Many marine algae are strong accumulators of halogens. Commercial iodine production
started by burning seaweeds in the 19th century. The high iodine content of certain …

Fourier‐transform ion cyclotron resonance mass spectrometry (MS) has demonstrated
potential to revolutionize the fields of limnology and chemical oceanography by identifying …

Chlorine has important roles in the Earth's systems. In different forms, it helps balance the
charge and osmotic potential of cells, provides energy for microorganisms, mobilizes metals …

Substantial natural chlorination processes are a growing concern in diverse terrestrial
ecosystems, occurring through abiotic redox reactions or biological enzymatic reactions …

Recent years have witnessed fast advancements in near ambient pressure X-ray
photoelectron (NAPP) spectroscopy, which is emerging as a powerful tool for the …

One of the key risk drivers at radioactive waste disposal facilities is radioiodine, especially
129I. As iodine mobility varies greatly with iodine speciation, experiments with 129I …

Studying the geochemical behavior of chlorine is the basis of understanding the chlorine
cycle in nature. To explore the spatiotemporal distribution of natural organic chlorine (Cl …

Research in the last 20 years has shown that chlorine undergoes transformations between
inorganic and organic forms as part of a complex biogeochemical cycle in terrestrial …

The replacement of HgCl2/C with Au/C as a catalyst for acetylene hydrochlorination
represents a significant reduction in the environmental impact of this industrial process …

It is well established that the majority of chlorinated organic substances found in the
terrestrial environment are produced naturally. The presence of these compounds in soils is …