Introduction to Egyptian Red

Sorites marginalis as one of the benthic foraminifer's genera were collected from three coastal lagoons (Abu Shaar, Umm al-Huwaytāt, and Marsa Shūni) on the Egyptian Red Sea coast and investigated for their 226Ra, 232Th, and 40K content using HPGe gamma-ray spectrometry.

This video article examines the author’s embodied research in the Sinai region of the Egyptian Red Sea.

The primary objective of this study is to establish reference sequences for Conus species from the Egyptian Red Sea coast, and to evaluate the capacity of DNA barcodes for specimen’ identification.

A total of 691 individuals (400 males and 291 females) of this crab were collected from the intertidal coasts of the Egyptian Red Sea, Gulf of Suez and Gulf of Aqaba, of them 38 (23 males and 15 females) were infected with this parasite.

In this study, nearly 84 marine sediment samples were collected from twelve points in four cities (Quseir, Safaga, Hurghada, and Ras Gharib) along the Egyptian Red Sea sectors.

The present study investigated the morphological, as well as the histological features of the Egyptian red fox's palate, in addition to the three-dimensional characteristics of the connective tissue papillae (CTP) of the palate by scanning electron microscopy (SEM).

An integrative, multidisciplinary workflow has been developed using the exploration well, gravity and magnetics data, together with seismic reflection and refraction data sets to build a comprehensive 3D subsurface model of the Egyptian Red Sea.

These marine resources, particularly coral reefs, have gained tourist interest in a way that tourist activities are predominant along the Egyptian Red Sea coasts.

Coral reef samples were collected from three areas; Quseir Harbour, Marsa Alam marine, and Quseir area (In-front of reject discharge of desalination plant) at the Egyptian Red Sea coast.

The procedure was applied at SAFAGA harbor area, located south of Hurghada at (26°44′N, 33°56′E), on the Egyptian Red Sea coast.

The study area is located in the Quseir–Safaga area of the Egyptian Red Sea Coast.

The present review was conducted to highlight the major and trace elemental composition in surface sediments from the Nile River and Egyptian Red Sea coastal areas in terms of provenance, concentrations, pollution indices, and health hazards.

Plankton samples were taken monthly from 12 stations of Hurghada coast of the Egyptian Red Sea during the period from August 2014 to July 2015.

The present study was conducted to get the knowledge regarding the mangroves boundaries, geomorphologic forms, threats in Egypt and design a management plan to conservation of mangrove ecosystem along the Egyptian Red Sea coast, and to give the opportunity to transfer this knowledge to other neighbors countries in the Middle East and Africa.

Phytoremediation of eight metals in mangrove forests was investigated by focusing on Avicennia marina at three locations along the Egyptian Red Sea coast.

The study aimed to extract bioactive compounds present in Egyptian Red Onion Peels Waste (ROPE), increasing their efficiency and protecting them using nano-encapsulation as new emerging technology.

The aim of the present study is the evaluation of the in-vitro cytotoxicity and antileishmanial activities of a methanolic extract and its different fractions of the soft coral Sarcophyton spongiosum collected from the Egyptian Red Sea against three cancer cell lines, A549, HepG2, and MCF-7, and a protozoan, Leishmania major, by the MTT assay protocol.

Fish larvae were captured seasonally (2018) using light trap from coral reef lagoon of the Marine Biological Station at Hurghada on the Egyptian Red Sea coast.

The area of study is located at Wadi El-Nakheil to the west of Quseir district along the Egyptian Red Sea Coast.

BackgroundSea cucumber populations in the Egyptian Red Sea have been exploited by uncontrolled fishery with no management takes place.

These rice genotypes were the new Egyptian red rice line NRL 54, Giza 177, Giza 178 and Black rice.

For this purpose, a total of 32 marine sediment samples were collected from 12 coastal areas of the Egyptian Red Sea and analyzed using instrumental neutron activation (INAA) and inductively coupled plasma mass spectrometry (ICP-MS) analytical techniques.

In this study, the demosponge Pseudoceratina arabica collected in the coastal waters of the Egyptian Red Sea was examined as a potential source of chitin for the first time.

Little is known about the adaptations of the alimentary tract of coral reef fish to food and feeding strategies in the Egyptian Red Sea.

In the Egyptian Red Sea coast, nutrient salts, major ions, and heavy metals ion concentrations were examined in mangroves and the results were compared to respective concentrations in a reference area.

The present study introduce an overview on the cladal structure of Symbiodinium population associated with some species of scleractinean corals and fire coral in the Egyptian Red Sea coast and discuss the possible consequences of recent climate changes on coral reefs.

This paper focuses on a reef‐associated, data‐deficient population of spinner dolphins in the Egyptian Red Sea.

The Egyptian Red Sea coast has experienced rapid development since the 1970’s.

A total of 729 specimens were monthly collected from the Egyptian Red Sea during January 2015 to December 2015.

Combined 12srRNA and COI genes sequencing resulted in an accurate tool for Egyptian Red Sea grouper species unambiguous discrimination.

Three feeding trails of a large dugong with a width of 30 cm were recorded at 11 m depth at Marsa Hermez off the Egyptian Red Sea coast (25.