A Review: Applications of Geographic Information Systems (Gis) in Marine Areas

Kaymaz, Şeyma Merve; Yabanlı, Murat

doi:10.3153/jaefr170021

Cited by 3 publications

(2 citation statements)

References 28 publications

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“…They use information gathered in various ways, as well as integrating concepts from other technological sectors, to help solve the dynamics of the marine environment. Directors and administrators are required to participate in the use of GIS as a decision support system, which presents a significant opportunity for GIS applications in management processes [1].…”

Section: Introductionmentioning

confidence: 99%

jsunrUse of GISand RSCombined with Artificial Intelligence Plate for Detecting and Analyzing of Aquatic Heavy Metals Threats for Environmental Sustainability of Green Ports

Gabi¹,

Abdullah²

2023

J-SuNR

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With the technological development globally, Geographic Information System(GIS)and Remote Sensing (RS)has been used and reformed in providing reliable and useful data in the field of environmental studies advancement. There has been needed forGIS and RS in terms of biological and chemical elements in the aquatic environments to assess the concentration of trace metals in the tissue of aquatic species around the world. However, there is still inadequate information and exploration on the subject matter which calls for the use of artificial intelligence plates in acquiring data.There is a need for the use of the invented plate in green port sustainability in order to save time, money, life, less labour and availability of more multiple accurate data information that will have improved sustainability. The primary aim of this concept paper focused on using GIS & RS combined with artificial intelligence plate in Green port environmental sustainability to monitor, acquire data and identify biologicaland chemical elements data online for analysis. This aim was achieved by the application of qualitative research, that is synthetic literature review. Through the review, we are able to find out that artificial intelligence plates will be useful. Therefore, it requests for innovation of an artificial intelligent plate that will detect, analyze and recommend the concentration of heavy metals and other anthropogenic elements in the water bodies and species tissues without necessarily involving laboratory processes. In conclusion, to provide a theory from fusing past and present circumstances in order to forecast the future for coastal areas, GIS & RS applications and artificial intelligence plates were suggested. This review gives instances of GIS applications' used in the stages of assessment, conservation, maintenance, sustainability, and protection of the environment of marine areas. This study suggests the use of a digital plate that can be used with GIS & RS in monitoring, spatiotemporal distribution and identifying the concentration of biological and chemical elements in the environmental sustainability of port institutions and industrial organizations.

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Section: Introductionmentioning

confidence: 99%

jsunrUse of GISand RSCombined with Artificial Intelligence Plate for Detecting and Analyzing of Aquatic Heavy Metals Threats for Environmental Sustainability of Green Ports

Gabi¹,

Abdullah²

2023

J-SuNR

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“…This method has been widely used for the marine spatial planning (Calvet et al, 2013), with purposes such as aquaculture (Kaymaz et al, 2017), offshore wind energy (Diaz et al, 2017;Schallenberg-Rodríguez et al 2017) or tidal energy. Previous studies have also assessed the locations that would optimize the wave energy exploration in different areas around the world (Le et al, 2014;Vasileiou et al, 2017, Xu et al, 2017Zanuttigh et al, 2016).…”

Section: Introductionmentioning

confidence: 99%

Identifying compatible locations for wave energy exploration with different wave energy devices in Madeira Islands

Ramos¹,

Díaz²,

Lavidas³

et al. 2020

Developments in Renewable Energies Offshore

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This paper aims to assess the techno-economic suitability of different marine areas for the nearshore and offshore wave energy exploration in the Madeira Islands, while avoiding conflict with any technical, environmental, legal or other use restriction. A wave energy device is also evaluated, which could constitute the best energetic performance in such specific sea states. The compatibility evaluation of different wave energy conversion technologies is made through the computation of a novel index over the area of study. The location suitability assessment is made in a GIS environment by discarding different locations from the masking process. Later, a multicriteria decision making methodology is carried out over the available areas. The results aim to provide stakeholders and decision-makers with meaningful information on the most suitable locations and wave converters for the potential deployment of a wave energy exploration facility in the Madeira Islands.

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Geographical Information Systems for Marine Applications

Temiz

2023

Mersin University Journal of Maritime Faculty

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Geographical Information Systems (GIS) are special class of information systems which combine spatial and non-spatial information systems within a single system. It is a type of information system that collects, stores, retrieves, analyzes and displays geographically referenced and attribute data simultaneously. GIS is a decision tool that helps decision makers and facilitate decision making process. The usage of GIS for land problems began about 1960s, but application of it to sea problem was in the 1980s. Marine GIS gained a substantial significance in the 1990s with the emergence and popularity of Earth System Science.The aim of this study is to examine the usage of GIS in marine areas and to highlight the importance of GIS technology for marine applications. All of these concepts were examined in a theoretical framework in the study. So the method of the study is a literature review. With the literature review, the concept of GIS and its application in marine areas were tried to be explained. After reviewing literature it is concluded that marine GIS can give different perspectives to marine scientists for solving marine-related problems and facilitating decision making process.

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A Review: Applications of Geographic Information Systems (Gis) in Marine Areas

Cited by 3 publications

References 28 publications

jsunrUse of GISand RSCombined with Artificial Intelligence Plate for Detecting and Analyzing of Aquatic Heavy Metals Threats for Environmental Sustainability of Green Ports

jsunrUse of GISand RSCombined with Artificial Intelligence Plate for Detecting and Analyzing of Aquatic Heavy Metals Threats for Environmental Sustainability of Green Ports

Identifying compatible locations for wave energy exploration with different wave energy devices in Madeira Islands

Geographical Information Systems for Marine Applications

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