Geographical information systems (GIS) to manage oceanographic data for site designation and site monitoring

Hall, Robert King; Ota, Allan Y.; Hashimoto, Janet Y.; Maher, Norman

doi:10.1080/15210609509379753

Cited by 7 publications

(3 citation statements)

References 4 publications

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“…The approach taken in the current study takes into consideration the many applications of many types of data that are used for benthic habitat mapping (e.g., Hall et al 1999). Most often there is a need for a baseline of information.…”

Section: Review Of Seafloor Classification Approaches: Multibeam and mentioning

confidence: 99%

A Benthic Terrain Classification Scheme for American Samoa

et al. 2006

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Section: Review Of Seafloor Classification Approaches: Multibeam and mentioning

confidence: 99%

A Benthic Terrain Classification Scheme for American Samoa

et al. 2006

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“…It connects time-dependent information with in-situ datasets for maritime attributes and climate change estimation [15]. Marine GIS was upgraded to include the development of a revolutionary conceptual data structure for sea bathymetry [16], ocean expelling and ecosystem impact monitoring [17], the discovery of waste charging sites on the seafloor [18], as well as a new spatial analysis structure [19] to estimate the concentrations of nitrogen and phosphorus within European coastline seas, Beusen et al (1995) [20], created a GIS-based model that included geo-hydrological data.…”

Section: Literature Review 21 Gis and Rs Conceptmentioning

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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“…Marine GIS evaluates important point of spatial data management for marine applications (Lucas et al, 1994) and it also joins timedependent metadata with in-situ data for marine features and estimation of climate change (Wright et al, 1995). In the following years, development of new theoretical data model for sea bathymetry , ocean discarding and monitoring of ecological impacts (Hall et al, 1995), finding of waste charging sites on the seafloor (Chavez Jr. and Karl, 1995), and new spatial data structure were included to marine GIS (Gold and Condal, 1995). Beusen et al (1995) developed a GIS-based model that integrated geohydrological data for the estimation of loads of nitrogen and phosphorus in the coastal seas of Europe.…”

Section: Short Literature Reviewmentioning

confidence: 99%

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

Kaymaz¹,

Yabanlı²

2017

J Aquacult Eng Fish Res

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Abstract:In this review, the focus is the research of scientists which studied different GIS applications in marine areas. Based on literature review, the scientists stressed the use of GIS to assess and predict effects on marine environment. Marine spatial data are fundamental for a sustainable environmental management of marine areas, largely surrounded by countries with borders to the sea. In modern age, known as ''information age'', data acquisition, analysis and management are essential for rapid, precise and economical resolutions. GIS applications were recommended to supply a principle from combining past and present circumstances in order to predict future for marine areas. This review provides an example to how GIS applications can be used in the monitoring, conservation, management, sustainable development and environmental protection stages of marine areas.

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Geographical information systems (GIS) to manage oceanographic data for site designation and site monitoring

Cited by 7 publications

References 4 publications

A Benthic Terrain Classification Scheme for American Samoa

A Benthic Terrain Classification Scheme for American Samoa

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

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

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