The Egyptian beaches on the Red Sea and the Gulf of Aqaba in Sinai are a destination for
international tourism throughout the year. Therefore, assessing the concentration levels of …

The present work aimed to assess the heavy metals environmental impact and determine
the consequent human health risks in the highly anthropized and rapidly expanding area of …

Surface sediment samples from twenty-nine stations in south Al-Khobar coastline, Arabian
Gulf, have been examined to assess the heavy metal contamination and impact on human …

Coastal areas are known to receive significant anthropogenic inputs, mainly deriving from
metropolitan areas, industries, and activities related to tourism. Among these inputs, some …

Several environmental indicators were used to evaluate the water and sediment quality of
Ismailia Canal for heavy metal contamination. The average concentrations of heavy metals …

The current study evaluates the contamination and health risks by Cd, Co, Cu, Fe, Pb, Zn, Ni,
and Mn in coastal sediment of the Abu Ghusun, Egyptian Red Sea. 28 surface sediments …

Urban and industrial wastewaters, and the weathering of rocks are the main anthropogenic
and natural sources of heavy metals (HMs) in coastal worldwide environments. The present …

Throughout the year, people flock to the Red Sea's shoreline for tourism and fishing. The
current study aims to document heavy metal contamination and human health assessment …

Reconstructing sediment accumulation rates reveals historical environmental shifts. We
analyzed 15 element concentrations and accumulation rates in two Red Sea sediment cores …

A comprehensive environmental assessment of the Abu Zenima coast, Egypt, was done by
evaluating the heavy metal pollutant levels in sediments, marine seashells, and seawater …