Double whammy win for Bournemouth University researchers

Bournemouth University (BU) can boast success once again as two PhD students have received awards for their outstanding research.

Their research focussed on photogrammetry – the use of photography in mapping measurements between objects – from the Remote Sensing and Photogrammetry Society (RSPS).

Emily Norton was given one of the most prestigious awards, the Presidents Cup, for the best presentation to be shown at the RSPS Annual Conference in Glasgow. Emily’s research looks at how satellite imagery can be used to locate concealed and undiscovered mass-graves from wars or genocide.

To further add to their success, Heather Papworth was given the Wiley Award for Best Photogrammetric Contribution. Her award was given due to her research concerning the 3D measurement of damage and loss to archaeological sites using old aerial photos from World War Two to the present day. Regarding the future of her research, Heather has said: “I believe that my work can now be taken forward for use by heritage bodies to better plan their management and conservation work on these important archaeological features.”

The pair received their awards at the RSPS Annual Meeting in Aberystwyth and they were accompanied by Andrew Ford, a lecturer of geoinformatics at BU, who told us he was “so very proud and just over the moon” about his students’ success. Papworth recalled that she was “shocked but elated” on the announcement that she would receive the award.

By Charlotte Cranny-Evans

Charlotte is a graduate of Budmouth College in Weymouth, who is working at Bournemouth University in the Press and PR Department. She joined BU on a Sir Samuel Mico Scholarship, which provides 10 students from the college with work experience for four weeks over the summer.

Climate change could drive rise in debilitating disease

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A disease prevalent in developing countries could be spread by the changes in rainfall patterns according to a new study.

Buruli ulcer affects thousands of people every year, mainly in developing countries, and in the worst cases can cause fatality or permanent disability. The devastating bacterial infection starts with an area of swelling that becomes ulcerated, causing painful open wounds and necrosis of the skin. It is unknown how the water-borne disease is transmitted.

The study, published in Emerging Microbes and Infections, found a strong link between Buruli ulcer outbreaks in French Guiana, in South America, and changes in complex rainfall patterns, including extreme rainfall events driven by the El Niño Southern Oscillation (ENSO).  ENSO refers to warm and cool ocean-atmosphere events that take place off the coast of Western South America – with the study showing that this atmospheric anomaly can affect the spread of disease in this area.

Researchers from Bournemouth University found that outbreaks of Buruli ulcer can be triggered by changes in climate, with rainfall playing a large part in the spread of the disease.

Bournemouth University’s Aaron Morris was lead investigator on the research project as a part of his PhD. Aaron said, “Understanding how infection levels respond to climatic factors is hugely important, particularly with poorly understood, emergent diseases such as Buruli ulcer. These links help us shed light on their ecology and enable us to more accurately predict outbreaks. They are also vital in understanding how climate change will affect the dynamics and emergence of pathogens in the future.”

The research has focussed on the link between biodiversity and the spread of diseases in humans, with field research conducted in French Guiana focussing on Buruli ulcer. Biodiversity is an unpredictable and under-researched driving force in the prevalence and transmission of diseases, and this study shows the link between changing ecosystems and the occurrence of disease.

Bournemouth University experts Demetra Andreou, Rodolphe Gozlan and Hossein Hassani were also instrumental in researching Buruli ulcer.

As a result of the research, it may be possible to predict and prevent future outbreaks of the debilitating infection by predicting future weather patterns in countries that are susceptible to the disease and to fluctuating patterns of rainfall. The research also paves the way for future research into the impact of biodiversity and climate change on the spread of diseases.

BU PhD student Tony Stoller talks digital radio on BBC Radio Solent

BU PhD student and former chief executive of the Radio Authority Tony Stoller spoke on BBC Radio Solent about the switchover to digital radio.

Tony took part in Breakfast Show host Julian Clegg’s Big Conversation feature, which looked at new technology in the radio industry and the government’s decision not to switch off the FM frequency for digital DAB signals until after at least 2016.

“There’s been a lot of pressure on the government from some of the bigger battalions in radio to switch off FM because that way everyone is going to be forced to digital,” said Tony.

“But the government’s come up with a good solution – it says we still believe in digital, but not yet, and we’ll do some things to help digital along.”

He added that there were still some issues with the current digital DAB radio technology – including inconsistent signal and an inability to access some of the smaller, local radio stations.

“There’s a real question about the technology itself,” Tony said.

“There are two things you could do – you could make the present system better by finding a way of putting in a stronger signal. In some bits of the home it will work perfectly, but you may take it to one room where it may not work so well.

“The other thing you could do is look at other ways of doing digital radio. I can listen to radio through my television, on my computer, on my new tablet. There are lots of different digital options these days – you don’t want to be hung up on what we call a single platform for broadcasting.”

Tony’s PhD is looking at aspects of classical music on UK radio, and Julian asked him what made him leave the radio industry to go back to education.

“I wanted to study aspects of radio that interest me,” Tony said.

“Bournemouth University is a great place to do it, but it’s very hard.

“If I’d known what I was taking on, I might not have done it, but it’s huge fun as well.”

Listen to the programme (available for seven days after broadcast)