Arsenic (As) is a metalloid element (atomic number 33) with one naturally occurring isotope
of atomic mass 75, and four oxidation states (-3, 0,+ 3, and+ 5)(Smedley and Kinniburgh …

Mobilization of Arsenic in groundwater is primarily induced by reductive dissolution of As-
rich Fe (III) oxyhydroxides under anoxic conditions. Creating a well-controlled artificial …

Water is an essential natural source for sustaining life and environment which we have
always thought to be available in abundance and free gift of nature. Natural and …

Człowiek, podobnie jak inne organizmy, jest narażony na różne czynniki stresowe. Jednym
z nich jest ciągła ekspozycja na wszechobecnie występujące w środowisku metale. W …

Climate change threatens both animal species and plants, particularly water availability and
quality. Southwestern Nigeria, where the Ikere Gorge Dam is located, local water sources is …

Due to its natural toxicity arsenic (As) has been used in many chemical warfare agents
(CWA) during World War (WW) I and II. These CWA are on a cellular level more toxic than …

Shallow tubewells excepting those installed in red/off-white sediments are mostly
contaminated with high arsenic. Social survey conducted in 96 villages of Matlab, a worse …

At a military site in Northern Germany, the aquifer is contaminated by high quantities of
arsenic (As) from chemical warfare agents (CWA) and their degradation products. Arsenic …

High arsenic concentrations due to a military contamination were found in the groundwater
in Northern Germany. We reduced the arsenic concentration at one hot-spot by 90% using a …

Geochemical modeling combined with groundwater flow modeling was used to simulate the
remediation impact during a pilot study in which arsenic from a contaminated military site …