سیدعباس حق شناس

1. Potential impact of the 2023 Lahaina wildfire on the marine environment: Modeling the transport of ash-laden benzo[a]pyrene and pentachlorophenol

Downs Craig، Nasseri Doust Shadan، Haghshenas Seyed Abbas، Woodley Cheryl M.، Shirzad Behzad، McDonald E. Murphy، Nazarpour Ahad، فرهنگ مهر عارف، Zhao Hongwei، Bishop Elizabeth E.، Risk Michael J. (2024)., SCIENCE OF THE TOTAL ENVIRONMENT, 954(1), 176346.

2. Integrating Hydrodynamic Modeling with Ecological Risk Assessment for Selecting Sites for Artificial Reef Deployment: Avoiding Coastal Pollution Risks in Kish Island, Persian Gulf

Nasseri Doust Shadan، Abasiyan Mehrnoosh، Haghshenas Seyed Abbas، Risk Michael J.، Downs Craig (2024)., Oceans, 5(4), 889-905.

3. Study of the rheological properties and nautical depth assessment of fine sediments in Iranian ports

Shokri Alikhanlou Fatemeh، Soltanpour Mohsen، Samsami Farzin، Haghshenas Seyed Abbas، Hajibaba Maryam (2024)., Frontiers in Marine science, 11(1).

4. A 45-year updating wind and wave hindcast over the Oman Sea and the Arabian Sea

Jedari Attari Morteza، فرهنگ مهر عارف، Bakhtiari Arash، Delkhosh Edris، Ameri Fatemeh، Hamidian Jahromi Ebrahim، Ghader Sarmad، Haghshenas Seyed Abbas (2024)., Regional Studies in Marine Science, 80(103882), 103882.

1. Geometry effects on wind fields and consequent wave generation in the Strait of Hormuz: A case study

Ameri Fatemeh، Haghshenas Seyed Abbas، Ghader Sarmad (2023)., DYNAMICS OF ATMOSPHERES AND OCEANS, 105(101427), 101427.

3. Fine-scale geographic risk assessment of oxybenzone sunscreen pollution within Hanauma Bay using hydrodynamic characterization and modeling

Nasseri Doust Shadan، Haghshenas Seyed Abbas، Bishop Elizabeth E.، Risk Michael John، Downs Craig A. (2023)., Science of The Total Environment, 906(167614), 167614.

4. Biodeposit dispersion around a deep cage finfish farm in the Northern Persian Gulf

Abasiyan Mehrnoosh، Haghshenas Seyed Abbas، Shahhosseini Majid، فرهنگ مهر عارف، Rezai Hamid، Razaviarab Azadeh، Risk Michael John (2023)., Regional Studies in Marine Science, 63(102950), 102950.

5. NUMERICAL SIMULATION OF WIND AND WAVE IN THE STRAIT OF HORMUZ USING A COUPLED WRF-SWAN MODEL

Ameri Fatemeh، Ghader Sarmad، Haghshenas Seyed Abbas (2023)., ICOPMAS, 9-10 May, Tehran, Iran.

6. APPLICATION OF MULTI-LAYER PERCEPTERON-NEURAL NETWORK FOR THE DECADAL CASPIAN SEA LEVEL PREDICTION

Zalpoor Faezeh، Haghshenas Seyed Abbas، Bohluly Asghar، Nasseri Doust Shadan (2023)., ICOPMAS, 9-10 May, Tehran, Iran.

7. NUMERICAL SIMULATION OF WIND AND WAVE IN STRAIT OF HORMUZ USING A COUPLED WRF-SWAN MODEL

Ameri Fatemeh، Ghader Sarmad، Haghshenas Seyed Abbas (2023)., 14th International Conference on Coasts, Ports and Marine Structures, 9-10 May, Tehran, Iran.

8. SITE SELECTION OF ARTIFICIAL CORAL REEFS USING HYDRODYNAMIC PROPERTIES OF THE WATER BODY

Risk Michael John، Nasseri Doust Shadan، Abasiyan Mehrnoosh، Haghshenas Seyed Abbas (2023)., ICOPMAS, 9-10 May, Tehran, Iran.

9. A 2D numerical model for simulation of cohesive sediment transport

Movahedinejad Sara، Bohluly Asghar، Haghshenas Seyed Abbas، Ali Akbar Bidokhti Abbas Ali (2023)., COMPUTATIONAL GEOSCIENCES, 1(1), 1-13.

1. Physical and Rheological Characteristics of Sediment for Nautical Depth Assessment in Bushehr Port and Its Access Channel

Samsami Farzin، Haghshenas Seyed Abbas، Soltanpour Mohsen (2022)., Water, 14(24), 4116.

3. Tracking the distribution of chemical pollutants around the coral reefs of Hanauma Bay, affected by various hydrodynamic regimes

Nasseri Doust Shadan، Haghshenas Seyed Abbas، Downs Craig، Risk Michael John (2022)., Physics of Estuaries and Coastal Seas Conference (PECS 2022), 24-28 October, Perth, Australia.

4. An analytical solution to wave dissipation induced by interacting waves and currents with muddy deposits

Mahshid Kamrooz، Ghader Sarmad، Shamsnia Hadi، Haghshenas Seyed Abbas (2022)., OCEAN DYNAMICS, 72(8).

5. Field Study of Longshore Sediment Transport Rate Estimation over the Newly-Developed Coastline of Northern Oman Sea

Cheraghian Maryam، Hashemi Monfared S. Arman، Azhdary Moghaddam Mehdi، Haghshenas Seyed Abbas (2022)., KSCE Journal of Civil Engineering, 26(12), 4877-4892.

6. A comparative study of two different shallow water formulations using stable summation by parts schemes

Shamsnia Hadi، Ghader Sarmad، Haghshenas Seyed Abbas، Nordstrom Jan (2022)., WAVE MOTION, 114(C), 103043.

1. Oxybenzone contamination from sunscreen pollution and its ecological threat to Hanauma Bay, Oahu, Hawaii, U.S.A.

Downs Craig A.، Bishop Elizabeth، Diaz-Cruz M. Silvia، Haghshenas Seyed Abbas، Stien Didier، Rodrigues Alice M.S.، Woodley Cheryl M.، Sunyer-Caldu Adri`a، Nasseri Doust Shadan، Espero William، Ward Gene، Farhangmehr Aref، Tabatabaee Samimi S. Maryam، Risk Michael John، Lebaron Philippe، DiNardo Joseph C. (2022)., Chemosphere, 291(132880), 132880.

2. Hydrodynamic modelling to establish residence times and flushing rates of sunscreen and other pollutants in Hanauma Bay

[] []، Haghshenas Seyed Abbas، Tabatabaee Samimi Seyedeh Maryam، فرهنگ مهر عارف، Downs Craig، Risk Michael John (2022)., Ocean Sciences Meeting 2022, 24 February-4 March, New York, United States Of America (USA).

3. Occurrence, Distribution, and Fate of UV Filters around endangered coral species in the Persian Gulf

Nasseri Doust Shadan، Abbasian Mehrnoosh، Haghshenas Seyed Abbas، Downs Craig A.، Risk Michael John (2022)., 5th International Conference on the Persian Gulf Oceanography, 24-25 January, Tehran, Iran.

6. An analytical model for mass transport calculations in a viscous muddy layer

Shamsnia Hadi، Haghshenas Seyed Abbas، Ghader Sarmad، Mahshid Kamrooz (2021)., APPLIED OCEAN RESEARCH, 115(1), 102816.