Abstract 137 Cs and 210 Pb based sediment chronology methods, along with an HPGe
gamma-ray spectrometry system, were applied to estimating of sediment accumulative rates …

Detection and quantification of water contaminants, such as arsenic (As), mercury (Hg), and
copper (Cu), require highly sensitive and inexpensive portable devices. In this article, a low …

Water and sediment samples were collected from northern coast of Oman Sea covering from
Goatr to Hormoz canyon seaport. Water and sediment quality assessment for naturally or …

Egyptian monazite is a promising resource and investment attractive for production of
valuable metals of industrial or nuclear interest such as rare earth elements (REEs), thorium …

Achieving better monitoring and radiation risk assessment is among the main issues in
environmental studies. In this regard, natural radioactivity measurements in sediments can …

Little is known regarding phytoremediation of radionuclides from soil; even less is known
about radionuclide contamination and removal in tropical ecosystems such as mangrove …

The aim of this study was to identify wild plant species with potential for remediation of As
and Pb and to measure the 40 K activity on soil mine tailings in Sombrerete, Zacatecas …

Urmia Lake is one of the greatest salt lakes in the world and is located in the uppermost
northwestern regions of Iran. In this study, in addition to trace elements, activity …

A label-free and selective sensor was established for uranyl ion (UO22+) detection based on
a UO22+-dependent DNAzyme and liquid crystals (LCs). In the presence of UO22+, the …

Radiocarbon (14 C) analysis is a powerful tool for tracing carbon in the global carbon cycle.
Precipitation is a component of the global carbon cycle through which dissolved organic …