Numerical simulation of oceanic and marine meteorological characteristics of Persian Gulf and Oman Sea using coupled model WRF and ROMS
In this paper, marine meteorological and oceanic characteristics of Persian Gulf and Oman Sea were simulated using coupled numerical weather prediction model WRF and numerical oceanic model ROMS. At first, WRF model was operated over the sea and its results were analyzed and verified, and then numerical model ROMS operated and assessed on the sea by considering meteorological forcing. The major phenomena for analyzing WRF model was Indian Ocean summer Monsoon. For the model ROMS, transferring seawater form Indian Ocean to Oman Sea and Persian Gulf was studied. Oceanic numerical model was operated for a 7 years period and its results were compared by satellite images. The results show that considering interaction of atmosphere and ocean (by coupling) lead to more real results.
-
Using ensemble copula coupling for multivariate post-processing of ensemble prediction
Seyedeh Atefeh Mohammadi, *
Journal of the Earth and Space Physics, -
Investigate the effects of marine physical components on the water mass motion, study area: Makaran west coast
Majid Hosseinihamid *, Mehrnaz Farzingohar, Masoud Sadrinasab,
Nivar, -
Evaluating the Performance of SWAN model in forecasting storm surges over the Persian Gulf and Oman Sea in a case study (June 7-10, 2023)
Zahra Ghassabi, Sara Karami *,
Nivar, -
The Sensitivity Analysis of Whitecapping Dissipation Term for Calibration of SWAN Model Forced with ERA5 Winds in the Gulf of Oman
Amir Siahsarani *, , , Davoud Babazadeh
Nivar,