SEGH Articles

SEGH 2014 Conference Report

08 September 2014
Northumbria University welcomed over 120 delegates from over 25 countries to SEGH 2014.


Northumbria University welcomed over 120 delegates from over 25 countries to SEGH2014. The meeting attracted delegates from across Europe, but also further afield from the USA, Mexico, Canada, Pakistan, Vietnam, Namibia and Nigeria, to hear the 51 papers and 40 posters presented. Human impacts on our atmosphere, lithosphere, biosphere and hydrosphere were discussed over the five days, with the linkages between human health and the environment a central focus.

In the opening session on ‘Air & Dust Pollution and Human Health’, Professor Frank Kelly (King’s College London), gave a timely and considered overview of the PM (particulate matter) burden to which populations are exposed and recent developments in evidence of how PM2.5 elicit health effects in humans. The subsequent session speakers considered how we detect, assess, model and practically tackle air pollution.

The session on ‘Environmental Iodine and the Deficiency Disorders’ generated a lively and stimulating set of papers and posters covering our current environmental knowledge and health perceptions, and highlighted ‘myths, misunderstandings and deficiencies’ along with further research needs.

As part of a special session on ‘Hydraulic fracturing (fracking) and health’ we heard a thought-provoking set of interlinked talks given by Professor Mike Stephenson (British Geological Survey), Professor Fred Worrall (Durham University), and Mr Robie Kamanyire (Public Health England). Current concerns raised in the media about the process of hydraulic fracturing were examined and discussed along with the potential public health impacts of exposures to chemical and radioactive pollutants as a result of shale gas extraction.

The central themes of risk, exposure assessment, bioavailability and bioaccessibility were explored over two days of sessions. Keynotes were given by Dr Frank Swartjes (National Institute of Public Health and the Environment (RIVM), Netherlands) and Professor Steven Sicilliano (University of Saskatchewan, Canada).  These talks, along with many of the session presenters, explored how the chemical and physical properties of soil influence the movement of pollutants from the environment into our bodies. Arsenic and Pb provided the main focus for a number of speakers, but Cd, Cu, Mg, Hg, V, along with Benzo[a]pyrene and a range of other PHEs, were also considered.   

The Conference Dinner, a Northumbrian-themed evening with local food and local music, took place in the Great Hall at Jesmond Dene House, and was attended by over 60 delegates. Photographs, taken by Ms Rosina Leonard, Geological Survey of Namibia, are available on line at Click here to view SEGH 2014

Thank you Rosina!

Finally, at the end of the week a few hardy (although they didn't realise this at the time!) delegates joined Mr Phil Hartley (Newcastle City Council) and Ms Lesley Dunlop (Northumbria University) to explore of the North-East’s industrial history and cultural heritage. However, after an amazing week of unusually good British ‘summer’ weather (yes sunshine and no rain on every day prior to the fieldtrip) our luck ran out.

Hadrian’s Wall at Cawfields. A stretch of Hadrian's Wall on a steep slope, with turrets and an impressive milecastle, probably built by the Second Legion.





But we donned hard hats, wellington boots and head torches to venture into Killhope lead mine. The mine owners hope everyone has now warmed up and dried out again! 

Killhope Lead Mine, Cowshill, Co. Durham

So just a final thank you to all who participated in SEGH 2014, and to the many new society members. Northumbria University looks forward to welcoming you to Newcastle again – but in the meantime we hope to see many of you in Bratislava in June 2015.  See for details.



by Jane Entwistle

(SEGH Chair 2014)

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

  • Characteristics of PM 2.5 , CO 2 and particle-number concentration in mass transit railway carriages in Hong Kong 2017-08-01


    Fine particulate matter (PM2.5) levels, carbon dioxide (CO2) levels and particle-number concentrations (PNC) were monitored in train carriages on seven routes of the mass transit railway in Hong Kong between March and May 2014, using real-time monitoring instruments. The 8-h average PM2.5 levels in carriages on the seven routes ranged from 24.1 to 49.8 µg/m3, higher than levels in Finland and similar to those in New York, and in most cases exceeding the standard set by the World Health Organisation (25 µg/m3). The CO2 concentration ranged from 714 to 1801 ppm on four of the routes, generally exceeding indoor air quality guidelines (1000 ppm over 8 h) and reaching levels as high as those in Beijing. PNC ranged from 1506 to 11,570 particles/cm3, lower than readings in Sydney and higher than readings in Taipei. Correlation analysis indicated that the number of passengers in a given carriage did not affect the PM2.5 concentration or PNC in the carriage. However, a significant positive correlation (p < 0.001, R 2 = 0.834) was observed between passenger numbers and CO2 levels, with each passenger contributing approximately 7.7–9.8 ppm of CO2. The real-time measurements of PM2.5 and PNC varied considerably, rising when carriage doors opened on arrival at a station and when passengers inside the carriage were more active. This suggests that air pollutants outside the train and passenger movements may contribute to PM2.5 levels and PNC. Assessment of the risk associated with PM2.5 exposure revealed that children are most severely affected by PM2.5 pollution, followed in order by juveniles, adults and the elderly. In addition, females were found to be more vulnerable to PM2.5 pollution than males (p < 0.001), and different subway lines were associated with different levels of risk.

  • Comparison of chemical compositions in air particulate matter during summer and winter in Beijing, China 2017-08-01


    The development of industry in Beijing, the capital of China, particularly in last decades, has caused severe environmental pollution including particulate matter (PM), dust–haze, and photochemical smog, which has already caused considerable harm to local ecological environment. Thus, in this study, air particle samples were continuously collected in August and December, 2014. And elements (Si, Al, V, Cr, Mn, Fe, Ni, Cu, Zn, Mo, Cd, Ba, Pb and Ti) and ions ( \({\text{NO}}_{3}^{-}\) , \({\text{SO}}_{4}^{2-}\) , F, Cl, Na+, K+, Mg2+, Ca2+ and \({\text{NH}}_{4}^{+}\) ) were analyzed by inductively coupled plasma mass spectrometer and ion chromatography. According to seasonal changes, discuss the various pollution situations in order to find possible particulate matter sources and then propose appropriate control strategies to local government. The results indicated serious PM and metallic pollution in some sampling days, especially in December. Chemical Mass Balance model revealed central heating activities, road dust and vehicles contribute as main sources, account for 5.84–32.05 % differently to the summer and winter air pollution in 2014.

  • Annual ambient atmospheric mercury speciation measurement from Longjing, a rural site in Taiwan 2017-08-01


    The main purpose of this study was to monitor ambient air particulates and mercury species [RGM, Hg(p), GEM and total mercury] concentrations and dry depositions over rural area at Longjing in central Taiwan during October 2014 to September 2015. In addition, passive air sampler and knife-edge surrogate surface samplers were used to collect the ambient air mercury species concentrations and dry depositions, respectively, in this study. Moreover, direct mercury analyzer was directly used to detect the mercury Hg(p) and RGM concentrations. The result indicated that: (1) The average highest RGM, Hg(p), GEM and total mercury concentrations, and dry depositions were observed in January, prevailing dust storm occurred in winter season was the possible major reason responsible for the above findings. (2) The highest average RGM, Hg(p), GEM and total mercury concentrations, dry depositions and velocities were occurred in winter. This is because that China is the largest atmospheric mercury (Hg) emitter in the world. Its Hg emissions and environmental impacts need to be evaluated. (3) The results indicated that the total mercury ratios of Kaohsiung to that of this study were 5.61. This is because that Kaohsiung has the largest industry density (~60 %) in Taiwan. (4) the USA showed average lower mercury species concentrations when compared to those of the other world countries. The average ratios of China/USA values were 89, 76 and 160 for total mercury, RGM and Hg(p), respectively, during the years of 2000–2012.