Tagged / ApSci

ApSci PhD student wins Santander award

Many congratulations to Kyle Waters from Applied Sciences, Faculty of Science and Technology, for winning a grant of £2,500 from the BU Graduate School Santander Mobility Wards towards a competitive internship at the prestigious American Museum of Natural History in New York. Kyle will be working in the Biological Anthropology Department of the museum with its vast collection of human skeletal remains, an experience that will directly benefit his doctoral research on ‘Differential mortality and morbidity– a bioarchaeological approach to childhood in Roman Britain’. Supervisor Professor Holger Schutkowski says: ‘This is a lifetime opportunity and I am delighted for Kyle to have secured Santander funds.’

Congratulations to BU’s newly appointed NERC reviewers!

Congratulations to Prof Matthew Bennett and Prof Rudy Gozlan who have both been appointed as reviewers to NERC.

The NERC Peer Review College provides assessments, advice and guidance across NERC’s range of research investments. However, members are most involved in reviewing Responsive Mode research proposals and participating in Responsive Mode moderating panel meetings. The are currently c. 440 college members.

This is great news for Matthew and Rudy, and also for the School of Applied Sciences and the University. Congratulations!

Portugal & Spain EcoSal Research Trip 24th–31st March 2012

The last week in March, Dr Roger Herbert and Prof Richard Stillman led a research team to collect samples of mud and benthic invertebrates from salinas (saltworking sites) along the Atlantic coast of Portugal and Spain. The BU team comprised five Applied Sciences undergraduates – Caitriona Shannon, Jemma Fowler, Karen Saunders, David Hartnell, and Rebecca Brown – plus research assistant Chris Moody and PhD student Kathryn Ross. The team assisted with mud sampling, sieving, data logging and recording.

The trip was organised as part of the EcoSal Atlantis project – a European Interreg IVb project which is gathering information about the heritage and biodiversity of saltworking sites along the Atlantic Coast of Europe, to inform and promote sustainable management of the sites (http://ecosal-atlantis.ua.pt). The project has partners in Portugal, Spain, France, and the United Kingdom. Prof. Mark Brisbane at Bournemouth University is the UK national co-ordinator.
(http://www.bournemouth.ac.uk/applied-sciences/research/ecosal-atlantis/uk-project.html)

The sites we visited varied from small-scale commercial enterprises to those more focused on tourism and biodiversity conservation, but all sites provided some interesting insights into how management can improve the quality of a site for certain bird species.

The purpose of our trip was to collect information on the diversity and abundance of benthic invertebrate fauna in salinas. At each salina, 3 mud cores were taken from 5 sites within the reservoirs and evaporation ponds to examine the invertebrates and a further core was taken to determine the sediment composition. Samples for benthic invertebrates were sieved on-site and preserved, and further processing and species identification will be done at Bournemouth University. At each site the depth, temperature and salinity were recorded to determine the effect of these factors on invertebrate distributions. Results from the analysis combined with data obtained from other sites sampled in north Portugal, France and in the UK, will help to characterise the benthic fauna of lagoons and salinas and contribute to understanding of the ecological value of the sites.

    

Below is a short summary of the trip, including photographs from each of the sites visited and a list of bird species observed.

We arrived at Lisbon at 19.00 on Saturday 24th, and were greeted at the airport by the EcoSal national coordinator for Portugal, Renato Neves, who accompanied us to our first study site, Salinas dos Samaouco (http://www.salinasdosamouco.pt/), on the Tagus estuary, where we stayed the night at the field centre. Within the first few minutes of waking up in the morning we got spectacular views of black-winged stilts, avocets and an osprey. Butterflies such as the swallowtail were abundant at the site. A flock of juvenile flamingos were feeding in one of the reservoirs.

From Sunday 25th – Tuesday 27th we stayed at the Arocha Trust field centre ‘Cruzhina’, (http://www.arocha.org/pt-en/index.html), where we were warmly welcomed by the Felgueiras family and other staff . Arocha is an international environmental charity that does a lot of bird ringing and other field survey work in the Algarve.

While based at Arocha, we sampled the nearby abandoned Salinas at Odiáxere, where we found Kentish plovers displaying at a potential nesting sites. Black-winged stilts and redshank were also present at the site. Crested lark and corn bunting were also observed close by.

The Salinas at Castro Marim, close to the Portuguese/Spanish border were particularly good for bird life. We observed spoonbills, black-winged stilts, avocets, little stints, dunlin, common and spotted redshank and common sandpiper feeding in the Salinas. Birds of prey were very common and we were treated to some great views of marsh harrier, Bonelli’s eagle and short-toed eagle.

For the remainder of the trip, we stayed at the Los Gallos Hotel in Cadiz. Unfortunately the Spanish weather was not quite as obliging as the Portuguese weather had been, and we spent much of the next few days making sure the wind did not blow away our equipment or the smaller members of the team.

Our first Spanish Salina, San Vicente, in Cadiz http://www.salinasanvicente.es/, was probably the most active site we visited, with mountains of salt and machinery dotted around the site. Slender-billed gulls were common at the site. The site was also a good example of how diversification is important for making Salinas commercially successful – the main building housed a function room that is used for wedding receptions, and a restaurant where the various mixtures of flavoured salt are showcased in the recipes. The premium product, ‘Flor de Sal’ is sold internationally, with Harrods in the UK being a major customer. 

 

It was furiously windy when we did our sampling, but the site manager’s father still assisted us in gathering some samples of Artemia, the small saltwater crustacean that forms an important part of many birds, and is responsible for the pink colour of flamingos.

That same windy afternoon, we were offered a tour of a very different type of salina from Dr. Alejandro Pérez Hurtado  from Cadiz University. La Esperanza Grande salina is partly owned and managed by Cadiz University, and is intensely managed for the benefit of the birds and rigourously monitored to determine the effects of various factors such as water levels, vegetation density, and height of the walls of the ponds, on the birds foraging behaviour and breeding success. From this year it will also be involved with various community projects to tackle the issue of high youth unemployment in Cadiz.

The final site we surveyed, Salina de Chiclana http://www.salinasdechiclana.com/, was also predominantly focussed on education and conservation. There was a marvellous visitor’s centre explaining the process of saltmaking with a lot of information on birds. Like the previous site, Chiclana puts much effort into managing the site for birds. We were lucky enough to have some bee-eaters fly past us as we took our final mud samples for the trip – a perfect end to a memorable week.

Bird list for the trip.

While the Salinas provided us with some excellent views of various waders, wildfowl and gulls, we also took advantage of the time between fieldwork to explore some of the other local avifauna. A few of the species observed on the trip, such as the great and little bustards were ‘life ticks’, even for Richard and Roger, so it was an exciting and educational experience for all of us. The entire list of species observed on the trip is detailed below.

Acknowledgements

Renato Neves , Portugal National co-ordinator;

Márcia Pinto and staff at Samouco Salinas Foundation, Lisbon;

Marcial Felgueiras, Arocha Portugal;

Anabela Resende and Filipe Moniz at Castro Marim;

Manuel Ruiz and staff at Salinas de San Vicente, Cadiz;

Dr. Alejandro Pérez Hurtado from Cadiz University;

Inmaculada Saludo at Salinas de Chiclana, Cadiz;

Lola Alcon Mestre, Fundacion Andanatura, Seville.

 

 Table 1. Bird list for Eco Sal Portugal/Spain trip March 24-31st, 2012.

Common name Latin name Group
Bee-eater Merops Apiaster Bee-eater
Black-winged kite Elanus caeruleus Birds of prey
Bonelli’s Eagle Aquila fasciata Birds of prey
Kestrel Falco tinnunculus Birds of prey
Lesser kestrel Falco naumanni Birds of prey
Marsh harrier Circus aeruginosus Birds of prey
Montagu’s harrier Circus pygargus Birds of prey
Osprey Pandion haliaetus Birds of prey
Red kite Milvus milvus Birds of prey
Short-toed eagle Circaetus gallicus Birds of prey
Corn bunting Emberiza calandra Buntings
Great bustard Otis tarda Bustards
Little bustard Tetrax tetrax Bustards
Cormorant Phalacrocorax carbo Cormorants
Azure-winged magpie Cyanopica cyanus Crows
Carrion crow Corvus corone Crows
Magpie Pica pica Crows
Goldfinch Carduelis carduelis Finches
Greenfinch Chloris chloris Finches
Linnet Carduelis cannabina Finches
Serin Serinus serinus Finches
Black-headed gull Chroicocephalus ridibundus Gulls
Great black-backed gull Larus marinus Gulls
Slender-billed gull Chroicocephalus genei Gulls
Yellow-legged gull Larus michahellis Gulls
Cattle egret Bubulcus ibis Herons, storks, flamingos, spoonbills
Flamingo Phoenicopterus roseus Herons, storks, flamingos, spoonbills
Grey heron Ardea cinerea Herons, storks, flamingos, spoonbills
Little egret Egretta garzetta Herons, storks, flamingos, spoonbills
Spoonbill Platalea leucorodia Herons, storks, flamingos, spoonbills
White stork Ciconia ciconia Herons, storks, flamingos, spoonbills
Hoopoe Upupa epops Hoopoe
Common waxbill Estrilda astrild Introduced & escapees
Rose-ringed parakeet Psitticula krameri Introduced & escapees
Crested lark Galerida cristata Larks
Short-toed lark Calandrella brachydactyla Larks
Thekla lark Galerida theklae Larks
Barn owl Tyto alba Owls
Pheasant Phasianus colchicus Partridges & Pheasants
Quail* Cotumix coturnix Partridges & Pheasants
Red-legged partridge Alectoris rufa Partridges & Pheasants
Feral pigeon Columba livia Pigeons & Doves
Stock dove Columba oenas Pigeons & Doves
Wood pigeon Columba polumbus Pigeons & Doves
Coot Fulica atra Rails & Crakes
Moorhen Gallinula chloropus Rails & Crakes
House sparrow Passer domesticus Sparrows
Spotless starling Sturnus unicolor Starlings
Starling Sturnus vulgaris Starlings
Barn swallow Hirundo rustica Swallows and martins
House martin Delichon urbicum Swallows and martins
Swift Apus apus Swifts
Sandwich tern Sterna sandvicensis Terns
Blackbird Turdus merula Thrushes
Stonechat Saxicola torquatus Thrushes
Wheatear Oenanthe oenanthe Thrushes
Great tit Parus major Tits
Avocet (pied) Recurvirostra avocetta Waders
Black-tailed godwit Limosa limosa Waders
Black-winged stilt Himantopus himantopus Waders
Common sandpiper Actitis hypoleucos Waders
Dunlin Calidris alpina Waders
Greenshank Tringa nebularia Waders
Grey plover Pluvialis squatorola Waders
Kentish plover Charadrius alexandrinus Waders
Little ringed plover Charadrius dubius Waders
Little stint Calidris minuta Waders
Redshank Tringa totanus Waders
Ringed plover Charadrius hiaticula Waders
Spotted redshank Tringa erythropus Waders
Turnstone Arenaria interpres Waders
White (pied) wagtail Motacilla alba Wagtails
Yellow wagtail Motacilla flava Wagtails
Cetti’s warbler* Cettia cetti Warblers
Fan-tailed warbler Cisticola juncidis Warblers
Sardinian warbler Sylvia melanocephala Warblers
Gadwall Anas strepera Wildfowl
Garganey Anas querquedula Wildfowl
Mallard Anas platyrhynchos Wildfowl
Shoveler Anas clypeata Wildfowl
Wren Troglodytes troglodytes Wren

*heard only

This repoirt was written by BU PhD student Kathryn Ross. All photos are courtesy of Kathryn Ross and Chris Moody.

Report on Exchange Visit to Yale University

Earlier this year Ivis Chan, a PhD student from the School of Applied Sciences, was awarded a Santander Scholarship to visit Yale University. Here she talks about the benefits of the visit to her research…

I am a postgraduate researcher in the School of Applied Sciences at Bournemouth University, supervised by Professor Adrian Newton and Dr. Duncan Golicher. My research focuses on defining patterns of tree species diversity that can be used to inform conservation planning within Central America. This species-rich region harbours many species not found elsewhere in the world, including endemic primates, birds and plants. The region’s growing population and widespread poverty mean it is an area of highly competing land use interests. It is therefore important to identify and prioritize areas with unique groups of species for conservation efforts.

In January and February, I visited Professor Walter Jetz’s lab at Yale University. The purpose of my visit was to start collaborating with Dr. Dan Rosauer (a post-doc in the Jetz lab) to develop a method for identifying areas containing unique groups of tree species. During my visit, I received training in the specific method and software which I will implement during my research.

In addition, I had the opportunity to participate in graduate seminar discussions led by Professor Jetz on hotly-debated ecological topics such as “niche conservatism” and the “heritability of species range sizes.” Chatting with members of the Jetz lab over many pad thai lunches was also a great learning experience, as I heard about their various research projects and discussed options for tackling some of the challenges in my own research.

As an added bonus, I also had the opportunity to attend a conference on Landscape-Scale Restoration in the Tropics organized by the International Society of Tropical Foresters. This was a great opportunity to network and to learn about research prospects in forest restoration in tropical areas around the world, including my study region.

This exchange visit was a very rewarding experience for me and I would encourage others to take advantage of such opportunities. This partnership started with a simple exchange of email communication. It is therefore important that researchers are encouraged and enabled to build collaborations as this fosters the exchange of ideas that knowledge is built on. The Santander grant offers a good chance for researchers to put their collaborative ideas into action.

Many thanks to the Santander grant for sponsoring me. Thanks to the BU Research Development Unit and Applied Sciences Administration Office for helping me to coordinate the details. Finally, thanks especially to Professor Jetz and the members of his lab, especially Dr. Dan Rosauer, for welcoming me and sharing their expertise.

The ocean colour scene: How plant pigmentation changes in response to nutrient levels

A diatom

Recent research has suggested ocean nutrient levels are affected by human activities. But what does mean for tiny single-celled marine plants at the base of the food chain?  Can they adapt when faced with decreased nutrient levels, or do they simply die? And what impact will this have on the rest of the food chain?

These are some of the big questions currently being asked by environmental scientists at Bournemouth University.

A new researcher in the department, Dr Daniel Franklin, has just published A coccolithophorea study on cell productivity under nutrient-restricted conditions, examining two important single-celled marine plants (a coccolithophore and a diatom).

The study is in response to growing concerns that the rise in ocean temperatures will restrict nutrient supplies to the marine plants at the base of the food chain.

Dr Daniel Franklin commented: “As the surface ocean warms, we know there will be an increase in stratification, whereby a warm skin of water lies over a colder, denser layer, which might restrict nutrient supply from the deeper water to shallow water and result in decreased productivity.”

The study just published in Limnology and Oceanography examined growth of the coccolithophore Emiliania huxleyi, often found in the subtropical open ocean, and the diatom Thalassiosira pseudonana which is often found in coastal seas.

“We showed that E. huxleyi cells adapt to declining nutrients in order to wait for more nutrients, and don’t die” said Dr. Franklin. “T. pseudonana, however, which is known to grow quickly in response to increased nutrients, did not adapt, and quickly died. These two types of response reflect the ecology of the two organisms in their natural habitat.”

But in addition to understanding how sensitive cells are to nutrient changes, these findings could inform how we measure ocean productivity in the future.

“Measuring the amount of photosynthetic pigments, mainly chlorophyll, is how we assess phytoplankton productivity on the macro-scale. We measure pigments from satellites. As part of this work we have been looking at how pigments alter during cell decline so that we can refine our understanding of how productivity can be measured at the macro-scale,” said Dr. Franklin.

Satellite data

The full paper, entitled ‘Identification of senescence and death in Emiliania huxleyi and Thalassiosira pseudonana: Cell staining, chlorophyll alterations, and dimethylsulfoniopropionate (DMSP) metabolism’ can be viewed through the Limnology and Oceanography website.

Google Under-the-Earth: Seeing Beneath Stonehenge

Google Under-the-Earth: Seeing Beneath Stonehenge is the first application of its kind to transport users around a virtual prehistoric landscape, exploring the magnificent and internationally important monument, Stonehenge.

The application was developed by Bournemouth University archaeologists, using new field data gathered during their work with colleagues from the universities of Sheffield, Manchester, Bristol, Southampton and London as part of the Stonehenge Riverside Project.  Google Under-the-Earth works by adding layers of archaeological information to Google Earth technology.Snapshot of the 360 degree view from the Stone Circle

The unique visual experience lets users interact with the past like never before. Highlights include taking a visit to the Neolithic village of Durrington Walls, a trip inside a prehistoric house and the opportunity to see reconstructions of Bluestonehenge at the end of the Stonehenge Avenue and of the great timber monument called the Southern Circle, as they would have looked more than four thousand years ago.

 

The project is funded by the Arts and Humanities Research Council (AHRC) and Google Research Awards, a program which fosters relationships between Google and the academic world as Google fulfils its mission to ‘organize the world’s information and make it universally accessible and useful.’

But this fabulous educational and cultural tool does not end with Stonehenge. Archaeological scientist Dr Kate Welham, project leader at Bournemouth University, explained that it is the start of something much bigger.

“It is envisaged that Google Under-the-Earth: Seeing Beneath Stonehenge could be the start of a new layer in Google Earth. Many of the world’s great archaeological sites could be added, incorporating details of centuries’ worth of excavations as well as technical data from geophysical and remote sensing surveys in the last 20 years,” she said.

Dr Nick Snashall, National Trust Archaeologist for Stonehenge and Avebury World Heritage Site, said: “The National Trust cares for over 2000 acres of the Stonehenge Landscape. Seeing Beneath Stonehenge offers exciting and innovative ways for people to explore that landscape. It will allow people across the globe, many of whom may never otherwise have the chance to visit the sites, to share in the thrill of the discoveries made by the Stonehenge Riverside team and to appreciate the remarkable achievements of the people who built and used the monuments.”

You can download the application from the Google Under-the-Earth: Seeing Beneath Stonehenge site. The tool is easy to use and requires Google Earth to be installed on your computer.

Study reveals risks from carp parasite

A joint Bournemouth University(BU) & Environment Agency (EA) study, published in the Public Library of Science journal ‘PLoS One’, has revealed how infections of the tapeworm Bothriocephalus acheilognathi affect juvenile carp Cyprinus carpio in fisheries in England andWales.

CarpDr Chris Williams from the EA said: “This work provides important evidence about how alien parasites can cause harm to our fish populations. It gives us a better understanding of the risks these parasites pose to fish, the environment and our fisheries.”

The study showed the parasite comprised up to 12 % of an infected carp’s body weight. The tapeworm was always found in the intestine, causing considerable damage. Infected fish were found to be lower in weight, growing more slowly and feeding on less nutritive foods.

Dr Robert Britton, who led the study from BU’s ecology department, said: “It was highly apparent that infected carp suffered multiple pathological and ecological consequences, suggesting fisheries infected with Bothriocephalus will be damaged.”

The fact that carp fisheries and the recreational value of carp fishing are worth millions of pounds to the UK economy means it is vital to prevent infection. Fortunately, the Asian tapeworm is currently subject to strict regulation inEnglandandWalesby the Environment Agency.

Dr Williams continued: “We will use this knowledge to advise our regulation of fish movements and the advice we provide to fishery managers to minimise the spread and impact of these parasites.”

Mass graves in Libya

Bournemouth University’s Senior Lecturer in Forensic Archaeology, Ian Hanson, has featured in a New Scientist article about mass graves in Libya.

New Scientist journalist Andy Coghlan visited BU's mass graves simulation exercise in July

An estimated 5000 people went missing during Gaddafi’s dictatorship and, following his death last week, the country’s transitional government is preparing to exhume and identify bodies in mass graves.

Speaking to New Scientist journalist Andy Coghlan, Ian said: “Each site should be treated as if it’s a crime scene, and you must presume there might be criminal investigations in the future.” 

Ian has advised on protocol and procedures for mass graves excavations following the Balkan and Iraq conflicts.

Since April 2009 he has spent a great deal of time in Iraq, developing further programmes that introduce new trainees to investigations, the law and science involved in recovering evidence from the many mass graves that remain in the country, and to establish competency and protocol for global scientific and legal standards.

Read the New Scientist article for more information.

A view from afar…

I have recently become part of a fascinating network, the Royal Anthropological Institute, who kindly made me a Fellow. Fascinating, because they have realised, after a longer period of Sleeping-Beautyesque focus on social and cultural anthropology alone, how important it is to embrace the natural science part of anthropology, its biological, forensic and medical strands. An excellent move that will bring Anthropology and its representation in the UK back to its comprehensive and encompassing roots and remit. Good also for BU, because the RAI is recognising our contribution towards educating the next generation of anthropologists, whose combined education in humanities and science produces the rounded and aware graduates society will need in future.

Naturally, the RAI fosters broad-ranging discussions among its members, and their ‘house journal’, Anthropology Today, invites guest editorials on a regular basis. Not long ago, a former Cambridge graduate, who moved on to a highly successful career in the US, reflected on the latest changes to the UK Higher Education system, its commercialisation and consumer orientation (anthropology today). American universities have been operating this for a long time, and they are beginning to pick up the fallout now. Hugh Gusterson’s thoughtful comparison of political agendas here and campus reality there makes interesting reading – if only to avoid falling into the same traps.

BU academics in the media

In the last few days, BU academics have achieved a series of major results by having their expertise featured in key national media outlets.

This includes stories in:

  • The Sunday Telegraph (31 July) – featuring Professor Rudy Gozlan in the School of Applied Sciences commenting on the decline of the world’s river fish at the recent  annual conference of the Fisheries Society of the British Isles hosted by BU; 
  • Broadcast* (29 July) – a thought leadership article by Jon Wardle in the Media School which calls for improved media education in light of the recent phone-hacking scandal;
  • The Times* (29 July) – a thought leadership article by Professor Edwin van Teijlingen in the School of Health and Social Care on the role of GPs in the provision of maternity care;
  • The Guardian (28 July) – a thought leadership article by Dr Heather Hartwell in the School of Tourism on link between tourism strategies and health and well-being.

 * – subscriptions are required to view these articles online. If you are a BU staff member and would like to receive a hard copy please email: press@bournemouth.ac.uk

Prof Rudy Gozlan – ‘A Fish Tale, World Preservation and You’

Last month Rudy Gozlan gave an inaugural lecture as part of BU’s Public Lecture series. He discussed the biggest issue in ecology right now – how we going to accommodate another 3 billion people on this planet in the next 40 years.  Watch Rudy’s lecture (‘A Fish Tale, world preservation and you’) on this subject here:  httpv://youtu.be/kK3IsaZ2FYc

Phytoplankton research aboard R.V. Cefas Endeavour

Dr. Dan Franklin and Deborah Steele, School of Applied Sciences, have joined forces with scientists from across Europe on a research cruise in the North Sea exploring the abundance and growth of plant cells (phytoplankton).

The research team conducted their study aboard the R.V. Cefas Endeavour, using specialised optical instruments called flow cytometers, which analyse thousands of cells per second.

Using this technology the scientists have built up a comprehensive picture of what grows where and how productive the different cells are.

This data will improve the way plant growth is seen by satellites and will help to map out fish production, which is ultimately dependent on phytoplankton growth.

Dan Franklin said: “We were exceptionally lucky with the weather and enjoyed calm seas throughout the cruise. Our track took us North from Lowestoft, across to the Dogger Bank, east into Dutch coastal waters before returning to Lowestoft via the Greater Gabbard wind farm in the Thames estuary. The fact that we had calm seas made the lab work much easier. I found the habitat complexity and biodiversity of the North Sea a revelation – everywhere was different. When not working long hours in the laboratory, we were fortunate to see plenty of wildlife such as whitebeak dolphins, various seabirds such as gannets and guillemots, and possibly minke whales and orcas.”

The research trip was made possible by the generosity of CEFAS, the government laboratory responsible for monitoring fish stocks, promoting the sustainable use of marine resources and improving the marine environment. BU extends thanks to CEFAS for this opportunity.

You can view an excellent video of dolphins from the trip below:
httpv://www.youtube.com/watch?v=-DhzSaq_KS4

Dave Parham and Paola Palma – Swash Channel wreck

Dave Parham and Paola Palma (School of Applied Sciences) have been researching the Swash Channel Wreck which lies in approximately 7m of water in the Swash Channel in the approaches to Poole Harbour. The site was discovered as a side-scan sonar anomaly as a result of a geophysical survey conducted by Wessex Archaeology on behalf of Poole Harbour Commissioners and Poole Borough Council. The site has since been designated as a Historic Wreck.

The ship is the subject of a major excavation by BU, supported by English Heritage. It has been dated to around 1630 and includes the earliest ship carvings ever found in the UK, including a mysterious wooden merman, and much of the evidence found on the wreck suggest that it would have been a relatively high status ship for its period.

The wreck has been featured on the One Show (6 April 2011) where presenter Dan Snow took part in a dive on the wreck in the mouth of Poole Bay alongside a team of BU Marine Archaeologists, led by Dave.

Dave will also feature in the fourth episode of Britain’s Secret Seas, The Bustling South, on 29 May at 8pm on BBC2.

After conservation, finds from the Wreck and all the information from the excavation will be passed on to Poole Museum Service to be displayed to the community.