Archive for the ‘Environmental Health’ Category

30th Anniversary of Farman et al. (1985) – the ozone hole paper

May 15, 2015

It’s been 30 years since Farman et al. published their paper on the ozone “hole”. (Well, I’m a day early but who posts on Saturdays, eh?)


It had a huge impact: it’s been cited nearly 3,000 times and accelerated the negotiations that resulted in the Montreal Protocol, which helped phase out the chemicals that were damaging the ozone layer. Those chemicals can stay in the atmosphere for a very long time so the ozone “hole” is far from fixed, which can sometimes cause confusion over the effectiveness of the Montreal Protocol. It’ll probably be decades still until the “hole” is fixed (see the Annual Records at the bottom left-hand side of this NASA page for historical data.)

This slow recover particularly interests me at the moment as I recently did a little bit of work on the health risks associated with the hole at its peak for those living and working in Antarctica. This may become a more important problem in the future if further warming and ice sheet retreat make regions like the Antarctic Peninsula easier to inhabit, work in and/or exploit. Hopefully I’ll get to a bit more work on this soon.

And I’ve always had a real soft spot for the paper as the ozone “hole” was the first time that I remember being aware of an environmental issue, despite being pretty young at the time (I was at primary school 30 years ago). I suspect that it played a large in shaping my view of the world and my career direction so I thought I should note the anniversary.

So, Happy Birthday Farman et al. (1985)!

If you want to get deeper into the ozone “hole” then Chapter 7 in Volume I of “Late Lessons from Early Warnings”, written by Joe Farman, is quite nice and the chapter in Merchants of Doubt is a good read on this as well. [Update, 15/5/2015 0937] There also a BBC “Costing the Earth” episode on the 30th anniversary of the ozone hole but I’ve not listened to it yet (thanks to @jimmcquaid on twitter for pointing me in that direction).


Farman, J., Gardiner, B., & Shanklin, J. (1985). Large losses of total ozone in Antarctica reveal seasonal ClOx/NOx interaction Nature, 315 (6016), 207-210 DOI: 10.1038/315207a0

British Council Institutional Links project – Environmental Health in Kazakhstan

April 9, 2015

BritishCouncilI recently found out that I’d been successful with Newton-Al Farabi Institutional Links grant. Go me!

It should be really interesting and will involve a lot of collaboration with a couple of universities out in Kazakhstan. I’ll also be working with a larger team here at Brunel than I normally would. I’m sure there’ll be more posts here once the project is up and running properly.

In the meantime, here’s a little summary from the Brunel press release for the grant award:

A team of academics from Brunel University London have been given a prestigious award to help reduce health risks and environmental damage in Kazakhstan.

The cross-disciplinary group received the £157,000 grant from the British Council’s Newton Institutional Links programme, with the aim of developing evidence-based recommendations for policy-makers in the central Asian country.

The two-year project, titled “A multi-dimensional environment-health risk analysis system for Kazakhstan”, will begin in April 2015. The research will bring together two universities in Kazakhstan (Kokshetau State University and Pavlodar State University) with Brunel staff from the College of Health and Life Sciences, College of Business, Arts and Social Sciences and College of Engineering, Design and Physical Sciences.

Project lead Dr Andrew Russell, from the Institute for Environment, Health and Societies, said: “Kazakhstan is a really interesting place from an environment and health perspective.

“GDP is quite high, mostly due to natural resources, but health levels are generally quite poor. Environmental degradation plays a large role in this ‘health lag’ as there have been many years of lax environmental control going all the way back to Soviet era nuclear tests.”

The project will employ “Big Data” techniques and scientific knowledge will be applied to health and environment data to identify important relationships. This will enable the development of efficient and robustly tested solutions.