Tag Archives: Research

Studying Snubfins in the Kimberleys

Have you ever heard of a snubfin dolphin?  Not many people have – and up until 2005, no one had at all.

Snubfin dolphins in Roebuck Bay (Photo Credit:  Sarah Marley)

Snubfin dolphins in Roebuck Bay (Photo Credit: Sarah Marley)

In that year, what was previously considered to be a bunch of Irrawaddy dolphins swimming around off the northern coast of Australia, was discovered to actually be a separate species entirely.  And so snubfin dolphins became Australia’s first endemic species of cetacean.  But now, almost ten years later, we still don’t know a whole lot about them.

As part of the Kimberley Marine Research Program, the Western Australian Marine Science Institution (WAMSI) is funding research into the distribution, abundance and genetic connectivity of Australian snubfin and humpback dolphins across the Kimberleys.  This is a collaborative research project, involving scientists from Murdoch University, Curtin University and Australian National University.  Through a mixture of visual observations from vessel-based surveys and acoustic monitoring using underwater noise loggers, the project hopes to improve our knowledge of where and when dolphins occur.  It will also investigate the effectiveness of using noise loggers as an alternative technology for collecting data on distribution and seasonality of dolphins across the Kimberleys.

Listening for snubfin dolphins in Roebuck Bay

Listening for snubfin dolphins

During July and August this year, I was fortunate enough to be involved in the Roebuck Bay component of this project.  My supervisor Chandra and I spent a few weeks working with Dr Deb Thiele (Australia National University) to collect visual and acoustic data on the snubfin dolphins of Roebuck Bay.  It was a real pleasure to work with Deb, who has been conducting research in Roebuck Bay for several years on the abundance, habitat-use and behaviour of this snubfin dolphin population.  We were also working in with local Yawuru Indigenous Rangers Cornell and Johani, who helped us on the boat to collect observational and photographic information on the dolphins.  And to finish off our Snub-Team, we had Jason from Environs Kimberley who helped us navigate through the bay.  The Kimberleys are a stunning place in general, but it was especially great to explore it with people who know the area (and its wildlife) so well!

Over five weeks, we spent a lot of time out on the water and became familiar with a whole host of Roebuck Bay’s other marine residents.  Sightings of dugong, turtles, manta rays, sharks, sea birds, and various fish made every day unpredictable but very special!

Chandra, me and Deb

Chandra, me and Deb.

I’ve been remarkably quiet the last wee while partly because I’ve been away on fieldwork.  But also because it involved such amazing animals, cool people, and beautiful surroundings that I had no idea how to begin describing it!  A large part of PhD life revolves around stress – the pressure of making progress, meeting deadlines, producing outcomes.  But an important part of PhD life is to realise how lucky I am to have these experiences, travel to these places, and meet these people.  And this trip was definitely one of those fortunate events.

The Last 55: Final chance for Maui’s dolphins

Maui's dolphinFifty-five is not a big number.  But it could mean a world of difference to one small dolphin species in New Zealand.

Maui’s dolphin is the world’s rarest and smallest known subspecies of dolphin.  Found only in New Zealand,they typically range close to the coast in small pods although they can also be found around harbour mouths and further offshore.  But their numbers have been decreasing due to entanglement in fishing gear and disease, with approximately 4 to 5 Maui’s killed each year.  Which doesn’t seem like too many, right?

A bit of maths

In the 1970s, the dolphin population was reportedly around 1,800 individuals.  But the species has rapidly declined since net-setting and trawling were introduced in the 1970s.  A 2012 research study estimated that only 55 Maui’s dolphins now remain.  Suddenly that 4 to 5 death rate seems a lot bigger.  So just since that study was conducted, we are probably already approaching a population size of around 40 animals. Extinction isn’t just a threat – it’s a very real likelihood.

If we are losing 10% of the population each year, you don’t have to be a mathematical genius to know that things aren’t looking good for the Maui’s.  Especially given their slow reproduction rate – females reach maturity at approximately 8 years of age, and only have one calf every 2 – 4 years.

What is being done?

The New Zealand government generally has a pretty good standing when it comes to conservation.  In 2003, a ban on commercial set nets was added to an existing ban on recreational netting from north of Auckland to north of Taranaki, covering out to four nautical miles from shore.  In 2008, this was extended to seven nautical miles and in 2012 the ban on set nets extended further south.  Last year, the Minister of Conservation finalised a Maui’s Dolphin Threat Management Plan, which includes codes of practice for seismic surveys, regulations for inshore boat racing, and the establishment of a Maui’s Dolphin Research Advisory Group.

So are things improving?

Debatable. Although various marine protected areas have been created with the aim of conserving Maui’s dolphins, the government has failed to extend protections to areas where there have been credible recent sightings of the animals.  That’s the thing about marine mammal conservation – these are free-ranging animals who cover large areas in a dynamic habitat.  Thus, the distribution of populations will change over time and so needs constant re-assessment if protected areas are to have a positive effect.  But this is an investment the NZ government seems unwilling to make.

And despite several promising moves on the government’s part, it looks like money might win through in the end.  This week, it has been reported by several news groups that the West Coast North Island Marine Mammal Sanctuary – home to the Maui’s dolphin – has been signed off for oil and gas exploration.

The NZ government signed off a block offer of sea and land in April, which includes a 3,000 square kilometre overlap into the sanctuary.  Oil and gas development in this area could have a devastating impact on Maui’s habitat by increasing levels of underwater noise through seismic surveys, as well as putting the area at greater risk of oil spills.

The government has already had previous bungles with the block offer, with Simon Bridges, the Minister of Energy and Resources signing off New Zealand’s biggest forest park for drilling – despite having never heard of it.  Not exactly reassuring that the government is taking conservation seriously.

In fact, politicians are arguing whether this is even an issue, and NZ Conservation Minister Nick Smith is insisting that there hasn’t been a single observation of a Maui’s dolphin in the proposed exploration area.  So no need to worry.

But you have to wonder how hard they’ve looked?

What you can do

Numerous scientific and conservation groups have already called for the New Zealand government to take action to save the Maui’s dolphin.  Just last week, the International Whaling Commission urged the government to do more to save the species, stating that it had “extreme concern” about the decline in Maui’s dolphins.

In a recent report, the IWC estimated that Maui’s will decline to just 10 adult breeding females in six years and become functionally extinct in less than 20 years – unless their full range is protected from gillnetting and trawling.

Screen Shot 2014-05-19 at 9.15.55 amWWF have stepped up their “Last 55” campaign to save the Maui’s dolphin, urging parliament to announce permanent measures that remove fishing gear which kills dolphins and help affected fishermen adopt dolphin-friendly fishing methods.   “Anything less will not give the species a fighting chance at survival.”

Support their campaign by signing the WWF online petition here.  And hopefully we can convince the New Zealand government to stop faffing around and start taking effective steps to save the Maui’s dolphin.

The (After) Life of a Whale

Over the last few weeks, a small town in Canada has lived in fear of exploding whales.

Seriously.

A Whale of an Explosion

At the end of April, a dead blue whale washed up on the shore of Trout River, Newfoundland.  Amid concerns it could be a shipping hazard if dragged out to see, locals were forced to leave the whale decomposing on the beach whilst local and federal authorities argued over who should deal with the remains.

Inside a blue whaleThe carcass then proceeded to expand to about twice its normal size due to bloating from methane gas, a normal by-product of decomposition.  Unfortunately, there is only so far a bloated blue whale can stretch, leaving local residents on stand-by for a pretty big bang.  Strange as it sounds this is a legitimate concern – last year a washed up sperm whale in the Faroe Islands exploded as a biologist attempted to dissect it (warning:  video not for the faint-hearted).

Eventually, a team from the Royal Ontario Museum headed over to dismantle and remove the blue whale – a feat which took them almost a week.

A Sight to See (and Smell…)

Whale carcasses aren’t that great in general, regardless of their explosive potential.  A few years ago in Scotland, I took my sister to see a washed up sperm whale at our local beach.  We arrived at the car park and started walking.  When we were 1km away, she sniffed a few times and asked “What’s that smell?”.  It only got worse.

Dead sperm whale - winner of Aberdeen's Top Tourism Attraction 2009.

Dead sperm whale – winner of Aberdeen’s Top Tourism Attraction 2009.

But despite this, hundreds of people came to see it.  The carpark was overflowing for days whilst people made the trek to see the spectacle because, dead or alive, it’s just not every day you see a sperm whale.  People brought their kids (who poked it), dogs (who rolled in it), and cameras to remember the experience.

So, given the high number of marine mammals out there, why aren’t we constantly assaulted by the stink of washed-up whales?  When they’re not washing up on our beaches and becoming a gruesome attraction, what happens to the remains of whales and other marine life?  The answer:  Whale Fall.

Whale Fall

Deep-sea zones are pretty special when it comes to food-chains.  A lack of light means no plant life, which is generally the foundation of most food webs.  Instead, the deep sea ecosystem consists mostly of scavengers, who are fed from above by a constant drizzle of organic particles and detritus known as ‘marine snow’.

But every so often, a really big particle falls in the form of a whale.  And when this happens, the whole community turns up for a feast.

Recently, a deep-sea graveyard was discovered off the coast of Angola by remotely-operated vehicles (ROVs) conducting oil and gas exploration.  Consisting of a dead whale shark and four rays, this represented a surprisingly high concentration of deceased megafauna over a relativley small area.  Scientists are now using this footage to compare the species composition of scavengers on the shark and ray carcasses to the scavenger species present on whale falls.

Ecosystems within ecosystems.  A pretty cool example of how life goes on!

Listening to the Sound of Success!

Two different projects came to fruition last week, neatly coming in time for my birthday!  Not so sure about the ageing part, but it was definitely good timing on the research outcomes!

From listening for dolphins…

Earlier this month I spent a morning out on the river with the ‘Destination WA‘ TV crew, filming a short segment about the Swan River dolphins.  We spent a lovely few hours out on the Swan River Trust boat Kwilana (Noongar for ‘dolphin’) whilst the team did interviews with myself, Delphine Chabanne (Murdoch University), Marnie Giroud (SRT), and Jennie Hunt (Dolphin Watch).

It was really interesting to see ‘behind the scenes’ for the filming process, especially given the great camaraderie of the TV crew!

… to interpreting blue whales!

Non-song vocalisations of pygmy blue whalesAnother project success last week was finding out that our paper “Non-song vocalizations of pygmy blue whales in Geographe Bay, Western Australia ” had been published online by the Journal of the Acoustical Society of America!  This study used simultaneous land-based visual observations and underwater acoustic recordings to examine the communication of pygmy blue whales.

These animals are famed for their songs, made up of repeated patterns of notes.  But in this study, we focused on the non-song sounds produced by pygmy blue whales and found six different vocalisations – five of which had never been described for this population before!  Hopefully this will help inform passive-acoustic monitoring for the species.

And as for ‘Older and Wiser’?

Well, that remains to be seen!  But entering 28 as a PhD Student, TV Star, and three-times Published Scientific Author isn’t a bad way to start 😉

Strength in Numbers – citizen science project outnumbers dolphins 28 to 1

Last week I was invited to talk at the latest Dolphin Watch training event.  Not that I need much of an excuse to talk about dolphins in general, but the chance to help introduce 180 new recruits to the Swan River dolphins was definitely not to be missed!

Background:  the Dolphin Watch project

The newest recruits of Dolphin Watch

The newest recruits of Dolphin Watch!

I’ve discussed the Dolphin Watch project in previous posts – but for those of you not in the know, Dolphin Watch is a citizen science project monitoring the dolphins inhabiting the Swan-Canning Riverpark.  It is a partnership between the Swan River Trust (SRT), Curtin University and Murdoch University which was instigated in 2009 to learn more about the bottlenose dolphins residing in the Swan and Canning Rivers.  Since this river system stretches for over 60km, it would be pretty tricky for the researchers to survey alone.  But by creating a network of citizen scientists, we now have eyes throughout the river park!

Dolphin Watch volunteers are generally people who are regular river users – whether they are kayaking up the Canning, sailing through the Swan, or just walking along the river trails!  And if they’re out by the river, then why not report the presence of dolphins?  Of course, it is just as important to know which areas the dolphins are not being sighted in.  This helps us to create a presence / absence map of dolphin sightings, and get a feel for what areas might be particularly important to this population.

Training Time!

Dr Chandra Salgado Kent explains the online monitoring form at Dolphin Watch training

Dr Chandra Salgado Kent explains the online monitoring form at Dolphin Watch training

Twice a year, Dolphin Watch runs training nights for new volunteers.  They get to hear about the purpose of the project, monitoring river health, some background to the dolphins, and how to collect sightings information.  Plus they pick up a pretty snazzy shirt and hat combo, not to mention a tote bag full of Swan River Trust goodies!

Wednesday 26th March was the first training session of 2014 down at Scitech.  Speakers included Marnie Giroud (Program Manager of the SRT’s “River Guardians” program), Dr Kerry Trayler (Principle Scientists at SRT), my supervisor Dr Chandra Salgado Kent, and Piers Higgs (Director of Gaia Resources who developed the Dolphin Watch app).  An amazing 180 new volunteers attending, bringing the total number of Dolphin Watchers to over 700 people!  With only around 25 dolphins in the riverpark, we’ve got a pretty good chance of spotting them!

And now introducing…

My role was to discuss Dolphin Ecology.  So, after a few minutes fighting with the tempremental microphone, I gave a run-down on some bottlenose dolphin life history, previous research, distribution and habitat-use, foraging ecology, and dolphin conservation.  Half an hour just flew by!  The question-time was pretty fun, with lots of good questions about dolphin behaviour 🙂

It was pretty strange being back in Scitech.  Especially doing a presentation there that didn’t involve slime, liquid nitrogen, or a single explosion!  I had quite a bit of nostalgia for the good old days of being an Outreach Science Presenter…  But at the same time, it felt fantastic to stand up and talk about something that I really cared about.  As much as I love setting myself on fire in the name of science, nothing beats talking about your own research!  Although if you have any suggestions on how I can work a fireball into a talk on dolphin ecology, please email them through! 😉

Interested in Joining?

Our next training day will be in August 2014.  If you’re keen on coming along, check out the Dolphin Watch website or shoot me an email for more information!

Over-whale-ming: Life as a PhD Double-Agent

For the last ten weeks, I have been living two lives.

Life 1: Sarah Marley, field biologist. Commences dolphin surveillance at 0500 hours, ceases observations at 1830 hours. Spends spare time managing an ever-increasing network of volunteer dolphin spies (aka “dolphineers”) to conduct regular river monitoring at select top-secret sites. She moves as a shadow, elusive of social situations, needless of sleep, as she begins the task of data hoarding…

Life 2: Sarah Marley, regular PhD student. Comes into the office a few days a week, and spends time reading papers, learning Matlab, teaching undergrads, and tackling a never-ending flow of emails. Existing mostly on caffeine and to-do lists, she has a desk-drawer full of snacks and several types of tea. Collects dolphin-themed desk decor.

Neither sound too strenuous. But recently, co-existence of these roles has become slightly tricky…

Sometimes study can be a bit over-whale-ming...

Sometimes study can be a bit over-whale-ming…

Life 1 is highly volunteer-dependent. My fieldwork needs at least a team of three (including myself), so my schedule varies each week depending on volunteer availability. I have an amazing team of dedicated, lovely, wonderful volunteers.  But – as I am trying to get out to each site 3 times per week – I inevitably have to spend a few hours trying to sign folk up to fill gaps. I live in constant fear of cancellations, and check my phone compulsively “just in case”.

Life 2 flows around the first; if I’m not in the field, I head to uni. But snatching office hours here and there can make it difficult to focus on larger tasks. As a result, when I make my weekly to-do list each Monday, I find myself re-writing the same few big jobs, along with a wave of new mini-tasks.

To try and combat this, I attended a time-management workshop last Friday. Which I was late for. But as a friend pointed out, I hadn’t attended the workshop yet so that was to be expected!  The presenter quizzed us on our degree courses, study habits, and sleep patterns. She assured me that “you only need four hours sleep to survive, so you’ll finish your PhD in no time“.  Funnily enough, this was not actually very reassuring.

Despite this we did pick up a few useful hints.  This week I have drafted up a timetable of activities based on how long each task takes.  Hopefully this will help me to use my time a bit more efficiently.  My New Years Resolution of getting a minimum of 7hrs sleep was becoming sadly neglected, so I’m also trying to “shut off” when I come home to make sure I’m rested enough to blast through those to-do lists the following morning! The ability to say “no” is something I’m working on improving.

I think the biggest challenge is accepting that there is only a given amount of things I can accomplish during the fieldwork phase.  This should only last a few more months, then there will be a seasonal down period, giving me plenty of time to tackle the desk-based stuff.

But I guess no one ever said being a Science Ninja was easy 😉

Pursuing a Higher Degree: Why I’m so happy to be starting a PhD!

Last week I officially enrolled as a PhD student at Curtin University!  Here I will spend the next three years studying the response of dolphins to underwater noise.

For the last two years, I have been applying for PhD scholarships.  At the same time, to try and continue boosting my CV, I volunteered on various marine mammal projects.  This meant a lot of late nights, working weekends, unpaid leave from work, neglecting my boyfriend and basically quite a bit of juggling.  There were times when I felt overwhelmed and wondered if all this effort was ever going to lead anywhere.  But there were also a lot of fun times, filled with interesting discoveries, new friends, and happiness at pursuing something I loved.

Hope the buzz lasts three years!

Hope the buzz lasts three years!

The day I signed the last piece of paperwork I spent the next 24hrs bouncing around, occassionally squeeling to myself with pure happiness (yes, really!).  Now, a week later, the excitement has become a bit more manageable but I still get a buzz every time I look at my student card.  I’ve chosen a desk in the Higher Degree by Research student building.  I’m changing my email signature.  I’m keeping a colour-coded PhD notebook full of lists, thoughts and notes (much to the amusement of my more cynical colleagues, who frequently ask how long that is going to last).

So why is this such a big deal to me?  What’s so great about a PhD?  Here are the top three reasons why I decided to pursue a PhD:

1.  Curiosity

When I worked in science communication, we used to introduce science to kids by saying “Have you ever asked a question?  Wanted to know why, what or how?  Then you’re a scientist!”.  A bit basic, but fundamentally true – much of science is driven by pure curiosity and the desire to learn.  A PhD is an excellent opportunity to explore several avenues of curiosity about a specific topic, at a depth and intensity that will eventually satisfy almost everyone (probably overly so).

2.  A Love of Research

My childhood dolphin-spotting point in Banff, Scotland (click here for live webcam!)

My childhood dolphin-spotting point in Banff, Scotland (click here for live webcam!)

As a kid I used to spend my school holidays watching the dolphins in Banff Harbour (Scotland), recording sighting times, group compositions and animal behaviour.  Although I didn’t realise it, this was the start of my research career.  Since leaving full-time education, I’ve tried a range of jobs:  sales assistant, bosun on a tourism boat, tutoring, supermarket check-outs, university lecturer, setting myself on fire in the name of science communication…  But any length of time away from research is painful.  I miss learning new things, the craziness of fieldwork, the excitement of getting results.  Research just fits me.

3.  The Challenge

The other thing I miss is being challenged.  Although it’s more than likely that I’m going to regret this statement at some point over the next three years.  But the truth is, it’s only by pushing ourselves and going beyond the comfort zone that we develop.  That’s certainly what I expect a PhD to do!

But of course, this is just my opinion.  Did you have other motivations for pursuing a PhD?  Or perhaps decide against it?  Let me know!  I know that this is the honeymoon period and the real work is yet to come, but for now I’m just enjoying the moment.  At least when I hit the (inevitable) hard patches, I’ll have this list to check back on!  After all, nothing worth having ever comes easy.

The Importance of Attending Conferences

In December 2013, the Society for Marine Mammalogy will be holding its biennial conference on the biology of marine mammals in Dunedin, New Zealand.  Last Friday, I was notified that I am lucky enough to be presenting at the conference!  But why are conferences such a big deal?

What is the SMM conference?

The Society for Marine Mammalogy (SMM) biennial conference is a gathering of marine mammal scientists from around the world, with the goal of enhancing collaboration, sharing ideas, and improving the quality of research on marine mammals.  Every SMM conference has a fantastic turnout, with hundreds of scientists in attendance.  This year promises to be no different, with over 1000 abstracts for talks and posters being submitted.  Unfortunately, about 20% of these were rejected.  But 200 talks and 400 posters have been accepted for the event.

What will I be presenting?

Pygmy blue whale and vessel; Geographe Bay, Western Australia

Pygmy blue whale and vessel (Geographe Bay, Western Australia) – how close is too close?

I will be presenting a poster based on work by myself and colleagues at the Southwest Whale Ecology Study (SouWEST).  Check out my Projects page for more information on this group.  The poster will document the responses of pygmy blue whales to vessel traffic during their migration through Geographe Bay, Western Australia.  Understanding the impacts of anthropogenic activities on marine fauna has become of increasing concern as the human population continues to expand its activities in the marine environment.  The SMM conference will be an excellent opportunity to share our research findings with the scientific community.

What’s the point of conferences?

Of course, conferences aren’t just a way of spreading the word about your own work – they’re also a great chance to hear about developments in your field and keep up-to-date with recent research.  The best part is that if you have questions or would like to know more about any particular topic, the researchers are right there to ask!  Conferences are great networking opportunities, whether you’re a student looking for a job, a professor looking for students, or a researcher interested in finding collaborators for a particular project.  Since presentations are often discussing work at varying stages (from preliminary findings through to recently published), it is also a good chance to get some informal peer-feedback.  Plus, you often get to travel to pretty cool places!

But for me the best thing about academic conferences is this:  inspiration.  Being surrounded by passionate people, new ideas, recent discoveries…  It all acts as a massive source of motivation and encouragement to continue in what can sometimes be a difficult field.  Everyone needs a pick-me-up sometimes, and I find the buzz of conferences invigorating.

So bring on New Zealand!

Dolphin Watch: Community Science in Action

How can a small team of scientists hope to measure a community of bottlenose dolphins – highly mobile animals – inhabiting a river stretching 60km through the capital of Western Australia?  By creating a network of citizen scientists!

The Swan-Canning Riverpark is an estuarine protected area flowing through Perth, WA.  Despite being situated in a major metropolitan area (over 1.4 million people), the river is home to a resident community of approximately 20 Indo-Pacific bottlenose dolphins.  Murdoch and Curtin Universities are leading the research into Perth’s Swan River dolphins, investigating how environmental changes in the river and human activities can affect the dolphin community.  For more information on the latest paper from this project, please click here.

Dolphin Watching for Science

Click here to view the Dolphin Watch Annual Report 2012-13

Click here to view the Dolphin Watch Annual Report 2012-13

The Dolphin Watch project is a partnership between the Swan River Trust’s River Guardians program, and Murdoch and Curtin Universities.  It was instigated in April 2009 to learn more about the bottlenose dolphins residing in the Swan and Canning Rivers by training members of the local community to monitor the dolphins.

On Friday evening I had the pleasure of attending Dolphin Watch Day 2013.  Each year, the amazing  contribution of the Dolphin Watch volunteers are celebrated on Dolphin Watch Day, providing an opportunity to share the most recent discoveries and research news.  Since the project began in 2009, volunteers have contributed 7,180 records of dolphin sightings detailing the location, group size and behaviour of animals seen in the river.  This has helped develop scientists’ understanding of how the dolphins are using this area, and will support the conservation of these much-loved locals.

Benefits for scientists…

Marine mammals are difficult to spot at the best of times.  But trying to track them down in a long river system, full of bays and inlets, can be a time-consuming process.  However, each year thousands of people use the Swan River for sport, recreation and travel.  If those people are already out on the river, it makes sense to make use of local knowledge to discover more about the ecosystem and its inhabitants.  Dolphin Watch essentially gives the scientists ‘eyes’ along the whole length of the river.

The growing size of this data set will allow scientists to begin studying long-term trends in dolphin habitat use and behaviour.  It will also improve their ability to detect changes in population size and behaviour which may effect the conservation of these iconic animals.  Citizen science projects such as this help us to develop our understanding of the world around us, and directly contribute to important research and conservation efforts.

… as well as volunteers!

This ever increasing amount of date is due to the growing size of Dolphin Watch, as well as the ongoing efforts of established members.  With almost 600 members of the Perth community out voluntarily monitoring the river, it is extremely heartening to see so many people taking an interest in preserving the local environment and it’s fauna.

But it’s more than just spotting the occasional dolphin.  People go out of their way to attend training sessions, fill in sighting reports, and spend hours scanning the water.  Already this year, they have submitted over 600 sightings so far – that’s a total of 2,467 hours dolphin watching!  A phenomenal effort!

And this is because people care.  They take an interest in the world around them, and want to know the outcomes of the research they’re helping to conduct.  They enjoy spending time in the natural environment, and want to ensure that future generations have the same opportunity.  They are an inspiration – and I hope their numbers continue to swell, bringing benefits to not only the dolphin community but our own community as well.

More Info?

The Dolphin Watch Annual Report (2012-13) became available on 14th June 2013.  For more information about the work of this exemplary citizen science program, have a flick through the report here!