Monitoring Coastline Change Using Remote Sensing and GIS Technology: A case study of Acıgöl Lake, Turkey

Temİz, F.; Durduran, Süleyman Savaş

doi:10.1088/1755-1315/44/4/042033

Cited by 23 publications

(12 citation statements)

References 18 publications

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“…In recent years, coast shifts have been automatically extracted from satellite optical images. The Landsat method, which is subject to evaluation [30,37,38], controls the tracing of coastlines using the threshold technique [4,8,33], which is considered to be the most widely used method, and is more commonly used as a method for the comparison of bands [30,33,35,39].…”

Section: Resultsmentioning

confidence: 99%

“…All parameters were also reviewed in the Landsat metadata documents used in the radiometric correction process, such as subtraction and gain, dawn, satellite viewing angles, light intensity, opacity, etc. In addition, the effect of the ground in the radiometric correction process was reduced to a minimum in the case of low terrain [8,29], and the relationship also shows a much lower slope than expected [6,26].…”

Section: Radiometric Correctionmentioning

confidence: 91%

“…Furthermore, climatic factors increase or decrease the effect of sea currents and waves on the coasts through the effect of wind, temperature, and rain. Additionally, socioeconomic activities contribute to continuous changes in the development and construction of the littoral [7,8]. This study provides important data related to the identification of important changes that occurred on its site through the rehabilitation of its adjacent structures.…”

Section: Introductionmentioning

confidence: 99%

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Sea level changes of Sharm Yanbu and its expected impacts on development processes using GIS and remote sensing

Nofal

Abboud

2019

Journal of Taibah University for Science

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The eastern coast of the Red Sea is characterised by many coastal entrances that penetrate the sea. Its origins can be traced to the estuaries of ancient wadis that influenced the evolution of the geological environment, marine structures, and sea factors. The objective of this study is to discover the geomorphological development of Sharm Yanbu and to determine the factors of its development and the most important changes that occurred on the coast between 1990-2016. The study also aims to identify areas that have suffered a decline due to erosion and marine factors that have threatened tourism and economic development in the region. The risk of flooding in marine areas and surrounding sea floods during periods of high tide and storm waves is also examined to determine coastal ranges. Two Landsat images are used over a 26years period to monitor changes in the coastline and identify the areas of decline through the satellite image analysis program. Radar data is also used to identify topography and surrounding areas, and to construct a pattern of occurrence of marine floods and identify areas likely to be covered by seawater in the future. The first factor is related to the geological formation and the structure that surrounds the sharm. The second factor is related to marine factors whose effects appear in the form of carving down and the dissolution of the limestone coastline to form grooves and trenches. The third factor relates to the topography of the low sloping coastal plain.

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Section: Resultsmentioning

confidence: 99%

Section: Radiometric Correctionmentioning

confidence: 91%

Section: Introductionmentioning

confidence: 99%

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Sea level changes of Sharm Yanbu and its expected impacts on development processes using GIS and remote sensing

Nofal

Abboud

2019

Journal of Taibah University for Science

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“…Thus, the shift in coastline will also cause the change of the mangrove forest area (Aulia et al, 2015). Considering the significance of coastline changes, it is necessary to detect changes and preventive actions to maintain sustainability in coastal areas (Temiz & Durduran, 2016), one of which was by planting mangroves.…”

Section: The Relationship Between Coastline and Mangrovesmentioning

confidence: 99%

Shoreline and Mangrove Analysis along Semarang-Demak, Indonesia for Sustainable Environmental Management

Irsadi

Anggoro

Soeprobowati

et al. 2019

JPII

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This study analyses changes in shoreline and mangroves status at the gulf coast of Sayung-Demak, Indonesia. Data on shoreline changes were from high-resolution imagery in 2005, 2010 and 2017 by ArcGIS 10.3, while mangrove diversity data were observed from field studies using the transect method at three locations at the Semarang-Demak beach frontier. Based on the analysis and calculations, it was found that the coastline was decline by 0.49 km from 2005 to 2010, and incline by 3.30 km from 2010 to 2017. Abrasion occurred was 285.07 ha and accretion of 2.40 ha. The composition of mangroves on the border of Semarang-Demak consists of A. alba, A. marina, R. mucronata, R. stylosa, S. casseolaris. For this reason, it is necessary to monitor changes in shoreline and the status of mangroves on the Semarang-Demak border. In addition, it is essential to do integrated environmental management in coping with abrasion.

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“…Remote sensing is the technology of achieving information regarding climate change by a sensing device mounted on aircraft or spacecraft platform [ 1 ]. Nanosatellite technology can facilitate remote sensing applications including greenhouse gas monitoring, maritime tracking and messaging, multispectral Earth imaging etc.…”

Section: Introductionmentioning

confidence: 99%

A Solar Panel-Integrated Modified Planner Inverted F Antenna for Low Earth Orbit Remote Sensing Nanosatellite Communication System

Alam

Ullah

Cho

2018

Sensors

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One of the most efficient methods to observe the impact of geographical, environmental, and geological changes is remote sensing. Nowadays, nanosatellites are being used to observe climate change using remote sensing technology. Communication between a remote sensing nanosatellite and Earth significantly depends upon antenna systems. Body-mounted solar panels are the main source of satellite operating power unless deployable solar panels are used. Lower ultra-high frequency (UHF) nanosatellite antenna design is a crucial challenge due to the physical size constraint and the need for solar panel integration. Moreover, nanosatellite space missions are vulnerable because of antenna and solar panel deployment complexity. This paper proposes a solar panel-integrated modified planner inverted F antenna (PIFA) to mitigate these crucial limitations. The antenna consists of a slotted rectangular radiating patch with coaxial probe feeding and a rectangular ground plane. The proposed antenna has achieved a −10 dB impedance bandwidth of 6.0 MHz (447.5 MHz–453.5 MHz) with a small-sized (80 mm× 90 mm× 0.5 mm) radiating element. In addition, the antenna achieved a maximum realized gain of 0.6 dB and a total efficiency of 67.45% with the nanosatellite structure and a solar panel. The challenges addressed by the proposed antenna are to ensure solar panel placement between the radiating element and the ground plane, and provide approximately 55% open space to allow solar irradiance into the solar panel.

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Monitoring Coastline Change Using Remote Sensing and GIS Technology: A case study of Acıgöl Lake, Turkey

Cited by 23 publications

References 18 publications

Sea level changes of Sharm Yanbu and its expected impacts on development processes using GIS and remote sensing

Sea level changes of Sharm Yanbu and its expected impacts on development processes using GIS and remote sensing

Shoreline and Mangrove Analysis along Semarang-Demak, Indonesia for Sustainable Environmental Management

A Solar Panel-Integrated Modified Planner Inverted F Antenna for Low Earth Orbit Remote Sensing Nanosatellite Communication System

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