“I MUST FLY”: GONE TO ABACO. BACK SOMETIME.
UPDATES AS & WHEN
Photos: Tom Sheley, RH, Charlie Skinner, Melinda, Kaitlyn Blair on FB, RH
BMMRO COLLABORATES WITH NEW PARTNER, ATLANTIS BLUE PROJECT
The ATLANTIS BLUE PROJECT is managed by the Atlantis Blue Project Foundation, a private non-profit organization dedicated to the preservation and enhancement of global marine ecosystems through scientific research, education, and community outreach. BMMRO is excited to now be a part of this project and in turn has received two grants from the Atlantis Blue Project for 2014
Stranding Response to Support Conservation of Marine Mammals in the Bahamas
Increasing capacity and available funds to respond rapidly to strandings in The Bahamas will increase our ability to determine cause of death and/or successful rehabilitation of marine mammals. At the first stranding workshop held in the Bahamas in 2008, the Honourable Lawrence Cartwright, Minister of Agriculture and Marine Resources officially opened the workshop stating “I believe the establishment of a Marine Mammal Stranding Network in The Bahamas will serve to promote the conservation of marine mammal species and their habitat by improving the rescue and humane care of stranded marine mammals, advancing stranding science, and increasing public awareness through education.” This funding will provide the resources to train veterinarians on how to work with stranded marine mammals as well as provide the resources to respond to strandings.
Field Research & Outreach to Support Conservation of Bahamas Marine Mammals
Cetaceans are long-lived, highly specialised animals with delayed reproduction and low fecundity, which makes them incapable of rapid adaptation and thus particularly vulnerable to anthropogenic impacts. BMMRO has compiled an unprecedented long-term dataset for the region, which has become increasingly valuable to inform about the baseline ecology of some odontocete species. This research will ensure that this important work continues to fill key gaps in our knowledge about the ecology of marine mammals. Additionally, we will increase awareness and build capacity amongst Bahamians, both of which will contribute to local conservation needs.
For Abaco, the excitement is the sperm whale seen just off the Rocky Point area. More generally for the northern Bahamas, in addition to the manatee Georgie (former temporary resident of Abaco) and others, there was a manatee reported on Eleuthera. It looks as though these gently creatures continue to find the area to their liking.
(Thanks as ever to Charlotte & co at BMMRO for permission to use and adapt their material!)
THE SPOTTED TRUNKFISH is a reef fish distinctive for its dark spots on a silvery-white background. It’s very wrong of me to comment, I know, but arguably its appearance is amusing. It probably feels the same about divers with all their gear…
However the trunkfish deserves to be treated with due respect. When touched, they secrete a colourless toxin from glands on their skin. The toxin is only dangerous when ingested, so divers are unlikely to be harmed by the it. Predators however are at risk, and creatures as large as nurse sharks are known to have died as a result of eating a trunkfish.
THE SMOOTH TRUNKFISH is almost a negative of the spotted trunkfish, with white spots on a dark background rather than vice versa. Adults develop hexagonal patterning on their sides. They also secrete toxins and are best left untouched. Their ability to pucker up is impressive…
The French angelfish Pomacanthus paru is found in the western Atlantic and in parts of the eastern Atlantic. They are mainly seen around shallow reefs, often in pairs. They feed on sponges, algae, soft corals and small invertebrates.
Juveniles are extremely useful members of the reef fish community, providing cleaning stations. They service many species including jacks, snappers, morays, grunts, surgeonfishes, and wrasses, removing parasites.
Credits: Melinda Riger (Grand Bahama Scuba); Wiki
While a lot of debris sinks, much also floats. Once this marine debris enters the ocean, it moves via oceanic currents and atmospheric winds. Factors that affect currents and winds (for example, El Niño and seasonal changes) also affect the movement of marine debris in the ocean. Debris is often carried far from its origin, which makes it difficult to determine exactly where an item came from.
Marine debris comes in many forms, ranging from small plastic cigarette butts to 4,000-pound derelict fishing nets. Plastic bags, glass, metal, Styrofoam, tires, derelict fishing gear, and abandoned vessels are all examples of debris that often ends up in our waterways.
Marine debris is a problem for all of us. It affects everything from the environment to the economy; from fishing and navigation to human health and safety; from the tiniest coral polyps to giant blue whales.
The NOAA Marine Debris Program works in the U.S. and around the world to research, reduce, and prevent debris in our oceans and coastal waterways. Much of this work is done in partnership with other agencies, non-governmental organizations, academia, industry, and private businesses.The Marine Debris Research, Prevention, and Reduction Act, signed into law in 2006, formally created the Marine Debris Program. The Act directs NOAA to map, identify, measure impacts of, remove, and prevent marine debris.
Abandoned and lost fishing gear is a big problem. It entangles and kills marine life and is a hazard to navigation. Based on a model program in Hawaii, the Fishing for Energy program was formed in 2008 to tackle this problem with creative new ideas. The program is a partnership between NOAA, Covanta Energy Corporation, National Fish and Wildlife Foundation, and Schnitzer Steel.This program offers the fishing community a no-cost way to dispose of old or derelict fishing gear. Once removed from the environment, the gear is transported to the nearest Covanta Energy-from-Waste facility. About one ton of derelict nets creates enough electricity to power one home for 25 days!
Marine debris may be mistaken by some animals for food or eaten accidently. Often, larger items like nets, fishing line, and abandoned crab pots snare or trap animals. Entanglement can lead to injury, illness, suffocation, starvation, and even death. NOAA is working with many partners to tackle this problem by reducing and preventing marine debris in our oceans and waterways.
We know that marine debris is a big problem, but there’s much we need to learn. NOAA funds projects across the country and works with scientists and experts around the globe to better understand how marine debris moves, where it comes from, and how it affects the environment. This knowledge will help us find better ways to tackle the problem.
The NOAA Marine Debris Program offers a heap of creative products to get the word out about marine debris. Looking for brochures, posters, fact sheets, or guidebooks? We’ve got those. Like videos? We’ve got those, too. We even have a blog! You’ll find it all online.
Marine debris is a global problem that requires global solutions. NOAA experts work with scientists and organizations around the world to share lessons learned, discover what programs work best, and map out future strategies to fight this problem.
Fighting the marine debris problem begins at home.
WHAT ON EARTH ARE REMORAS?
Remoras (Echeneidae), also known as Sharksuckers, Whalesuckers or Suckerfishes, are ray-finned fish that grow up to 3 feet long.
WHAT DO THEY DO?
Remoras have remarkable dorsal fins that form a sucker-like organ with a ribbed structure. It looks a bit like the sole of a trainer or beach shoe.This bizarre organ can open and close to create or release suction, enabling it can latch onto larger marine creatures. The remora can increase suction by sliding backward, or it can release itself by swimming forward – the ‘slats’ are smooth in one direction, and rough the other way. They have been known to attach themselves to boats. And scuba divers. Even with hairy legs…
WHAT KIND OF CREATURES DO THEY GET ATTACHED TO?
Remoras associate with specific host species. They commonly attach themselves to sharks, manta rays, whales, turtles, and manatees / dugongs. Smaller remoras may latch onto fish such as tuna and swordfish, and some travel in the mouths or gills of large manta rays, ocean sunfish, swordfish, and sailfish.
WHY WOULD THEY WANT TO DO THAT?
The relationship between a remora and its host is known as Commensalism, specifically ’Phoresy‘. The host to which it attaches for transport gains nothing from the relationship, but also loses little. The remora benefits by using the host as transport and protection, and also feeds on morsels dropped by the host. Controversy surrounds whether a remora’s diet is primarily leftover fragments, or the feces of the host. Maybe it’s a healthy mix of both.
WHERE CAN I FIND ONE?
Remoras are found in tropical, sub-tropical and temperate waters, including the mediterranean. You will definitely find them in the Bahamas. Melinda’s photos were all taken in the waters south of Grand Bahama.
ARE THEY USEFUL TO MANKIND IN ANY WAY?
Yes, but not in a good way, some may think. Some cultures use remoras to catch turtles. A cord or rope is fastened to the remora’s tail, and when a turtle is sighted, the fish is released from the boat; it usually heads directly for the turtle and fastens itself to the turtle’s shell, and then both remora and turtle are hauled in. Smaller turtles can be pulled completely into the boat by this method, while larger ones are hauled within harpooning range. This practice has been reported throughout the Indian Ocean, especially from eastern Africa near Zanzibar and Mozambique, from northern Australia, Japan and even the Americas.
Because of the shape of the jaws, appearance of the sucker, and coloration of the remora, it sometimes appears to be swimming upside down (see above). This probably led to an older name reversus, although this might also derive from the fact that the remora frequently attaches itself to the tops of manta rays or other fish, so that the remora is upside down while attached.
THANKS FOR THAT. BUT WHERE CAN I GET MORE INFO ON THESE SUCKERS?
RIGHT HERE – AN EXCELLENT VIDEO WITH PLENTY OF LIVE REMORA ACTION
OH! FINAL QUESTION. ARE REMORAS EDIBLE?
I though someone might ask that, so I’ve checked it out. Here is the best recipe I have found, expanded slightly from a blokey Australian chat thread:
Recipe for cooking Remora
Credits: Melinda Riger, Grand Bahama Scuba; Wikimedia; meaty Wiki chunks & assorted pickings
It was a very beautiful beach indeed. Lucky Crabby!
See ‘Crab Run: The Movie’, starring Crabby the Crab
CREDITS: header & beach, RH; last image, Tom Sheley; the rest, Charlie Skinner. DEBITS: pre-Christmas nauseatingly anthropomorphic tomfoolery and video – blame me. No crabs were harmed or even mildly embarrassed during this photoshoot.
THE IDENTIFICATION, BEHAVIOUR & NATURAL HISTORY OF THE SHARKS OF FLORIDA, THE BAHAMAS, THE CARIBBEAN & GULF OF MEXICO
Jeremy Stafford-Deitsch, Trident Press 2000 (95 pp)
Occasionally I review books, apps, ‘meeja’ and so on, of general relevance to Abaco wildlife and ecology. You can find all this under the heading BOOKS ETC and its drop-down sub-menus. You’ll see comparative recommendations, mostly positive, with some frankly snidey comments on a few things not to waste your ‘hard-earned’ on.
Here’s a book I bought on @m@z@n for a few coins + p&p (less than $5 total) just to see what it might have to offer. The answer is, a great deal. It’s not the book for those who want a detailed exploration the intricate mesopathy of selachimorphic exo-cartilege, if such a thing exists. But it has a mass of useful information, brief but helpful identification pages for many different shark species, and good illustrations, all compressed into a slim tome.
Although this book was published in 2000, sharks haven’t changed noticeably since then, so the contents still hold good. Here are a few pages to give an idea of how simple yet informative this book is.
The entries for the Blacktip Shark and the Lemon Shark. Each entry features a useful range map, and an even more useful ‘potential danger rating’ for each species. It’s worth remembering, however, that there are sharks worldwide, and they all have teeth. Thousands of people dive and swim with many of the species every day in complete safety. There are simply some does and don’ts, mostly completely obvious, that will make the difference between enjoying their company (and they, yours); and pushing your luck with a wild creature when you have intruded into its habitat…
THE SHARK TRUST FEEDING CODE
More shark information and some amazing images can be found HERE .
As I wrote elsewhere: “Take comfort from the fact that no fatalities and fewer than 10 injuries from shark attacks have been recorded in Abaco waters for over 250 years (since 1749)… By way of comparison, in the last 150 years there have been 36 recorded shark attacks in the Mediterranean, of which 18 have been fatal… Since 1845 there have been a number of shark attacks in British waters, with one fatality. There were two more fatalities in an incident in 1956 , but this was an ‘own-goal’ arising from an attempt to blow up a shark with dynamite. It can hardly be blamed on the shark.
WEIRD NON-SHARK RELATED STATISTIC: Amazingly, in the 3 years 2007 – 09 in England and Wales, 42 people died from being bitten by animals, only a few of which were dogs.
CONCLUSION You are statistically far safer to spend 250 years swimming off Abaco than spending 3 years stroking a cat in Manchester. Or Swansea.”
I have been idly filing away some stunning close-up reef denizen images by Melinda Riger. A Monday morning is the perfect time to showcase some pouts, poses and glad eyes from the ‘catfish walk’, starting with my absolute favourite…
For more octopus information and a discussion of the correct plural (choice of 3) CLICK HERE
For a post about underwater species camouflage CLICK HERE
**Since I posted this earlier today, I have been asked (re photo 1) what the… the… heck a Cowfish looks like, when it’s not puckering up while facing you. The answer is: stunningly glamorous…
Thanks as ever to Melinda Riger of Grand Bahama Scuba for use permission for her fab photos; tip of the dorsal fin to Wiki for the shark eye header pic
“Oh, that this too too solid flesh would melt, thaw and…” Ah! Sorry. I’m soliloquising again. Must be Thursday. And the merest mention of Hamlet is enough to set anyone off. But I speak not of noble yet gloomy Danes of Elsinore and of discernibly introspective aspect. These ones are pretty reef fish of the Caribbean seas, mainly in the Bahamas and along the Florida coast. There are a number of different types of hamlet, of which the 4 featured below in Melinda’s amazing underwater images were were encountered in one dive.
Hamlets have outstandingly interesting reproductive skills, being ‘synchronous hermaphrodites’. They have the unusual benefit of having both male and female sexual organs as adults, permitting imaginative combinations of pairings (though not including self-fertilization). When they find a mate, “the pair takes turns between which one acts as the male and which acts as the female through multiple matings, usually over the course of several nights”. I don’t dare check whether there are websites that cater for this sort of energetic coupling. The wonder is that Hamlets preferentially mate with individuals of their same colour pattern, and that they are not more wanton with their attentions and sexual flexibility.
OPTIONAL CULTURAL, HISTORICAL & MUSICAL DIVERSION INSPIRED BY HAMLET
The other notable Hamlet is, of course, the mild cigar equated in the famed commercials with happiness, accompanied by an excerpt from a jazzy version of Bach’s ‘Air on the G String’. Here is one of the best – and possibly the only advert to my knowledge to feature not one, but two excellent Sir Walter Raleigh jokes.
Bach’s well-known descending chord sequence of was of course
shamelessly ripped off by ingeniously adapted by Procol Harum for ‘A Whiter Shade of Pale’, their first single in 1967. Relive the Summer of Love right here and now. Is this the music that might even put those versatile hamlets in the mood…
Any fret-tweakers might like to see the sheet music of the Air for guitar – you could even play it on air guitar – which is relatively easy, being in C major.Credits: All fish pics Melinda Riger of Grand Bahama Scuba, except wiki-header; open-source online material; my mp3, dammit – I can’t get the wretched tune out of my mind…
The grouper family is a large one, and a number of varieties of the species inhabit Bahamas waters. Like most groupers, these are denizens of coral reefs. An adult grouper may grow to 3 ft long and weigh in the region of 10 lbs.
Groupers are effective predators, with strong gills that enable them to suck their prey into their large mouths from a short distance away. They will eat smaller fish, crustaceans, and even OCTOPUSES (click to discover the correct plural form for this creature).
Many divers become familiar with the groupers of the reefs they explore, and some of the fish are given pet names. They are often distinguished from each other by distinctive markings or injury scars. More varieties of grouper will be on show soon; though it has to be said that this series will be no beauty parade… (see above and below for further details)
UPDATE I’ve found a video of a tiger grouper off Nassau sizing up the photographer, before swimming away
Take comfort from the fact that no fatalities and only half a dozen injuries from shark attacks have been recorded in Abaco waters for over 250 years (since 1749). Risk assessors and the nervous, take note.
Since 1845 there have been a number of shark attacks in British waters, with one fatality. There were two more fatalities in an incident in 1956 , but this was an ‘own-goal’ arising from an attempt to blow up a shark with dynamite. It can hardly be blamed on the shark.
WEIRD NON-SHARK RELATED STATISTIC: Amazingly, in the 3 years 2007 – 09 in England and Wales, 42 people died from being bitten by animals, only a few of which were dogs.
CONCLUSION You are statistically far safer to spend 250 years swimming off Abaco than spending 3 years stroking a cat in Manchester. Or Swansea.
All fantastic images by Melinda Riger of Grand Bahama Scuba who swims with sharks all the time!
Contrary to appearances from the header image and the one below, Reddish Egrets (Egretta rufescens) do not yet use cellphones to communicate. Nevertheless, the trick of having a good ear-scratch while standing in water on one leg is a good posey accomplishment.
All these photos were taken while we were bonefishing from a skiff far out on the Marls in the mangroves. Ishi poled us closer so that boat-partner Tom – a real photographer – could get some shots. Meanwhile, I did my best with my little camera that I take out on the boat – the one that won’t matter too much when it slips from my hand or pocket into the drink. These things happen: I lost a good pair of Costas that a gust of wind unkindly whisked away when I took them off to change a fly.
This egret comes in two very different ‘colourways’. The classic version has a slatey-blue body and a reddish head and plumes. The white morph is pure white. The only similarities between the two are the two-tone bills with the black tip; and the blue-grey legs and feet.
I’m not certain of the proportions of each type on Abaco, but I have certainly seen twice as many white ones as true reddish ones. There seem to be quite a few around – there are plenty of fish for them and dozens of square miles of human-free space in which to stalk them. However as with many (most?) of the bird species, there is a declining population for all the usual man-related reasons, and these fine birds have now had to be put on the IUCN ‘near-threatened’ list.
We watched the bird for about 10 minutes. Then we returned to what we were really there for – Tom to catch bones with practised skill, and me to wave the rod incompetently around until some passing fish took pity on me and grabbed my fly, knowing it would soon be released once all the fuss was over…
The coral reefs of the Bahamas provide a home for a myriad of subaquatic creatures and plants. Not necessarily a safe one, though. Some species prefer to remain largely hidden to reduce the chances of becoming part of the lengthy reef food chain. Rocks, of course, can offer some security, but also the sandy bottom. Even brain coral can provide some protection…
Last year I posted about Georgie, the young manatee that made Abaco her home for several months. Georgie was born in Spanish Wells. She and her mother Rita travelled to Nassau Harbour, where in April 2012 they were rescued from the multiple shipping hazards and released in Great Harbour Cay, Berry Is. Both were equipped with tags to monitor their movements. In June, the newly-weaned Georgie embarked on a big solo adventure by swimming to Abaco. Her tracking device showed that she called in at the Marls, before continuing right round the top of Abaco and down the east side, calling in at various Cays on the way. In all, her journey was some 200 miles long. She eventually settled down in the Cherokee and Casuarina area, and in a modest way became a lettuce-chomping celebrity.
Georgie-related posts include these:
The BMMRO has recently updated Georgie’s story: “Georgie remained in Cherokee Sound throughout the fall, including during hurricane Sandy but in January she was beginning to look slightly underweight. Concern was raised about her general appearance and the decision was made… to conduct a field health assessment and relocate her to the Atlantis Marine Mammal Rescue Center. “
“Georgie underwent a series of general health evaluations and was fed approximately 75 pounds of lettuce each day. She gained more than 200 pounds during the course of her care and weighed 569 pounds upon her recent release”.
“We are pleased to announce that Georgie has now been released once more to Great Harbour Cay in the Berry Islands after a successful rehabilitation at Atlantis’ Dolphin Cay. She was successfully released on Wednesday 14th August by the Atlantis Animal Rescue Team from the Atlantis Dolphin Cay Marine Mammal Rescue Center, with the help of the Bahamas Marine Mammal Research Organisation (BMMRO). She has a satellite tag attached to her which will help post-release monitoring, currently being conducted by representatives from BMMRO and Dolphin Cay.”
Georgie being let down from the boat, back into Great Harbour Cay (K. Ferguson)
Georgie with her tag shortly after release (K. Ferguson)
Georgie socialising with a young male manatee in Great Harbour Cay a few days later (K. Ferguson)
“The first 3 weeks of Georgie’s release showed her venturing on longer and longer journeys, with the blue circles showing her first weeks’ movements, the red her second, and finally the yellow circles her locations up to Saturday. She is doing very well and often seen with the other manatees in the area.”
GEORGIE: THE MOVIE OF THE MOVIE
Apologies for using an iPh*ne to capture the movie – I wasn’t able to embed it directly. Updates on Georgie will be posted on BMMRO’s FACEBOOK PAGE
Credits and thanks to BMMRO and Kendria Ferguson for use of photos and the maroon text…
This is part 2 of a series that started out HERE with a selection of anemones, basket stars and Christmas tree worms. The images below show a wide variety of corals. In among them are also sponges and anemones. These photos are evidence of a healthy reef environment in the waters of the northern Bahamas. Abaco’s coral reef is the third largest barrier reef in the world (yes, I hear you – the Great Barrier… And the second is???), providing wonderful and accessible diving / snorkelling opportunities. However, monitoring shows that the incidence of coral bleaching and disease is increasing in the Bahamas, as elsewhere in the world. It’s a sobering thought that your grandchildren may never swim in an environment with any of the living corals shown below…
Image Credits: ©Melinda Riger @ Grand Bahama Scuba
I can find no record for the sighting of an albatross in the waters around Abaco. Nor for anywhere else in the Bahamas for that matter. It must have come as some surprise to the BMMRO team out at sea on their research vessel off Sandy Point to see a large and unusual seabird bobbing tranquilly on the water. A black-browed albatross Thalassarche melanophrys. Diane Claridge managed to get a great shot of it and I’m really pleased to be able to use it here.
Black-browed albatross off Sandy Point, Abaco, Bahamas. Photographed by Diane Claridge.
© Bahamas Marine Mammal Research Organisation 2013
This bird was way out of the normal range for the species. They are birds of the southern oceans, breeding in colonies on such islands as the Falklands, South Georgia and Macquarie Island. As far as I can make out, they have no business to be north of the equator at all.
SIGHTING A BLACK-BROWED ALBATROSS: A REPORT
During a three-hour survey for whales off Sandy Point, Abaco on Sunday, July 21st scientists from the Bahamas Marine Mammal Research Organisation had an exceptional sighting. Dr Diane Claridge, the group’s Executive Director recalls details of the sighting:
“We were drifting waiting for a beaked whale to resurface when our intern Tristan Albury pointed towards a white object floating in the distance and asked what it was. We decided that it was a piece of trash, unfortunately a common sighting, and continued to focus our search for the whale. A half hour later, we still had not re-sighted the whale and believed that it may have gone down on one of its one-hour long feeding dives. So with time to kill and the “trash” still in sight, we had another look with binoculars. We realised immediately that it was a very large bird and slowly motored towards it for a closer look. I began taking photographs of it because we already knew it was unusual and we wanted to be sure to identify the species. As we got closer, Roxy Corbett, a visiting scientist and avid birder exclaimed that it was an albatross! I couldn’t believe it. We were able to approach within 100 feet at which point it swam towards us providing an opportunity for us to document its body condition; it appeared healthy with no obvious signs of distress.
Later when back ashore, we compared our photographs with those available online and learned that it was a juvenile Black-browed albatross, an endangered bird with a 7-foot wing span known from subtropical to polar regions of the southern hemisphere! As far as I know this species has never been recorded previously in the tropical North Atlantic. I have seen albatross during whale surveys in Alaska but never dreamed that I’d ever see one in The Bahamas. Although we are thrilled by the rarity of this sighting, the outcome for a bird so far out of its normal range is not usually good. However, there are two Black-browed albatross that strayed into the North Atlantic previously that have taken up long-term residence in Scotland and the Faroe Islands so who knows where this one may end up. Sunday afternoon was indeed exceptional: in addition to this remarkable sighting, we also saw 4 different species of whales and dolphins, all within 5 miles of Sandy Point.”
These are huge strong birds, with a massive wingspan. I wondered what they might sound like – it’s like this… (Credit: Xeno-Canto & recordist Sofia Wasylyk)
For more information on the normal range and status of the Black-browed albatross, the BMMRO recommended links are:
Link to Birdlife International’s site:
Link to IUCN’s species red list:
MORAY EELS are found in most oceans, with around 200 species worldwide. In Bahamian waters, the 3 most common are the green, yellow and spotted morays, all featured below. These ones have been given affectionate names by the divers who encounter them regularly in their home surroundings – Rico, Judy, Wasabi and Earl.
Morays have something of a reputation for aggression, though (like many creatures with teeth) they much prefer to swim away or hide rather than attack. They will defend themselves resolutely, however, so it might be a mistake the get too close.
Hand-feeding morays has become a popular dive activity. However there can be drawbacks. They have poor vision, and may find it difficult to distinguish between food, finger-food and fingers. There are many cases of divers who have lost a finger while hand-feeding moray eels; in some places it has been banned.
Credits: All images ©Melinda Riger @ Grand Bahama Scuba
The photos below show a sample of the types of crab that may be found in and around the island of Abaco, both in the sea and on land. The wonderful underwater images were taken in adjacent waters by Melina Riger of Grand Bahama Scuba. The rest were taken by landlubbers at Rolling Harbour on the Delphi beach and rather closer to the building than one might expect. The last crab (and the header image) was a crab hooshed out of the coppice by Ricky Johnson to demonstrate its fighting prowess. I have put links to 2 posts featuring this fine specimen (including a video) at the end.
PET CRABS PROTECTING MY ROD OUTSIDE OUR ROOM (note second crab behind it) AND ADVERTISING HARDY PRODUCTS. Rick Guest has pointed out that the crab is not protecting my rod at all. As if! “The crab in the foreground is the male guarding “his” female, distinguished by the small, abdominal triangle. The wide margins of the female’s abdomen are evident.” So that’s how to tell the sex of a land crab.
PS thanks to Nick Kenworthy for species comments + knowing the Latin names; also Clare for the Limulus