+44 (0)1843 600 030


Enquiry Form

Second journal paper published from collaboration with the University of Brighton

By : Chris Peacock |February 06, 2014 |Blog |0 Comment

Second journal paper published from collaboration with the University of Brighton

Following a blog posted on 24.05.2012 about collaboration between Aquaread and the University of Brighton, we can now report that a second paper has been published in the Earth Surface Processes and Landforms by Dr Gary Bilotta and PhD student Magdalena Grove (http://www.brighton.ac.uk/set/contact/details.php?uid=mg97).

The paper follows up on a previous publication about developing environment-specific water quality guidelines for suspended particulate matter, which is available here http://www.sciencedirect.com/science/article/pii/S0043135412000875.

The new publication investigates the laboratory techniques used in estimating fluvial particulate organic carbon and is called: “On the use of loss-on-ignition techniques to quantify fluvial particulate organic carbon”.  The results of this study showed that the conventional technique (mass loss on ignition) is not as accurate method for determination of fluvial particulate organic carbon as an oxidative-combustion and CO2 detection method for a number of reasons. This has implications for turbidity monitoring, because we need to understand the parameters that turbidity acts as a surrogate for, and we need to be able to accurately rate turbidity against these. You can access the abstract for the paper here: http://onlinelibrary.wiley.com/doi/10.1002/esp.3509/abstract.

The authors are also continuing their work on analysing the high resolution water quality data collected using Aquaread probes and Aqualoggers which were deployed for two years (May 2011 – May 2013) across 10 monitoring sites in the UK.  The results of this study will hopefully support the development of more detailed and environment specific guidelines for suspended sediments and be published later on this year.

Please Like & Share:

Comments are closed.

Aquaread® - Community Trade Mark Registration No. 011713815
Aquaread® - Australia Trade Mark Registration No. 1436803
LeveLine® - Community Trade Mark Registration No. 011713823
Aquaprobe® - UK Trade Mark Registration No. 00003000628
Aquameter® - UK Trade Mark Registration No. 00003000627
LoggerLink® - UK Trade Mark Registration No. 3081814
Leveline-CTD® - Community Trade Mark Registration No. 016187338

View Aquaread's Privacy Policy
Download Aquaread's Terms & Conditions
Download Aquaread's Environmental Policy
Download Aquaread's Green Procurement Policy
Download Aquaread's Quality Policy

ISO certification for ISO 9001 and 14001