Holocene Evolution of the Myos Hormos Anchorage

Red Sea Coast, Egypt

Holocene Evolution of the Myos Hormos Anchorage, Red Sea Coast, Egypt
IMG - Holocene Evolution of the Myos Hormos Anchorage, Red Sea Coast, Egypt

Myos Hormos harbour, Red Sea coast of Egypt was occupied from the late-1st century BC to the beginning of the 3rd century AD and it was abandoned and reoccupied again in the Islamic period from the 12th to early 16th centuries AD. The mid-late Holocene sediments from Myos Hormos harbour basin (now transformed to dry Sabkha) constitute a significant archive of sea-level changes. Lithostratigraphic and ostracod analyses attest to a high-energy coastal shoreline connected with the open sea during the middle Holocene (6715-7130 BP). During the late Holocene (2000-2290 BP), the environment evolved into a low-energy lagoonal environment suitable for navigation and its use as a natural anchorage. Shifts in the granularity from coarse to fine-grained sediments (from gravel to silt) translate suitable anchorage existence often characterized by a rapid accumulation of sediments following a sharp fall in water competence brought about by artificial harbor works.

Amr Saleem

Dr. Amr Saleem

Associate Professor

Department of Geography & GIS, Ain Shams University, Egypt

Dr. Amr Saleem is an Associate Professor in Department of Geography & GIS, Ain Shams University, Egypt. His specialization is Rock and Sedimentary Coastal geomorphology (Mediterranean sea and Red Sea), Coastal Geo-chronology applying Radiocarbon and ESR dating, GIS and Remote Sensing applications in Geomorphological research. He has published several articles in national and international journals. Dr. Saleem is a member of Egyptian Geographical Society, Egyptian Geomorphological work group, International Association of Geomorphologists (IAG) working group on Rock Coasts. He is a reviewer of Journal of Scientific African, Elsevier and associate editor by the Bulletin de la Societe de Geographie d'Egypte.

Thursday - May 19, 2022
10:00 AM (KSA Time GMT+3)
Organized by
ARC for Environment & Marine Studies