Applying Ground Penetrating Radar Current Meter Devices for Measuring Lesser Zab River Discharge in Taqtaq Area, Iraq

Bapeer, Galawezh B.; Bakir, Hawkar B.

doi:10.1109/iiceta.2018.8458091

Cited by 3 publications

(3 citation statements)

References 4 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…Sedangkan untuk arah arus digunakan floater (pengapung) dengan kompas sebagai penunjuk arah. Pengambilan data arus dilakukan pada dua titik sampling di onshore dan offshore, dengan tiga kedalaman ukur yaitu 0.2d, 0.6d dan 0.8d dimana d adalah kedalaman ukur (Bapeer & Bakir, 2018). Analisis data arus adalah menghitung arus maksimum berdasar pada rumus yang di kembangkan oleh (Simatupang, Surbakti, & Agussalim, 2016) yaitu:…”

Section: Gambar 1 Peta Lokasi Penelitian Pantai Tatapaanunclassified

Pemanfaatan Data Hidro Oseanografi dan Batimetri Untuk Penataan Pantai Tatapaan, Minahasa Selatan

Tendean

Moningkey

Kumaat

2020

JEpst

View full text Add to dashboard Cite

Penting untuk pengelolaan wilayah pesisir, ditarik dengan menghancurkan hampir sebagian besar wilayah pesisir yang tepat dan juga eksistensi, bentuk terbentang sifatnya. Tujuan dari penelitian ini adalah mengkaji parameter fisik hidro-oseanografi dan bathimetri perairan pantai Tatapaan. Dari hasil penelitian, distribusi arus permukaan memiliki kecepatan 0,01 - 0,9 m/detik dalam duapuluh sampel pengamatan. Sedangkan arus maksimum (Umax) diukur pada kedalaman 0.8d sama dengan 0,60 m / detik. Mulai sekarang, tipe pasang surut dari hasil analisis harmonik pasang surut selama 15 hari pengamatan ditunjukkan oleh nisbah Formzahl yaitu 0,40 diartikan sebagai pasang surut semi-diurnal, yaitu satu hari ada dua kali air tinggi dan dua kali air surut. Selain itu, informasi tentang survei batimetri di pantai Tatapaan, variasi kedalaman ditunjukkan dengan morfologi pantai yang diidentifikasi dari 48 profil mengikuti contoh pantai curam dan miring.

show abstract

Section: Gambar 1 Peta Lokasi Penelitian Pantai Tatapaanunclassified

Pemanfaatan Data Hidro Oseanografi dan Batimetri Untuk Penataan Pantai Tatapaan, Minahasa Selatan

Tendean

Moningkey

Kumaat

2020

JEpst

View full text Add to dashboard Cite

show abstract

“…Common-offset reflection (COR) is a widely used GPR surveying mode for bathymetry. A device with fixed antenna configuration is dragging along profiles to map reflections versus position (Bapeer and Bakir, 2018). Simultaneous bathymetric and sub-bottom surveying using GPR techniques can rapidly reveal sediment thickness without referring to previously known topography (Lachhab et al, 2015).…”

Section: Introductionmentioning

confidence: 99%

Discharge Measurement for a Part of Lesser Zab River by Using Georadar and Current Meter at Klesa of Erbil, NE Iraq

Bapeer¹,

Bakir²,

Dawood³

et al. 2022

IGJ

Self Cite

View full text Add to dashboard Cite

A Ground Penetrating Radar for bathymetry and water current velocity was used to estimate the discharge value of Lesser Zab River at Klesa station with coordinates (35º 53’ 08.21′′ N, 44º 35′ 35.90′′ E). Two traverses were taken across the river which represented two sites in Klesa area which were (A-B) traverse with the coordinates (N 3970652 and E 491898), and (C-D) traverse with the coordinates (N 3972195 and E 487681). Measuring water flow rate by velocity area method was done by Mid-section method, to confirm the validity of the data; two sections were conducted for each of the two traverses to deduce two radargrams along the profiles (A-B) and (D-C). The radargrams drew by using sophisticated software and were very helpful in detecting the river floor topography and depth variation along both profiles, the distance between the two sites was 5 km. The results indicate that the maximum width of the river at stations is 36.5m and the maximum water depth of Lesser Zab River is 4.75m, maximum velocity is 1.88 m/s. The water flow rate deviates from 136.737m3/s to 147.23m3/s. The average discharge for Lesser Zab river = 141.983 m3/s. This discharge is under normal average because the data was taken in November 2019. Because of the mild weather and the lack of electricity consumption, so using these results in water resource management and planning for satisfying domestic consumption, irrigation, industrial consumption, …etc. in the Klesa area, will be economically beneficial for the water management policy of the country.

show abstract

“…The development of survey and mapping technology in coastal areas over time has developed in the design and accuracy of data collection [1], as well as in data processing which reaches thousands of data that can be easily processed using software such as Surfer, AutoCAD , ArcGIS, and Q Gis. Measurement of water depth in coastal areas is known as bathymetric survey where, in conducting this survey, several equipment will be used during the survey such as: Global Positioning System (GPS) which functions to measure the position of the ship in motion, Fish finder or Echosounder which functions to measure the position of the ship in motion [2] [3]. measuring the depth of the sea and the survey vessel itself which is used as a floating vehicle in the implementation of bathymetric surveys.…”

Section: Introductionmentioning

confidence: 99%

Hydro-Oceanographic and Bathymetric Survey in Tanjung Merah as a Basis for Modelling Coastal Spatial Plans of Bitung City

2021

View full text Add to dashboard Cite

The purpose of this study was to examine the parameters of Hydro-Oceanography (Tidal and Tidal Currents) and Bathymetry (Sea Depth) in Tanjung Merah, Bitung City. The method used in this research is a field survey method. The survey was carried out at the research location, precisely in Tanjung Merah, Matuari District, Bitung City. Equipment such as GPS Fish Finder, Floater Current Meter, Tidal Pole and Boats are supporting devices in obtaining accurate data on tides, tidal currents, and bathymetry in the waters of Tanjung Merah. The results showed that the tidal current conditions at the study site with several variations in the depth of the tidal current velocity ranged from 0.2 – 0.3 cm/sec with the dominant direction of the current towards the south. While the tides using tidal harmonic analysis for 15 days of observation, the Formzal Index is 0.93 which means that the tides in this location are mixed type with a single daily trend. Bathymetric conditions in Tanjung Merah identified the topography of the bottom of the waters is steep with depth variations between 2 -30 meters along the coast of Tanjung Merah while shallow areas are found at the mouth of the Tanjung Merah river.

show abstract

Applying Ground Penetrating Radar Current Meter Devices for Measuring Lesser Zab River Discharge in Taqtaq Area, Iraq

Cited by 3 publications

References 4 publications

Pemanfaatan Data Hidro Oseanografi dan Batimetri Untuk Penataan Pantai Tatapaan, Minahasa Selatan

Pemanfaatan Data Hidro Oseanografi dan Batimetri Untuk Penataan Pantai Tatapaan, Minahasa Selatan

Discharge Measurement for a Part of Lesser Zab River by Using Georadar and Current Meter at Klesa of Erbil, NE Iraq

Hydro-Oceanographic and Bathymetric Survey in Tanjung Merah as a Basis for Modelling Coastal Spatial Plans of Bitung City

Contact Info

Product

Resources

About