Assessment of fluoride in three selected polluted environments along the Egyptian Mediterranean Sea: effects on local populations

MM El-Sadaawy, GF El-Said - Human and Ecological Risk …, 2014 - Taylor & Francis
Fluoride ion (F−) is a relevant component of concern due to its potential toxicity for
humankind. This study clarifies the status of F− for human health in three polluted regions …

[HTML][HTML] Impact of drainage effluents and wind direction on the copper distribution and balance in Abu-Qir Bay, Alexandria, Egypt

O Ibrahim, N Badr, S Ismail, A El-Baz - Egyptian Journal of Aquatic …, 2023 - Elsevier
Heavy metals entering seawater pose a global threat to marine life and the ecological
system. In this regard, this study investigates the mass balance of copper in Abu Qir Bay, a …

Fluoride in commercially important bivalves from polluted sites along the Egyptian sea coasts: relation to human health risk

GF El-Said, AA Moneer, AMH Morsy - Human and Ecological Risk …, 2015 - Taylor & Francis
The human health risk of fluoride from the consumption of four commercial bivalve species
collected from contaminated sites along the Egyptian Sea coasts was assessed. The fluoride …

[PDF][PDF] Transport of Toxic Metal and Petroleum Hydrocarbon in Abu-Qir Bay, Alexandria (Egypt) Using Numerical Modeling

KAA El-Din, J Koponen, J Sarkkula - researchgate.net
A hydrodynamic and water quality model were applied to a coastal bay east of Alexandria
City in the southeastern sector of the Mediterranean Sea subjected to industrial, agricultural …

[PDF][PDF] Simulation of Water Circulation and Pollutant Transport in The Coastal Area Off Alexandria–SE Med. Sea-A 3D Nested Model.

KAA El-Din - researchgate.net
The sewage water of Alexandria city pollutes the surrounding coastal areas and beaches.
Therefore, transportation of such pollutants is becoming important to be predicted. The …

[PDF][PDF] Egyptian Journal of Aquatic Research

MIA Ibrahim, AA Elgnainy, N Imam, AH Fadel… - 2019 - academia.edu
abstract In this study, heavy metals Cr, Fe, Ni, Cu, Zn, Pb, Cd and Hg in surface sediments
were collected from 14 hot spot locations inside the Gulf of Suez to assess the levels of …