From sturgeons to round gobies

A while ago, I commented on the capture of a Russian sturgeon Acipenser gueldenstaedti, in southern Sweden. The fish now has a home in an aquarium at Universeum, where it moved in 5 May. Universeum is a Science center in Göteborg, located on the Swedish west coast. They have a web cam of their shark tank. I rather want to see the sturgeon!

Meanwhile it appears that German fishery biologists have indeed released plenty of Atlantic Sturgeon, Acipenser oxyrinchus, imported and reared from North American stock. The idea is to re-introduce an extirpated species. Without eliminating any of the adverse factors that killed the sturgeon and threatens all other life in the Baltic: fishery and pollution is just the first name. Will the introduced sturgeon become a further complication in a disturbed ecosystem or will they peacefully die away? Stay tuned.

German newspapers now report on catches (Berliner Morgenpost, 14 May 2009), and a tagged sturgeon (Acipenser oxyrinchus) was caught off Bornholm, a Danish island in the southern Baltic, on 6 May, the identification supported by newspaper photograph.

These sturgeons are apparently from a small number of large meter long sturgeons initially from Canada in 2005 but reared in Germany and recently released into the Baltic. Thousands of baby sturgeon have also been released this Spring according to the article in Berliner Morgenpost. 50 small tagged sturgeons were released in the Elbe in April. All the larger A. oxyrinchus released are tagged, and should be released again if caught — at least if you are a sturgeon fan. If the fish lacks the tag and has a very short snout, it is more likely a totally alien species; it is up to you what to do if you catch one. The expectation is that these fishes shall feed upon the rich benthic fauna in the Baltic and in ten years or so migrate up the Odra River on the border between Poland and Germany, and breed there, so re-establishing the sturgeon in the Baltic. The German Society for Saving the Sturgeon is one active organisation in this work with updated information on Sturgeon releases.

Whatever one may think of these experiments, fishing in the Baltic, always report your sturgeon, irrespective of species, to the nearest museum or other competent authority. Dead or alive there will be use for the information.

Another alien fish species is also coming up here. Last year, in July, a sport fisherman in Karlskrona, on the Baltic coast of southern Sweden, caught a strange fish which he kept in his freezer for a while. In November it was reported to the right scientist, and made some headlines. It was the first Swedish representative of the round goby, Neogobius melanostomus, a Black Sea species which has made itself at home in select locations in the Polish section of the Baltic since about 1990. Just a few days ago, the second specimen was reported, also this time near Karlskrona, which has both an important harbour and archipelago. It will be interesting to follow also the spread of this alien, which unfortunately will not go away as easily as the sturgeons may.

Neogobius melanostomus from Karlskrona, May 2009, NRM 51437.
Photo Bodil Kajrup, Swedish Museum of Natural History, CC-BY-NC.

New toy in town – GNI

Some days ago – well, maybe weeks then – I touched on the usefulness of ZooBank, Catalog of Fishes, and friends. The bigger of them all is, however, GNI, a pronounceable acronym, a component of the GNA (The Global Names Architecture), but unrelated to GNU (GNU’s Not Unix). The Global Names Index is a name aggregator for scientific names of organisms. It contains 12 million names. You will now know why it takes a special category of wizards to practice taxonomy. These gentle people are managing 12 million names, and of course they will love this new toy brought to them by GBIF and EoL. Them, because GNI seems not to have much appeal beyond the professional taxonomist and biodiversity informatician.

GNI is one necessity when trying to build large systems of biological information, because all is indexed against names of organisms. To be sure, specialized systems like FishBase realized this many, many years ago and have systems that are superior within their domain. In the long run, however, a common approach may be the only way to endorse.

GNI is ok to search already now. Try Astyanax kullanderi, a fish you have not heard of before. Does it exist? One chance in 12 million. Enter and be confirmed.

It is there, in uBio, with one NameBank record drawn from Catalogue of Life and ultimately FishBase. It has an LSID there, but this is not the ZooBank LSID. We do not want to be confused, so we make a back click to find two GBIF records, neither georeferenced. It is the holotype, catalogued in NRM 21000 and served by GBIF-Sweden, but also in the GBIF edition of FishBase, which happens to be served also by GBIF-Sweden although the entry says it is served by FishBase Philippines. And at NRM this catalog number refers four paratypes.

Amazing, no?

Of course this tool is better needed for machine use than for humans to click around in. Or as David Remsen, the architect behind this construction puts it:

GNI was developed because of the central importance of the names of organisms in the management of data about organisms. The primary users of this site are not people, but other machines, so please don’t complain because the site is boring.

As a tool for testing the existence of names, it is already worth being bored a bit. If the result is positive, that is reassuring. If negative, apply the precautionary principle and ask your favorite taxonomist.

YouTube has this video of David Remsen explaining how the GNA works.

This is not Astyanax kullanderi, but a species of Synbranchus from Brazil,
closely related to Monopterus albus from Asia. Photo A. Kullander, CC-BY-NC

Eel out swamp eel in

Consulting the source paper for the rectum-eating eel (Siu Fai Lo, Sin Hang Wong, Lok Sang Leung, In Chak Law, Andrew Wai Chun Yip, Traumatic rectal perforation by an eel, Surgery, Volume 135, Issue 1, January 2004, Pages 110-111) where the fish is not identified further than to “eel”, it appears from the photograph there, which is very small and in low resolution, that this is not an eel at all, but more likely a swamp eel, apparently Monopterus albus, a common food fish in China where it is sold alive in the markets. This identification is suggested by the very slender tip of the tail, and somewhat inflated gular region. Thanks to Ralf Britz, expert on this order of fishes, the Synbranchiformes, for inspiring me to look at the original paper and first suggesting the identification. The swamp eel portrayed here, was never inside a human, though:


Monopterus albus, preserved. Photo Sven O Kullander, CC-BY-NC

Eel in eel out

One of my favorite sites is Matt Clarke’s web version of Practical Fishkeeping, a British aquarium journal.

Matt’s blog recently had this message: “50cm eel removed from man’s rectum”. This report building on an article in the commercial medical journal Surgery, relates that a man put up a live eel (Anguilla, species uncertain) in his rectum to remedy constipation. I guess the eel was supposed to eat away on whatever was blocking, but it was hungrier than that. That blog post has been read 10,925 times, which is probably quite good for a fish blog. I am fascinated also by the language in the comments. That is why I am never ashamed of mine Englisch. Now, see Practical Fishkeeping for more details or forget you ever saw this message …

Image: Robbie N. Cada, public domain

Nostalgic Geography

One thing that ichthyology and biodiversity informatics have in common is an interest in and need for ephemeral names of places. Names that change from one map to another, names spelt differently on different maps, and names that come an go in history. For us working with Asian, African and South American freshwater fish it more of an adventure than any non-ichthyologist can imagine.

In the case of Myanmar and Burma, it is just not the name of the nation, but I still cannot figure out what became of the Irrawaddy River — is it now Ayeyarwaddy or Ayeyarwady; maps and official websites leave me unassisted. Sandoway has become Thandwe, Tenasserim is Thanintharyi, the Salween River is now Thanlwin, Bassein became Pathein, Tavoy Dawei, Pagan Bagan, and Akyab is Sittwe. But Mandalay is still Mandalay. Check out a modern map.

In India, Madras is now Chennai, and Bombay became Mumbai (but Bollywood is not Mumywood).

Anyone long enough into South American fishes knows Barra [do rio Negro] means Manaus, and type localities in Amazonian Ecuador in the 19th Century are now in Peru (like the famous Ambyiacu of Cope = Ampiyacu, a tributary to the río Amazonas in Peru, the one called Marañón a bit upstream today as the whole river was named by the early Spanish, until el río de las Amazonas as it was called by Cristóbal de Acuña caught on.

I have been fighting with Lake Tanganyika localities for a while, starting with and Stanley, moving on to Boulenger and all the more bewildered I am for good old Kinyamkolo is today Mpulungu, and Albertville of course is Kalemie. When I read in Humphry Greenwood’s foreword to George Coulter’s Lake Tanganyika and its life (1991) that the lake was known as Uniamesi Sea in 1855, long before it was “discovered” by Europeans, I am not surprised.

Whatever happened to Tanganyika? is a book for people who find the above interesting and worth remembering. It is written by Harry Campbell (unknown to me), with a foreword by Alexander McCall Smith (The No 1 Ladies’s Detective Agency), who comes up with the term nostalgic geography. Maybe nostalgic for him. In biodiversity informatics name changes are for real and nothing to joke about. Author Campbell, however, is entertaining. When tired of being serious with name switching, this is the book that will amuse and enlight. There is 158 pages and 46 chapters, each one dedicated to a particular toponym. Your will find out about Tanganyika at the end, and you can read a little on Amazon (an online book etc. shop) to start with.

Similar images

Has it not happened that you use Google search to search for images of say Danio rerio (a well-known fish). You get 16 900 hits. Unfortunately it is all too impossible to find a fish on many of those photos, because Google finds pages with the text Danio rerio having an image. And it takes time to browse through 16 900 images. This kind of image search is useful for finding the unexpected, such as anatomical drawings, phylogenetic trees, and people working on zebrafish, and definitely worth trying now and then. Without the image filter, you get 1 510 000 hits for Danio rerio, and that is just too much to browse in the hope of finding an image of the fish.

Google Labs now have a new tool under development that looks promising. It is called Similar Images, and uses some kind of image pattern recognition. What you do hear is that you specify a search for images as usual, e.g., Danio rerio, get the same result (but 16 500), but some images have the link “similar images”. Click one of those, and you get a subset of the 16 500, and on succeeding searches using the same method, you get down to 300-500 look-alike images, and most likely you have exactly what you want within reach.

This might be a tool for matching photos of unidentified fish specimens, and could also be helpful to check fish identifications on the web. Maybe could be used for other things than fish? Seems to work well with Paris Hilton (a well-known human), but for what …?

Danio rerio from Wikimedia (c) Free use

Danio rerio from Wikipedia © Free use

Fish do not have fingers?

Although actinopterygian radiation seems to have made the most significant footprint in vertebrate diversity, with more than 30 000 Recent species, there are also scientists who looking into the origin of the less successful group, the sarcopterygians, among which the tetrapods are the terrestrial ones – except that some escaped back to the water (sirenians, seals, cetaceans, and the like).

Attending Catherine Boisvert’s defence of her dissertation The origin of tetrapod limbs and girdles: fossil and developmental evidence recently, I came to realize that the evolutionary quirk with tetrapods is not the possession of limbs – lots of actinopterygians have limbs, and many tetrapods lack them – but the presence of fingers. Catherine’s thesis is about the evolution of fingers and the pelvic girdle. The digits (fingers) sit at the end of the autopod (the hand and foot of tetrapods) and are homologous with the distal radials of the dermatotrichs (fin-rays) attached to fish proximal radials (the pectoral-fin base, homologous with the sarcopterygian/tetrapod limbs). Interestingly, the finrays and the digits form before the autopod and proximal radials in both sarcopterygians and actinopterygians. This was not well understood before, but Catherine and co-workers used fascinating evo-devo methods, catscan, recent lungfishes and salamanders, and fossils of early tetrapods to demonstrate this. Perhaps even more interesting, the front and hind limbs of tetrapods are remarkably similar, despite that the pelvic girdle of actinopterygians is a very tiny little plate of bone compared to the complex pectoral fin base. Catherine has advanced a theory about how the pelvic girdle developed into a support for the hind limb in tetrapods (making them four-legged). The real mystery, however, for me at least, is how come the hind foot is so similar to the front foot, and in particular, how come they both have five digits? Is this really the magic number? A handy come in pleiotropy?

Most fish that walk about use only one pair of limbs, either the pectoral fins, or, rarely (as in skates) the pelvic fins. It seems likely that early tetrapods were more like mudskippers than skates, but who knows.

My big question, which I never got to ask Catherine, is: what forced the fish up on land? I know the answer is out there somewhere, but I am always surprised at my prejudicial assumption that fish evolved into tetrapods. Or tetrapods evolved from fish. (Or aquatic animals have an intrinsic evolutionary tendency to become terrestrial). An obvious explanation would be that water was first, land later, and seemingly all fish ancestors were aquatic. It is still possible for a protist to have become terrestrial and evolved into a tetrapod without actinopterygian intervention (or they became insects?). So, the conclusion must be that those early fish that took on fingers were right away driven out of the water. Today’s terrestrial fishes, and our close relatives the lungfish, live in shallow water, swamps, and mangroves, in very particular habitats with strong seasonal or diel changes in water level. Maybe the mudskipper will take over the planet after us. It looks sympathetic anyway. Still has to do something about its hind limbs.

Image by Catherive Boisvert: Devonian landscape and fish actors making evolution.

Vandals in Nomenclature?

The discussion recently in the iczn-list (yes, an e-mail discussion about matters related to the International Code of Zoological Nomenclature) has been heated by vandals. That is, strong feelings have been expressed about vandals in taxonomy.

The reason there are vandals is because there is a definite ethically correct behaviour in matters nomenclature, and because Zoological Nomenclature is one of the oldest and best functioning globally endorsed anarchistic systems in history. There are rules, but it is up to the users of names to follow the rules. Strangely, it works most of the time. Vandals are those that do not follow the community rules, but abuse the system, taking advantages they should not have. Abusing freedom is inviting control. And that may not in the end make the world better.

Taxonomic vandals are of a few different kinds (my classification).

(1) Hooligans. These folks are absolute nuts about publishing new names. Whether their species exist or not is irrelevant to them. In the most recent example discussed, author A published a description of species B, and then copy pasted the same description for species C. This seems to be a pest among herpetologists and malacologists.

(2) Nominomaniacs. Nominomania is the obsession with scientific names, which in itself is possibly harmless, but there are bad guys (men only) here. Nominomaniacs of the bad kind eat homonyms like caterpillars chew leaves. They make new names for every junior homonym they can find, without checking up the organism, or whether a specialist may not already be concerned with these homonyms. Nominomaniacs are frequently authors of names outside their group of speciality, if they have any.

(3) Mihi-itchers. These people cannot leave any variation in nature without a name. Somehow they also frequently happen to publish a first name for the same species as a colleague is working on. A special case of advanced mihi itch is the Phylocode where you have to put a new name on every clade you may happen to find (I am provocative here). Mihi-itchers, like sneakers, lurk among the posters at conferences, take photos, and save many days of work efficiently and conveniently.

(4) Sneakers. Whenever a specialist has established a descriptive standard for a group, sneakers will copy paste his/her descriptions, make a few changes and apply it on their own species, preferably ones that are already under study by a specialist. Aquarium hobbyists do this, because they have no training in ichthyology and do not know what they are looking at. Students may be tempted to take this easy road as well.

They are not many, maybe 10 or so in the world at any given time, but they upset people considerably. You know these persons because they as a rule do not participate in scientific meetings, usually run their own journal or exploit weaknesses in journals that do not have a strong editorial control, have no research funding, always have specimens from places where nobody else gets a permit to collect, etc.

Why is it so? Taxonomy has no impact factor of interest to society or funding, so why bother?. Psychological factors aside, Nomenclature has one major problem called authorship. It is more or less obligatory to put the name of the person(s) who described a species after its scientific name.

Consider Dicrossus filamentosus (Ladiges, 1958).

Ladiges did a not very good one on this species; it was published as a sort of preliminary description in an aquarium magazine, based on two very dead aquarium specimens without locality, described by a non-specialist. It is a distinctive species, so no real harm done, and there were no specialists on South American cichlids available at the time. Most of the relevant information about the species, including geographical provenance only appeared with my redescription in 1978 (a student paper, not so advanced, but still helpful). Ladiges will forever be cited as the author of the species, although he did not do anything useful with it. Later workers will be more helped by Kullander (1978), which is practically never cited.

I take this particular example to show that even if the scientific basis for a description is very, very weak, it frequently gives more citation and more food for the ego than any other work on that species later. Confounding authorship associated with scientific names with scientific citation is bad in itself, but it also certainly is a major driving force in taxonomic vandalism.

In science elsewhere, bad or boring (like taxonomic papers) papers never get cited again, and their authors are peacefully brought to oblivion. The only way outside taxonomy to obtain a reputation is to work hard to do something useful.

The end result is that we have an extra number of useless names that specialists must consider for the rest of their professional career; we have lots of duplicate work, blocked access to relevant specimens, type specimens deposited in private collections unavailable to specialists, loss of trust in the profession, and in the end uneasiness and unwillingness among professionals to communicate openly about their work.

The Code of Ethics in the International Code of Zoological Nomenclature, is very straightforward about what behaviour is expected from those making nomenclatural statements. In the case of my lab, we work on the systematics of danionine cyprinid fishes, the genus Puntius, South American cichlids, and in collaboration the fishes of Myanmar and Paraguay. I am not expected to check with others whenever I have a new species in these groups, and there are many of them. Everyone knows that we work on these fishes (or would have known if the Newsletter had existed; see previous blog). You do not have to check with me if you are thinking of describing a new species of goby from the Seychelles. But if I would find a new goby from the Seychelles I would need to check if somebody else might be working on it. And anyone working on any of the above groups is expected to check with me first, and with other colleagues that have known interests in the same area.

Two weeks ago I received a new species of fish; concluding it was new and interesting enough to describe, I checked with another specialist on that family two days ago, and it turned out he has the same species from the same place, so we have to make an informed and friendly decision how to go about it.

The job of the taxonomist is to a large extent to give scientific names to organisms. It is a little reward on top to the sometimes repetitive analytical work. Of course, we all get a little of the mihi itch (mihi means mine; this itch is about appending one’s name to species names), but it easily cured. However, among the many, many scientists in Ichthyology that I respect, all of them were always more concerned with the analysis than with their author status, and more concerned with having a publication that people want to read and use, than having their names cited. That is what science is about.

So, what should we do? Outlaw some people or journals? Permit only certain journals to publish nomenclatural acts? Apply to the Commission for suppression of every name not considered appropriate for whatever reason? Ignore the names published by vandals?

In the end, who judges vandalism? When am I a 100% vandal, or a 10% vandal or perfectly non-vandal, in the eyes of 5%, 50% or 100% of my colleagues? Is this about people or about the Code? Who is more mihi-itchy at the end of the day, the vandal or the vandalised? Ethics cannot be ruled, it can only be demonstrated. So, I would prefer to leave the system open, with the very slight disadvantages it may have. But the Code of Ethics of the International Code of Zoological Nomenclature maybe should be more widely known.

What does the Zoological Code say then. I quote the most relevant parts of the Code of Ethics from the ICZN website:

1. Authors proposing new names should observe the following principles …

2. A zoologist should not publish a new name if he or she has reason to believe that another person has already recognized the same taxon and intends to establish a name for it (or that the taxon is to be named in a posthumous work). A zoologist in such a position should communicate with the other person (or their representatives) and only feel free to establish a new name if that person has failed to do so in a reasonable period (not less than a year).

3. A zoologist should not publish a new replacement name (a nomen novum) or other substitute name for a junior homonym when the author of the latter is alive; that author should be informed of the homonymy and be allowed a reasonable time (at least a year) in which to establish a substitute name.

4. No author should propose a name that, to his or her knowledge or reasonable belief, would be likely to give offence on any grounds.

5. Intemperate language should not be used in any discussion or writing which involves zoological nomenclature, and all debates should be conducted in a courteous and friendly manner.

6. Editors and others responsible for the publication of zoological papers should avoid publishing any material which appears to them to contain a breach of the above principles.

Some interesting examples where opinions are strong:

Adamas Huber 1979 replaced by Fenerbahce Özdikmen et al. 2006

What herpetologists talk about



Where are the ichthyologists?

I have admired some MySpace pages by non-ichthyologist colleagues, complete with all personal data, list of publications, etc. They remain there even after said colleagues have moved from the address they left there. Maybe MySpace is not their or my kind of space.

I tried LinkedIn, which is a community for mostly business people, but does not offer much of services. There is a lot of people there that I know, but not much I can do except have the contact details up, and wait for a chain of contacts to grow. It says that I am linked to 33 900 other professionals. I do not know if that is good or scary, but it is more people than I know personally.

FaceBook is fun, and promises plenty. It seems to be a place where a few wrong clicks can open you up to the whole world to come say hello to you. That is not really my idea, as I am quite non-social in a way. FaceBook is not a professional meeting point.

Wait a minute, there was a community for systematic ichthyologists! It was the Newsletter of Systematic Ichthyology, which was published as xerox copies by Bill Eschmeyer and ichthyology staff at the California Academy of Sciences, largely handmade I understand. You had to send in a formatted resumé of what you “are doing now” (before Twitter …) and CAS colleagues formatted and sent it out. It was very helpful and spared you time and money otherwise to waste on going conferences. Helpful because you learned about what people were doing so you could avoid doing the same, or contact them if there seemed to be some interesting information around.

The Newsletter then was acquired by a project called DeepFin, which was about collaborative molecular fish phylogenies. And with that the collaborative newsletter disappeared in some cybervacuum.

And yesterday, I found the solution, which this time was not an ichthyological invention, but seems to be the platform we could make use of. It is called Epernicus, and apparently was developed at Harvard University, just as a social and professional community. What differs is that it is tailored for scientists, providing for each person a sort of presentational web page with space for academic exams, list of publications and CVs. For me that helps a lot, because I have a safe space for my publication list on the web, and I do not need to carry it with me all the time, and others can quickly find it and contact me for a reprint (I have a lot of publications in the grey literature sphere). There are many occasions in life when a CV and publication list is requested, and only a few of these times are convenient in terms of searching for them.

Why not set up a personal web page somewhere and it will always be found by a search engine? Yes, sure, would be nice, but I am tired of web-authoring. Also, with the available online tools provided by Google (like this blog), Twitter, Facebook, Epernicus, etc., I am not bound to any particular computer. For some of these web resources I can use my mobile phone to update the web information. Well, with this blog, Epernicus CV, Twitter so my family can keep track of me, gmail, and the Google office suite, I feel I have moved away one more bit from the desktop computer prison, and into something more difficult to figure out how it works, and certainly at the heart of the grid. But this is only the beginning of how the web will become a much less physical resource over the next few years. If there are any ichthyologists out there, let’s meet at Epernicus. Maybe someone can inform me what the word epernicus means?

And, yes, I have read The Traveller and The Dark River. Find out what’s up in the Vast Machine.

From fishes to ZooBank

Fishes are among the most informatized organisms that I know. There may be a number of reasons for that, but reasons aside, the fact is that Daniel Pauly and Rainer Froese created FishBase independently of Bill Eschmeyer’s Catalog of Fishes, and ichthyologist Julian Humphries created the museum collection database with the collection management system MUSE back in the late 1980s, giving fish collections a head start in informatics. Since 1976 Joseph Nelson has published the Fishes of the World, now in its fourth edition, as an index to systematic ichthyology and with an eclectic classification.

Whereas FishBase has a given hit rate of 20 million per month and so is doing fine, the Catalog of Fishes is maybe less well known. It started first as a catalog of genera of fishes, but was expanded and eventually published as three huge volumes with scientific names of fishes, over 50 000, complete with type locality, current status, and literature reference. It is presently a web resource and updated frequently. For the layman it may look like just too boring, but for the scientists it is a goldmine saving enormously on the time of finding information about specific species and their names.

This kind of compilations is important, because biodiversity research is facing now an enormous problem with names. There may be 1.8 million named species, and many more million out there to be found, but only a million or so species have been secured in databases. And every year at least 16 000 new species are described.

GBIF have an initiative called the GNI (Global Names Index) to harvest all names, and a structure, the GNA (Global Names Architecture) to manage them. They will do this together with other acronyms such as PESI. In the meantime, the Catalogue of Life, a collaboration including the US ITIS and global consortium Species2000, have a checklist of the world’s species with just a little over 1 million in, and where FishBase is one of the best parts.

But we cannot have it like this, endlessly chasing names that people drop here and there in more or less obtainable publications. Zoological and Botanical nomenclature have to go modern and collaborate with information society. There have to be a registration system for names, and the habit of paper publication has to go away in favor of digital publication.

To those not familiar with nomenclature, the situation is the following: For a name to be available and thus accepted to use as a scientific name for a species, genus, or family, it has to be published on paper with a few more simple conditions such as a certain number of copies and a degree of obtainability. It is perfectly OK to publish 2 copies of a species description and give them away to 25 people who all except one throw their copy away within 24 hours. The single surviving copy is now the globally accepted token for the name of that species. Not surprising that many taxonomist spend most of their time searching for publications instead of doing real research.

Digital-only publishing is not permitted. Well, there is an exception for CD-ROMs with deposition in libraries, but it is a bit awkward and it may be difficult to find those CD-ROMs.

The International Commission on Zoological Nomenclature is the body that writes the rules for Zoological Nomenclature – of course with the needs and well-being of the taxonomic community taken good care of. The Commission is now seriously considering digital-only, what we call e-only publishing of zoological names; and seriously considering a registration system for old and new names.

Both proposals are controversial. Concerning e-only publising there is now a proposed amendment to the Code, and the Commission has invited comments and discussions. Some of the discussion is now published, and worth reading.

Formalisation of ZooBank as a registry for new names is maybe a bit further away, but unavoidable. In contrast to a Code amendment, it requires an infrastructure and running funds that are not immediately available. Nevertheless, Richard Pyle, ichthyologist at the Bernice P. Bishop Museum in Hawai’i, is working day and night to build up the structure for ZooBank. You can already get a glimpse of the future from the development site. There are already much more than 5 000 nomenclatural acts registered.

ZooBank will have a healthy starter boost from Catalog of Fishes, so from a fish perspective this is perhaps no big step forward. But notice, there is an ichthyologist programming ZooBank!

Yes, Ichthyology rules biodiversity informatics …