Estimating wave attenuation at the coastal land margin with a GIS toolbox

Foster‐Martinez, Madeline R.; Alizad, K.; Hagen, Scott C.

doi:10.1016/j.envsoft.2020.104788

Cited by 9 publications

(7 citation statements)

References 58 publications

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“…Changes that occur in the coastline can be monitored using a technology. Where the technology used in monitoring shoreline changes is using satellite imagery.Remote sensing is the science that is done by a person or group in examining objects or objects to obtain the desired information [13,14,15,16,17,18]. For the purposes of planning and management of coastal areas in Subang Regency, West Java, research is needed on the study of shoreline changes using a remote sensing approach in the coastal areas of Subang Regency.…”

Section: Methodology:-mentioning

confidence: 99%

Analysis of Shoreline Change in Coastal Area of Subang West Java Indonesia From 2010 to 2019 Through Satellite Imagery

Pattipawaej¹,

Hardiyan²

2020

IJAR

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The condition of beaches in Indonesia is currently quite concerning. Indonesia's mangroves and coastal sand are in danger of being damaged. Commitment from all parties is needed to overcome coastal damage. If not, the negative impact will be dangerous for the existence of coastal communities. Damage to coastal is a serious threat to the surrounding ecosystem, even tends to harm humans. Not only waste carried by the flow into the sea, but also garbage disposed of around the coastal areas of the sea and poor land management are clearly some actions that can reduce the carrying capacity of the environment. This carriage a serious threat to the environment. The beach in Subang district, West Java has quite severe coastal damage. Analysis of shoreline changes is needed to overcome the damage to the coast. The method used to analyze shoreline changes is through satellite mapping using Google Earth. The results obtained from 10 years of coastline satellite mapping in Subang Regency are changes in coastline and area that occur due to erosion and/or accretion. These results will help to challenge erosion and/or accretion. The next step can be made a coastal protection in the form of mangrove plants or coastal protection structures.

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Section: Methodology:-mentioning

confidence: 99%

Analysis of Shoreline Change in Coastal Area of Subang West Java Indonesia From 2010 to 2019 Through Satellite Imagery

Pattipawaej¹,

Hardiyan²

2020

IJAR

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“…3. GIS/DOC -document processing -systems that enable information processing from source documents (maps, photos, satellite images, data files), as well as statistical surveys or geodetic documents (Foster-Martinez et al, 2020;Droj et al, 2021;Olszewski and Wendland, 2021;Aghaloo et al, 2023;Bagheri, 2023). 4.…”

Section: Gis Datamentioning

confidence: 99%

“…8. GIS/LIS -land information systems -they are a tool of a legal and administrative nature (the term "SIT" -land information system has become popular in Poland) (Aghaloo et al, 2023;Cimburova et al, 2023;Cooper et al, 2020;Foster-Martinez et al, 2020;Ghunowa et al, 2021;Ramírez-Cuesta et al, 2020). 9.…”

Section: Gis Datamentioning

confidence: 99%

Geodata in Science – A Review of Selected Scientific Fields

Apollo,

Jakubiak,

Nistor

et al. 2023

ASP.FC

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Aim of the study: Today, completely new forms of geo-information systems are becoming increasingly popular. New technological possibilities allow these systems to be adapted to the requirements and needs of societies. This paper is an extensive literature review of the use of geodata in various scientific fields, in STEM (science, technology, engineering, and mathematics) disciplines. However, as there is no universal agreement as to which disciplines are included in the STEM, the authors also included related fields such as geography or transport. Material and methods: Already a preliminary analysis of the Web of Science Core Collection database has shown that geodata is used very widely, in every scientific discipline analysed (with varying degrees of sophistication). The main objective of the paper is to provide a comprehensive analysis of the usage of geodata in five areas: bathymetric measurements, satellite geodata, aerial retrieved geodata, levelling networks, and GIS data. Results and conclusions: The results showed the increasing availability of data that can contribute to a better understanding and management of our planet. Geodata as a tool is overly broad and general, and it is used or might be used in every discipline of science.

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“…Hydro‐MEM takes various hydrodynamic inputs and experimental factors for belowground and aboveground biomass, suspended sediment, compaction, root‐shoot ratio, and other marsh platform accretion modeling in response to SLR and provides marsh productivity, vegetation type, and upland migration possibility, as well as accreted marsh platform elevation. Hydro‐MEM has been applied for several estuarine systems in the United States to assess the impacts of SLR on marsh systems to provide restoration information and guidance to coastal managers and inputs to other models such as storm surge or wave attenuation (Alizad, Hagen, Morris, Medeiros, et al., 2016; Alizad et al., 2018; Bacopoulos et al., 2019; Bilskie et al., 2016; Foster‐Martinez et al., 2020; Kidwell et al., 2017).…”

Section: Introductionmentioning

confidence: 99%

“…Research shows that these unique systems are at risk globally and vulnerable to collapse due to sea‐level rise (SLR) and climate change (Alizad, Hagen, Morris, Medeiros, et al., 2016; Crosby et al., 2016; Osland et al., 2017; Reed, 1995). How a marsh responds to external stressors is dependent on factors including marsh platform topography, sediment availability, wave erosion, salinity change, nutrient composition, available land for migration, species type, and tidal regimes (Alizad et al., 2018; Foster‐Martinez et al., 2020; Raposa et al., 2016).…”

Section: Introductionmentioning

confidence: 99%

Integrated Modeling of Dynamic Marsh Feedbacks and Evolution Under Sea‐Level Rise in a Mesotidal Estuary (Plum Island, MA, USA)

Alizad

Morris

Bilskie

et al. 2022

Water Resources Research

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Tidal regimes play an essential role in the response of salt marshes to a rise in sea level. Tidal regimes are defined by their tide range, which is the absolute value between the average of high tides (mean high water [MHW]), and the average of low tides (mean low water [MLW]). Marsh systems are more sensitive to SLR in microtidal systems (<2 m tide range) than mesotidal (2-4 m) or macrotidal (>4 m) systems (Friedrichs & Perry, 2001;Kirwan & Guntenspergen, 2010). SLR also has the potential to increase tidal ranges in coastal bays and estuaries and can alter flood or ebb dominance and resulting sediment transport in the system (Jiang et al., 2020;Passeri et al., 2016). These nonlinear SLR-induced changes can affect many species' ecological habitats, including wetlands, forest regions, mudflats, and barrier islands.Although marshes maintain or move toward equilibrium with mean sea level (MSL) by trapping sediment and organic matter (

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Estimating wave attenuation at the coastal land margin with a GIS toolbox

Cited by 9 publications

References 58 publications

Analysis of Shoreline Change in Coastal Area of Subang West Java Indonesia From 2010 to 2019 Through Satellite Imagery

Analysis of Shoreline Change in Coastal Area of Subang West Java Indonesia From 2010 to 2019 Through Satellite Imagery

Geodata in Science – A Review of Selected Scientific Fields

Integrated Modeling of Dynamic Marsh Feedbacks and Evolution Under Sea‐Level Rise in a Mesotidal Estuary (Plum Island, MA, USA)

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