SEGH Articles

SEGH Journal Impact Factor News

03 August 2014
The Society's journal Environmental Geochemistry & Health (EGAH), received good news recently with the announcement of a significant increase in its impact factor, now reaching 2.573.

The editor in Chief, Professor Ming Hung Wong, sent the following message to SEGH members:

 

I am very pleased with the new impact factor which indicated the articles included in our EGAH are interesting, important and timely. The past few years, we have received an increasing number of high quality papers from more countries, addressing various current issues on environmental geochemistry of elements and their environmental and human health. There is no doubt that EGAH will scale new height in the very near future, judging from the momentum we have experienced the past few years.

May I use this opportunity to thank our publisher at Springer, Betty and Paul for their continuous guidance, Andrew (Hursthouse) and members of SEGH board’s contribution in shaping the future directions of EGAH, the coordinating editors for overseeing papers assigned to them, and the reviewers for commenting on the papers. I sincerely hope that you will continue to support EGAH by serving on the board, and serving as reviewers. Nevertheless, most important of all, send your high quality papers to EGAH.

Best wishes

Ming Hung Wong,

Editor in Chief, Environmental Geochemistry & Health

 

On behalf of the SEGH board I would also like to record our thanks to Springer staff and in particular personal best wishes to Betty Van Herk, who retired from Springer on 31st July 2014. Betty and her colleagues have supported SEGH over many years, beyond the role of publishing the journal by discussing SEGH conference themes and topics to help raise both the Society and Journal profile. A great team and part of a wider SEGH “family”. Our conferences continue to be successful and popular, organised with great enthusiasm and good scientific focus. It is wonderful to see this translating into high quality papers with increasing impact.  Don't forget, you can access EGAH and its back catalogue through www.segh.net as a full member of SEGH.

 

Professor Andrew Hursthouse

International President, SEGH

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Science in the News

Latest on-line papers from the SEGH journal: Environmental Geochemistry and Health

  • Spatial variability and geochemistry of rare earth elements in soils from the largest uranium–phosphate deposit of Brazil 2018-02-22

    Abstract

    The Itataia uranium–phosphate deposit is the largest uranium reserve in Brazil. Rare earth elements (REEs) are commonly associated with phosphate deposits; however, there are no studies on the concentrations of REEs in soils of the Itataia deposit region. Thus, the objective of the research was to evaluate the concentration and spatial variability of REEs in topsoils of Itataia phosphate deposit region. In addition, the influence of soil properties on the geochemistry of REEs was investigated. Results showed that relatively high mean concentrations (mg kg−1) of heavy REEs (Gd 6.01; Tb 1.25; Ho 1.15; Er 4.05; Tm 0.64; Yb 4.61; Lu 0.65) were found in surface soils samples. Soil properties showed weak influence on the geochemical behavior of REEs in soils, except for the clay content. On the other hand, parent material characteristics, such as P and U, had strong influence on REEs concentrations. Spatial distribution patterns of REEs in soils are clearly associated with P and U contents. Therefore, geochemical surveys aiming at the delineation of ore-bearing zones in the region can benefit from our data. The results of this work reinforce the perspective for co-mining of P, U and REEs in this important P–U reserve.

  • 2017 Outstanding Reviewers 2018-02-21
  • Seasonal occurrence, source evaluation and ecological risk assessment of polycyclic aromatic hydrocarbons in industrial and agricultural effluents discharged in Wadi El Bey (Tunisia) 2018-02-13

    Abstract

    Polycyclic aromatic hydrocarbons are of great concern due to their persistence, bioaccumulation and toxic properties. The occurrence, source and ecological risk assessment of 26 polycyclic aromatic hydrocarbons in industrial and agricultural effluents affecting the Wadi El Bey watershed were investigated by means of gas chromatographic/mass spectrometric analysis (GC/MS). Total PAHs (∑ 26 PAH) ranged from 1.21 to 91.7 µg/L. The 4- and 5-ring compounds were the principal PAHs detected in most of 5 sites examined. Diagnostic concentration ratios and molecular indices were performed to identify the PAH sources. Results show that PAHs could originate from petrogenic, pyrolytic and mixed sources. According to the ecotoxicological assessment, the potential risk associated with PAHs affecting agricultural and industrial effluents ranged from moderate to high for both aquatic ecosystem and human health. The toxic equivalency factor (TEF) approach indicated that benzo[a]pyrene and benz[a]anthracene were the principal responsible for carcinogenic power of samples.