Analysis of underground river network connectivity in Barat Cave, Karst Karangbolong, Central Java, using the Artificial Tracer Test Method

The connectivity of the Barat Cave underground river system needs to be known to support the implementation of proper environmental management so that water resources can be maintained sustainably. However, the mapping of underground river paths is often hindered by conditions of narrow cave passage...

Descripción completa

Guardado en:

Detalles Bibliográficos
Autores principales:	Priambada Alpine Prima, Adji Tjahyo Nugroho, Haryono Eko, Agniy Romza Fauzan, Cahyadi Ahmad, Al-Ghozali Muhammad Qodri, Rahmawati Aulia Ika, Makhrizal Danung Shodikh, Putra Rakhmat Dwi, Fauzi Danang Riza, Astuti Elisabeth Supi, Setyawan Andy, Laksono Gangsar Edi, Biladi Muslih, Musthofa Faizal
Formato:	article
Lenguaje:	EN FR
Publicado:	EDP Sciences 2021
Materias:	Environmental sciences GE1-350
Acceso en línea:	https://doaj.org/article/fd7bf6f1f3d9468ea1385375f804a446
Etiquetas:	Agregar Etiqueta Sin Etiquetas, Sea el primero en etiquetar este registro!

id	oai:doaj.org-article:fd7bf6f1f3d9468ea1385375f804a446
record_format	dspace
spelling	oai:doaj.org-article:fd7bf6f1f3d9468ea1385375f804a4462021-12-02T17:11:57ZAnalysis of underground river network connectivity in Barat Cave, Karst Karangbolong, Central Java, using the Artificial Tracer Test Method2267-124210.1051/e3sconf/202132502010https://doaj.org/article/fd7bf6f1f3d9468ea1385375f804a4462021-01-01T00:00:00Zhttps://www.e3s-conferences.org/articles/e3sconf/pdf/2021/101/e3sconf_icst2021_02010.pdfhttps://doaj.org/toc/2267-1242The connectivity of the Barat Cave underground river system needs to be known to support the implementation of proper environmental management so that water resources can be maintained sustainably. However, the mapping of underground river paths is often hindered by conditions of narrow cave passages, a barrier blocking the flow of water (siphon), deep underground lakes, underground waterfalls, as well as paths filled with water. This research was conducted in Barat Cave, Karangbolong Karst Area. The purpose of this study is to determine the upstream-downstream connectivity system in this underground river and define the characteristics of the passageway based on quantitative analysis of the transport parameters from the tracer test results. This underground river network analysis needs to be done because previous research has never analyzed this underground river network. The research method used in this study is divided into three stages, namely the pre-field stage, the field stage, and the post-field stage. The pre-field step includes determining the location of the study, collecting secondary data, and studying the literature. The field stage consists of a hydrogeological survey to find information on the presence of caves, springs, sinking stream ponors, or luweng in the study area, instantaneous discharge measurements, and tracer tests. The post-field stage includes data processing and analysis. The results showed that the Barat underground river system originated from the Kalimas sinking stream, Mblabak Cave, Pendok Cave, and Pagilangan sinking streams, then merged into a single tunnel without a flow breaker to the Barat Cave, Pengantin Cave, and appeared in the Kalikarak springs to become a surface river, with a tunnel pattern in the form of curvilinear branchwork. The transport parameters for the underground system tracing of the Barat cave have an advection value of 86.528 m/hour, a dispersion of 0.092 m2/second, a dispersivity of 3.38 meters, and a recovery of 63%. The transport value of the tracing test parameter is influenced by the characteristics of the passageway and underground river flow conditions.Priambada Alpine PrimaAdji Tjahyo NugrohoHaryono EkoAgniy Romza FauzanCahyadi AhmadAl-Ghozali Muhammad QodriRahmawati Aulia IkaMakhrizal Danung ShodikhPutra Rakhmat DwiFauzi Danang RizaAstuti Elisabeth SupiSetyawan AndyLaksono Gangsar EdiBiladi MuslihMusthofa FaizalEDP SciencesarticleEnvironmental sciencesGE1-350ENFRE3S Web of Conferences, Vol 325, p 02010 (2021)
institution	DOAJ
collection	DOAJ
language	EN FR
topic	Environmental sciences GE1-350
spellingShingle	Environmental sciences GE1-350 Priambada Alpine Prima Adji Tjahyo Nugroho Haryono Eko Agniy Romza Fauzan Cahyadi Ahmad Al-Ghozali Muhammad Qodri Rahmawati Aulia Ika Makhrizal Danung Shodikh Putra Rakhmat Dwi Fauzi Danang Riza Astuti Elisabeth Supi Setyawan Andy Laksono Gangsar Edi Biladi Muslih Musthofa Faizal Analysis of underground river network connectivity in Barat Cave, Karst Karangbolong, Central Java, using the Artificial Tracer Test Method
description	The connectivity of the Barat Cave underground river system needs to be known to support the implementation of proper environmental management so that water resources can be maintained sustainably. However, the mapping of underground river paths is often hindered by conditions of narrow cave passages, a barrier blocking the flow of water (siphon), deep underground lakes, underground waterfalls, as well as paths filled with water. This research was conducted in Barat Cave, Karangbolong Karst Area. The purpose of this study is to determine the upstream-downstream connectivity system in this underground river and define the characteristics of the passageway based on quantitative analysis of the transport parameters from the tracer test results. This underground river network analysis needs to be done because previous research has never analyzed this underground river network. The research method used in this study is divided into three stages, namely the pre-field stage, the field stage, and the post-field stage. The pre-field step includes determining the location of the study, collecting secondary data, and studying the literature. The field stage consists of a hydrogeological survey to find information on the presence of caves, springs, sinking stream ponors, or luweng in the study area, instantaneous discharge measurements, and tracer tests. The post-field stage includes data processing and analysis. The results showed that the Barat underground river system originated from the Kalimas sinking stream, Mblabak Cave, Pendok Cave, and Pagilangan sinking streams, then merged into a single tunnel without a flow breaker to the Barat Cave, Pengantin Cave, and appeared in the Kalikarak springs to become a surface river, with a tunnel pattern in the form of curvilinear branchwork. The transport parameters for the underground system tracing of the Barat cave have an advection value of 86.528 m/hour, a dispersion of 0.092 m2/second, a dispersivity of 3.38 meters, and a recovery of 63%. The transport value of the tracing test parameter is influenced by the characteristics of the passageway and underground river flow conditions.
format	article
author	Priambada Alpine Prima Adji Tjahyo Nugroho Haryono Eko Agniy Romza Fauzan Cahyadi Ahmad Al-Ghozali Muhammad Qodri Rahmawati Aulia Ika Makhrizal Danung Shodikh Putra Rakhmat Dwi Fauzi Danang Riza Astuti Elisabeth Supi Setyawan Andy Laksono Gangsar Edi Biladi Muslih Musthofa Faizal
author_facet	Priambada Alpine Prima Adji Tjahyo Nugroho Haryono Eko Agniy Romza Fauzan Cahyadi Ahmad Al-Ghozali Muhammad Qodri Rahmawati Aulia Ika Makhrizal Danung Shodikh Putra Rakhmat Dwi Fauzi Danang Riza Astuti Elisabeth Supi Setyawan Andy Laksono Gangsar Edi Biladi Muslih Musthofa Faizal
author_sort	Priambada Alpine Prima
title	Analysis of underground river network connectivity in Barat Cave, Karst Karangbolong, Central Java, using the Artificial Tracer Test Method
title_short	Analysis of underground river network connectivity in Barat Cave, Karst Karangbolong, Central Java, using the Artificial Tracer Test Method
title_full	Analysis of underground river network connectivity in Barat Cave, Karst Karangbolong, Central Java, using the Artificial Tracer Test Method
title_fullStr	Analysis of underground river network connectivity in Barat Cave, Karst Karangbolong, Central Java, using the Artificial Tracer Test Method
title_full_unstemmed	Analysis of underground river network connectivity in Barat Cave, Karst Karangbolong, Central Java, using the Artificial Tracer Test Method
title_sort	analysis of underground river network connectivity in barat cave, karst karangbolong, central java, using the artificial tracer test method
publisher	EDP Sciences
publishDate	2021
url	https://doaj.org/article/fd7bf6f1f3d9468ea1385375f804a446
work_keys_str_mv	AT priambadaalpineprima analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT adjitjahyonugroho analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT haryonoeko analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT agniyromzafauzan analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT cahyadiahmad analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT alghozalimuhammadqodri analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT rahmawatiauliaika analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT makhrizaldanungshodikh analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT putrarakhmatdwi analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT fauzidanangriza analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT astutielisabethsupi analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT setyawanandy analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT laksonogangsaredi analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT biladimuslih analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod AT musthofafaizal analysisofundergroundrivernetworkconnectivityinbaratcavekarstkarangbolongcentraljavausingtheartificialtracertestmethod
_version_	1718381475745759232

Analysis of underground river network connectivity in Barat Cave, Karst Karangbolong, Central Java, using the Artificial Tracer Test Method

Ejemplares similares