tidal floods. Tidal Floods that occur pose a great risk due to the sedimentation of river mouths and floods from the watershed to the coastal area of Pekalongan. This study aims to assess the impact of climate change on flood frequency patterns and the contribution of each sub-watershed to the total discharge that occurs, as well as to analyze the effect of increasing sea level that occurs in the coastal area of Pekalongan. The method used in this research hydro-meteorological, hydraulic, and hydrodynamics two-dimensional analysis. The results showed that the climate change that occurred in the coastal area of Pekalongan was indicated by an increase in the average temperature of about 1o Celsius and the trend towards maximum yearly precipitationthat occurred during a period of twenty years had increased (2000-2019 period). An Increasing temperature that occurs has a significant risk to sea-level rise and increasing uncertainty hydrometeorological hazard (tidal flooding). Recommendations from this study are structuring the drainage system based on an integrated landscape arrangement concept to improve the economy, tourism, social, and environment to achieve sustainable coastal infrastructure.Habibi Suyudi AkbariPribadi Arif DarmawanSitorus Jessica ElisabethUniversity of Novi Sad, Department of Geography, Tourism and Hotel Management articletidal floodssea water risepekalonganGeography (General)G1-922ENGeographica Pannonica, Vol 25, Iss 2, Pp 121-135 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	tidal floods sea water rise pekalongan Geography (General) G1-922
spellingShingle	tidal floods sea water rise pekalongan Geography (General) G1-922 Habibi Suyudi Akbari Pribadi Arif Darmawan Sitorus Jessica Elisabeth The concept design for adaptation of climate change through integrated and sustainable flood infrastructure in the coastal area of Pekalongan, Indonesia
description	The coastal area of Pekalongan, especially the estuary area of the Banger River, Loji River, and Gabus River, are often experiencing to tidal floods. Tidal Floods that occur pose a great risk due to the sedimentation of river mouths and floods from the watershed to the coastal area of Pekalongan. This study aims to assess the impact of climate change on flood frequency patterns and the contribution of each sub-watershed to the total discharge that occurs, as well as to analyze the effect of increasing sea level that occurs in the coastal area of Pekalongan. The method used in this research hydro-meteorological, hydraulic, and hydrodynamics two-dimensional analysis. The results showed that the climate change that occurred in the coastal area of Pekalongan was indicated by an increase in the average temperature of about 1o Celsius and the trend towards maximum yearly precipitationthat occurred during a period of twenty years had increased (2000-2019 period). An Increasing temperature that occurs has a significant risk to sea-level rise and increasing uncertainty hydrometeorological hazard (tidal flooding). Recommendations from this study are structuring the drainage system based on an integrated landscape arrangement concept to improve the economy, tourism, social, and environment to achieve sustainable coastal infrastructure.
format	article
author	Habibi Suyudi Akbari Pribadi Arif Darmawan Sitorus Jessica Elisabeth
author_facet	Habibi Suyudi Akbari Pribadi Arif Darmawan Sitorus Jessica Elisabeth
author_sort	Habibi Suyudi Akbari
title	The concept design for adaptation of climate change through integrated and sustainable flood infrastructure in the coastal area of Pekalongan, Indonesia
title_short	The concept design for adaptation of climate change through integrated and sustainable flood infrastructure in the coastal area of Pekalongan, Indonesia
title_full	The concept design for adaptation of climate change through integrated and sustainable flood infrastructure in the coastal area of Pekalongan, Indonesia
title_fullStr	The concept design for adaptation of climate change through integrated and sustainable flood infrastructure in the coastal area of Pekalongan, Indonesia
title_full_unstemmed	The concept design for adaptation of climate change through integrated and sustainable flood infrastructure in the coastal area of Pekalongan, Indonesia
title_sort	concept design for adaptation of climate change through integrated and sustainable flood infrastructure in the coastal area of pekalongan, indonesia
publisher	University of Novi Sad, Department of Geography, Tourism and Hotel Management
publishDate	2021
url	https://doaj.org/article/5a5fd0d07eeb489c8a73b0c907d763e7
work_keys_str_mv	AT habibisuyudiakbari theconceptdesignforadaptationofclimatechangethroughintegratedandsustainablefloodinfrastructureinthecoastalareaofpekalonganindonesia AT pribadiarifdarmawan theconceptdesignforadaptationofclimatechangethroughintegratedandsustainablefloodinfrastructureinthecoastalareaofpekalonganindonesia AT sitorusjessicaelisabeth theconceptdesignforadaptationofclimatechangethroughintegratedandsustainablefloodinfrastructureinthecoastalareaofpekalonganindonesia AT habibisuyudiakbari conceptdesignforadaptationofclimatechangethroughintegratedandsustainablefloodinfrastructureinthecoastalareaofpekalonganindonesia AT pribadiarifdarmawan conceptdesignforadaptationofclimatechangethroughintegratedandsustainablefloodinfrastructureinthecoastalareaofpekalonganindonesia AT sitorusjessicaelisabeth conceptdesignforadaptationofclimatechangethroughintegratedandsustainablefloodinfrastructureinthecoastalareaofpekalonganindonesia
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The concept design for adaptation of climate change through integrated and sustainable flood infrastructure in the coastal area of Pekalongan, Indonesia

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