Mangrove-based Ecotourism Sustainability Analysis using NDVI and AHP Approach

Singgalen, Yerik Afrianto; Manongga, Danny

doi:10.22146/ijccs.68986

Cited by 7 publications

(8 citation statements)

References 24 publications

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“…The analytical hierarchy process (AHP) serves as the technique utilized in this study for prioritizing programs (Mafruhah et al, 2019). The AHP process consists of the following stages: first, describing the program in a comparison matrix; second, assigning assessment weights based on their level of importance; third, aggregating the consequences of the criteria to determine the priority of critical success factors; and lastly, calculating the consistency ratio of the eigenvalue (Bibin and Ardian, 2020;Kim et al, 2017;Singgalen and Manongga, 2022). In this research, AHP is implemented using Expert Choice 11.5 software.…”

Section: Analytical Hierarchy Process (Ahp)mentioning

confidence: 99%

Mangrove Ecosystem Management Strategy to Support Sustainable Development Goal 14

Arfan,

Sanusi,

Rakib

et al. 2024

EREM

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Sustainable mangrove management plays a pivotal role in advancing various sustainable development goals (SDGs). These encompass poverty and hunger eradication, fostering livelihoods and economic growth, countering the impacts of climate change, and protecting biodiversity. To investigate this matter, our study employed participatory rural appraisal (PRA) and focus group discussion (FGD) techniques. The study engaged with local government officials, fishermen, farmers, non-governmental organizations, women leaders, community leaders, and the general public actively involved in mangrove forest regions. The purposive sampling method ensured a representative sample. A comprehensive analysis was conducted, integrating SWOT analysis and the analytical hierarchy process (AHP). The findings revealed several key strategies: promoting the development of the potential of economically and sustainably valuable mangrove ecosystems through environmentally friendly planting and harvesting; empowering communities through farmers, fishermen, and women’s groups to generate household-scale mangrove-based industries; providing all necessary facilities and infrastructure for mangrove ecotourism visitors; expanding the role of non-governmental organizations (NGOs) in improving community awareness and knowledge on the management of mangroves; and providing training to increase the diversification of mangrove economic products.

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Section: Analytical Hierarchy Process (Ahp)mentioning

confidence: 99%

Mangrove Ecosystem Management Strategy to Support Sustainable Development Goal 14

Arfan,

Sanusi,

Rakib

et al. 2024

EREM

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“…Analisis nilai indeks vegetasi mangrove dapat dilakukan menggunakan metode hyper spectral of remote sensing berdasarkan data citra satelit yang diambil berdasarkan titik kordinat dan waktu pengambilan citra satelit. Singgalen menunjukkan bahwa nilai indeks vegetasi mangrove perlu dimonitoring secara berkala menggunakan model Normalized Difference Vegetation Index (NDVI) yang menggambarkan tingkat kerapatan vegetasi di suatu wilayah [3].…”

Section: Pendahuluanunclassified

Analisis Indeks Vegetasi dan Perancangan Sistem Monitoring Kawasan Ekowisata Mangrove Berbasis Hyper Spectral of Remote Sensing dan Design Thinking Framework

Singgalen

2023

josh

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One of the challenges in decision-making for determining the direction of mangrove ecotourism development policies and programs on Tagalaya Island is the availability of mangrove databases at each observation station and remote sensing models used to identify mangrove forest density. This research offers the idea of combining the hyperspectral method of remote sensing with the information system design method design thinking framework. Meanwhile, the location of this research is the mangrove ecotourism area of Tagalaya Island, North Halmahera Regency, North Maluku Province, Indonesia. The findings of this study demonstrate the need to use remote sensing to locate and evaluate spatial data, particularly index values based on NDVI models for each Tagalaya Island observation station. The first and second observation stations are shown to be included in the unusual group by the computation results of the 2023 raster data in the mangrove area of Tagalaya Island. The third observation station is also included in the medium category. The monitoring information system for the Tagalaya mangrove ecotourism region is also a solution to the mangrove database challenge in deciding the direction of Tagalaya mangrove ecotourism policies and activities (SIMOKE Tagalaya). Thus, the problems and solutions encountered in enhancing the monitoring program of mangrove ecotourism areas on Tagalaya Island become relevant and contextual when applying the hyperspectral method of remote sensing and information system design using a design thinking framework.

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“…Utilization of multi-time maps to analyze land change patterns [7] [8] [18] [19], land change as an essential factor in urban planning [19], land change related to population growth and conservation efforts of the remaining mangroves [7], land change as an initial study of integrated management and utilization of mangrove forests [20], and forest health status determination [21]. This study quantitatively examines changes in the surrounding environment to determine the potential of mangrove ecotourism using remote sensing and GIS.…”

Section: Research Significancementioning

confidence: 99%

Land Use Change of Mangrove Forest for Eco-Tourism in the South Coastal, Bangkalan, East Java-Indonesia

Wardhani¹

2022

GEOMATE

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The dynamic increase in human needs results in land changes in coastal areas, threatening the mangrove ecosystem's existence. The mangrove ecosystem in this area can be managed and developed as an ecotourism area to utilize and protect it. It is important to do this research to integrate mangrove forest management by assessing land change in other surrounding areas as a starting point for the study. This study aims to analyze changes in the use of mangrove land and surrounding land on the southern coast of Bangkalan Regency within ten years and analyze the suitability of mangrove land for eco-tourism as an effort to use and preserve it following urban planning. This study uses multitemporal satellite Landsat 7 ETM+ (in 2009) and Landsat 8 OLI (in 2019). Land change classification using Sthe upervised Classification method with accuracy test using the confusion matrix method. The assessment of eco-tourism potential at the research site uses a matrix of land suitability for mangrove eco-tourism. The analysis of changes in mangrove forest cover on the southern coast of Bangkalan Regency showed a growth of 40.48% from 2009 to 2019. The addition of a mangrove area indicates that the forest area has the potential to be exploited. Based on land suitability analysis, mangrove forests in Langpanggang and Modung have the potential to be developed as eco-tourism areas.

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Mangrove-based Ecotourism Sustainability Analysis using NDVI and AHP Approach

Cited by 7 publications

References 24 publications

Mangrove Ecosystem Management Strategy to Support Sustainable Development Goal 14

Mangrove Ecosystem Management Strategy to Support Sustainable Development Goal 14

Analisis Indeks Vegetasi dan Perancangan Sistem Monitoring Kawasan Ekowisata Mangrove Berbasis Hyper Spectral of Remote Sensing dan Design Thinking Framework

Land Use Change of Mangrove Forest for Eco-Tourism in the South Coastal, Bangkalan, East Java-Indonesia

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