HIP! HIP! HIPPOCAMPUS: LET’S CELEBRATE SEAHORSES


Seahorse (Bahamas) 4 ©Melinda Riger @G B Scuba

HIP! HIP! HIPPOCAMPUS: LET’S CELEBRATE SEAHORSES

Melinda Riger, doyenne of the deep and photographer to the stars (brittle stars, basket stars, starfish etc), undertook her 5000th dive a few days ago. She swims with sharks almost daily, and points her lens at the varied reef life she encounters along the way. Her gold prize for the dive turned out to be one of the smallest creatures she encountered: the seahorse. Hippocampus (Ancient Greek: Ἵππος, horse and Κάμπος, sea monster) is a unique fish, deriving from the pipefish, with more than 50 species known worldwide. I can feel a Rolling Harbour fact list coming on…

Seahorse (Bahamas) 3 ©Melinda Riger @G B Scuba

10 SEAHORSE FACTS TO DAZZLE YOUR FRIENDS WITH

  • Only seahorses and razorfish swim upright / vertically all the time
  • Their tails are prehensile and enable them to moor on coral, seagrass etc
  • They have no scales, but skin stretched over bony plates arranged in rings
  • The ‘coronet’ on a seahorse’s head is unique to the individual
  • Seahorses are pathetic swimmers: the slowest have a top speed of 5′ per hour
  • They feed by ambush, rotating the head and sucking prey in with their snout
  • A seahorse’s eyes can move independently of each other, like a chameleon 
  • The Bahamas is home to H. erectus and the dwarf seahorse H. zosterae
  • Despite rumours, they don’t mate for life. Some may stay together for a season
  • The smallest seahorse in the world – the pygmy – is a maximum of 15mm long

Seahorse (Bahamas) 2 ©Melinda Riger @G B Scuba

MAKING BABY SEAHORSES: A MOST UNUSUAL ARRANGEMENT

There’s no getting round it: seahorse courtship and reproduction is highly unusual. Here is a summary of how it goes (there’s a lot more to it, but life is short):

  1. COURTING This may last for many days. They may change colour; they swim together; they entwine tails; they attach themselves to the same strand of coral or seagrass and turn slowly round it in unison (a so-called ‘pre-dawn’ dance). The final courtship dance may last several hours while the male & female prepare for the next stage.
  2. EGG TRANSFER When the time is right the female transfers her eggs – hundreds of them – via her ovipositor  to the male, in the process of which they are fertilised. Handily, he has inflated a special egg pouch located on his abdomen. She then buggers off.
  3. GESTATION The fertilised eggs grow inside the egg pouch of the male and develop into baby seahorses. This process may take from 10 days to a few weeks. During this time, the female will visit for a short ‘morning greeting’ and some intertwining action.
  4. ‘BIRTH’ In due course the male ejects the baby seahorses from his pouch using muscular contractions. These may number from five to (get this!) 2,500 at a time; on average 100–1000. Job done. Then the tiny seahorse babies are on on their own…

Seahorse (Bahamas) 1 ©Melinda Riger @G B Scuba

THREATS TO SEAHORSES

The attrition rate of baby seahorses through predation is high (as for most fish species), but the prolific breeding rate reduces the effect on the overall populations.  As so often, there are human-related threats, not least habitat destruction, overfishing and pollution. There’s a less expected problem: the importance of seahorses in Chinese medicine.  Their presumed healing qualities are used to treat impotence, wheezing, enuresis, pain and to assist labour. For these purposes, some 20 million seahorses a year are caught and sold. Increasingly they are reduced to pill or capsule form. 

Seahorse values depend on the species, but weight for weight dried seahorses retail for *unbelieving face* more than the price of silver and almost that of gold in Asia, from US$600 to $3000 per kilogram. Ours not to reason why.

anagram

USELESS SEAHORSE FACTS

  • Seahorse is an anagram of seashore
  • The Seahorses were an English rock band, formed in 1996 by guitarist John  Squire following his departure from The Stone Roses. They split in 1999
  • Devendra Banhart’s song ‘Seahorse’ contains these inspiring lyrics:
    I wanna be a little seahorse
    I wanna be a little seahorse
    A little seahorse
    I wanna be a little seahorse
    I wanna be a little seahorse
    I wanna be a little seahorse
    I wanna be a little seahorse
  • I’m losing the will to live. Let’s meet Otis.

Introducing Otis, Melinda’s seahorse that lives under her dockSeahorse (Otis), Bahamas ©Melinda Riger @ G B Scuba

SEAHORSE MATING DANCE (4 MINS)

MALE SEAHORSE GIVING BIRTH

All photos: many thanks to Melinda Riger of Grand Bahama Scuba; sources, many and manifold including Wiki which is pretty good on this kind of thing! Fab seahorse gif by Alex Konahin 

Seahorse by Alex Konahin copy

MANGROVE DIE-BACK IN THE ABACO MARLS: THE FACTS


Mangroves, The Marls, Abaco, Bahamas (Keith Salvesen, Rolling Harbour)

MANGROVE DIE-BACK IN THE ABACO MARLS: THE FACTS

For some time now, there has been understandable concern about the increasing evidence of mangrove die-back in the Abaco Marls and elsewhere in Abaco waters. Scientific investigations are ongoing and you will find some of the survey results so far on the excellent Abaco Scientist interactive map HERE. You’ll find other relevant and authoritative mangrove material if you check out the BLOG menu of the website.
Abaco - The Marls

The ‘200 sq. miles’ in my map is debatable, depending what one includes. Other estimates are of 300 or even 400 sq. miles. Whichever, the Marls cover a massive area of mangroves, islets, flats, channels and wonderfully diverse wildlife. A large proportion of the many species – fish, birds, turtles etc – depend on the complex ecology of the mangroves for food, shelter and breeding. Depletion of the mangroves from whatever cause will have a direct effect on the creatures of the Marls.

Stingrays Abaco Marls 6

Ryann Rossi, a PhD student with North Carolina State University, has been researching the worrying phenomenon of mangrove die-back in the Marls this summer. She has written an interesting and informative  account (conveniently in the RH ‘Facts about…’ style) that was published in Abaco Scientist last week. The blue links will take you to the ABSCI site for further information on each topic. I’m grateful to Ryann and ABSCI for permission to use the material.

Five Things to Know About the Mangrove Die-back in The Marls (at this point, anyway)

1. This die-back appears to be the result of multiple stressors acting together. Think of it in the sense of our own body – when our immune system is down, we are often more susceptible to getting sick. The same thing is likely happening to the mangroves.Mangrove Die-back 1 (Abaco Scientist : Ryann Rossi)

2. It appears as though a fungal disease may be taking advantage of already stressed mangroves and causing die-back. We did preliminary surveys across Abaco and found fungal lesions nearly everywhere. However, the fungus was present in different densities in different areas. In the die-back area nearly all the leaves remaining on trees have lesions. We think that this pathogen capitalized on the mangroves being weakened by other stressors such as hurricanes, which cause extensive leaf drop, change in the movement of water, change in sedimentation and erosion.

Mangrove Die-back 2 (Abaco Scientist : Ryann Rossi) jpg

3. We are still working on identifying the pathogen associated with the lesions we’ve found. We are confident that it is a fungus and are currently growing fungal cultures in the lab to examine defining morphological characteristics in addition to using DNA sequencing to identify the culprit.

4. We have documented the presence of the Robust Bush Cricket (Tafalisca eleuthera) in the die-back areas as well as other areas with high densities of lesions. These crickets are documented to consume Red and White mangrove leaves. As such, we were concerned about their potential role in die-back. We set out a caging experiment to exclude the crickets from certain dwarf Red mangrove trees to see just how much grazing they may be doing in the die-back area. This experiment is ongoing.

Mangrove Die-back 3 (Abaco Scientist : Ryann Rossi) jpg

5. The take home: there is likely more than one causal agent of the die-back in The Marls. Many factors govern mangrove productivity and functioning: nutrient availability, salinity, sedimentation rate, herbivory, and disease are just a few of the factors that contribute to overall mangrove function making it very difficult to pin point which factors may be driving the die-off. On the bright side, we are confident that we have a lead on the causes and we are working hard in the field and laboratory to fully understand what is going on in The Marls.

By Ryann Rossi|August 26th, 2015|Disease, fungus, Insects, Mangroves and Creeks, The Marls
All pics below taken while fishing on the Marls except Melinda’s shark (I’ve never got a good one)
Hawksbill Turtle, Abaco Marls (Keith Salvesen)Bonefish Abaco Marls 4Shark 4 ©Melinda Riger @ G B Scuba copyOsprey - Abaco Marls 1 Reddish Egret (White Morph), Abaco MarlsRoyal Tern, Abaco, Bahamas (Marls) 3Willet, The Marls, AbacoSouthern Stingray, Abaco Marls (Keith Salvesen 4)
FRIENDS OF THE ENVIRONMENT has also included an article on die-back by Ryann in its latest Newsletter:

Mangrove Die Off on Abaco by Ryann Rossi, NCSU

This summer Stephanie Archer and I continued research efforts focused on determining the cause of the mangrove die-off in The Marls (work funded by the National Science Foundation). Our efforts were predominantly focused on the fungal pathogen we found associated with the die-off site. We created a small citizen science and outreach project to document the presence or absence of the pathogen across Abaco. This project consisted of short surveys and leaf collections. In total, 92 areas were surveyed including locations from Abaco and San Salvador. We also took this outreach project to the annual Bahamas Reef Environment Education Foundation (BREEF) teacher training conference.  There we disseminated survey packets to teachers from islands throughout The Bahamas who will help us collect more data on the presence (or absence) of this pathogen on other Islands.

3 men on a skiff, Abaco Marls (Keith Salvesen : Rolling Harbour)

Three men on a skiff – Abaco Marls

On Abaco, we constructed an experiment to investigate the role of grazing and the presence of fungal lesions on Red mangroves. We simulated grazing using crafting scissors to cut small sections on 600 leaves in 4 different mangrove creeks. We observed the leaves for 28 days to determine if cutting leaves predisposed leaves to fungal infection. At these sites we also trapped for insects to gain an idea of what kind of grazers may be chewing on the leaves. We also did a series of disease incidence surveys that will be routinely monitored for disease progress over the next 2 years. These surveys will allow us to systematically track the progress of the disease. In addition to our field work, we spent many hours in the laboratory isolating fungi from leaves to grow in culture. These cultures were brought back to North Carolina State University and will be sequenced in order to help us identify the fungal pathogen responsible for making the lesions on the mangrove leaves.

Mangroves, Abaco Marls (Keith Salvesen)

Credits: Source material Ryann Rossi; Abaco Scientist; all photos © Keith Salvesen @ Rolling Harbour except those by Ryann / ABSCI in the main article and Melinda Riger’s cool shark

‘BAHAMAS SHRIMPING’: BANDED CORAL SHRIMPS


Banded Coral Shrimp ©Melinda Riger @ G B Scuba copy 2

‘BAHAMAS SHRIMPING’: BANDED CORAL SHRIMPS

The Banded Coral Shrimp Stenopus hispidus is also known as the banded cleaner shrimp because it cleans other fish (see TAKEN TO THE CLEANERS); and ‘boxing shrimp’ because its stance and the large pincers on the third set of legs give the creature the appearance of a boxer ready to fight.

Banded Coral Shrimp Stenopus hispidus (Johan Fredriksson) a

These shrimps are widely distributed in tropical and sub-tropical waters around the world where coral reefs are found. Their striking colour scheme makes them instantly recognisable.

Banded Coral Shrimp (Alexander Vasenin) a

BANDED CORAL SHRIMP ON STAR CORAL AT NIGHTBanded Coral Shrimp on Star Coral (night) - LASZLO ILYES

 BANDED CORAL SHRIMPS: 10 FACTS TO BANDY ABOUT

  • BCSs are decapods, having 5 matching pairs of legs / claws on each side
  • They can be found as deep as 200 metres in the ocean
  • They are also found in aquaria, but need careful management because…
  • They are generally aggressive to other BCSs & shrimps in the same tank and
  • They need room for their long legs and antennae to move freely around
  • However, rather sweetly, they are monogamous and do not eat their partners
  • Diet-wise they are omnivore carnivore scavengers
  • They are said to be amusing to watch as they rush round a tank after food
  • Not a good shrimp to breed: the larvae get stuck in the filtration or get eaten
  • In the sea, they act as ‘cleaner’ fish to larger fish species (see below)

Banded Coral Shrimp ©Melinda Riger @ G B Scuba Banded Coral Shrimp (+ Moray Tail) ©Melinda Riger @ G B Scuba copy

In its capacity as a cleaner shrimp, the BCS solicits passing fish by slowly waving its long, white antennae. It then uses its three pairs of claws to remove parasites, fungi and damaged tissue from the fish. See the video example below.

A Banded Coral Shrimp (Stenopus hispidus).

BANDED CORAL SHRIMP CLEANING A PASSING YELLOW TANG

BANDED CORAL SHRIMPS IN A VASE SPONGE

Credits: Melinda Riger (Grand Bahama Scuba); Johan Fredriksson; Alexander Vasenin; Laszlo Ilyesr; R. Ling; LiveAquaria, Fishlore [nb not all pics are from the Bahamas, but the BCS is the same the world over…]

CARIBBEAN REEF SQUID: SUPERPOWERS & SEX LIVES REVEALED


Squid ©Melinda Riger @ Grand Bahama Scuba

CARIBBEAN REEF SQUID: SUPERPOWERS & SEX LIVES REVEALED

The Caribbean reef squid Sepioteuthis sepioidea is a small squid species of the Caribbean Sea and the Floridian coast. Its fins extend nearly the whole length of the body and undulate rapidly as it swims. Recently, it has been discovered that this squid is capable of brief flight out of the water.Squid ©Melinda Riger @ Grand Bahama Scuba

Reef squid tend to form small shoals in and around reefs. It is by far the most common squid species in its range, and can be sighted both close to the shore and quite near the surface (although that increases the risk of predation by seabirds).

A silvery squid swimming just below the surfaceCaribbean_reef_squid (Ed Brown)

Squid are voracious eaters, dragging their prey to their mouths and using a beak to cut it up. Their target species are small fish, molluscs and crustaceans. They have a ‘raspy tongue’ known as a radula which further breaks up the food for easy consumption.

Squid at Fowl Cay Marine Preserve, AbacoSquid Fowl Cay, Abaco Ellen Sokol, Kiskeedee Sailing Charters

SQUID SUPERPOWERS (SUPERCOOL)

  • Squid can change colour, texture and shape
  • This enviable power is used defensively as camouflage or to appear larger if threatened
  • It is also used in courtship rituals, something that humans would find most disconcerting
  • Colour patterns are also used for routine squid-to-squid communication AND GET THIS:
  • A squid can send a message to another on one side, and a different one to a squid on the other

Squid © Melinda Riger @ Grand Bahama Scuba copy

SQUID SEX (1) “ROMANCING THE SQUID”

  • A male will gently stroke a female with his tentacles
  • The female will (most likely) flash an ‘alarm’ pattern
  • The male soothes her (don’t try this at home, guys) by blowing and jetting water at her
  • If he’s not getting on well, he’ll move off and repeat the routine until she sees his good points
  • However this on / off courtship can last for hours until at last he succeeds by…
  • …attaching a sticky packet of sperm onto the female’s body (romance is not dead)
  • She reaches for it and moves it to her “seminal receptacle”
  • Meanwhile he stays close, emitting a pulsing pattern, as well he might after all that
  • She then finds a safe place to lay her eggs. Job done.Two_Caribbean_Reef_Squid,(Clark Anderson)

SQUID SEX (2) IT ALL ENDS BADLY

  • As soon the female squid has laid her eggs, she dies at once
  • The male squid live a bit longer, and may have other packets to stick – then he dies too
  • It’s all horribly reminiscent of Romeo and Juliet. Without the balcony scene.Sepioteuthis sepioidea Caribbean Reef Squid (Nick Hobgood)

USES OF SQUID ON ABACO

Squid are prolific in the seas around Abaco, which is fortunate because they form a large part of the diet of some whale species, particularly the Blainville’s Beaked Whales that are commonly found in Abaco waters. I have a post on these magnificent creatures in preparation right now, and am in the process of sorting out suitable photos from a large number taken during a research expedition in March. 

More Squid at Fowl Cay Marine Preserve, AbacoSquid School, Fowl Cay, Abaco Ellen Sokol, Kiskeedee Sailing Charters

Credits: As ever (for underwater pics) Melinda Riger of Grand Bahama Scuba; also Ellen Sokol of Kiskeedee Sailing Charters, who kindly sent me the Fowl Cay photos; also Ed Brown, Clark Anderson and Nick Hobgood for ‘open-sourcing’ their great images

A QUARTER OF A MILLION GLIMPSES OF ABACO…


Abaco (Cuban) Parrot, Abaco, Bahamas  (Keith Salvesen)

A QUARTER OF A MILLION GLIMPSES OF ABACO…

Well here’s a rum do. About four years ago, this somewhat minority interest blog emerged ‘mewling and puking’¹ into the world, guided by an incompetent male midwife whose basic training had been about 4 weeks of exposure to Abaco, its fishing, its wildlife, its geography and its history. ‘Bananaquit’ might as well have meant taking up a plantain-free diet. ‘Grassquit’ might have been the local word for ‘keep off the lawn’. And that’s before all the flowers. And the reef fish. And everything else that turned up during the storm-wracked voyage of discovery via polydamus swallowtails, manatees, spider wasps and batfish that led slowly to the calmer waters of ‘rather better informed (if no wiser)’. 

Anyway, at midnight last night some unknown person kindly made the 250,000th visit to the blog, a target that once seemed inconceivable. In the past month, the 1000th person also signed up as a follower, another source of amazement. The reality is that despite Abaco being a sparsely-populated microdot island in a huge world, there are a great many people on the island or associated with it who are passionate about it and its extraordinarily diverse natural history. That knowledge makes curating this blog both easy and pleasurable. 
RH Stats clip

I checked my stats for the last year to find out where hits from the top 10 countries – and for fun the bottom 1o – came from. Here’s the answer. Rather shamefully there was also a country I had never knowingly heard of, Palau (Micronesia). There follows a selection of a few photographs that have been popular over the years, mostly my own but the underwater ones are from Melinda Riger and Virginia Cooper of Grand Bahama Scuba.

Top 10                                                                   Bottom 10
Top 10 countries jpg   Bottom 10 countries jpg

Cuban Emerald Hummingbird, Delphi, Abaco (Keith Salvesen)Bananaquit & palm, Delphi, Abaco, Bahamas  (Keith Salvesen)Western Spindalis, Abaco, Bahamas  (Keith Salvesen)Blue-gray Gnatcatcher, Abaco, Bahamas (Keith Salvesen)Red-winged Blackbird, Abaco, Bahamas  (Keith Salvesen)Brown Pelicans, Sandy Point, Abaco  (Keith Salvesen)Reddish Egret, Crossing Rocks, Abaco, Bahamas (Keith Salvesen)French Angelfish (juv), Bahamas (Melinda Riger)Four-eyed Butterflyfish ©Melinda Riger @GBSCowfish ©Melinda Riger @ GB ScubaOctopus ©Melinda Riger @ Grand Bahama ScubaNassau Grouper, Bahamas (Melinda Riger)Blacktip Shark ©Virginia Cooper @ G B Scuba copy 2Curly-tail Lizard, Delphi, Abaco, Bahamas (Keith Salvesen)Atala Hairstreak Butterfly, Abaco, Bahamas (Keith Salvesen)Bird of Paradise Flower (Strelitzia) Abaco (Keith Salvesen)Hibiscus : Polydamus Swallowtail, Delphi Abaco (Keith Salvesen)Yellow Elder Hope Town, Abaco, Bahamas (Keith Salvesen)

SEARCH TERMS

The most popular searches – omitting posts about hurricanes, which always generate a lot of traffic – have concerned Abaco Parrots, Lignum Vitae, Sea Glass, the Loxahatchee poster series, Tarantula Hawk Wasps, Sea Biscuits / Urchins, Yellow Elder, Parrotfish, Shipwrecks, Hutias, Hole-in-the-Wall, Lionfish, Remora, and Abaco Maps. The most leftfield search of all was ‘How dispose of dead bodies?’, by someone who had clearly strayed into the wrong category of website…

A FEW OF THE MOST POPULAR POSTS / PAGES
SEA SHELLS
SPIDER WASPS & TARANTULA HAWKS: DON’T MESS WITH THESE GUYS    
ABACO FACTS (including likelihood of adverse shark encounter or shipwreck)    
ABACO MAPS    
LIGNUM VITAE – BAHAMAS NATIONAL TREE    
YELLOW ELDER – THE BAHAMAS NATIONAL FLOWER    
SEA URCHINS & SEA BISCUITS – BEACHCOMBING TREASURES ON ABACO    
ABACO FOOD & DRINK (cook hog / bonefish; clean a conch; sip an Abaco cocktail / Goombay Smash)
ABACO & HOLE-IN-THE-WALL, BAHAMAS: A SHORT HISTORY IN MAPS    
PINEAPPLES: SYMBOLS OF WELCOME & WEALTH (ALSO, DELICIOUS)    
ABACO ISLAND BOA: THE ONLY ABACO SNAKE    
WHALES & DOLPHINS    
ABACO PARROTS    
FLORA

It would be strange to end this little celebration without a tip of the hat to Peter Mantle, old friend and genial doyen of the Delphi Club, for his wholehearted encouragement and support for the production and publication of THE DELPHI CLUB GUIDE TO THE BIRDS OF ABACO. This hefty tome, published in March 2014, showcases the wonderful and varied avian life on Abaco and has proved very popular – indeed well beyond our expectations. Although I appear nominally as author on the cover, it is in fact an extraordinary collaborative effort by some 30 people. The book’s success further demonstrates the commitment of Abaconians and other who love the island to Abaco’s rich natural heritage in an age of  rapid change; and provides another good incentive for me to continue with the blog. Next stop: 500,000!

¹ © W. Shakespeare, Romeo & Juliet Act 2 Sc. 7

dcbg2ba-jacket-grab-for-pm-v2-copyShark Gif

“CLINGING TO THE WRECKAGE”: BAHAMAS CLINGING CRABS


Clinging crab in smoke stack on Theo's Wreck ©Melinda Riger @ G B Scuba

“CLINGING TO THE WRECKAGE”: BAHAMAS CLINGING CRABS

The Clinging Crab Mithrax spinosissimus answers to a number of names: West Indian spider crab, channel clinging crab, reef or spiny spider crab, or coral crab. It is found throughout the waters of South Florida and the Caribbean. Clinging Crab ©Melinda Riger @ G B Scuba copy

These are crabs of the reef, or indeed of the wrecks that may be found around reefs. Some of the crabs in this post have chosen wrecks as their home – in the header image the crab is living inside the smoke stack of ‘Theo’s Wreck’, Grand Bahama.Clinging Crab ©Melinda Riger @ GB Scuba

The clinging crab is believed to be omniverous, its main diet being algae and carrion. They can grow to 2 kg, and it is the largest species of reef crab found in the Caribbean.Clinging Crab © Melinda Riger @ G B Scuba

The clinging crab / West Indian spider crab is (apparently) not commercially harvested for its meat. However, it is said to be delicious. Any views on this welcome in the comments section! If you want to know more about how to prepare (“a real challenge”) and cook a spider crab, check out this LINK

Clinging Crab ©Melinda Riger @ G B Scuba

Life on the reef can be dangerous. This crab has lost some legs: its clinging powers are somewhat curtailed…Clinging Crab (legs missing) ©Melinda Riger @ G B Scuba

This guy has some missing parts, but seems quite laid back about it…Clinging Crab, Bahamas (Melinda Riger, G B Scuba)

Credits: Melinda Riger of Grand Bahama Scuba (all photos); Tom Hunt, eco-chef (recipe)

“THE BUTTERBUN” (LONGSNOUT BUTTERFLYFISH): BAHAMAS REEF FISH (26)


Longnose : Longsnout Buttefly Fish ©Melinda Riger @ G B Scuba copy

“THE BUTTERBUN” (LONGSNOUT BUTTERFLYFISH)

BAHAMAS REEF FISH (26)

The Atlantic/ Caribbean Longsnout Butterflyfish Prognathodes aculeatus is sometimes known locally as the Longnose (not to be confused with the bright yellow Indo-Pacific Longnose Butterflyfish). The affectionate name for it is ‘Butterbun’. A more scientific name is ‘Poey’s Butterflyfish’, named for the man who first identified the species in 1841.

Mr Felipe Poey

Longnose : Longsnout Butterflyfish  © Melinda Riger @ GB Scuba copy
These little fish, 2 0r 3 inches long, are commonly found on reefs from Florida down to Venezuela. Unlike most butterflyfishes, they prefer deeper water and have been found at 200 ft; and they tend to be solitary rather than gregarious.
Longnose: Longsnout Butterflyfish ©Melinda Riger @ G B Scuba copyLongsnout Butterflyfish (www.whatsthatfish.com)
BUTTERBUN. THAT SUGGESTS THEY ARE PLUMP?

Longsnout Butterflyfish (π Florent's Reef Guide)NOPE!Longsnout Butterflyfish Prognathodes aculeatus (Wiki)

RELATED LINKS

BUTTERFLYFISHES (RH guide to reef, banded, four-eyed & spotfin)

REEF FISH INDEX gateway to loads of colourful finny species

WHAT’S THAT FISH? A handy resource

FLORENT’S GUIDE A ditto

Longnose : Longsnout Butterflyfish ©Melinda Riger @GB Scuba copy

Credits: Melinda Riger for her brilliant underwater images (as marked); plus What’s That Fish?, Florent’s Guide and good old Wiki…

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