Penentuan Debit Aliran di Muara Sungai Pawan Kabupaten Ketapang berdasarkan Parameter Kecepatan Arus dan Kedalaman Sungai

Puteri, Martsa Farindi Dwi; Putra, Yoga Satria; Adriat, Riza

doi:10.26418/pf.v7i3.38939

Cited by 3 publications

(2 citation statements)

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“…In contrast, Station 4 is located at the confluence of two water streams, namely the Brantas River and the sugar factory's waste disposal line. According to Puteri et al (2019), the current velocity is influenced by topography such as river bend and the depth of water; it has a slow current velocity due to the increase of sediment at the river bend area. Shallow water increases the current velocity.…”

Section: Discussionmentioning

confidence: 99%

The hematological profile of Barbonymus altus to evaluate water quality in the Badher Bank Conservation Area, Blitar, East Java, Indonesia

et al. 2021

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Abstract. Hertika AMS, Supriatna, Darmawan A, Nugroho BA, Handoko AD, Qurniawatri AY, Prasetyawati RA. 2021. The hematological profile of Badher fish (Barbonymus altus) to evaluate water quality in the Badher Bank Conservation Area, Tawangrejo Village, Blitar District, East Java, Indonesia. Biodiversitas 22: 2532-2541. Badher fish (Barbonymus altus) is endemic to the Brantas River. After years presumably extinct, the Badher fish was found again in 2010 in the Brantas River, Tawangrejo Village, Binangun Sub-district, Blitar District, East Java, Indonesia. A conservation area, called a Badher Bank, was established in the location. However, human activities, such as ecotourism and agricultural waste runoff, have changed water quality and increased water pollution in the Badher Bank Conservation Area. This research objective was to observe the hematological profile of badher fish and a set of water quality parameter measurements as an environmental factor that affected fish life. Data were obtained from four research stations with three replications every two weeks from August to October 2020 at the Brantas River streamline inside the Badher Bank Conservation Area. The Canonical Correspondence Analysis (CCA) method was applied to determine the correlation between water quality and hematological profile. According to the data analysis, the water quality at Stations 1-3 in the research location was normal, and Station 4 was polluted. The analysis also showed that the low dissolved oxygen and high ammonia affected the hematological conditions of Badher fish. All water quality parameters affected the condition of leucocytes, erythrocytes, and hemoglobin in moderate concentrations. Besides that, micronuclei and hematocrit conditions were strongly influenced by ammonia, temperature, pH, and current velocity in high concentrations, while Dissolved Oxygen (DO) and Total Suspended Solid (TSS) affected low concentrations.

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Section: Discussionmentioning

confidence: 99%

The hematological profile of Barbonymus altus to evaluate water quality in the Badher Bank Conservation Area, Blitar, East Java, Indonesia

et al. 2021

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“…Setiap sungai memiliki karakteristik dan bentuk yang berbeda antara satu dengan yang lainnya, hal ini disebabkan oleh banyak faktor diantarannya topografi, iklim, maupun segala gejala alam dalam proses pembentukkannya. Sungai yang menjadi salah satu sumber air, tidak hanya menampung air tetapi juga mengalirkannya dari bagian hulu ke bagian hilir [11].…”

Section: Tinjauan Pustaka 21 Sungaiunclassified

Analisis Swot Potensi Sungai Karangampel Kidul Di Kabupaten Indramayu

Gita Rakhmawati

2024

JTS

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The existence of water is very important for living things. Humans, animals and plants need water to fulfill their daily needs and one of the sources of water can be obtained from rivers. Although Indonesia has many rivers, there are still many rivers that are not maximally utilized due to the lack of public awareness of the importance of river cleanliness. This research aims to find out and recognize the potential of the river by determining the right strategy so that the potential of the river can be known and utilized by the community and the function of the river can return to its original state. The method used in this research is descriptive qualitative method where researchers conducted observations and interviews with people who live around Karangampel Kidul River. The data analysis applied is SWOT analysis (Strength, Weakness, Opportunity, Threat). The results of the SWOT analysis of the potential of the Karangampel Kidul River with coordinates (0.5: 0.5) are in Quadrant I with an S-O strategy (aggressive strategy). There are 3 strategies that can be applied, namely optimizing the implementation of government and regional policies regarding the potential and function of rivers, optimizing human resources as supervisors and actors of mutual cooperation and optimizing rivers to irrigate rice fields and the daily needs of the surrounding community.

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Morphological and Sedimentation Characteristics of Air Rami Estuary: Implications for Shape Changes

Cahyani,

Supiyati,

Suwarsono

2023

acopen

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Focusing on the swiftly transforming estuary of the Air Rami River in Mukomuko District, this study investigates the intricate interplay between morphological and sedimentation attributes and their influence on estuarine morphology. The research seeks to elucidate the effects of these characteristics on shaping the Air Rami Estuary. Employing direct field measurements and laboratory analyses, data encompassing river flow velocity, discharge parameters, sediment influx, samples, and estuary imagery from USGS were collected in March 2023. Notably, the highest and lowest river flow discharges were 29.32 m3/s and 16.42 m3/s, respectively, while sedimentation rates ranged from 0.037 kg/s to 0.042 kg/s, and sediment influx varied between 0.18 m3/s and 1.26 m3/s. The findings underscore the pivotal role of morphological and sedimentation dynamics in shaping the estuary's form, yielding valuable insights into coastal morphological evolution and management strategies. Highlight: Estuary Transformation: This study delves into the rapidly evolving Air Rami River estuary, unraveling the intricate interaction between Morphological Attributes and Sedimentation Dynamics that shape its morphology. Comprehensive Analysis: Employing direct measurements and laboratory analyses, the research captures a range of River Flow Discharges, Sedimentation Rates, and Sediment Influx, shedding light on the multifaceted processes at play. Implications for Management: The findings highlight the fundamental role of morphological and sedimentation dynamics, offering valuable insights for Coastal Management Strategies and informed decision-making in coastal environments. Keyword: Air Rami Estuary, Morphological Attributes, Sedimentation Dynamics, Estuarine Morphology, Coastal Management

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Penentuan Debit Aliran di Muara Sungai Pawan Kabupaten Ketapang berdasarkan Parameter Kecepatan Arus dan Kedalaman Sungai

Cited by 3 publications

References 0 publications

The hematological profile of Barbonymus altus to evaluate water quality in the Badher Bank Conservation Area, Blitar, East Java, Indonesia

The hematological profile of Barbonymus altus to evaluate water quality in the Badher Bank Conservation Area, Blitar, East Java, Indonesia

Analisis Swot Potensi Sungai Karangampel Kidul Di Kabupaten Indramayu

Morphological and Sedimentation Characteristics of Air Rami Estuary: Implications for Shape Changes

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