Study of Kelvin Waves in the Caspian Sea Using Satellite and Field Data

Javad Babagolimatikolaei; Z Salmani; A.A Bidokhti; A Haghshenas

Study of Kelvin Waves in the Caspian Sea Using Satellite and Field Data

Javad Babagolimatikolaei
, Z Salmani
, A.A Bidokhti
, A Haghshenas

Department of Earth and Environmental Sciences

Research output: Chapter in Book/Conference proceeding › Conference contribution › peer-review

Abstract

The Caspian Sea (CS), the world’s largest inland enclosed water body, consists of three basins namely northern, the middle and the southern. This study investigates kelvin wave in the Caspian Sea. Satellite and ADCP data are used to study kelvin wave in the Caspian Sea, especially the southern part of this Sea. ADCP data are acquired from the National Institute of Oceanography and Atmospheric Sciences that are for the November 2004 up to the end of January 2005, between the estuary of the Sefidrood River and Anzali. The analysis of ADCP data shows that some short period motions, typically with a period of a few hours, and long period motions of about 2.5-11 days exist. The long period motions are probably to the coastal Kelvin waves that move along the CS coasts. The analysis of Satellite data completely confirm Kevin wave in Caspian Sea because there are some anomalies in sea level between 2 to 12 days. Due to different periods of wave, Wavelength, angular velocity and the wave equations were obtained. The result show that the Rossby reduce deformation is 8 km for this wave.

Original language	English
Title of host publication	Proceedings of the First International Oceanographic Conference of West Asia
Editors	Fatemeh Hajivalie, Babak Moradi, Mohajer Ghazi Mir Saeed, Maryam Parsi
Publisher	UNESCO Regional Education and Research Center on Oceanography for West Asia
Pages	227
Number of pages	1
Publication status	Published - Oct 2017
Event	First International Oceanographic Conference of West Asia - Tehran, Iran, Islamic Republic of Duration: 30 Oct 2017 → 31 Oct 2017

Conference

Conference	First International Oceanographic Conference of West Asia
Country/Territory	Iran, Islamic Republic of
City	Tehran
Period	30/10/17 → 31/10/17

Keywords

southern Caspian Sea
spectral data analysis
coastal kelvin waves
dynamic of waves
sea level changes

Access to Document

https://rcowa-unesco.ir/files/site1/files/En.pdf

Cite this

Babagolimatikolaei, J., Salmani, Z., Bidokhti, A. A., & Haghshenas, A. (2017). Study of Kelvin Waves in the Caspian Sea Using Satellite and Field Data. In F. Hajivalie, B. Moradi, M. G. M. Saeed, & M. Parsi (Eds.), Proceedings of the First International Oceanographic Conference of West Asia (pp. 227). UNESCO Regional Education and Research Center on Oceanography for West Asia. https://rcowa-unesco.ir/files/site1/files/En.pdf

Babagolimatikolaei, Javad ; Salmani, Z ; Bidokhti, A.A et al. / Study of Kelvin Waves in the Caspian Sea Using Satellite and Field Data. Proceedings of the First International Oceanographic Conference of West Asia. editor / Fatemeh Hajivalie ; Babak Moradi ; Mohajer Ghazi Mir Saeed ; Maryam Parsi. UNESCO Regional Education and Research Center on Oceanography for West Asia, 2017. pp. 227

@inproceedings{1d1f00379a5f45ceac263760eb16d145,

title = "Study of Kelvin Waves in the Caspian Sea Using Satellite and Field Data",

abstract = "The Caspian Sea (CS), the world{\textquoteright}s largest inland enclosed water body, consists of three basins namely northern, the middle and the southern. This study investigates kelvin wave in the Caspian Sea. Satellite and ADCP data are used to study kelvin wave in the Caspian Sea, especially the southern part of this Sea. ADCP data are acquired from the National Institute of Oceanography and Atmospheric Sciences that are for the November 2004 up to the end of January 2005, between the estuary of the Sefidrood River and Anzali. The analysis of ADCP data shows that some short period motions, typically with a period of a few hours, and long period motions of about 2.5-11 days exist. The long period motions are probably to the coastal Kelvin waves that move along the CS coasts. The analysis of Satellite data completely confirm Kevin wave in Caspian Sea because there are some anomalies in sea level between 2 to 12 days. Due to different periods of wave, Wavelength, angular velocity and the wave equations were obtained. The result show that the Rossby reduce deformation is 8 km for this wave.",

keywords = "southern Caspian Sea, spectral data analysis, coastal kelvin waves, dynamic of waves, sea level changes",

author = "Javad Babagolimatikolaei and Z Salmani and A.A Bidokhti and A Haghshenas",

year = "2017",

month = oct,

language = "English",

pages = "227",

editor = "Fatemeh Hajivalie and Babak Moradi and Saeed, \{Mohajer Ghazi Mir\} and Maryam Parsi",

booktitle = "Proceedings of the First International Oceanographic Conference of West Asia",

publisher = "UNESCO Regional Education and Research Center on Oceanography for West Asia",

address = "Iran, Islamic Republic of",

note = "First International Oceanographic Conference of West Asia ; Conference date: 30-10-2017 Through 31-10-2017",

}

Babagolimatikolaei, J, Salmani, Z, Bidokhti, AA & Haghshenas, A 2017, Study of Kelvin Waves in the Caspian Sea Using Satellite and Field Data. in F Hajivalie, B Moradi, MGM Saeed & M Parsi (eds), Proceedings of the First International Oceanographic Conference of West Asia. UNESCO Regional Education and Research Center on Oceanography for West Asia, pp. 227, First International Oceanographic Conference of West Asia, Tehran, Iran, Islamic Republic of, 30/10/17. <https://rcowa-unesco.ir/files/site1/files/En.pdf>

Study of Kelvin Waves in the Caspian Sea Using Satellite and Field Data. / Babagolimatikolaei, Javad; Salmani, Z; Bidokhti, A.A et al.
Proceedings of the First International Oceanographic Conference of West Asia. ed. / Fatemeh Hajivalie; Babak Moradi; Mohajer Ghazi Mir Saeed; Maryam Parsi. UNESCO Regional Education and Research Center on Oceanography for West Asia, 2017. p. 227.

Research output: Chapter in Book/Conference proceeding › Conference contribution › peer-review

TY - GEN

T1 - Study of Kelvin Waves in the Caspian Sea Using Satellite and Field Data

AU - Babagolimatikolaei, Javad

AU - Salmani, Z

AU - Bidokhti, A.A

AU - Haghshenas, A

PY - 2017/10

Y1 - 2017/10

N2 - The Caspian Sea (CS), the world’s largest inland enclosed water body, consists of three basins namely northern, the middle and the southern. This study investigates kelvin wave in the Caspian Sea. Satellite and ADCP data are used to study kelvin wave in the Caspian Sea, especially the southern part of this Sea. ADCP data are acquired from the National Institute of Oceanography and Atmospheric Sciences that are for the November 2004 up to the end of January 2005, between the estuary of the Sefidrood River and Anzali. The analysis of ADCP data shows that some short period motions, typically with a period of a few hours, and long period motions of about 2.5-11 days exist. The long period motions are probably to the coastal Kelvin waves that move along the CS coasts. The analysis of Satellite data completely confirm Kevin wave in Caspian Sea because there are some anomalies in sea level between 2 to 12 days. Due to different periods of wave, Wavelength, angular velocity and the wave equations were obtained. The result show that the Rossby reduce deformation is 8 km for this wave.

AB - The Caspian Sea (CS), the world’s largest inland enclosed water body, consists of three basins namely northern, the middle and the southern. This study investigates kelvin wave in the Caspian Sea. Satellite and ADCP data are used to study kelvin wave in the Caspian Sea, especially the southern part of this Sea. ADCP data are acquired from the National Institute of Oceanography and Atmospheric Sciences that are for the November 2004 up to the end of January 2005, between the estuary of the Sefidrood River and Anzali. The analysis of ADCP data shows that some short period motions, typically with a period of a few hours, and long period motions of about 2.5-11 days exist. The long period motions are probably to the coastal Kelvin waves that move along the CS coasts. The analysis of Satellite data completely confirm Kevin wave in Caspian Sea because there are some anomalies in sea level between 2 to 12 days. Due to different periods of wave, Wavelength, angular velocity and the wave equations were obtained. The result show that the Rossby reduce deformation is 8 km for this wave.

KW - southern Caspian Sea

KW - spectral data analysis

KW - coastal kelvin waves

KW - dynamic of waves

KW - sea level changes

M3 - Conference contribution

SP - 227

BT - Proceedings of the First International Oceanographic Conference of West Asia

A2 - Hajivalie, Fatemeh

A2 - Moradi, Babak

A2 - Saeed, Mohajer Ghazi Mir

A2 - Parsi, Maryam

PB - UNESCO Regional Education and Research Center on Oceanography for West Asia

T2 - First International Oceanographic Conference of West Asia

Y2 - 30 October 2017 through 31 October 2017

ER -

Study of Kelvin Waves in the Caspian Sea Using Satellite and Field Data

Abstract

Conference

Keywords

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