Skip to content

Climate change debate

University of Worcester students set out to examine the dramatic impact flooding and climate change has had on our beautiful city

Our plans as first year Sustainability students have quickly changed, due to the weather and flooding issues the city has been facing this week. We felt compelled to report on the issues brought by floods in Worcester, from our unique point of view.

banner_go_green

Setting out from the St John’s campus towards the dramatically swollen River Severn, we saw the devastation the weather brought with it. We became even more convinced now is the time to talk about our impact on the climate.

Oxford University scientists have been warning us for nearly twenty years that climate change could lead to wetter winters and increased flooding. Keeping this in mind, less than 7% of news reports about the floods in the traditional media mention climate change!

The Met Office and the Centre for Ecology and Hydrology issued a report on the recent storms just yesterday that announced for the first time that climate change is linked almost certainly with the extreme weather conditions we’ve been experiencing first hand in Worcester.

This shouldn’t come as a surprise, as the Intergovernmental Panel on Climate Change warned in 2007 that the risk of flash flooding and urban flooding will increase drastically.

This doesn’t only disturb our routines for a while, but leaves the country with major damaged. In 2004, the Association of British Insurers reported that the claims from storms and flood damages doubled between 1998 and 2003 in the UK, reaching over £6 billion. They also predicted a further increase of 300% by 2050.

In this context, we think a debate about climate change is essential and we shouldn’t forget to look at the causes of what is going on, in addition to dealing with the devastating effects of the following days. The Environment Agency is being closely watched, as they report to the floods. Conditions are expected to deteriorate further, with many areas seeing more than double their average rainfall.

0 0 votes
Article Rating
Subscribe
Notify of
guest
5 Comments
Newest
Oldest Most Voted
Inline Feedbacks
View all comments
Madera county sheriff candidate

Good article. I definitely love this website. Keep writing!

Christopher Lopez
Christopher Lopez
10 years ago

I find this article very interesting because I was really curious as to why Worcester was flooding so dramatically. These are really unnerving statistics!

Colin Archer
Colin Archer
10 years ago

Even the BBC has mentioned climate change in the last couple of days, but still gives prominence to climate change deniers like Lord Lawson. It seems that there are strong vested interests in fossil fuels and rubbishing renewable energy projects and enthusiasts.

Katy Boom
10 years ago

Stern who authored the 2006 report on the economics of climate change writing in the Guardian today is beginning to redress the balance on media reporting. He states ‘The devastating floods and storms sweeping Britain are clear indications of the dangers of climate change’. At the last day of Go Green Week where the students have been raising awareness of climate change and the need to reduce carbon emissions this article is very welcome.
He said the five wettest years and the seven warmest years in the UK have happened since 2000, which is explained by a clear body of evidence showing that a warmer atmosphere contains more water and causes more intense rainfall. When this is combined with higher sea levels in the English Channel, the risk of flooding increases.
Recent UK weather is part of an international pattern of extreme weather which proves the dangers of climate change and the need to cut carbon emissions, Stern said.
We feel the impact in Worcester and Lord Stern predicts “If we do not cut emissions, we face even more devastating consequences, as unchecked they could raise global average temperature to 4C or more above pre-industrial levels by the end of the century.’’

5
0
Would love your thoughts, please comment.x
()
x