JIHADI, MUHAMMAD SHULHAN (2023) PEMODELAN KORIDOR MIGRASI PAUS BIRU KERDIL (Balaenoptera musculus brevicauda) DI LAUT SAWU DAN LAUT BANDA MENGGUNAKAN CIRCUIT THEORY (23dos169). Undergraduate thesis, Fakultas Perikanan dan Ilmu Kelautan.

	Text Muhammad Shulhan Jihadi 23dos169_compressed.pdf Download (240kB)
	Text 1. Pendahuluan Muhammad Shulhan Jihadi 26050119130040.pdf Restricted to Repository staff only Download (217kB) | Request a copy
	Text 2. Tinjauan Pustaka Muhammad Shulhan Jihadi 26050119130040_compressed.pdf Restricted to Repository staff only Download (153kB) | Request a copy
	Text 3. Materi dan Metode Muhammad Shulhan Jihadi 26050119130040_compressed.pdf Restricted to Repository staff only Download (241kB) | Request a copy
	Text 4. Hasil dan Pembahasan Muhammad Shulhan Jihadi 26050119130040_compressed.pdf Restricted to Repository staff only Download (1MB) | Request a copy
	Text 5. Kesimpulan dan Saran Muhammad Shulhan Jihadi 26050119130040.pdf Restricted to Repository staff only Download (11kB) | Request a copy
	Text 6. Daftar Pustaka Muhammad Shulhan Jihadi 26050119130040.pdf Restricted to Repository staff only Download (150kB) | Request a copy
	Text 7. Lampiran dan Riwayat Hidup Muhammad Shulhan Jihadi 26050119130040_compressed.pdf Restricted to Repository staff only Download (451kB) | Request a copy

Abstract

ABSTRAK
(Muhammad Shulhan Jihadi. 26050119130040. Pemodelan Koridor Migrasi Paus Biru Kerdil (Balaenoptera musculus brevicauda) Di Laut Sawu Dan Laut Banda Menggunakan Circuit Theory. Muhammad Zainuri & Rikha Widiaratih).
Paus biru kerdil (Balaenoptera musculus b) merupakan mamalia laut yang bermigrasi tiap tahun dari Australia ke Indonesia dan sebaliknya. Wilayah perairan di Indonesia yang sering menjadi koridor migrasi paus biru kerdil ini terletak pada Laut Sawu, sedangkan Laut Banda menjadi breeding ground atau tempat memijah bagi paus biru kerdil. Penelitian ini bertujuan untuk menerapkan Teori Sirkuit dalam pembuatan model migrasi paus biru kerdil. Data yang digunakan berupa data spesies dan data lingkungan. Data spesies didapat dari penelitian Andrews-Goff
(2018 & 2020) mengenai tagging GPS paus biru kerdil dan data pengamatan oleh BKKPN Kupang. Sedangkan data lingkungan berupa batimetri, slope, jarak dari slope, suhu permukaan laut, klorofil, dan salinitas yang didapatkan dari Aqua MODIS, Marine Copernicus, dan GEBCO. Metode yang digunakan adalah dengan
membuat kesesuaian habitat paus biru kerdil menggunakan MaxEnt, yang kemudian hasilnya digunakan sebagai input dalam algortima Omniscape sebagai layer hambatan. Dalam pembuatan kesesuaian habitat, diketahui bahwa parameter yang paling berpengaruh terhadap habitat paus biru kerdil adalah jarak dari slope sebesar 32,175%, kemudian rerata klimatologi suhu permukaan laut sebesar 25,575%, rerata klimatologi klorofil sebesar 11,975%, batimetri sebesar 10,575%, standar deviasi salinitas sebesar 8,325%, standar deviasi suhu permukaan laut
sebesar 4,275%, rerata klimatologi salinitas sebesar 3,775%, standar deviasi klimatologi klorofil sebesar 2,075%, dan slope sebesar 1,375%. Hasil penelitian menunjukkan bahwa terdapat banyak lokasi penting berupa choke point pada kepulauan di Nusa Tenggara Timur di sekitar Laut Sawu yang menjadi koridor migrasi bagi paus biru kerdil.
Kata kunci: Teori Sirkuit, Kesesuaian Habitat, Migrasi, Paus Biru Kerdil

ABSTRACT
(Muhammad Shulhan Jihadi. 26050119130040. Modelling of Pygmy Blue Whale (Balaenoptera musculus brevicauda) Migration Corridor in Savu and Banda Sea Using Circuit Theory. Muhammad Zainuri & Rikha Widiaratih).
The pygmy blue whale (Balaenoptera musculus b) is a marine mammal that migrates every year from Australia to Indonesia and vice versa. Indonesian waters which is often the migration corridor for pygmy blue whales is located in the Sawu Sea, while the Banda Sea is a breeding ground or spawning ground for pygmy blue whales. This study aims to apply Circuit Theory in modeling the migration of pygmy blue whales. The data used in this research is species data and environment data. The species data is obtained from the Andrews-Goff’s GPS tagged pygmy blue whale research (2018 & 2020) and sighting data by BKKPN Kupang, while environmental data in the form of bathymetry, slope, distance from slope, sea surface temperature, chlorophyll and salinity is obtained from NASA’s Aqua MODIS, ESA’s Marine Copernicus, and GEBCO. The method used in this research is to make suitable habitat model of pygmy blue whale using MaxEnt, which then
the results are used as input in the Omniscape algorithm as resistance layer. From the habitat suitability, it is known that the most influential parameter on the habitat of the pygmy blue whale is the distance from the slope of 32.175%, then the climatological average of sea surface temperature 25.575%, the climatological
average of chlorophyll 11.975%, bathymetry 10.575%, standard deviation of salinity 8.325%, standard deviation of sea surface temperature 4.275%, mean climatological salinity 3.775%, climatological standard deviation for chlorophyll was 2.075%, and the slope was 1.375%. The results showed that there are many
important locations in the form of choke points on the islands in East Nusa Tenggara around the Sawu Sea which are migration corridors for pygmy blue whales.
Key words: Circuit theory, Habitat suitability, Migration, Pygmy Blue Whale

Actions (login required)

View Item