Spatial Analysis of Shoreline Changes in the Coastal of Subang District, West Java

Taofiqurohman, Ankiq; Ismail, Mochamad Furqon Azis

doi:10.29244/jitkt.v4i2.7790

Cited by 3 publications

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“…Gelombang pencetus rip current adalah swell yang datang dari Samudera Hindia. Menurut Muntasib, et al, (2018), sebagian besar pengunjung (77%) dan masyarakat (63%) (Taofiqurohman, 2020). Adanya informasi mengenai waktu-waktu bahaya rip current beserta tingkat bahayanya seharusnya bisa dijadikan antisipasi bagi wisatawan maupun bagi pihak pengelola.…”

Section: Hasil Dan Pembahasanunclassified

Nilai Bahaya Rip Current untuk Wisata Pantai di Pantai Pangandaran, Jawa Barat

et al. 2021

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Keselamatan para wisatawan adalah hal yang paling penting dalam mengelola kawasan wisata. Rip current merupakan bahaya yang signifikan bagi para pengunjung pantai dan telah memakan banyak korban di seluruh dunia. Riset ini dilakukan dengan tujuan untuk mendapatkan nilai bahaya Rip Current serta mengidentifikasi waktu yang aman untuk wisata di Pantai Pangandaran, Jawa Barat. Pelaksanaan riset berlangsung dari bulan Januari – Mei 2020. Metode riset yang digunakan adalah metode kuantitatif. Pengolahan data dan penilaian bahaya rip current berdasarkan Rip Current Hazard Assessment Guide (RNLI-UK). Parameter yang digunakan dalam riset ini adalah tinggi dan periode gelombang pecah, kecepatan jatuh sedimen, dan nilai tunggang pasut. Hasil riset menunjukan bahwa nilai bahaya rip current di Kawasan Wisata Pantai Barat Pangandaran, Jawa Barat sebesar 3 sampai dengan 4; yang dikategorikan ke dalam tingkat berbahaya sampai tingkat sangat berbahaya dengan faktor yang paling mempengaruhi adalah tinggi gelombang. Nilai bahaya rip current tertinggi (sangat berbahaya) berada di Bulan Juni hingga Oktober. Waktu yang dinilai relatif lebih aman untuk wisata berdasarkan hasil assesment nilai bahaya rip current adalah pada Bulan Januari, Februari, Maret, April, Mei, November serta Desember.The safety of tourists is the most important thing in tourism management. Rip current is a significant danger for beach visitors and has many casualties around the world. This research aims to get an index of Rip Current and identify the safety period for tourism in Pangandaran Beach. This research was conducted from January – May 2020. Methods of this research were using quantitative method. Processing data and getting an index for hazardous of Rip Current based on the Rip Current Hazard Assesment Guide (RNLI-UK). The parameters used in this research are height and period of the breaker wave, sediment fall velocity, and tide range. The result of this research are shown as an index of rip current’s hazardous 3 to 4; whereas 3 means hazardous and 4 as categorized very hazardous with the wave height as the most affecting factor. The safety periods for tourism based on the results of an index for hazardous occurs in January, February, March, April, May, November, and December.

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Section: Hasil Dan Pembahasanunclassified

Nilai Bahaya Rip Current untuk Wisata Pantai di Pantai Pangandaran, Jawa Barat

et al. 2021

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“…The dark blue color on a geometric map is indicated as the area of marine waters, while the light blue area is the area of the pond. The results of image enhancement have shown that the bund and checkered with black to dark blue identified as a water region and ponds or open land [18], [21], [22]. Black spots on a map were shown as depicting land use area of the former farm.…”

Section: ) Waters Areamentioning

confidence: 99%

Analysis and Identification of Landuse on the Coastal Environment of South Sumatra using GIS

Soedarto

Hanum

Lestari

2017

International Journal on Advanced Science, Engineering and Information Technology

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Analysis and identification of land use in coastal areas to study the coastal environment Sembilang National Park in South Sumatra using remote sensing system (Geographical Information System) has been conducted from June until November 2014. The objective to study the changes that occur in the coastal environment as well as to identify and estimate the area use change existing mangrove areas in Region I of the Section of Sembilang National Park Management, South Sumatra. Methods for the analysis and identification based on Landsat image data 8 in 2013 using ENVI 4.3 and Arc GIS 9.3 software as well as the conversion of ground check. The results showed the use of land in the mangrove areas in the region I of the Section of Sembilang National Park Management classified into 5 classes, namely mangrove, water area, mangrove shrubs, mainland mud, and ponds areas. The area of each class were observed in sequence as follows 8921.19 ha (41.69%) as mangrove area; 3934.3 ha (23.28%) as water areas; 3.608,52 ha (17.41%) as area of mangrove shrubs; 1.649,11 ha (9.05%) as mainland mud and settlement area; and 1.561,04 ha (8.57%) as the ponds area. The percentage of the class obtained as a result of the conversion of ground check, and it is based on the land use map data over the total area observed.

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“…[6] conducted an analysis of shoreline changes for 10 years using CEDAS (Coastal Engineering Design and Analysis System) in Awur Bay Waters, Jepara Regency, in the scenario of adding coastal protective structure. [23] conducted a spatial analysis of shoreline changes on the coast of Subang Regency, West Java. [1] is planning an alternative coastal protection structure for Namrole Beach in Buru Selatan-Maluku Regency.…”

Section: Introductionmentioning

confidence: 99%

Development of Coastal Protection Structure in Karawang Coastal Area of Indonesia

Haryani¹,

Pasaribu²,

Soeprijadi³

et al. 2021

IJRIAS

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This research is a case study on the coast of Karawang Regency, West Java Province, which is part of the North Coast of Java. In the coastal area of Karawang, it was previously planned to build a port, but it was canceled and shifted to another regency. How is the condition of the Karawang coast? Has it undergone physical changes and is it risky if a port is built, and do it need some coastal protection strutures to protect it from damage? What kind of coastal structures are suitable to protect the coast of Karawang? These question are at the same time a problem that will be raised in this study. The objectives of this research are: (1) to plan a coastal protection structure for the coast of Karawang; (2) to determine the type and structure of coastal protection structures that are suitable for the Karawang coast. Research data in the form of primary and secondary data, with primary data covering topography, bathymetry, tides, currents, obtained by validation through Ground Check Points (GCP), and secondary data covering wind, and socioeconomic. Analysis of the data through simulation and determination of the selected coastal structures, with the result that the appropriate coastal protection structures are breakwaters and groynes, because they can reduce the overflow of waves that occur, so that the coast is protected from the onslaught of damaging waves.

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Spatial Analysis of Shoreline Changes in the Coastal of Subang District, West Java

Cited by 3 publications

References 0 publications

Nilai Bahaya Rip Current untuk Wisata Pantai di Pantai Pangandaran, Jawa Barat

Nilai Bahaya Rip Current untuk Wisata Pantai di Pantai Pangandaran, Jawa Barat

Analysis and Identification of Landuse on the Coastal Environment of South Sumatra using GIS

Development of Coastal Protection Structure in Karawang Coastal Area of Indonesia

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