BibTex Citation Data :
@article{BULOMA58022, author = {Afidhah Puspita Widyani and Afroh Amalya and Samuel Radityo Adiprabowo and Tyo Suwignyo and Aris Ismanto and Lilik Maslukah}, title = {Pengaruh Siklon Tropis Dahlia Terhadap Karakteristik Gelombang Laut di Pesisir Selatan Banten Menggunakan Pemodelan SWAN}, journal = {Buletin Oseanografi Marina}, volume = {13}, number = {3}, year = {2024}, keywords = {Gelombang Laut; Pemodelan Gelombang Laut; Pemodelan SWAN; Siklon Tropis Dahlia}, abstract = { Secara umum Indonesia tidak termasuk wilayah yang dilintasi oleh siklon tropis dikarenakan sifat fisik siklon tropis yang selalu menjauh dari ekuator. Namun sejumlah siklon tropis yang terjadi di sekitar wilayah Indonesia memberikan dampak secara tidak langsung di wilayah Indonesia. Samudera Hindia merupakan salah satu wilayah yang memiliki tingkat pertumbuhan siklon tropis paling subur. Salah satu siklon yang pernah terjadi di wilayah tersebut yaitu Siklon Tropis Dahlia. Dampak dari Siklon Tropis Dahlia pada wilayah Indonesia khususnya bagian pesisir selatan Banten yaitu timbulnya angin yang kencang disertai gelombang laut yang tinggi. Penelitian ini bertujuan untuk mengetahui pengaruh Siklon Tropis Dahlia terhadap karakteristik gelombang laut di pesisir selatan Banten. Penelitian ini dilakukan dengan menggunakan pemodelan SWAN (Simulating Wave Near-Shore). Hasil dari pemodelan menunjukkan nilai kecepatan angin tertinggi mencapai 16 m/s dan ketinggian gelombang signifikan mencapai 3.5 m dengan arah propagasi dari barat Sumatera menuju tenggara hingga selatan Jawa. Secara umum, luaran model SWAN dapat menggambarkan tren variabilitas gelombang laut akibat dari adanya pengaruh Siklon Tropis Dahlia. Generally, Indonesia is not directly impacted by tropical cyclones due to the physical nature of these cyclones, which tend to move away from the equator. However, several tropical cyclones that occur near Indonesia have indirect effects on the region. The Indian Ocean is one of the most active areas for tropical cyclone development. One such cyclone that affected this area was Tropical Cyclone Dahlia. The impact of Tropical Cyclone Dahlia on Indonesia, particularly along the southern coast of Banten, includes strong winds and high sea waves. This study aims to understand the influence of Tropical Cyclone Dahlia on the characteristics of sea waves along the southern coast of Banten using SWAN (Simulating Wave Near-Shore) modeling. The results show that wind speeds reached up to 16 m/s, and significant wave heights reached 3.5 meters, with wave propagation from the west of Sumatra towards the southeast and south of Java. Overall, the SWAN model outputs effectively capture the trend of sea wave variability due to the influence of Tropical Cyclone Dahlia. }, issn = {2550-0015}, pages = {327--340} doi = {10.14710/buloma.v13i3.58022}, url = {https://ejournal.undip.ac.id/index.php/buloma/article/view/58022} }
Refworks Citation Data :
Secara umum Indonesia tidak termasuk wilayah yang dilintasi oleh siklon tropis dikarenakan sifat fisik siklon tropis yang selalu menjauh dari ekuator. Namun sejumlah siklon tropis yang terjadi di sekitar wilayah Indonesia memberikan dampak secara tidak langsung di wilayah Indonesia. Samudera Hindia merupakan salah satu wilayah yang memiliki tingkat pertumbuhan siklon tropis paling subur. Salah satu siklon yang pernah terjadi di wilayah tersebut yaitu Siklon Tropis Dahlia. Dampak dari Siklon Tropis Dahlia pada wilayah Indonesia khususnya bagian pesisir selatan Banten yaitu timbulnya angin yang kencang disertai gelombang laut yang tinggi. Penelitian ini bertujuan untuk mengetahui pengaruh Siklon Tropis Dahlia terhadap karakteristik gelombang laut di pesisir selatan Banten. Penelitian ini dilakukan dengan menggunakan pemodelan SWAN (Simulating Wave Near-Shore). Hasil dari pemodelan menunjukkan nilai kecepatan angin tertinggi mencapai 16 m/s dan ketinggian gelombang signifikan mencapai 3.5 m dengan arah propagasi dari barat Sumatera menuju tenggara hingga selatan Jawa. Secara umum, luaran model SWAN dapat menggambarkan tren variabilitas gelombang laut akibat dari adanya pengaruh Siklon Tropis Dahlia.
Generally, Indonesia is not directly impacted by tropical cyclones due to the physical nature of these cyclones, which tend to move away from the equator. However, several tropical cyclones that occur near Indonesia have indirect effects on the region. The Indian Ocean is one of the most active areas for tropical cyclone development. One such cyclone that affected this area was Tropical Cyclone Dahlia. The impact of Tropical Cyclone Dahlia on Indonesia, particularly along the southern coast of Banten, includes strong winds and high sea waves. This study aims to understand the influence of Tropical Cyclone Dahlia on the characteristics of sea waves along the southern coast of Banten using SWAN (Simulating Wave Near-Shore) modeling. The results show that wind speeds reached up to 16 m/s, and significant wave heights reached 3.5 meters, with wave propagation from the west of Sumatra towards the southeast and south of Java. Overall, the SWAN model outputs effectively capture the trend of sea wave variability due to the influence of Tropical Cyclone Dahlia.
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