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Rethinking "Brouhaha-saurus" - what if it were real?

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The previous post on Bruhathkayosaurus has given me some thoughts on an interesting possibility: what if this animal were indeed real?

It's no secret that I'm seriously skeptical of the remains that Yadagiri and Ayyasami found in 1989 and labeled as "Bruhathkayosaurus". First they identified it as a very large predator, then later on others suggested it must be a plant-eating sauropod, and probably a titanosaur at that. Most of these theories are pure conjecture. But from the size of the remains it really only makes sense that if this animal were real, it would have to be a sauropod.

But how should we interpret these remains, which are now the lost victims of a monsoon flood? The discoverers are notorious for describing stuff that isn't what seemed at first. Dravidosaurus, the supposed Late Cretaceous "lazarus" stegosaur, really turned out to be a very badly eroded and fragmentary plesiosaur. The alleged stegosaur back plates were really the sternals of a marine reptile, so weathered as to be barely identifiable at all.

Is Bruhathkayosaurus similarly misidentified? Might it be a chimera of unrelated animals, or, as was the case with Dravidosaurus, not a dinosaur at all? Some have suggested it might even be petrified wood. And sole testimony of its authenticity rests with Dr. Sankar Chatterjee, who himself has incorrectly described (and some might even say largely invented) a number of extinct creatures known from very poor and dubious material (notably Protoavis).

But what if? What if Bruhathkayosaurus really was authentic and a titanosaur at that? What might it look like?

The photos reveal little, and need some guesswork to interpret. Here's Steve O'Connor's take:

The red-tinted areas are the bones. The top of the hip socket it easily visible (if a bit oddly triangular) in the second photo. The front end of the ilium is broken off, but would be to the left of the second photo (regardless of what the confusing and likely incorrect captions seem to say - there should not be hip socket processes sticking out of the top or rear of an ilium!).

Here is the material without tinting, and with my own interpretation of the outlines and corrected captions under the original ones:


 And finally with tinting of different areas:

 There seems to be some sacrum material in the photos that wasn't initially identified. Sacral ribs at least. The green area is an unusual bit of bone or some other substance which is not part of the hip structure. The ilium, unusually, has a very long posterior shelf. It's elongated almost into a cylinder. There are few sauropods that have hips like this, and the one that immediately comes to mind is an undoubtedly bizarre one - Opisthocoelicaudia.

Opisthocoelicaudia skarzynskii - skeletal by Jaime Headden

The ilium shelf in Opisthocoelicaudia is strangely similar to that of a tyrannosaur in general shape - long, low, and with a substantial rear process not seen in many titanosaurian sauropods. This may have something to do with Yadagiri and Ayyasami's initial identification of the material as a giant theropod.

T. rex skeletal (based on AMNH specimen) by Greg Paul. Posted for informational purposes only.

Indeed there IS a bizarre parallel between the rear shelf process in that T .rex ilium and the one for Bruhathkayosaurus. But I doubt "big Bru" was anything other than a plant-eating sauropod. the anterior process of the ilium's hip socket is elongated similarly to Alamosaurus, and most titanosaurs and brachiosaurs, rather than resembling the short anterior socket process in theropods. The ilium was described as 1200mm long, larger than that of Giraffatitan, which makes anything other than a sauropod identity next to impossible.

However, it's not certain if this length of 1200mm refers to the portion of the ilium which was recovered, or to the likely size of the whole thing. In any case, though large, such a length for the ilium makes it very unlikely that Bruhathkayosaurus was anything close to the biggest dinosaur. Indeed, the hips of "Brachiosaurus" nougaredi were 1300mm long not including the missing first sacral vertebra, and would have been at least 1500mm long when complete. So from one point of view Bruhathkayosaurus may not have all that big. For comparison, the ilia of the holotype of Argentinosaurus, when complete, would have been around 1800mm (though the sacral centra would have been shorter at around 1300mm width of the Argentinosaurus hips could have been as much as 3000mm or 10 feet). However, even given those numbers, it's likely that Bruhathkayosaurus, if it existed, was still a very large animal of Argyrosaurus or Paralititan class.

The "tibia" was estimated at 2000mm, which is unusually large to go with tie ilium. If it's a real bone (and not, as I suspect, petrified wood), then it may belong to a different dinosaur, something far larger. Even the tibia of Argentinosaurus doesn't come close to 2m, so the figure could be grossly overinflated or not valid at all. But whatever it is, the "tibia" is not likely to belong to the same animal as the ilium. There is other material supposedly found at the site: a caudal centrum 750mm wide - downright huge even by the standards of Argentinosaurus and Puertasaurus vertebrae - and a partial femur with a condylar width of 750 mm and a shaft width of 450 mm. According to Zach Armstrong,

"The femoral condyle width was 750 mm, compared to in Giraffatitan, where it is about 580 mm (going off of drawings by Janensch in Taylor (2009)). This means the Bruhathkayosaurus femur was about 1.28 times as long, assuming if we scale roughly off of that, then Bruhathkayosaurus was about 2.1 times has heavy, or roughly 67 tonnes. Again, far from being the largest dinosaur, and also shows why going off of appendicular proportions can be quite misleading."

67 tonnes (which I assume is based on admittedly error-prone limb bone allometry equations) is not too far from my 70-ton estimate for adult Argyrosaurus, which overall would have been about 15-20 feet longer than Giraffatitan HMN SII and about twice as massive due to its far more robust proportions.

So basically what we appear to have is an ilium and partial femur that belonged to an Argyrosaurus-sized animal with Opisthocoelicaudia-type body design, along with a caudal vertebra and a "tibia" from a much larger creature, both of which are currently labeled Bruhathkayosaurus, and no longer exist even as fossils. If, that is, they can be trusted to be real. I have never seen a picture of the caudal vertebra OR the femur, though the dimensions of the femur are at least a bit more believable. The two different-sized sauropods (assuming the larger one is valid at all) could just as well be two unrelated animals as different-aged individuals of the same species.

The ilium and femur are definitely not from the biggest dinosaur yet known. But the tibia and caudal centrum could be, if both were legit remains. Problem is, we may never know, as it's all been washed away and destroyed. Dr. Ayyasami reportedly told Armstrong:  "Only thing is that I did not visit the site again to check for further bone collection. I may do so next year as I plan for a visit to the Cretaceous of Ariyalur." We all anticipate the results, though given how these things usually go and stretch out over many years just to prepare for in places like India, Dr. Ayyasami's expedition may not materialize anytime soon. If and when it does, I highly suggest that this time he take a digital camera with spare batteries, and invite a real artist along to sketch the bones for good measure. So that we may have better drawings to go on than this embarrassing scrawl:


WARNING: ACT NOW OR FACE CENSORSHIP!

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PLEASE READ THIS VERY CAREFULLY.

I decided when I started this blog that it would be devoted to science, not politics. But politics has interfered in the future of the blogosphere in a very nasty way. And no other paleo-bloggers seem to be speaking out on this.

The good-for-nothing U.S. congress with its self-serving members and their 80% public DISapproval ratings is trying to ram through two bills into law which would decimate the freedom of the internet under the deceptive auspices of stopping piracy. ANY site or blog which links to other sites that contain copyrighted material could be falsely banned or shut down under the draconian provisions of the PIPA and SOPA acts, and bloggers like myself and many of us in the Paleo-blogosphere may be forced to shut down because of over-reaching government meddling in private rights of citizens. ANY activity relating to links to another site or posting material from other websites for mere educational non-profit purposes could be construed as a "copyright infringement" even if properly attributed to its authors, and may result in lawsuits, harassment, and even indefinite arrest under false charges of "piracy" without access to any legal representation.

In addition, many internet programmers and companies will be crippled by all the convoluted clauses of these bills which allow government to interfere at any point in the delivery of online content to consumers. It will damage the economy even further than foolish wars and corrupt bank bailouts, to the point that most businesses that advertise or sell online will end up having to spend even more money on lawyers to cover their backsides and fight arbitrary censorship, this time against unscrupulous FCC cronies and their Wall Street paymasters. That’s why AOL, EBay, Facebook, Google, LinkedIn, Mozilla, Twitter, Yahoo and Zynga wrote a letter to Congress protesting the bills, saying these bills “pose a serious risk to our industry’s continued track record of innovation and job-creation.” And small businesses, which make up the bulk of the private sector, will be forced to close their doors or suspend their websites altogether due to prohibitively high legal costs of warding off frivolous government accusations of "piracy", laying off millions more employees in the long run. More than 200 entrepreneurs have slammed these bills as dangerous to the economy and destructive to innovation and job growth. And the brain-dead pork barrel congressmen and women (who seem to keep getting re-elected despite their dismal track records) want to tell us that THIS is the freedom that we need to export to the rest of the world on the back of tanks and Apache helicopters? I didn't vote for this Orwellian crap. Nobody was given a choice.

And the worst part is that these bills were written by ignorant lazy media conglomerate shills who don't even have a clue how the internet works. You can tell just based on the vague language of the things how these politicians are totally behind the times and are trying to police the web based on intrusive stone-age protocols. Half of them don't even know what twitter is and are trying to convince the country that dinosaurs and humans lived together in Eden. And they're trying to claim they know better than you and me what needs to be done with technology. What's more, their sad excuses for anti-piracy legislation are USELESS at stopping online piracy.

For those of you outside of America, don't think that this problem doesn't involve you. Whatever the United States government can get away with in domestic economic policy, the rest of the world will likely follow suit, if not do even worse. The problem of government censorship of the internet could very well spread to your shores if it is not stopped while it's still just here.

PLEASE SIGN THIS PETITION on Google's website to tell Congress that you are not just going to sit there and swallow their coercion like a fool. Censorship does not belong on the internet. And neither does the act of collectively punishing the entire web for the acts of a few software pirates. If you do nothing... then welcome to Oceania.


P.S. this post is meant to criticize the draconian broad-brush punishment favored by your congressmen/women, not to defend the crime. I am not advocating piracy of any sort. However the PIPA and SOPA bills are not a solution to the pirate problem, and they are actually creating far worse hardships for the economy and threatening liberty itself.

P.P.S. to all those deluded teabagger neocons out there who think this is 100% Obama's fault - it's congress that wrote these bills, and none of your wall street-funded candidates has done anything to stop them so far either, despite all their empty promises to "shrink government" and "reduce intrusive regulations on business". 
(BTW I'm not referring to Ron Paul here, he's the furthest thing from a neocon or corporate lackey.)

The Satanic Science Publishing Mafia EXPOSED! Are they racketeering your research?

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Hot on the heels of the (now temporarily down) PIPA-SOPA bill debacle, comes another nasty threat this time specifically geared towards the free exchange of information.  Lets break it down more simply this time.

The entire world RELIES on science. More specifically, the world relies on science for the free exchange of knowledge and new discoveries, which are often vital to people's livelihoods and lives.

If scientists can't get access to papers without giving up an arm and a leg, they will not have the most current information available to publish their own research, and this will hamper their ability to get grants and other funding in the future. Science itself will become stifled by the restriction of access to information by non-scientist corporate bureaucrats who run most of the for-profit journal publishers.

And for a while now, a wave of rage has been roiling the professional blogs of scientists regarding the emergence of the vile, disgusting Research Works Act, a congressional bill written by Rep. Darrell Issa (R-California) and Rep. Carolyn Maloney (D-New York) and sponsored by the likes of Elsevier, Springer, Wiley, and other corporate academic publishing goliaths. The RWA is a bill that virtually calls for the death knell of all independent and unbiased science research available to the public. Up until now, any research papers that were funded by government grants (translation: YOUR taxpayer dollars) have to be made available as free open-access papers to the public that funded them! That's only fair, and that only makes sense. RWA would remove the federal requirement of making all publicly funded research accessible to the public, and force the public to pay up to thousands of dollars per person just to access the articles that were funded with their own tax money! Talk about privatizing profits and socializing losses...

Congressman Darrell Issa. Corporate lackey and political Snake of Sacramento. As a California resident myself and having never voted for him, I'd love to see this career crook impeached.

Congresswoman Carolyn Maloney. Corporate lackey and mealymouthed bribe-swallowing New York Gumbata to the textbook and academic journal publishing Mafia (my apologies, no digital manipulation here - I'm not sure how you could make her look any more ugly or asinine)

P.S. If she were younger I guess she could probably get away with that half-hearted Dr. Blight hairdo.



But those of you in the Paleo-Sphere may ask, "I know that if this bill passes I won't be able to access my favorite titanosaur ontogeny papers, but how does this affect the wider world beyond dinosaur researchers"? Well it affects EVERYTHING. Consider medical journals. These days the medical journals of America (many of which are controlled by the same publishing conglomerates - Wiley, Elsevier, GSW, BioOne, and Bentham - that own most of the paleo-journals) are becoming ever more restricted in terms of access. If doctors already chafing under years of student debts have to cough up even more money just to access the latest research on life-saving new medical procedures for their patients, the prohibitively high costs of doing do for every relevant journal will mean that patients' lives are literally being profiteered to death. Today there are so many journals in which someone, somewhere in Iceland or Croatia, has pioneered a radical new natural cancer treatment or a highly effective remedy for slowing the progression of MS or Alzheimer's, but thanks to the absolute and often INTERNATIONAL chokehold that big corporate publishers have over peer-reviewed journals, the vast majority of top doctors in the relevant fields have NO KNOWLEDGE of this new research, since the prohibitively high costs of subscription mean that fewer doctors can buy this information, and fewer still circulate it among their colleagues! The patient who could have been saved by open-access which his own taxes helped fund, is killed by unavailability of information which his doctor could have used to save his life. That's right, die taxpayer die!


To put is simply, the old pay-out-the-nose racketeering business model of science publishing is not merely unjust and apathetic, it's actually KILLING people. It's not just Big Pharma that's suppressing the research and getting involved in some very corrupt and dangerous dealings with suspicious lobbies - it's the publishers themselves. Elsevier (formally known as Reed Elsevier) is just one prime example.

Elsevier is the giant of the scientific publishing world, with a history reaching back centuries and a truly international reach. Based in the Netherlands, they have a literal galaxy of journals and publishing interest all over the planet. They are also very influential in international politics and steering the environmental and foreign policies of both the United States and many European governments through supposedly "independent" think tanks.

If you can name even one corrupt or inhumane sort of political business dealing, chances are Elsevier has plenty of fingers in that pie.

* Sponsoring secret Arms Dealer Conventions for some of the most brutal human rights violating regimes in the world: 

"It can feel like a sick joke to connect each kind of weapon of death and injury displayed at an Reed Elsevier arms fair to a journal, book or article published by Reed Elsevier which describes how to treat it. But it is important to realise that it is not us making the joke. The sick joke – and it is sick – is being played on us by Reed Elsevier and the punchline is the unknowing complicity of medical professionals in the system of death and injury which they have dedicated their lives to opposing."

-Tom Stafford, Journal for Peace, Fall 2006 Bulletin (September 20, 2006)


* Producing FAKE ad-laden "journals" sponsored by Big Pharma corporations and falsely marketing them as unbiased peer-reviewed journals, despite REFUSING to disclose the sources of funding:

"It has recently come to my attention that from 2000 to 2005, our Australia office published a series of sponsored article compilation publications, on behalf of pharmaceutical clients, that were made to look like journals and lacked the proper disclosures." 

- Michael Hansen, CEO of Elsevier's Health Sciences Division


* Bribing college professors to give Elsevier's textbooks 5-star reviews on Amazon.com

 "Congratulations and thank you for your contribution to Clinical Psychology. Now that the book is published, we need your help to get some 5 star reviews posted to both Amazon and Barnes & Noble to help support and promote it.... For your time, we would like to compensate you with a copy of the book under review as well as a $25 Amazon gift card. If you have colleagues or students who would be willing to post positive reviews, please feel free to forward this e-mail to them to participate... "

- Chain letter email send by Elsevier to professors who contributed to the textbook. [Clearly they are trying to bias science to line - nay - flood their own pockets, by handing out little brownies to adults]


* Suing their own customers (in this case libraries!) for disseminating information from Elsevier journals they had ALREADY paid for!

"The publishers that have filed the lawsuit [Elsevier, Springer, and Thiele] want to prohibit this service on the grounds that they themselves offer these articles online, although usually for about 30 euros per article, several time what access through the ETH library costs. By their suit, the science publishers want to subvert a provision of Swiss copyright law that explicitly allows the copying of excerpts from periodicals."

- Neue Zurcher Zeitung (the New Zurich Newspaper), Jan. 25, 2012


*Turning American Congressmen into PAID PUPPETS in order to restrict your access to research which was funded with your own tax dollars, through the fascist "Research Works Act":


"So, given the history of their campaign contributions to Rep Maloney, I’m not really surprised to find that Elsevier’s fingers would be all over this bill and Rep Maloney’s defense of it.
We (my colleagues at PLoS and many others) have spent over a decade fighting to secure public access to publicly funded research. We finally start to make some progress – imperfect as the NIH Public Access Policy is, it is an important step in the right direction. And what happens? A member of Congress who faces no threat of defeat in the upcoming election disgracefully sells out the public good in exchange for some measly campaign contributions, and then doesn’t even have the decency to defend her actions with her own thoughts and words."

- Dr. Michael Eisen, Department of Integrative Biology, UC Berkeley
 
 If the RWA passes, you can say goodbye to science as we know it. Everything will be at the behest of the publishing corporations and their cohorts in big pharma and big oil. And the profits there publishers gouge from their subscribers are ridiculous, considering that scientists who publish in big corporate journals are forced to give up the publishing rights to their written papers essentially for free and don't get to see a dime of that money!

 Look at these outrageous profits as a percentage of revenue for commercial STM publishers in 2010 or early 2011:
  • Elsevier: £724m on revenue of £2b — 36%
  • Springer's Science+Business Media: £294m on revenue of £866m — 33.9%
  • John Wiley & Sons: $106m on revenue of $253m — 42%
  • Academic division of Informa plc: £47m on revenue of £145m — 32.4%

Dr. Mike Taylor of SV-POW explains: I wanted to be sure that I was assessing this fairly, so I looked through Elsevier’s annual reports for the last nine years — happily, they make them available, if not particularly easy to find.  What I found is that they have been consistently bringing in profits in the region of 33% throughout the last decade.  Specifically:
  • 2002: £429m profit on £1295m revenue – 33.18%
  • 2003: £467m profit on £1381m revenue – 33.82%
  • 2004: £460m profit on £1363m revenue – 33.75%
  • 2005: £449m profit on £1436m revenue – 31.25%
  • 2006: £465m profit on £1521m revenue – 30.57%
  • 2007: £477m profit on £1507m revenue – 31.65%
  • 2008: £568m profit on £1700m revenue – 33.41%
  • 2009: £693m profit on £1985m revenue – 34.91%
  • 2010: £724m profit on £2026m revenue – 35.74%
(I have not been through the same exercise for Springer, Wiley or Informa, but there is no reason to expect that the results would be any different.)

What does it all mean? Yes, publishers have a right to make a living.  Not only that, but they have a right to make as big a profit as the market can bear (though of course when they form a cartel that distorts the market monopolistically, that changes things).

But here’s what it means to scientists that Elsevier’s profit is 35.74% of revenue:
You just have to ask yourself whether that’s where you want your money going.


The good folks at Sauropod Vertebra Picture of the Week have already exposed the massive corrupt conspiracy behind RWA, that infects both sides of the artificial "this or that" political spectrum in America. Read about it here, here, here, here, here, here, here, here, and here. Ooooh, the outrage!

Elsevier, or as I like to call them, ElSerpiente (Spanish for "the snake") has crossed far too many forbidden lines to have any credibility to REAL scientists who take the integrity and public value of their research seriously. And just who is this Michael Hansen who claims that fabricating fake "journals" to hide blatant big pharma advertising under a veneer of unbiased science was NEVER a policy of Elsevier? And who is that Nick Fowler, who claims that Elsevier's obscene 30% profit margins off the work of scientists who get NO compensation from Elsevier whatsoever is simply a result of their company's efficient operation? Let's unmask the guilty parties, one by one. Welcome to the Paleo King's interrogation room...

Youngsuk Chi
AKA Young-sucker Cheapo,


Nick Fowler
AKA  Nick Foulbreath,
Director of Strategy/Dictator of Travesty
Lecturing others on efficiency when he can't even make his company's website user-friendly.



Bill "Godforsaken" Godfrey
Chief Information Officer and Head of Global Electronic Product Development/ Chief Inflammation Officer and Head of Global Embezzlement Product Devilry


 Michael Hansen
AKA Michael Handslob
Chief Executive Officer, Health Sciences / Chief Executive Offal, Hell Sciences


Gavin Howe 
AKA Gavin Howlermonkey
Executive Vice President, Human Resources / Executive Vice Primate, Unhuman Recourses


 David Lomas
AKA David LoMass O'Brain
Vice Chairman, Elsevier Management Committee and Chief Financial Officer /Vice Chairthing, Elserpiente Microcephaly Committee and Chief Fraudster Ordinaire


Ron "Mo' Bedbugs" Mobed
Chief Executive Officer, Science & Technology/ Chief Executive Offender, Pseudoscience and Technobabble


Adriaan Roosen
AKA Adriaaaaaaannnnnneeee Looser
Executive Vice President, Operations / Executive Vice Proliferator of Obfuscations


Mark Seeley
AKA Mark Stealey
 Senior Vice President and General Counsel / Senior Vice Plunderer and General Crony

My goodness, so many presidents and CEOs.... what a wonderfully "efficient" business structure, Mr. Nick Foulbreath! No wonder they have such a bad name... the only way they can generate 30%+ profits for their shareholders and pay top salaries to so many superfluous executives is to literally GOUGE your last dollar out of you for even the rights to access just one article!


And Elsevier is not alone in their attempts to monopolize science for obscene personal profits. There are plenty of other heads on this anti-scientific corporate hydra.

 
J. Wiley And Sons ("Whiney"). 
Extorting professors and strangling students for 42% profits ever since Thomas Jefferson was in the White House.



 Taylor and Francis - spreading Corruption on Earth worse than a Jinn since Queen Victoria's reign. Even the formerly ethical and independent Journal of Vertebrate Paleontology is now their slave.


Routledge publishing - throwing freedom of access into the gas chamber since Queen Victoria's reign.


 Bentham Science - Getting the academic field high on overpriced journals since 1994


 Springer, AKA Scammer publishers. Hiding academic gift horses' bad mouths from unsuspecting subscribers ever since Richard Owen invented the word "dinosaur".



 GeoScience World (GSW) - they've gone through a few logo changes, and acquired some annoyingly controversial sponsors aside from the usual gang of western Big Oil conglomerates.



 It doesn't matter how patriotic of an American you think you are...whether you're publishing in GSW or subscribing to it, you're all bowing to King Abdullah (and Saudi Aramco).

Of course this is all harsh, but it's meant to be a real wake-up call. I'm not sure the average researcher on a graduate stipend really has much time to worry whether their subscription fees are being funneled towards international terrorism, but I'm sure they do care that their professor's hard work is being expropriated and then hoarded for 30-40% profits by powerful international publishing cartels. Some of the copyright terms the big publishers impose on scientists are downright Orwellian. Losing any and all rights to reprint your own work in a different journals, or even to pass out free copies to colleagues from other universities. If they catch you doing this with a journal you ALREADY paid for, you will still be sued, and probably end up in prison for a few years. Remember, these publishers are worth billions of dollars and the average professor makes nothing from giving them all the rights to his own work - plus they can sue you for so much as making a copy of your own paper and giving it to a friend for free. Greg Paul only wishes he had that kind of legal muscle.

Mike Taylor and the others at SV-POW make a great point when they urge people to write to their congressman. But with all the junk mail that those dismally unpopular politicians are flooded with every week, I doubt it's a very effective strategy. Especially when the issue at hand is something that barely gets any media attention, and thus probably is not the subject generating the most mail. I suggest a more direct approach, to cut off the head of the Snake. Write to the scientists themselves.

Every time I talk to paleontologists at SVP, I know that a good number of them will either be people who regularly publish in closed-access FOR PROFIT journals, or donate their time for free as peer-reviewers for those same said price-gouging journals. While I personally consider such a gift of time to such monstrous corporate thieves to be little more intelligent than giving away extra money to the government as a charitable gift on top of your compulsory taxes, in the vain hope of helping pay down the national debt.... that doesn't mean that we shouldn't express our dismay at those who continue to contribute to such corrupt journals and publishing houses. Even if Taylor and Francis has bought out part of the SVP, and its flagship publication, the JVP, we can still hit them where it hurts: the reputations of their "scientific" collaborators.

Forget writing to your congressman - write to your favorite scientists! Write to all the people whose papers you have wanted to read, but couldn't because they are kept under lock and key by greedy publishers who demand a subscription whose price is shooting up far faster than silver. Write to Jack Horner, whether you agree with 'Toroceratops" or not, urging him not to publish in JVP any longer. Write to Jose Bonaparte and Bernardo Gonzalez-Riga urging them NOT to publish any more papers in Elsevier-owned journals like Cretaceous Research (as was sadly the case with Ligabuesaurus). Write to Octavio Mateus not to publish in Systematic Palaeontology, another locked-access Elsevier journal. Write to Jeffrey Wilson not to publish in Paleobiology, which is now the property of the Saudi-funded GSW. Write to Greg Paul telling him to stop publishing in GAIA, Paleobiology, or other locked-access journals that don't contribute to the free flow of scientific knowledge across borders and campus walls. Let your scientists know that you won't stand for them giving away their rights to their own research only to have it locked away from the public to line some greedy publishing bureaucrat's pockets. Tell them they must publish in open access journals like PLoS One, Palaeo-Electronica, Acta Palaeontologica Polonica, etc. to retain any credibility as ethical scientists. Let the membership and the board of directors of the SVP know that RWA and the big corporate journals are hurting science and often hurting people, in ways that fossil-poachers simply can't.

Write to your scientists. If you're in a different field like physics, chemistry or medicine, so much the better. They don't have to be just paleontologists. Write to ANY scientists who publish in closed-access journals owned by Elsevier or any of the other academic publishing conglomerates backing the vile RWA bill. And if they don't listen or give a bad response to your emails, then write them up. I will personally list the names of those who are willing and unrepentant collaborators with ElSerpiente or any of the other gougers. Nothing is more damaging to scientists in academia than a loss of reputation - and the threat of this may finally get them to abandon the very publishing houses that are so used to abusing and enslaving the researcher. Forget a mere toothless boycott, we need nothing short of a show trial. Scientists who continue to allow unscrupulous non-scientist bureaucrats to steal and hoard up their research for sky-high profits are just as bad as the corporations they are supporting, enemies of science, and deserve to be exposed and denounced as such. If they can't afford the publication fee for open-access journals, there is always Acta Paleontologica Polonica, which can do it for free, or they can also use research grants to cover open-access publishing fees. There is no victory without intentional planning and sacrifice. If we really expect to bring Elsevier and its ilk to their knees, or even to their sense, then the scientists have to stop publishing papers in their journals, PERIOD. To really get the house of cards to fall, you have to remove the struggling exploited academics at the bottom of the pyramid. And for those that sell us out, heads will roll at the next SVP.

Wake up, O people of science and learning. Raise yourselves out of your deathly torpor, break your shackles, cast off your chains! Now is the time to reject the cruel coercion of the Serpent in scientists' clothing. I say once again, wake up!

Together we can drive the point clear to the Robber Barons ruining the free progress of science and ideas: Wer Beim Elsevier Kauft ist ein Verrater!
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Pulling out the Rug from under Elsevier - sign your name on the petition!

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Apparently despite all the negative attention and criticism of Elsevier's abuse of wealth and power to stifle scientific knowledge behind steep paywalls, the executives of the corporate academic publishing giant have no regrets and simply have not gotten the message, despite their precious RWA bill being D.O.A. in congress.


David Clark, the incurably arrogant and patronizing senior Vice-President of Elsevier's physical sciences division retorted contemptuously to his company's critics:

 There is little merit in throwing away a system that works in favour of one that has not even been developed yet...

...access to journal content has never been better. Despite difficult economic times, Jisc Collections, which represents more than 100 UK universities, entered into new five- year agreements with Elsevier and Wiley Blackwell in December, welcoming the new and improved terms offered by both publishers. This is a different world from the 1990s, when journal articles were only available in the print libraries of major research universities.

This is an outrage - the "system" Clark speaks of only "works" for him and his corporate cronies. For the scientist who is forced to sign away the rights to his research FOR FREE to Elsevier, only to have Elsevier turn around and charge 33% profits on the same article, the system is broken and insanely unfair. And you expect us to believe that access to journal content has never been better, Dave? Don't you mean to say that your shareholders' bottom line has never been better? It's certainly bounced back since 2009, though unless you're a billionaire owning untold scores of their class-A stock, the actual percent return on investment is pretty ho-hum and blue chip-ish.

Furthermore, there IS an alternative system to Elsevier, and it works just fine - plus it's been around for quite a while. Ever heard of PLoS, David? Of course you don't talk about it, because it's the vanguard of the new open-access academic publishing wave of the future. The wave which will bury Elsevier's outdated and feudalistic business model. This business model is indeed fantastically strange: 'Write, edit and review articles for us for free, and we will then sell them back to you at enormous cost'. It should make anyone with a shred of justice and ethics want to vomit all over Elsevier.


If you have not yet signed the petition to boycott and divest from Elsevier over at The Cost of Knowledge, please head on over and do so. I've done it already, and as of today over 8,000 scientists and concerned citizens have done so.

Also be sure to sign the Alliance for Taxpayer Access petition. You pay taxes, you deserve to have access to taxpayer funded research! It's only logical. Don't let corporate publishers steal science. And if you have any news on the hypocrisy of El Serpiente executives, feel free to post it in the comments here. If Elsevier wants to steal the fruits of our labor, lets make it a burning, painful theft they will sorely regret.

FORGOTTEN GIANTS, #3: Andesaurus

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Well after a LONG time, the Andesaurus project is finally finished - for a while at least. While the open-access issue has been very important, it's time to get back to what this blog is all about - dinosaur art and the science behind it. And Andesaurus is one of the few titanosaurs often touted as being record-breakers which have never gotten a decent restoration until now. This dinosaur is still pretty obscure though it's been known longer than Argentinosaurus, Paralititan, Sauroposeidon, and most of the other new favorites among giant sauropods. Strange, that this animal is literally the demarcation line at the base of titanosauria, universally acknowledged (though not necessarily correctly) as the most basal true titanosaur, extensively used as a key phylogenetic reference taxon in all sorts of papers, every paleontologist studying sauropods knows about it, and yet it's so little known in the public.

A rather fanciful drawing of Andesaurus delgadoi with a not-so-possible serpentine tail pose, and a very flat Diplodocus-like head (basal titanosaurs should actually be restored with large nasal crests, similar to Euhelopus and Malawisaurus).  Artist unknown.


Oh, and another thing. It's BIG.

Correction....

Well maybe not that big. One of the first things you notice about Andesaurus (assuming one of those rare times when you do come across it) is that it's a titanosaur from Argentina. The second thing you notice is that like some other, far more famous titanosaurs from Argentina, its length is listed as over 30m or 100ft in those few books that actually bother to mention it (the only mass-published "layman's author" who seems to give it any attention is Dougal Dixon, in The Illustrated Encyclopedia of Dinosaurs). Andesaurus should be famous, then, if for no other reason than its size - any titanosaur a hundred feet long is pretty high up in the running for both longest and heaviest dinosaur. But don't hold your breath - this is all WRONG.


That's right, you heard me. DEAD wrong. Andesaurus isn't 100 feet long. Not even close. That length has been repeated in many places, Wikipedia among them (at least a few months ago). I don't know how many people have actually read the scientific literature on Andesaurus (which now includes the description paper, Calvo & Bonaparte 1991; the titanosaur comparative anatomy paper Salgado et. al. 1997; and an extensive redescription, Mannion & Calvo, 2011). And the number of people who have actually seen and measured the fossils, I could probably count on my hand. The dorsal vertebrae (what's known of them anyway) are absolutely dwarfed by those of Argentinosaurus - a bit odd for two creatures that were supposedly around the same size. Even plain old Brachiosaurus has bigger dorsals. Andesaurus is a lot smaller than we've been led to believe.


 Comparison of dorsal vertebrae of Andesaurus delgadoi and Argentinosaurus huinculensis in posterior and right lateral view, to the same scale. 
Seriously Mr. Dixon, one is only about half the size of the other!

Not that I knew that when I started drawing it. That's why I decided to make Andesaurus # 3 in my Forgotten Giants series (I'm starting from the biggest titanosaurs, in no particular order, then working my way down). In fact I assumed (before I was able to get my hands on the description paper) that Dixon's estimates would suffice for at least mapping out rough proportions. Not that it matters these days when you can digitally re-scale your sauropod, but it does get very confusing to check your measurements when everything you had believed about this creature turned out to be dead wrong.

The only photos of this beast that were available online were a couple of grainy mid-90s images...


                         Andesaurus delgadoi, posterior dorsal and two mid-caudal vertebrae.

Otherwise I had nothing to go on. Until 2010's SVP meeting in Pittsburgh, where by unexpected fortuitous circumstances I came to possess copies of both the description paper and Salgado et. al. 1997 (which actually has drawings of far more of the Andesaurus material). The resulting jumble of odd bone outlines was just enough to start piecing together this beast.


But inevitably some of the outlines were off. So it had to be redone.



A few reworks later, here's the progress. The little outlines outside the body are drawings of the bones from Salgado, et. al. 1997, scaled to the same scale. The pubis has no expansion at the tip - it just looks like a huge thumb.

Soon enough, a skeletal and a life profile began to take shape.
 
 And a front view...


And finally color tinting, shading of speculative missing bones, and inclusion of inset enlargements of the more interesting bits. This is literally all the known Andesaurus fossil material, all of it from the holotype (there are no other known specimens).

But all was not well in the Candeleros.... for one thing, this animal is colossal (at least in this initial version) and as we saw earlier, its vertebrae are only half as big as those of Argentinosaurus! Even the vertebrae of the Brachiosaurus holotype (which despite its huge size is only a teenager) absolutely dwarf those of Andesaurus. I scaled Andesaurus to 30m or 100ft initially due to having only Dougal Dixon's estimate and those two grainy photos to work from. But after obtaining the description paper and the Salgado paper, it became clear that the actual fossil material belonged to a much smaller animal.

Remember this picture? Andesaurus is NOT 100 feet long. Lets stop perpetuating size myths based on figures in non-technical commercial books which don't include any scale images of the actual fossils.

Andesaurus was no record-breaker. At most it was a mid-sized to moderately large titanosaur, with a tail of rather ordinary size and proportions, and no indication that its neck was exceptionally long for a sauropod either. There is an incomplete femur shaft, no shoulder material, and only a partial humerus, so limb lengths are speculative. Even the length of the torso is uncertain, since the anterior dorsals are missing. Indeed, it may have been only 50-60 feet long. 65 is a stretch. So it needed a rescale, among other modifications. Easy enough, since the scaling is based on the scale bar and human figure - they just had to look larger.

ANDESAURUS REDUX



In addition to scaling down Andesaurus to the likely maximum size of the holotype, 66ft, I also bulked up the limbs, widened the torso, and added more fusion to the sacrals (perhaps still not enough, but we don't have the sacrals and the degree of sacral spine fusion varies among basal titanosaurs and titanosauriforms). 

Also I looked at Mannion and Calvo's new redescription paper of Andesaurus (unfortunately this paper is now paywalled by Wiley) - ultimately it didn't call for any major changes to my skeletal, though it did give me an idea of how laterally crushed the original fossils were (and how laterally compressed the tail naturally was even when you account for crushing). Finally, after a bit of checking the scale, I resized the Sandow figure to match up with his real height (depending on who you ask, about 5'9" or 5'10" which was relatively tall for his time).


In its original oversized form this was the first ever scientific schematic of Andesaurus, and now with the revisions, it's doubtlessly the best. All the scale bars have been corrected and rechecked.

And the title font is a little less boring. :)

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Name that Dinosaur! (#1)

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While more Forgotten Giants articles are in progress, let's take a look at the odds and ends that often turn up in the more interesting corners of paleontology.

Every once in a while we see something that's mysterious, bizarre, or just unknown, and yet keeps popping up on the internet. And yet it's good enough to warrant a description, or at least a nickname. And many of you, I am in no doubt, fancy yourselves true experts on dinosaurs after having seen just a few episodes of Primeval or the "Walking With" series. But perhaps some of you, seeking earnestly after knowledge, truly are more than just fanboys or fangirls, and can truly call yourselves walking talking museums. Some of you have corrected Wikipedia's dinosaur pages, and been "de-corrected" - and you knew Wikipedia was wrong.

Think you can test your dino-knowledge against the Paleo King, and come out unscathed with not even one intellectual raptor slash to your mental encyclopedia?

Well then this series is for you.

So here's a real stumper (paleo-bucks on the line here): what do you think this is? Does it have a formal scientific name? What family does it belong in? Or is it still an undescribed curiosity - and what name is it known by anyway?... so without further ado... Name that dinosaur!

Full-size image (107 K)


FAQ

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The Paleo King's Frequently Asked Questions

I figured that after having been around on the blogosphere this long, it is worth posting a brief FAQ section so that some of the emails I get can be easily answered in advance. This is far from a comprehensive list. If you have a question you think should appear here, drop me a line at Paleo_King@hotmail.com.


Who are you?

I'm an artist and researcher with over a decade of study of dinosaurs and other extinct life. I draw dinosaurs and aim for both accuracy and a visually attractive product (in the live scenes anyway).


What's your favorite dinosaur?

That's a tough question at the best of times! For a long time it was Brachiosaurus – though later on it turned out the particular species I liked was actually Giraffatitan. Then I got into mamenchisaurs and titanosaurs, and right now my favorite dinosaur would probably be either Euhelopus or Daxiatitan, both of them Early Cretaceous forerunners of the shape of things to come. Among non-sauropods my favorites are Tarbosaurus, Lambeosaurus, and Pentaceratops.


What's with all the ads? Some of them aren't even dino-related!

They're there to generate some extra income to make things a little easier to run around here. See, in the Paleo Kingdom, our currency has been depreciating and inflating for millions of years, so every little bit of $$$ helps keep the economy afloat and finance research and upgrades, as most commission-based projects generally do not cover travel costs and the like, and also time is valuable. Google puts up the ads, so their relevancy is up to them.


What are your interests besides paleo-related stuff/extinct animals?

Too many to name. I like history, biology, social psychology, medicine, astronomy, history of technology and economics, movies that make you think, most kinds of music as long as it actually requires real talent and originality, building models, a select few computer games/video games, and maybe about 1% of the anime that's out there. That's just scratching the surface.


What is your experience with paleontology?

I've done my own research and read many scientific papers for over 10 years, and studied dinosaurs usually on my own time and dime, independently of any particular institution. I've amassed a good working knowledge of many dinosaur species, including many very rare ones that are seldom mentioned in books and never covered by the press. I have also attended the annual conference of the Society for Vertebrate Paleontology, though I have drawn some extinct invertebrates as well. I'm currently researching giant titanosaurs and may produce a paper or two soon.


Why do you do it?

Because I love dinosaurs and the history of life on earth – and I want to make that knowledge accessible to people in a visual sense and let you SEE the creatures as they probably looked. Other artists and “experts” will talk about that dream of “bringing them to life”. I look at it from the opposite end – forget about bringing them to life, I want to take you back to their times and places and put you in their world. So you see not just the dinosaurs but the whole diverse habitats they interacted with – at which point you don't even need to mix animals from different periods to make the thing interesting.


Why do your dinosaurs look so different from Jurassic Park? 
They just don't seem believable to me.

My dinosaurs are not based on Jurassic Park or any Hollywood movies – they are based on independent research and often repeatedly revised as I get better information. Jurassic Park's dinosaurs had many anatomical errors (aside from the obvious mistakes like oversized “Velociraptors” and poison-spitting Dilophosaurus with fake neck flaps) that were already known to be wrong many years before the film was made. It was good entertainment, but not hard science, which is something a lot of JP fans seem to miss. It was a great movie for its time, but should not be taken literally as accurate. The sequels are inferior for a number of story-driven reasons, aside from the fact that they didn't update any of their dinosaurs to take new scientific knowledge into account. There are some people who will only draw dinosaurs in their “JP versions” not realizing that there are far better interpretations of dinosaurs' appearance these days. Of course science doesn't have to be boring – in many cases it's stranger and more amazing than the fiction, the problem is most researchers are ivory-tower fixtures that don't do a good job of making it available or understandable to the general public in simple terms. So yes, my sauropods are slimmer than in Jurassic Park, my ceratopsians are more richly patterned, and my backgrounds don't all look like Costa Rica's tropical jungles. It's supposed to look like the Mesozoic era, not a movie set from the 1990s. And it's based on current scientific thinking and evidence, and even the speculative parts have some scientific reason behind them.


Aren't you just another Greg Paul clone?

Oooh, good one! I get this rather laughable accusation thrown at me from time to time. Really, just a clone? No original ideas? Well consider this. While I did learn a lot from Greg Paul's drawing style and anatomy diagrams, that was over 10 years ago, and I've studied the methods of many other paleo-artists since then. Nothing I produce is copied from Greg Paul or any other artist (which is just as well, since he's fired up the copyright lawsuit train to full steam ahead). That said, every scientific dinosaur artist since Greg Paul has to some extent been influenced by his style. He was a major figure in pioneering the "new look" of warm-blooded dinosaurs in the 1970s and 1980s, paying much closer attention to the hard science than early "reptilian" artists like Knight and Burian had ever done. And much of the theory behind his work has become widely accepted by the field as new evidence of fast, active, warm-blooded dinosaurs continues to turn up. It's a simple matter of timing, pioneering artists influence later ones. Michelangelo influenced Bernini, Giotto influenced Botticelli. Mozart, Beethoven, and Haydn all drew inspiration from Bach. It didn't make them "clones" of Bach. All of today's top paleo-artists have been "students" of Paul's method in some way at some time.

The standard “alternating steps” pose for skeletal drawings or dinosaur schematics is not limited to Greg Paul – it has been used in some shape or form for over 30 years by at least two dozen other artists and probably many more I haven't heard of. My live scenes are not based on any Greg Paul scenes, and the skin patterns I use are completely original. Furthermore many of my dinosaurs look very different from the way Greg Paul draws them, though to the untrained eye it may be hard to spot. More importantly, in light of decade-long independent study of the published scientific literature, I don't agree with how he currently restores sauropod and hadrosaur necks, sauropod noses, or maniraptor feathers, and I consider most of his titanosaur restorations and revised stegosaurs to be totally off. Many of his skeletals omit important bone and soft-tissue data, and while good for 1980s standards, lack the hi-fi detail needed in more recent skeletal reconstructions. And I'm seriously thinking there must be a better alternative way of drawing T. rex's orbital horns. 

Now people have compared the aesthetic look of my work to Greg Paul's, and that's something I've moved away away from – I try not to even look at his work these days when doing my own. Instead I look up the source material – the original papers and photos of the actual bones. But overall simply having a similar style in some images does not make one a clone or a copycat, particularly when the research methods and materials used are different. If it did, then just about every living paleo-artist would be either a Mark Hallett, Luis Rey, Doug Henderson, or Raul Martin clone...


Why so many sauropods?

Because I'm researching sauropods at this time. And because they're BIG. I know there are a lot of raptor and T. rex fans out there. And I'm open to drawing those fan favorites. But right now I'm working on several sauropod-related projects and so that's the main focus of my art. I do blog about many other paleo-related topics though. Sauropods are an area that just doesn't get as much attention or good research, mainly because the vast majority of funding from National Geographic and other prestigious organizations goes to research on birdlike dinosaurs and other “metataxa” or “missing links” that are important to the public perception of evolution and refuting the claims of denialists. However, there are plenty of sauropod metataxa and “missing links” which also show how evolution works. In fact, a better way of putting it is that there are no missing links, and everything is a missing link (except for species that ended up in a dead-end extinction). In other words, every species that survived to evolve into something else is a “missing link” from a human scientist's viewpoint, as long as it wasn't discovered before its ancestors and descendants, even if it doesn't look all that different from them. 

Sauropod metataxa just aren't perceived as being “all that hot” in the media because they're not a link between two entire classes of animals (or at least classes the way we humans define them). But they're a lot more interesting and mysterious than the repetitive hordes of fuzzy raptors which have re-proven the dinosaur-bird connection hundreds of times over, to the point that the only people that still reject it out of hand are those who will alwayschoose to reject it as a matter of belief. Think of it this way – a single vertebra from a large sauropod has more complex skeletal anatomy in it than the entire bodies of most other dinosaurs. They're like gothic cathedrals, you can totally get lost in them - and we probably know more about the surface of the moon than we do about the big picture of sauropod evolution.


Draw or paint a T. rex, please draw one right NOW, I love T. rex and I want to see you do one....

Just because you said so? LOL yeah right. I don't choose what to draw on a whim, I actually have a schedule of projects planned out. Not all of them will be “Forgotten Giants” pieces or even sauropods for that matter. I've drawn other types of dinosaurs before and will do so again. But as for specific requests (and believe me, I've gotten a LOT of them from fans) I will have to put those at or near the bottom of the list because there are more urgent projects that need my attention. Now if you want me to do a drawing or painting of a particular dinosaur or scene for you and you're prepared to pay MONEY for the pleasure of owning a Paleo King original, then you'll get bumped up higher on the list, just how high depends on how much you're willing to pay for the sterling Paleo-King treatment of your favorite species and the privilege of owning the original. Pricing and shipping agreements will generally be on a case-by-case basis until standard market pricing can be worked out by agreement with fellow artists.

Otherwise, much as I hate to be the bearer of bad news, your T. rex will have to wait. BTW I do have T. rex already on my list of scheduled projects, so if you request one or not, it makes no difference in how fast it gets done (again, unless you're interested in commissioning a custom T. rex piece from me.)


Will you post more stuff about controversies in paleontology, like BANDits, MANIACs, SNAFU-ites, neck postures, soft tissue structures, Jack Horner's theories, lumpers vs. splitters, etc?

The answer is probably yes. Thing is, I don't like posting on topics like those unless I have at least some of the claims of others documented so that trolls don't start jumping up and screaming bloody murder about how I “misrepresented” such and such scientist's views. So it may take a while, but yes I do hope to get some basic information as well as my take on these issues up on the blog.


What the heck are BANDits and SNAFU-ites? Will you post definitions of these crazy terms?

Yes, there will be a glossary page up soon. And I'll be updating it too.


Are you going to do posts on Creationism or the Evolution-Creation controversy?

I may do a few posts on Creationism but it's not a main priority for me because I primarily focus on the art of paleontology rather than political/religious issues or debates. Not that I don't think defending science in the classroom and the courtroom is important – rather, I want to let the people who specialize in that area do their job, and not get bogged down in futile debates. However, a practical list of ways to handle creationists and identify their errors is, I think, very useful and not a bad idea at all. But there are two reasons why I won't do extensive posts on an “evolution-creation controversy”.

First off, it's NOT a controversy as far as science is concerned. The scientific field has a consensus that evolution is REAL, and for 200+ years the fossil and genetic evidence has supported evolution, not disproved it. Real biologists don't currently dispute that evolution happens. Crackpot pseudoscientific “scholars for dollars” with fake degrees do. The only real “controversy” is a political one, artificially stoked by some very rich and powerful (but not particularly intelligent) fundamentalist families to get their handpicked candidates elected on a puritanical “moral” platform that has very little to do with the issues at hand, much less the essentially exploitative 'Social Darwinist'/Malthusian domestic, economic, and foreign policy that these same hypocritical "moralists" pursue in practice.

Second, there are already many blogs and websites that specialize in debating Creationism in all its forms. A good one to check out is stupiddinosaurlies.com. So I won't be turning this into a “lets debate Creationists” blog, as there are already hundreds of online resources that expose Creationist fallacies far better than I could in a million years. Another thing I want to avoid doing is turning this blog into a watered-down, superficial “up with evolution” blog that only deals with overhyped media darlings like Tiktaalik, Ida the Adapid, and Ardipithecus. This is primarily (but not exclusively) a dinosaur-related blog. I will go over evolution here – thing is, it will mostly be dinosaur evolution, NOT amphibian or primate evolution, or whatever the newest poster-child of the anti-creationist debate is. There are plenty of general evolution blogs out there full of “missing links”, but very few good blogs that specifically focus on detailed, reliable information about dinosaurs and their anatomy/appearance. So I have decided not to dilute the focus of this blog. If you want to debate ape-men, this is not the blog for you.


Are you going to debate science vs. religion on this blog?

No. As far as I'm concerned there's no substantial conflict between science and religion. Science deals with empirical and falsifiable testing and physical evidence, whereas religion, at its core, deals mostly with non-falsifiable metaphysical ideas about our place in the universe, miraculous revelations and transmutations, ethical/spiritual issues, and other things that plain old rocks and fossils just can't prove or disprove. Not every scientist is an atheist, in fact I know several PhD paleontologists who are theists of some sort and it doesn't make them dogmatic or anti-science in the least. I think that people who try to force a conflict between science and religion are doing a disservice to either one or both, whether it's people like Kent Hovind or people like Richard Dawkins. Don't be deceived by politicians and the media trying to claim that religion and science are enemies. A lot of anti-evolution public figures claiming to be religious are total hypocrites, and their morality is very, very selective in the real world. They don't really get religion, they only have an empty, embellished husk of religion. Similarly, fanatic atheists who claim that doing science requires one to deny belief in a Creator or an afterlife simply don't get science, and they fail to understand its parameters and limits.


Will you be talking about cryptozoology or mysterious sightings of strange creatures that may be prehistoric?

Quite possibly – but hold on a second before you bash my credibility. While this isn't going to be a paranormal/alien/bigfoot blog, there will be some critical mentions of stuff that is borderline crypto - just to give a full perspective on the state of paleo-knowledge. This doesn't make someone a crackpot BTW. Even very respected scientists such as Darren Naish blog about (and then often debunk) plenty of crypzoological theories. Much of the time, the facts are actually stranger than the fiction. Now blatant hoaxes and myths like Mokele-Mbembe or the various purported lake monsters out there are things I won't spend much time on, but there are a lot of more obscure (and possibly far more credible) reports of a second kind – discoveries of fossils of extremely strange or huge dinosaurs that have yet to be described or published, some of which sound hard to believe. There's all sorts of stuff from an alleged Argentinosaurus skull that was never published, to lost footprints of creatures supposedly bigger than Amphicoelias fragillimus, to rumors of colossal un-catalogued titanosaur femurs and brachiosaur hips that have seldom or never appeared in print, to the mysterious case of Bruhathkayosaurus in all its various incarnations as theropod, bonehead, and super-sauropod. I'm only going to present the facts for these, and let you make your own conclusions. We also have the reports of things like “Tyrannosaurus X” and “Titanoceratops” along with a slew of giant bones that have never been assigned to any species. These sorts of things will definitely have their 15 minutes of fame here.


Can you do a post endorsing my political party or candidate for X government office?

No, never! This is strictly a science blog, not a politics blog. There shall be no endorsing or mudslinging of any political candidate or platform here. (It's ridiculous that anyone would ask me to do this on a science blog, but some have). My viewers are of very diverse beliefs and backgrounds and from all over the world. And I'd like to keep it that way. The only time I would even consider posting about a politician is if he or she is cutting funding to museums or suppressing/privatizing the free flow of publicly funded scientific data and research, particularly paleontological research which is already on a volunteer/shoestring budget in most countries. In that case I'll totally consider tearing them a new one. But as a disgruntled scientist, not as a partisan pundit.


Can I help or participate in your blog? I have a lot of cool ideas/suggestions.

Sometimes viewers have great ideas. If you have information that I haven't mentioned on a topic I've covered, by all means mention it in the comments. As for participating in blog posts themselves... I'm the sole administrator of my blog, and for the foreseeable future I don't see that changing (Ultimately I'd like to have someone manage the blog on my behalf, but so far nobody with the skills and vision for the future has turned up). But by all means suggestions are welcome. Think the blog could use a new look? Seen a cool template that might work? A paleo-topic that's blazing hot and hasn't been covered yet here? Let me know, email your suggestions to Paleo_King@hotmail.com

Giraffatitan's dorsals are just WEIRD.

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Some really interesting stuff here. First off, the last "name that dinosaur" contest was a good one, Zach Armstrong won. It was indeed the La Invernada titanosaur, a relatively small species that doesn't have a name but is pasted all over South American paleontology websites. The reasonably complete foot allows us to place this animal at the hub of lithostrotia, close to Epachthosaurus.



Second, the bizarre derived titanosaur Yongjinglong datangi has been described in PLoS One. A crowning moment for both Chinese paleontology and open-access research. So long Cretaceous Research, Acta Geologica Sinica and other paywalled journals.This odd creature is from the Hekou Group, so it was probably in the same ecosystem as Huanghetitan and Daxiatitan. Details here.

But the craziest thing to come to my attention is from an old favorite. 

I just realized while looking at revising my Giraffatitan skeletal that most previous restorations seem to have either botched the shape of some of the dorsals to look too generic or followed Dr. Werner Janensch's rather hasty full body skeletal instead of his far more detailed engravings of the actual fossil material of the primary specimen, HMN SII.

Here's my original reconstruction, which you can see on DeviantArt:


This uses SII as well as a number of other specimens to fill in the hindlimbs, shoulders, hips, head and tail. Lets take a look at the dorsals.



There's a bit of uncertainty as to which dorsal was truly the last. However, the last two shown in this reconstruction right before the sacrum (the ones whose neural spines seem to neatly interlock with each other) are fused at the centrum joint. HMN SII was a subadult individual (judging by the lack of fusion in the coracoid, and unfused scapula found in similar-sized individuals) that either was getting near puberty or had some unique pathologies such as DISH or ankylosing spondylitis (this pair of bones shows some ossified ligaments on the neural spines which may also have fused together given enough time). This pair of fused rear dorsals is labeled as D11 and D12 (the final two dorsals) by Taylor (2009), but if you follow Janensch (1950) they should actually be D10 and D11. D12 on the other hand, looks as illustrated on the left in the image below.

Last 3 dorsals in Giraffatitan, from HMN SII and the even larger HMN fund no. (which also includes the caudal series that Janensch frankensteined onto the rear end of SII).
It's from a larger individual (the centrum, is thicker while the top of the neural spine is eroded off), but clearly not the same bone as either of the two fused ones. And it looks far more typical in shape for a terminal dorsal that hooks into the front end of the sacrum. So my original skeletal as well as all the others by Greg Paul, Scott Hartman, etc. are probably wrong and will have to be revised.


However the main point to take note of isn't even this discrepancy, but rather the bone that sits in front of the fused pair in the SII specimen. Note the red box around this bone.



The dorsal vertebra in front of the fused pair has a long centrum. In fact, it looks freakishly long because of vertical crushing. I have "uncrushed" it a bit. The original is so bizarre it looks like it came from a totally different species, but it was found together with the rest of the same specimen.

Giraffatitan HMN SII Dorsal 9 (per Janensch, 1950) or 10 (if you follow Taylor, 2009), reversed. Arrows show direction of geological crushing. The centrum used to be deeper in life, the lower neural arch was taller and not smushed into the centrum, and the neural spine tilted rearward instead of forward. The prezygapophyses also seem to be worn off, as is much of the diapophysis which has been crushed forward.

Now even if you correct for crushing, that's still going to be a very long centrum compared to the vertebrae both before and behind this one. And its rear rim has a totally different angle from the other centra, meaning that between this bone and the next one down (the first on the fused pair) there is an odd dip in the spine, a sort of "lordosis" or "anti-hunchback" posture. And however you restore the end of the centrum (its upper portion is missing and represented by a dotted line here), there is still going to be a BIG gap between the neural spine of this vertebra and the next (even with the spine tilted the correct way, uncrushed). But the gap is often ignored in the schematic literature.

Four different reconstructions of the Giraffatitan torso, primarily based on HMN SII. (A) Greg Paul, 1988; (B) Scott Hartman, 2012; (C) Asier Larramendi, 2013; (D) Nima Sassani, 2011.

None of these have the order correct with the D12 based on Janensch (HMN fund no 8). One of the two speculative middle dorsals has to be removed to make room for D12 at the back end and still keep the count at 12 dorsal vertebrae, which is typical of basal titanosauriformes. But notice how some of these skeletals (notable mine and Asier's) do show the big gap and also the odd "return up" of the subsequent fused pair's neural spines. Greg Paul ignores this feature but does at least half-bake the gap, while Scott Hartman totally omits both of these very distinctive features. But they are natural and can't solely be attributed to crushing.

The point is that the dorsal column as a whole needs to be reworked. In fact the dorsals of HMN SII are a lot less complete than often believed.

Hey, at least when you bother to include HMN fund no 8, you only are missing one dorsal in the sequence to make it a full count of 12. Note hoe the neural spines shorten so radically between D4 and D7. This is quite a bit different that you see in currently existing skeletal restorations, which ignore D12 from HMN fund no 8, and bump D7 back to the D8 position to make things look a bit more gradual (adding an imaginary middle dorsal in the process to keep the count at 12 vertebrae). We can see that if you follow Janensch's explicit instructions (which even he failed to incorporate into his full skeletal recon) then such a position is no longer tenable.
So even though almost the whole dorsal series is present in some form, many of the neural spines and arches are broken and missing,and even the centra show a lot more variation than Paul or Hartman restored. Even the new revised mount in Berlin omits a lot of these details in its sculpted replica bones. So the spine will have to be radically revised. Just how radically? Take a look at this:

HMN SII + HMN fund no 8 (D12, scaled down by 10% to SII)

This is even more bizarre than previously thought. With just the baseline amount of de-crushing necessary to make the vertebrae articulate, so that we avoid unnecessary artificial distortions, the spine is kinked at both ends of the by-now-notorious Dorsal 9. Even it you ignore the pathology argument (and you probably should, since D9, D10 and D11 are all very symmetrical, with no anomalies in lateral curvature), the odd shape and angle of D9 is even stranger than even myself and Asier Larramendi had restored it. While the gap between it and the fused pair is now smaller in the neural spines (which makes sense since the tips of the spines in D9 and D10 almost interlock at this angle), the gap below the zygapophyses (which the spinal cord would have run through) is still gigantic. Woe betide any young Giraffatitan that got bitten there.

Another interesting feature is that there seems to be another dip between dorsals 3 and 4, (or rather an upcurve of the anterior dorsals at D3) which may mean that the tall neural spines in this region came out looking less hump-like than traditionally depicted, and the spine profile of the live animal may have actually been more of a straight incline. And this would clearly make the angle of the anterior dorsals steeper and the neck even higher and more vertical... without having to add an insane amount of upward kink at the base of the neck the way Research Casting International did for the updated Berlin mount of Giraffatitan. I suppose it was easier to alter one joint than redo four of them, but then again closer attention should have been paid to how they reconstructed those other anterior dorsals in the first place. Janensch wasn't making up the shape of the cotyles, and D3 and D4 show very little vertical crushing. There should actually be an upcurve at D3, not a downcurve or a hump.



Even Greg Paul's new 2010 version doesn't come close.



There is still a slight hump in the soft tissue there (which looks excessive anyway) and the tips of the neural spines definitely form a hump. But the centra form a straight line. If they were restored as per Janensch's engravings (and dorsals D3 and D4 are not crushed, so there's no need to "straighten" them out) then D3 and everything in front of it would form a steeper angle and less hump without needing such deep nuchal muscles.

Note that D3 and D4 show almost no crushing in the centrum so the articulation angle even at Osteological Neutral Pose still results in an upward tilt of D3, which makes it easier for D2 and D1 to arch up by fewer degrees and still support a vertical neck, with a minimum of strain or flexion on any one joint, far less than in either of Greg Paul's versions or the updated Berlin mount. Take that, Kent Stevens.



So yes, I will be revising my interpretation pretty heavily. Giraffatitan may turn out to be a bit of a sail-back... in the same sense as Acrocanthosaurus.

Stay tuned for more updates, Giraffatitan's dorsals aren't the only weird thing about this beast.

Bwwaaaaroooooo! Atchooo!


References:

Janensch, W. 1950a. Die Skelettrekonstruktion von Brachiosaurus brancai. Palaeontographica, Supplement 7 (I, 3):97-103.

Janensch, W. 1950c. Die Wirbelsäule von Brachiosaurus brancai. Palaeontographica, Supplement 7 (I, 3):27-93.

Paul, G.S. (1988). "The brachiosaur giants of the Morrison and Tendaguru with a description of a new subgenus, Giraffatitan, and a comparison of the world's largest dinosaurs". Hunteria, 2(3): 1–14.

Paul, G.S. (2010). The Princeton Field Guide to Dinosaurs.Princeton, NJ: Princeton University Press

Taylor, M.P. (2009). "A Re-evaluation of Brachiosaurus altithorax Riggs 1903 (Dinosauria, Sauropod) and its generic separation from Giraffatitan brancai (Janensh 1914)."Journal of Vertebrate Paleontology, 29(3): 787-806.

 

Name that Dinosaur! (#2)

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Recently I saw some pretty impressive dinosaur remains that evade description. These are tough. They're even stumping me, believe it or not.

Of course they are hips.

Sauropod hips are usually pretty easy to identify. The basal ones are pretty simple, relatively small ilium and the ischium and pubis of similar length and lightly built.

Eomamenchisaurus yuanmouensis


Then you have diplodocoid hips, which have big rounded ilia and very tall sacral spines:

Diplodocus longus


Camarasaurs have similar ilia but much squatter and even more completely fused sacrals.

Camarasaurus supremus


Brachiosaur hips are relatively rare in the fossil record (or at least complete described and published ones seem to be). Overall they are wide and extensively fused in the sacrals to support more weight, and have tall ilia with the front end much larger and taller than the back end.

Brachiosaurus altithorax (sacrum). Note the hypantrum gap at the front of the sacrum, and flat-topped prezygapophyses on either side of it. This will be useful later.

Brachiosaurus altithorax (right ilium)


And then you have titanosaur hips, which always tend to be super-wide (in this case even wider than they are long) and super-heavily fused. The ilia are flared out to a downright crazy extent, so the rib cage would have been easily twice as wide as most of the earlier sauropod types. These giants just seemed to be getting fatter and fatter every few million years as the Cretaceous ground on.


Futalognkosaurus dukei complete pelvis (ventral view)


Futalognkosaurus dukei complete pelvis (front view)


And then of course you have the stuff that can only border on fantasy:

not sure if this ever was a dinosaur sacrum, or just a weird rock...


Okay, so on to the star attraction. 

A few pics from Heinrich Mallison's blog caught my eye, I had never seen these before and apparently they are from the Utah Field House of Natural History State Park Museum in Vernal, Utah. We're talking basement vault stuff, locked away far out of view of the museum visitors.

two whatchamacallits... seriously these are weird.

Neither one of these two specimens have been formally described or assigned to any known species.

The pelvis on the left, on the green-tinted forklift pallet, is obviously the taller and less squat of the two. The ilia still flare out a bit and it appears rather front-heavy, so this may be a brachiosaur or a basal titanosaur. The Potter Creek ilium discovered by Jensen (1985) in Utah also seems to have a mix of features from both groups, and may belong to an intermediary family.

The pelvis on the right is far flatter and more interesting. Its  neural spines look a bit Giraffatitan-like but that's where the similarity ends. This pelvis is very wide with super-flared out ilia. Most likely a titanosaur. But lets look closer (keep in mind there's only one species of true titanosaur known from Utah, or the entire United States for that matter).

The squat pelvis from the front. Note the tight space between the prezygapophyses, and the fact that it's a good bit above the neural canal

This thing definitely looks like a titanosaur, but not any that I've seen. A tight, high hypantrum with enough clearance above the neural canal to accommodate a real hyposphene from the final dorsal vertebra (basal titanosaur trait), yet extremely wide hips  with super-flared ilia  (derived titanosaur trait).

How does it stack up?

Alamosaurus sanjuanensis (referred big bend specimen - pelvis cast, dorsal view. Note the neural spines are separate at the tip - beware that this may be a speculative reconstruction because in many drawings you see them looking fused)




Trigonosaurus pricei partial pelvis, dorsal view. Once again, note the neural spines are distinctly separate at the tip.


Saltasaurus loricatus pelvis - the neural spines and top of the ilia and sacral rib connections are eroded, but you can still see that the neural spines were configured as having distinctly separate tips.


Malawisaurus dixeyi - sacrum from above and below. A transitional titanosaur. Note the HEAVY fusion of the neural spines into a single piece by ossified ligaments.


Huanghetitan liujixiaensis sacrum, anterodorsal view. A basal titanosauriform. Note the fusion of the neural spines by ossified ligaments (though the sides of the tips are still visible), and the gap at the front between the prezygapophyses - it's not as tight as in the Utah pelvis. But like the Utah pelvis, their upper surfaces are flat and horizontal.

Euhelopus zdanskyi pelvis and last few dorsals. Top view. The backswept ischia are visible at bottom. Note the lack of fusion in the neural spines tips. This animal was intermediate between brachiosaurs and titanosaurs, and slightly more derived than Huanghetitan - yet the neural spines are radically different. However this is an immature animal, and in adults they may have fused with ligaments into a single piece as in Huanghetitan (whose holotype, though much larger, is ironically also not fully grown).



Unnamed Brazilian titanosaur pelvis - note the heavy fusion of the neural spines with ossified ligament. Also the gap between the prezygapophyses is shallow, and not very far above neural canal. The opposite condition to the Utah pelvis.




Futalognkosaurus dukei pelvis - outlined to clearly show the structures. Note that the prezygapophyses are just above the neural canal, not much clearance, and the gap between them is shallow (just as in the Brazilian taxon), and the connection surfaces are v-shaped.



And finally... the Utah pelvis again:

Note that the prezygapophyses are deep and block-like, their upper connecting facets are horizontal, not v-shaped, and the gap between them is tall and being "hugged" in a tight embrace, well above the neural canal, as if interlocking with a deep hyposphene on the vertebra in front of it. This isn't found in derived titanosaurs like Futalognkosaurus and the Brazilian titanosaur, which lost the hypantrum-hyposphene feature.


So we have the Utah pelvis having some basal traits (brachiosaur-like neural spine "fan-tips" and well-developed deep and high hypantrum which interlocked with a big hyposphene on the last dorsal in front of it) as well as some traits of derived titanosaurs (extremely wide flaring in the ilia and largely unfused neural spine tips as in Trigonosaurus and Saltasaurus - yet this latter trait is also present in the far more basal Euhelopus). Yes, they are mostly unfused at the tips in this sacrum. Here's the proof: a panoramic 3D model by Heinrich Mallison.

The middle four spines are tightly packed together (a common feature of many sauropods) but the tips are still distinct and are not fused into a single straight-edged block like Malawisaurus or the unnamed Brazilian taxon.


Overall the shape of the sacral spines and the twist in the sacral ribs reminds me of Giraffatitan, with the front and middle spines less completely fused, but this is clearly a much wider set of hips.


Whatever this animal is, it looks like a basal titanosaur, but with the extremely wide hips of a derived one. Things get even more complicated when you realize that there's only one true titansoaur known from the United States (and it's native to Utah too), Alamosaurus. A very derived titanosaur which did NOT have a hypantrum-hyposphene connection. Critically, it was an immigrant from South America, at the time when the land bridge of Panama took shape (Late Cretaceous, Campanian epoch) - before this the two continents were isolated, and North America was known to be nearly devoid of sauropods - the basal titanosauriforms of the Early Cretaceous (Venenosaurus, Paluxysaurus, Brontomerus, etc.) had already gradually died out. So the Vernal pelvis is clearly no Alamosaurus. But what is it?

Are we looking at a basal titanosauriform somewhere on the family tree between brachiosaurs and true titanosaurs? Perhaps a Phuwiangosaurus or Paluxysaurus-like creature? Or is this a derived titanosaur similar to Trigonosaurus, with a ridiculous level of throwbacks to its hypantrum-bearing ancestors? In the absence of knowing the creature's age (which would be a big key to figuring out its relationships given the big sauropod-devoid Mid-Cretaceous time gap in North America), what can we deduce from the fossil itself?

And what's more, is this animal a totally "new" species, or a more complete specimen of something we already knew about?

YOU DECIDE... I'd like to see everyone's thoughts.



New sauropod discoveries... held hostage.

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Just got a nice little heads up from one of my loyal watchers. Two new sauropods have just been discovered and described. Zby atlanticus, a basal Turiasaurid from Portugal, and Vahiny depereti, a derived titanosaur from Madagascar, just hit the press.

The problem is which press. No, not a breath of fresh open-access air like PeerJ or PlosOne. It's one of the usual suspects. Taylor and Francis. And the articles are both paywalled.



We have been here before. NOBODY can access the paper. Both papers. Unless you fork out $15 bucks per article. Which can be as much as $2 per page for some papers. Or a hundred bucks for the whole issue. Or a few grand for a subscription. I am sick from this. The people who wrote these papers are some of the smartest minds in Paleontology. But they are still doing something extremely foolish with their research - giving it away for free to a closed-access paywalled publisher that keeps the exclusive rights!



Now I'm not sure what sort of attractive perks/bribes they are offering professors and researchers in order to keep privatizing the fruits of their publicly funded labor, but Taylor and Francis should not be getting first dibs on fresh discoveries like this. Is a professor of Kristina Curry-Rogers' clout somehow unable to scrape together the grant money to publish in an open-access journal like PlosOne or even cheaper, PeerJ (just $200 for lifetime membership)? And did any of the authors of these papers bother to sign the petition? Science is supposed to be about free exchange of ideas, not some bureaucratic oligarchy hoarding information and selling it at exorbitant prices. These are PDFs, not even print copies. This is publicly funded scientific research, not a privately funded novel. The public pays taxes, they deserve to see the fruits. And the open access model allows the researcher to make and distribute unlimited copies themselves, the paywall model doesn't, as the publisher reserves ALL rights!

These multi-billion dollar publishers (Taylor & Francis, Wiley, Elsevier, Springer) never went bankrupt and never needed a bailout. Yet they are still claiming exclusive profit rights and publishing rights off the work of scientists that WE the public fund through our taxes (government grants, public university money, etc.) And why does this happen? You can blame politicians, or lobbyists, or their corrupt bills like the RWA, but ultimately the author has more control over this process than you think. The author can choose which journals to publish in. Some of the supposedly smartest scientists are GIVING their work away to these privateering publishing crooks. And despite the presence of a better and more sustainable model, they still do it. It doesn't wake a PhD to realize that you and the public are being scammed. And yet I still see PhDs making the same mistake of giving their work to a private for-profit publisher instead of using PeerJ and making it available to the public which funded their research.


I don't know whether to head-butt the wall or start quoting Forrest Gump here.
How many times do we have to say this?

Taylor & Francis is privatizing profits and socializing costs.
Taylor & Francis is privatizing profits and socializing costs.
Taylor & Francis is privatizing profits and socializing costs.





Exterminating polio and smallpox was considered a great victory for science. So why keep feeding today's publishing parasites which are far easier to quarantine? Abandon them, if a true scientist ye be.

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Hot News! RECORD-SMASHING titanosaur just discovered!

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News flash: we have a new biggest dinosaur.

Yes, I know you've got cause to be skeptical. Ever since a number of somewhat dubious contenders took the title from Brachiosaurus in the 80s, it's been very rare that something touted as "the biggest dinosaur" ends up keeping that title for long.

Not always because something bigger gets found a few years later, but because most of us are far too prone to exaggeration. Except, of course, when you speak of my talent as an artist and my knowledge of dinosaurs - then there can be no exaggeration no matter how hard you try :)

What noises our friends at SVP made upon seeing this, we are not at liberty to say!
But when it comes to fossils, scientists are often prone to exaggerating the size of their finds to make their reputations... which makes it even more remarkable that what you're about to see looks like the real deal. No more over-exaggerated wimp-o-sauruses. No more crazy sky-high estimates based on a handful of grainy photos, terrible hand drawings, and mysteriously lost fragments that nobody bothered to excavate for 30 years. No more "sort-of giants" that actually turn out to be a bit smaller and slimmer than what we knew before. What you're about to see is quite possibly the biggest dinosaur yet found, and the better news is that the evidence is very well-preserved, AND they found MORE than one of them.

Are you $&!##!^* me Private Pyle? That bloody thing out-jensens Jensen by at least half a meter!!!
Say hello to Pablo Puerta. That's the guy next to the bone, not what they named the dinosaur. You may have heard of him before... he's the namesake of the colossal Puertasaurus, which since 2005 has been (most likely) the largest dinosaur known from existing fossils, a very stout titanosaur that probably even outclassed Argentinosaurus. The literature originally named Puerta as a farmer, who along with a friend, Santiago Reuil, originally located the bones of Puertasaurus on a ranch in southern Argentina.

Well now apparently he's back, as mechanic and field engineer on Dr. Jose Luis Carballido's dig team. The site they found in Chubut Province is about as high-quality as you can hope for with these monster bones. And that femur is so huge (do I see three forklift pallets?!) as to put Jim Jensen's original "Ultrasauros" and Supersaurus scapula poses back in the 1980s to shame.

Of course this isn't all they found.


This is literally the first time that creatures so big have been found in a herd assemblage together. Apparently there were as many as 8 individuals discovered (this picture doesn't show the whole site). And we're talking about some of these femurs approaching 10ft. (3m) in length. This may really be the biggest dinosaur we have right now. I don't care how big you think Argentinosaurus is, there's no way that the missing ends of its femur shaft would have added enough length to make the bone 9-10 feet long. 8 feet maybe, but not 10. The giant Alamosaurus remains (the neck centrum found by Fowler and Sullivan and the tibia found in Mexico) may be in the same league as these new Chubut specimens. But almost nothing else is. Even Ruyangosaurus and the French Monster don't come close.
  

Femurs from different-sized individuals, all of them huge, some pubes and other hip elements (similar or even  larger than Futalognkosaurus, with the same tight pubic foramen).


  
Even the bulldozers start to look small.


A lot of stuff happened here. This spot probably had 3 or 4 of these giants literally get drowned on top of each other by a big flood.. All of the bones are very well-preserved, which is unusually rare for sauropod remains this big. Just to left of center, there's a large flat shoulder blade. The site appears to be mostly limb elements, can't see much in the way of vertebrae or ribs. But there might be some of those deeper down or in the surrounding rocks.
 
This femur looks a LOT like Traukutitan. That high lateral bulge, very angular.

This femur belongs to the "baby" of the group.


Dr. Carballido (right) and Pablo Puerta (left) with some of the smaller remains at the site
All of this material is impressive, and every bone appears intact and pristine. Complete femurs and hip bones, no mangled/crushed or incomplete fragments, no plaster inventions! This is literally a dream come true for any paleontologist, and the sort of breakthrough that hasn't been common since the 1800s.

More material remains to be found at the site. In fact we've seen other assemblages of well-preserved giant titanosaurs before, but in fewer numbers. One example is Lago Barreales, where the big Futalognkosaurus holotype and two smaller specimens were found in an ancient lake bed along with tons of other prehistoric ecosystem goodies.
This is some juvenile Futalognkosaurus material found in 2007, not the new record-breaking animal, though the shape and color of the bones is very similar. Notice the femur with its sharp lateral bulge, the pubis in the foreground, and at distant right an ilium lying sideways.
But nothing really conveys the size of the Chubut Monster like that huge pallet-crushing specimen.
Note the sharp angle of the lateral bulge, located high on the shaft just like in the smaller specimen. This is a classic lognkosaurian feature, both Futalognkosaurus and Traukutitan have it. So we may actually be dealing with a herd of Puertasaurus or another giant lognkosaurian. The bone bed's age, once calculated, may provide a clue. Only time will tell.
The Chubut giants are truly spectacular.

We've seen big bones like this before... just not as big. Take a good look at previous contenders for Mr. Dinoverse, because the new discoveries in Chubut province are about to make history.

















   




Hopefully a description will be forthcoming soon (published as open-access, please!)... What are your thoughts on this amazing discovery?




More on the Chubut Monster

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A few more pieces of information have been trickling out about the new giant titanosaur found in Chubut province, Argentina. While it may be anyone's guess when the paper will be out (and I would rather they take their time and get it right, instead of rush the process and end up with wrong measurements or figures) there are some important things we can already tell from the existing pictures.

First of all, the pictures are not comprehensive of the whole find. The news reports mentioned the discovery of up to 8 individuals at the site. The pictures that have so far appeared show at most the remains of two or three. However there is more of the site that was excavated, a portion that barely shows in any of the pictures.

But first, a few new looks.







This appears similar in many aspects (the position of the cracks mainly) to the huge femur that Pablo Puerta posed (or planked) next to on those pallets in the last post. But it just looks too small to be the same one. Nobody here looks unusually tall, yet the bone looks a bit more modest than the one with Puerta in the picture. That said, this thing is still definitely "family sized". *Lucky kids. I never got to be that close to a dinosaur at their age.*

But there's more to decipher at the site.

Look at that high, pointy lateral bulge (foreground).  If anyone had doubts about lognkosaurian affinity, this should squash them like the creature itself. Only two lineages of sauropods have such high and angular lateral bulges on the femur - lognkosaurian titanosars, and some euhelopodids and acrofornicans. This odd placement may have evolved other times, but so far we don't know of any more. (Also note the top of the pubis with its deep base and pinched foramen... that's about as close to Futalognkosaurus in shape as these parts ever get.)


The same femur and pubis from a different angle. Most of the other remains here were plastered and ready for removal by this point. 

Apparently some vertebrae from the site. The big mistake, of course, if that they're connected to a Diplodocus skeletal (credit: Scott Hartman), instead of a titanosaur one (both Hartman and myself have done a few).

The field at its densest point. Shoulder, hip, rib, femur and spinal material is all present here.

Another view of the bone bed. Notice the scapula, femur, and one of the thickest ribs are easily visible.

But then of course someone has to make a map. A field map of the site may yield further clues, but for now we have to settle for color-coding what's there. Color coded maps are probably the most convenient for easily identifying parts of the same individual, as in this one of Bonitasaura:


So based on the photos of the Chubut finds, we come up with this (forgive the psychadelic craziness of the neon colors, there aren't that many other ways to get bones to stand out in heavy shaded angles and similar-colored rock):


Red = ribs, blue = scapula, turquoise = coracoid, orange = vertebrae, yellow = probable vertebrae , light green = femora, deep green = humerus, magenta = pubes, purple = ilia (?)

The most complete view of the site - note the large eroded femur at front, a bigger individual that that of the two other more complete femurs, and the large area at back, with plaster casings. There is far more to the site than just these few bones in the foreground, there's a whole pile of bones further back which were barely photographed aside from here.


One of the two smaller femurs at this location, the left femur. The disarticulated pubes and the shoulder material are probably from this same individual, note that the coracoid is not fused to the scapula so clearly this animal was immature at death. The femur flipped over during burial, pointing head-down. It's possible the pelvic area was scavenged.


The same femur, in that angle that shows off the sharp lateral bulge. The same bones (here largely plastered in a later dig phase) are colored in. There appears to be the centrum of a vertebra jammed in the matrix between the two pubes. also there appear to be two broken theropod teeth on the pubis, right below the foramen. It's looking more likely this carcass was scavenged. But the scavenger apparently didn't get a chance to cause much damage to the skeleton.



The same femur and pubes. Note the humerus (green) in the background.

The dense cluster from downhill view. Note the huge scapula and its squared-off proportions, typical of lognkosaurs and other titanosaurs. Here you see the femur from its bottom end (and the pubes from their top ends). At far left is part of the humerus, and some thin cervical ribs are also visible closer up. The un-colorized rusty patch jutting out from under the scapula may be a bone or an artifact of preservation.

Keep in mind this is just what I could identify from the photos. There may be other bones in some of the jagged lumps of rock around the site, which I have not marked. It's tempting to see bones everywhere you look, but until you know for sure what you are looking at, it's better NOT to interpret everything as an organic structure let alone part of the animal.

In any case this may make it a bit easier for artists. I wonder if they found any skull material or osteoderms at the site...


Is the French Monster a Euhelopodid?

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One of these days we may see a paper come out about this. France, as you may know, contains a dinosaur of truly gigantic proportions (and no, I'm not talking about the Algerian species "Brachiosaurus" nougaredi which seems to have disappeared into a black hole somewhere in Paris). No, this one's a local. A new "titanosaur" known only as the French Monster, or the giant of Angeac, has turned up in the past few years in a bone bed which contains a huge jumble of Early Cretaceous dinosaurs of various sizes - everything from baby abelisaurs to massive hundred-foot sauropods.

Except it's not really a titanosaur, is it?

The French Monster is another one of those legendary or semi-legendary sauropods which should have a name and a formal description, though it's unlikely most of them ever will. Even the pictures evoke something rarely seen in the fossil record.



Mainly the image that sticks in your mind is the very long and oddly blackened right femur, over 2.2m long, with which everyone seems to be "doing the Jensen" though none of them come close to getting it right.

But there is much more to the Angeac-Charente site where this bone was found. There appears to be part of a second femur also recovered at the site, and possible rib fragments. And different individuals of this species have been found, with the fossils in different shades of mineralization.


GIGANTIC tail vertebrae and toe bones. Over a foot in length or diameter. Note the cheesy scaled-up mid-90s "Brachiosaurus" skeleton model designed by Dale Russell and Ely Kish - these things originally came in a screw-cap plastic egg, and were the highlight of every kid's otherwise dull-as-doorknobs trip to T.J. Maxx. Some of you may be too young to remember... The model isn't 6 feet tall like it may appear, it's on the shelf, not the floor!

The heavy toe bones and caudals. These may be from multiple individuals.

Some teeth were found, very well preserved and encrusted with mineral deposits formed in fossilization.

These teeth have a very basal appearance, and so the labeling of this animal as a titanosaur is unlikely. The teeth could easily pass for Brachiosaur teeth. But there is more than just this first indication what what we are seeing may not be a true titanosaur.

The femur and the other pieces were apparently packed and shipped to a museum. It's not clear if this is in Paris or elsewhere. The femur is crushed and snapped in a few places but its total length is still preserved. A cast and wall mount were rapidly made. And this is the peculiar part.

Here you see the femur, fragments of another, and a rib. Apparently this is a part of the full wall mount you see in the background of the previous picture. It's evident both that there was crushing and that very little erosion has happened. The most unusual things about this femur are the very long femoral head, and the odd lower end, with its inner condyle extending lower than the outer one. This is the exact opposite of when you see in derived titanosaurs. But is is a classic femur morph in a group which is close to basal titanosaurs.

Between brachiosaurs and basal somphospondyli (creatures like Chubutisaurus, Ligabuesaurus, and some would say, Paluxysaurus and Sauroposeidon) and true titanosaurs, there was an amazing radiation of transitional forms. These appear to form at least two major families: Euhelopodidae, and Acrofornica (tall-arches). Both are characterized by extremely long necks, high cervical counts, and bifid neural spines in the neck. The Acrofornica are further distinguished by very tall neural arches, high diapophyses, and nearly no neural spine in the dorsals. They tend to have well-separated sacral ribs, whereas those of euhelopodids tend to be extensively fused together. And whereas euhelopodids (or at least some of them) have procoelous tail vertebrae (anticipating derived titanosaurs!) the tails of acrofornicans revert back to simple amphiplatyan tails, as in basal titanosaurs.

After about 3 years of morphometric comparisons between various elements and overlaps between different specimens (some of them very fragmentary) the following family tree slowly began to reveal itself. This is not a complete family tree of titanosauriformes; only some of the more well-known ones intermediate between brachiosaurs and titanosaurs are included here.

And in the comparisons between different elements, specifically femora, the French Monster appears to belong in this transitional "gap" rather than in the more derived true Titanosauria. Previously I had put several hypotheses out there, what the French Monster may have been. Perhaps a lognkosaur, possibly a Malawisaurus-grade stem lognkosaur. Perhaps an oddly slender Antarctosaur of Pellegrinisaurus ilk. Maybe even a nemegtosaurid like Huabeisa- wait a minute, that one's not even considered a nemegtosaur anymore! That's the great thing about finally using digital photos... they clear up all sorts of confusion - which Pang & Cheng had forgotten to do in the original blurry description.

Well it turns out that the French Monster is more like Huabeisaurus than previously realized. Both are closer to Euhelopus and the acrofornicans than to true titanosaurs.

Complicating matters is the fact that some lognkosaurian titanosaurs have a protruding femoral head and a high and prominent lateral bulge, which differs from all other titanosaurs, and converges on that of some euhelopodids and acrofornicans. However the distal end of the femur follows radically different patterns in the two lineages. Here's the comparison of posterior views, you be the judge (not to scale):

So far the morphology of the French Monster's femur (the long and slender femoral head, the tibial condyle being longer and more massive than the fibular condyle, the lateral bulge high on the femur) appear more like a basal somphospondyl than a titanosaur. Most specifically, it resembles Paluxysaurus, and to a lesser degree, Huabeisaurus. The distal end of the Chubutisaurus femur is too eroded to make a good comparison on the condyles. All the same, the basal lineage of this unusual animal look much clearer now. The French Monster points to a radiation of basal sonphospondyli well outside Asia in the early Cretaceous. Angolatitan was the first euhelopodid to be described outside Asia, proving that the clade was not an exclusively Chinese one - and there are rumors of some similar fossils in Europe as well. If it's a chubutisaur, it would be the first to be found outside the Americas.

Perhaps the biggest oddity of all is how slender the French Monster's femur is. The crushing is mostly from front to back, not lateral. So it really was this narrow. There is a possibility then, that this animal was not even close to the maximum size possible. As an adult it may have been more robust. There is no coracoid or scapula material, so the degree of suture fusion in the shoulders (and thus the animal's maturity) is open to speculation.

As far as I can see it, this dinosaur is most likely a chubutisaur (or whatever Paluxysaurus is, seeing as it's more or lesss totally busted as a purported brachiosaur), but may also belong in acrofornica or euhelopodidae depending on how the cladistics stack up. In any case it's huge and unusual, and maybe soon we may get to see a description and some idea of its overall proportions.


Dreadnoughtus - the Truth and the Myth

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I knew this day was coming!

Lacovara's titanosaur has been described, named, and even 3D imaged! Dreadnoughtus schrani, read about it here: http://www.nature.com/srep/2014/140904/srep06196/full/srep06196.html .

I saw this animal in preparation at the lab in Carnegie Museum long before it had a name, and I had the opportunity to speak with Dr. Lacovara himself at SVP 2010 and 2011 about this animal's morphology and likely lineage, so seeing the fruits of the Drexel team's work is personally satisfying. And unlike many instances of new dinosaur names, this one fits the bill perfectly. Dreadnoughtus is indeed a dreadnought of the dinosaurs. Not the only one by any means, but it's about time sauropods got some really imposing-sounding names, not just predatory theropods like T. rex. At some point sauropods really do get too big for any predator to mess with.



Now as usual with these giant dinosaur discoveries there are a number of myths floating around with the facts. Some of the most common rumors media reports that we can scrutinize are as follows:

1. This is the biggest dinosaur yet found.
Actually, no it's not. Argentinosaurus, Alamosaurus, Puertasaurus, Ruyangosaurus, the Chubut Monster,"Huanghetitan" ruyangensis, and maybe even Paralititan and Argyrosaurus sp. likely outclass it for raw size and mass. And there are a few brachiosaurs which also might be larger, including a very big referred specimen of Brachiosaurus itself. Of course neither specimen of Dreadnoughtus is fully grown (unfused scapula-coracoid suture is a dead giveaway of immaturity) so perhaps an adult Dreadnoughtus could rank higher in the "top 10 biggest". It is however among the biggest dinosaurs that are actually complete enough to reasonably estimate their size without much room for guesswork. But nobody is officially claiming it to be the "biggest" - we know based on general large titanosauriform proportions that most or all of the aforementioned animals are larger, even if estimating just how much larger is a bit more tricky.



2. This is the most complete giant titanosaur found.
This is technically true. Although it's missing most of the neck and ribs, which are largely present in Futalognkosaurus, the other contender for "most complete giant titanosaur". The fully tally of bones from the two Dreadnoughtus specimens adds up to more, especially considering the limb material, but the published diagrams and 3D scans still look less complete than Futalognkosaurus - when you composite all 3 specimens of Futa together, anyway. Surface area-wise, Futa's huge and deep neck bones at least make it appear more complete. And the referred juveniles contribute some limb material. Both animals appear to be similar in size.




3. This animal is a lognkosaur, as the paper seems to imply.
What's funny is that when the fossils were still under preparation back in 2010-11, both Dr. Lacovara and myself thought it might be something much more derived, like a record-sized Aeolosaurus-grade saltasaurid, due to the forward-slanted, antenna-like prezygapophyses in the tail. Of course to be fair, most of the fossils were in fragments at the time and had to be painstakingly glued back together, and when part or all of a caudal neural spine is broken off, many unrelated titanosaurs can look deceptively like "aeolosaurs". However, after analyzing the paper I can say that a lognkosaur-like position is indeed more plausible. This animal however isn't quite a lognkosaur. Close, but not quite.
 
The upper humerus bulges upward medially, much more like Argyrosaurus and Quetecsaurus, which has a very Argyrosaurus-like hand shape. Unfortunately hand material is missing for Dreadnoughtus, but the arm bones look Argyrosaur-like enough. The femur is very wide and robust with a large, midlevel 4th trochanter, convex-curved upper margin, and a reduced lateral bulge - very different from any known lognkosaur femur, but very similar to the two huge "Argyrosaurus sp." femurs in the Field Museum. The dorsal vertebrae are pretty wide with substantial laminae making the neural spines triangular, but just not as wide as in true lognkosaurians. They do however bear a passing resemblance to the dorsals of "Argyrosaurus sp." (=Elaltitan lilloi) specimen PVL 4628. The paper clusters it with Malawisaurus, which it places in a more derived position than true lognkosaurs - a position that isn't supported by the humerus and femur morphology and think should be re-examined. The Paleo King ranks this species as an Argyrosaurid, probably closest to Quetecsaurus. Which is a very good thing indeed, as it (along with the even odder Quetecsaurus) greatly improves our knowledge of this obscure titanosaur family.

Bones NOT to scale here!

Or here, though looks may deceive!

4. The neck was horizontal (?!?!?!?)
The reality is that only two of the neck bones were found, and both exhibit pretty serious crushing. And the first 3 dorsal vertebrae are missing entirely, with the 4th being seriously crushed as well. So it's very difficult if not impossible to reconstruct its neck posture accurately. The honest answer is that we don't know what Dreadnoughtus' neck posture was. But I think it's a pretty good guess that the neck was vertical or semi-vertical as in Futalognkosaurus, not horizontal as in the published skeletal in the paper. We are definitely dealing with a high-browser here. Titanosaurs of such large size usually have the extremely long and vertical necks of high browsers - there is no point in wasting such necks to only bend down and eat ferns like Saltasaurus or Diplodocus. Even the paltry tooth material found with Dreadnoughtus is that of a high-browsing conifer eater. The 9th(?) cervical is big enough to indicate an even longer neck than Futalognkosaurus, and even with the 3D model omitting any speculative reconstruction of the hands (and leaving precious little space for them), the shoulders of Dreadnoughtus are still higher than its hips. Add in hands of correct lognkosaur or argyrosaur proportions, and this will tilt up the torso and shoulders even further. And the general rule with all high-shouldered sauropods is that they also tend to be high-browsers, regardless of neck length. So we have two patterns of evidence in favor of a vertical neck.

3d model scan of the actual fossils. Even with the arm not raised high enough to leave space for the hands, the shoulders rise above the hips. Every well-preserved macronarian with this pattern exhibits a more or less vertical neck.  Note that the back is pretty straight here.
Original skeletal from paper - the neck seems to be horizontal to make room for more figures? The back is oddly curved, which isn't evidence by anything in the fossils, and the dorsal spines just look wrong. Where's the backsweep?
Very hastily corrected version with correct-sized hands and a straighter back and more vertical neck. Now that's better!
Unfortunately these days (thanks in no small part to a certain wispy white mustache from outside the field) the convention in many dinosaur papers seems to be to illustrate sauropod necks horizontal since it's seen as more "conservative" and "safe" even if it isn't meant to be literally accurate or isn't the main focus of the paper. Never mind that it wastes neck length, puts much more strain on the span of the neck than a vertical posture, and that most macronarian necks weren't built for tolerating horizontal strain for any substantial length of time... of course it's possible Lacovara and co. may have just wanted to save vertical space per page in an already large paper (publishing is getting expensive as many of us know) so I can't judge their reasoning on this particular case.


5. Dreadnoughtus and Puertasaurus were basically best chums.
Doubtful. Although they were found very close together (something like only 13 miles apart) in Santa Cruz province in the far south of Argentina, their time horizons may be different. The exact stratigraphy of the Dreadnoughtus site is still a bit murky, and even if it is Maastrichtian in age, it may still be separated from Puertasaurus by hundreds of thousands of years if not more. And even if they did live at the same time, they may not have been buddies. Big sauropods in similar feeding niches were just as likely to compete over resources as share them. Notice that term similar niches. This did not mean that big herbivores always butted heads (or tails, as the case may be). Sauropods in vastly different feeding niches (such as brachiosaurs and diplodocids in the Morrison and Tendaguru formations) tended to coexist just fine.

Plus, if the subadult type specimen of Dreadnoughtus (or one of similar size, around 50-60 tons) crossed paths with the Puertasaurus type (around 90-110 tons, which may or may not be an adult) then maybe "dread-nought" may have stopped being such an appropriate label! Comparing the dorsals of Dreadnoughtus with the one found from Puertasaurus, you will soon see that while Dreadnoughtus may be huge, it's definitely not in the same league.



The Giant that Never Was: All your Bruhathkayosaurus questions answered!

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Happy New Year, everyone! A lot of new dinosaur discoveries in 2011, and 2012 promises to be even better. BHI's dueling dinosaurs (a large Nanotyrannus and a previously unknown chasmosaurine ceratopsid) await description, and there several remains of Chinese theropods contemporary with the Ruyang/Liudian sauropod fauna that have yet to be described. "Xinghesaurus", "Liaoningotitan", and "Nurosaurus" round out the list of sauropods mounted but not formally described or named, and of course there are those colossal French titanosaurs popping out of the hills of Champagne.

 

But for all the new discoveries coming out of the woodwork, there is one that must be laid to rest and buried. For all the fans of giant sauropods, this is disappointing news, but not altogether unexpected. Bruhathkayosaurus, long considered the biggest or second-biggest dinosaur, is NO MORE. Whatever little evidence of it there was, is now completely gone, and so barring the discovery of another specimen, it will never be studied and its purported dimensions can't be verified. I have a lot of people asking me "what about Bruhathkayosaurus?!" since I posted my list of obscure giant dinosaurs, and I also get that question every time I say "Puertasaurus (and now Alamosaurus too) is the biggest dinosaur we have rock-solid physical evidence for as of NOW." So I'm doing this post on Bruhathkayosaurus to clear up all the questions about this bizarre case of skullduggery and sasquatch-sensationalism trumping hard science.

 

Personally I am beyond skeptical about this animal's validity, (in my view it's a hundred times more dubious than even the long-lost Amphicoelias fragillimus) but before I explain my reasons, take a look below at Matt Martyniuk's blog post on this mythical super-sauropod from December 21. (reposted below):

Bruhathkayosaurus is Dead. Again.

Bruhathkayosaurus is Dead. Again. 

 Above: Working sketches for a speculative B. matleyi reconstruction by Steve O'Connor. Click here for Steve's final drawing.

I don't know how common this knowledge is, but this is the first I've heard of it so humor me while I mourn the possibility of ever re-assessing the intriguingly large sauropod specimen known as Bruthathkayosaurus matleyi.

B. matleyi was known from fragmentary remains of the pelvis and limb bones found in the Tiruchirappalli district of Tamil Nadu, India. It was first described by Yadagiri and Ayyasami in 1989 as species of giant allosauroid. This classification was widely doubted online, but little follow-up work was ever done. The initial description is widely regarded as exceedingly poor in quality and not much can be discerned about the specimen due to poorly detailed drawings and insufficient text. Tom Holtz has even stated that "the hypothesis that this is no more than petrified wood has not been falsified yet to my satisfaction." However, Mickey Mortimer later noted that the tree trunk hypothesis "is questionable given the non-cylindrical bones preserved such as the ilium. Additionally, Chatterjee has personally examined the fossils, and while he has a bad record of misidentifying taxa, I give him enough credit to not confuse a tree for a limb bone."

Sankar Chatterjee did indeed apparently examine the material and told George Olshevsky and Tracy Ford that he believed it to be a titanosaur, as reported in 1999 here.

Holtz responded to these appeals by noting that"not all units are the Dinosaur Park or the Djadokhta. In some preservation is really, really, really crappy. You might get all sorts of autogenic growth on the fossils, or alteration of the original material. In outcrops like that, it isn't out of the question to be fooled into thinking bone is wood and vice versa, especially from simple superficial appearances. This is why a section of the fossil would help resolve if it is bone or wood." So, there's that. We'll now never be able to take that section.
While B. matleyi was a near-mythical celebrity among "semi-apocryphal gigapods", its legend loomed larger than (published) reality. While most online sources (such as the DML posts quoted above) had long since agreed that the specimen was probably a gigantic sauropod and not a gigantic carnosaur, no actual published reference to the species as a sauropod existed until five years ago (Krause et al. 2006).

And what a sauropod it was, maybe! Obviously with such a paltry footprint on the scientific literature, reliable size estimates for such a poorly described specimen are hard to come by. Luckily, some researchers have done the best they could with the available data and determined that, if B. matleyi was indeed a titanosaur with similar proportions to say, Argentinosaurus, it would have been very large indeed. Matt Wedel over at SV-POW has estimated the size of this animal in life at 139 tons. Mickey Mortimer has estimated its length at up to 34 meters. That would position it as one of the largest species of land animals ever, second only to Amphicoelias fragillimus, possibly.

And now, it appears that B. matleyi has suffered the same fate as its atlantosauroid rival for the record. In the comments at another SV-POW post about semi-apocryphal gigapods, Wedel reports that the type and only specimen of B. matleyi was at some point washed away in a flood. Any hope of verifying the stupefying claims about this species' size now seem to be lost. And unlike A. fragilimus, which was described and well-illustrated by a mostly reputable source with no obvious errors, the poor state of the B. matleyi description will forever doom this creature to the realm of dubious claims. After all, given the poor state of the description, it seems possible that a simple scale bar error or other mix-up could have tainted the data, and therefore all of our size estimates.

So here's to Bruthathkayosaurus matleyi, a beast (or possibly, a tree?) that died 70 million years ago, raised its spectral head (or crown?) again for one tantalizing moment and then, like Hitchcock's Ornithichnites, sunk back beneath the earth before we could really learn anything about it.




The only known photograph of Dr. Ayyasami, who along with his colleague Yadagiri,
described Bruhathkayosaurus and the similarly over-hyped and misidentified Dravidosaurus.

In fact there is some more to this story...

The rumors of the Bruhathkayosaurus material being washed away in a monsoon are confirmed here: Zach Armstrong has confirmed with Dr. Ayyasami that the remains were lost in floodwaters..

"From email correspondence with Dr. Ayyasami, it appears that the material was never actually properly prepared and was left exposed to the elements so when heavy monsoon rains struck the region the fossils were carried away in the rains. He says that the material was definitely dinosaurian in nature, and apparently Dr. Sankar Chatterjee also was able to confirm its dinosaurian (and apparently, titanosaurian) nature. However, as you note, both of these guys have not had the best track record in identifying fossils."

My reactions to the remains having disappeared was hot.

"Why did Ayyasami not prevent the loss of this material, surely if he believes it was one of the biggest dinosaurs it would be valuable enough NOT to repeat what Cope allowed to happen with Amphicoelias fragillimus!

I know you're not supposed to take this stuff personally in Paleontology, but I'm honestly furious with the guy for not taking any photos or even making a good DETAILED drawing of the bones. Seriously, is film that expensive? It wasn't too costly for Lydekker to take photos of Argyrosaurus way back in 1893! I doubt Yadagiri and Ayyasami didn't have any access to a camera, especially considering how much press coverage their discovery got, even up through the 90s. It's like the people who prepared this thing just didn't care. I'm beginning to fear the whole thing may be a hoax taxon. Like over 95% of the other titanosaur material dug up India and Pakistan.... sadly... 


This wouldn't be the first time Yadagiri and Ayyasami pulled this kind of thing either. Dravidosaurus was another one of their bogus "dinosaur" discoveries. It turned out to be some battered barely recognizable scraps of marine reptile - probably a plesiosaur - but they claimed for certain that it was the last surviving stegosaur, lasting well into the Cretaceous! Have these guys EVER dug up anything legit?"


Apparently not. It seems their only published discoveries were Bruhathkayosaurus and Dravidosaurus, both possible hoaxes which are anything but what they seemed to be. Though Yadagiri and Ayyasami actually DID take some photographs of "Big Bru", as I later found out - it's just that these SUCK. And since 1989 apparently no other photographs have been taken of the remains, leaving us to boggled figure out just what the heck they were spending film on:


 You can't really make out much of anything, it's hard to tell in the first two photos if you re actually seeing an ilium or just some random bits of rock, bone and petrified wood thrown together. The bottom photo (supposedly of a tibia) doesn't actually seem to show much of anything. The remains are so badly weathered that Yadagiri and Ayyasami originally described this animal as a meat-eating theropod before they decided it was really a sauropod. I mean if you can make that kind of mistake so easily despite having a PhD in paleontology/biology/geosciences, then either you're really starved for good specimens (or fame/fortune/funding) -  or a PhD simply doesn't mean what it once did.

Also it's apparent that they never actually removed the fossils from the ground, let alone brought them back to the lab for study. The fossils were not transported to the nearest museum, they were just left in the ground (the intent probably being indefinitely).

To quote Mickey Mortimer:

"Very interesting to learn the material was washed away. So not only were the authors terrible at drawing and describing, they didn't even try collecting the specimens..."

It's frustrating to learn that the material is gone. Based on the images in the description it's not even certain the supposed 2m long 'tibia' was a tibia.

What's more, Dr. Sankar Chatterjee, who looked at the material and claimed it's real and a titanosaur, doesn't exactly have the best record of identifying dinosaurs correctly either. A lot of his discoveries are based on very shoddy material, and most of the time he got the identity of the animal wrong. Such as the following cases:

*Shuvosaurus - named for his son, Chatterjee described it as a Triassic ornithomomid (I know, sounds bizarre... considering even basal maniraptorans didn't evolve until late Jurassic times) - It turns out Shuvosaurus wasn't a dinosaur at all, but a rauisuchian - something much more closely related to modern crocodiles. Few recent descriptions of new fossil taxa have been that far off the mark.

* Technosaurus - this strangely named creature was initially labeled as a basal ornithischian by Chatterjee, something similar to Fabrosaurus perhaps. It was actually a chimera of at least three different animals: a "prosauropod", a Shuvosaurus, and finally jaw fragments that could be from just about any random archosaur. None of the bones fit Chatterjee's description as an ornithischian dinosaur.

* Alwalkeria - Chatterjee's diagnosis as a theropod was wrong, and its unserrated, unspecialized teeth make it either a very basal dinosaur (similar to Tawa or Eoraptor) more primitive than theropods or any of the later major groups - or perhaps put it outside of dinosauria altogether.

* Protoavis - the infamous "bird before the first bird", which Chatterjee claimed pushed the origin of birds back to the Triassic, far before that of Archaeopteryx, and supposedly meant that birds, rather than evolving from dinosaurs, only shared a common ancestor with them. The claim made Chatterjee an overnight celebrity and lightning rod in the scientific arena, and Feduccia and the other BANDits instantly ate it up. But Protoavis was based on a few very badly worn fragments, so that even the likes of Phil Currie and Greg Paul can't agree on what it really was. We do know it wasn't a bird though. There's no trace of feathers, nor any uniquely avian features. The known remains (such as can be identified) are very "reptilian" in form. Possibly it's a chimera of bits of early dinosaurs, lizards, crocodylomorphs, and other assorted odds and ends. Chatterjee got a lot of media attention for this artificial creature, but after a while the story just evaporated and Protoavis - nothing more than some beat-up fragments just barely recognizable as archosaur bones - was largely forgotten. There's really nothing in the (very crappy) fossil material to identify it definitively as anything beyond a generic archosaur, let alone pinpoint it as a bird.

In his definitive analysis of the material, The Rise of Birds (1997),Chatterjee failed to illustrate the Protoavis fossils via pictures or sketches of the fossils proper, and instead offers the reader artistic reconstructions. For this, Chatterjee has been sharply criticized. Such an approach is unscientific in that it idealizes the material at hand, and obscures the very fragmentary nature of the fossils, and their poor state of preservation. Today most paleontologists consider Protoavis totally invalid.

The very same could be said for Ayyasami's crude and stylized drawings of the bones of Bruhathkayosaurus.




And Chatterjee, for all his years as a professor, is not exactly a titanosaur specialist. He has never described a single titanosaur, not even as a co-author. Most of his research is in little broken-up pieces of Triassic archosaurs that may not be dinosaurs at all. I'm not sure how well he'd be able to identify titanosaur remains beyond the need for a second opinion, considering how poorly he's done with the critters for which he DOES have years of experience under his belt. Unfortunately his opinion is all we have, since the bones of Bruhathkayosaurus are gone forever.

Frankly, the bizarre narrow opening of the hip socket indicates the entire ilium may be a false construct. And in fact the entire socket seems to be constructed of two separate fragments. For all we know they could have been found hundreds of feet apart and have no relation to each other or to the upper shelf of the "ilium". The tibia is so blurry in the photograph that it may just be some small ridges of rock that happen to form a rough pattern.

I believe Bruhathkayosarus is either a hoax or a very hastily cobbled chimera of things which were never properly identified. How convenient for the authors that the thing just lay around outdoors for years and got washed away with no high-resolution photos ever taken. Oh it WAS the biggest dinosaur, we found it alright. Where is it? Oh well after two decades of leaving in the ground, we lost it in a monsoon, so sorry. But you should have been there to see it, Watson. You should have seen it!

Laugh me a river. For anyone that still wants to believe that Bruhathkayosaurus was for real, and a bona fide titanosaur at that, I have this to show you:



Rethinking "Brouhaha-saurus" - what if it were real?

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The previous post on Bruhathkayosaurus has given me some thoughts on an interesting possibility: what if this animal were indeed real?

It's no secret that I'm seriously skeptical of the remains that Yadagiri and Ayyasami found in 1989 and labeled as "Bruhathkayosaurus". First they identified it as a very large predator, then later on others suggested it must be a plant-eating sauropod, and probably a titanosaur at that. Most of these theories are pure conjecture. But from the size of the remains it really only makes sense that if this animal were real, it would have to be a sauropod.

But how should we interpret these remains, which are now the lost victims of a monsoon flood? The discoverers are notorious for describing stuff that isn't what seemed at first. Dravidosaurus, the supposed Late Cretaceous "lazarus" stegosaur, really turned out to be a very badly eroded and fragmentary plesiosaur. The alleged stegosaur back plates were really the sternals of a marine reptile, so weathered as to be barely identifiable at all.

Is Bruhathkayosaurus similarly misidentified? Might it be a chimera of unrelated animals, or, as was the case with Dravidosaurus, not a dinosaur at all? Some have suggested it might even be petrified wood. And sole testimony of its authenticity rests with Dr. Sankar Chatterjee, who himself has incorrectly described (and some might even say largely invented) a number of extinct creatures known from very poor and dubious material (notably Protoavis).

But what if? What if Bruhathkayosaurus really was authentic and a titanosaur at that? What might it look like?

The photos reveal little, and need some guesswork to interpret. Here's Steve O'Connor's take:

The red-tinted areas are the bones. The top of the hip socket it easily visible (if a bit oddly triangular) in the second photo. The front end of the ilium is broken off, but would be to the left of the second photo (regardless of what the confusing and likely incorrect captions seem to say - there should not be hip socket processes sticking out of the top or rear of an ilium!).

Here is the material without tinting, and with my own interpretation of the outlines and corrected captions under the original ones:


 And finally with tinting of different areas:

 There seems to be some sacrum material in the photos that wasn't initially identified. Sacral ribs at least. The green area is an unusual bit of bone or some other substance which is not part of the hip structure. The ilium, unusually, has a very long posterior shelf. It's elongated almost into a cylinder. There are few sauropods that have hips like this, and the one that immediately comes to mind is an undoubtedly bizarre one - Opisthocoelicaudia.

Opisthocoelicaudia skarzynskii - skeletal by Jaime Headden

The ilium shelf in Opisthocoelicaudia is strangely similar to that of a tyrannosaur in general shape - long, low, and with a substantial rear process not seen in many titanosaurian sauropods. This may have something to do with Yadagiri and Ayyasami's initial identification of the material as a giant theropod.

T. rex skeletal (based on AMNH specimen) by Greg Paul. Posted for informational purposes only.

Indeed there IS a bizarre parallel between the rear shelf process in that T .rex ilium and the one for Bruhathkayosaurus. But I doubt "big Bru" was anything other than a plant-eating sauropod. the anterior process of the ilium's hip socket is elongated similarly to Alamosaurus, and most titanosaurs and brachiosaurs, rather than resembling the short anterior socket process in theropods. The ilium was described as 1200mm long, larger than that of Giraffatitan, which makes anything other than a sauropod identity next to impossible.

However, it's not certain if this length of 1200mm refers to the portion of the ilium which was recovered, or to the likely size of the whole thing. In any case, though large, such a length for the ilium makes it very unlikely that Bruhathkayosaurus was anything close to the biggest dinosaur. Indeed, the hips of "Brachiosaurus"nougaredi were 1300mm long not including the missing first sacral vertebra, and would have been at least 1500mm long when complete. So from one point of view Bruhathkayosaurus may not have all that big. For comparison, the ilia of the holotype of Argentinosaurus, when complete, would have been around 1800mm (though the sacral centra would have been shorter at around 1300mm width of the Argentinosaurus hips could have been as much as 3000mm or 10 feet). However, even given those numbers, it's likely that Bruhathkayosaurus, if it existed, was still a very large animal of Argyrosaurus or Paralititan class.

The "tibia" was estimated at 2000mm, which is unusually large to go with tie ilium. If it's a real bone (and not, as I suspect, petrified wood), then it may belong to a different dinosaur, something far larger. Even the tibia of Argentinosaurus doesn't come close to 2m, so the figure could be grossly overinflated or not valid at all. But whatever it is, the "tibia" is not likely to belong to the same animal as the ilium. There is other material supposedly found at the site: a caudal centrum 750mm wide - downright huge even by the standards of Argentinosaurus and Puertasaurus vertebrae - and a partial femur with a condylar width of 750 mm and a shaft width of 450 mm. According to Zach Armstrong,

"The femoral condyle width was 750 mm, compared to in Giraffatitan, where it is about 580 mm (going off of drawings by Janensch in Taylor (2009)). This means the Bruhathkayosaurus femur was about 1.28 times as long, assuming if we scale roughly off of that, then Bruhathkayosaurus was about 2.1 times has heavy, or roughly 67 tonnes. Again, far from being the largest dinosaur, and also shows why going off of appendicular proportions can be quite misleading."

67 tonnes (which I assume is based on admittedly error-prone limb bone allometry equations) is not too far from my 70-ton estimate for adult Argyrosaurus, which overall would have been about 15-20 feet longer than Giraffatitan HMN SII and about twice as massive due to its far more robust proportions.

So basically what we appear to have is an ilium and partial femur that belonged to an Argyrosaurus-sized animal with Opisthocoelicaudia-type body design, along with a caudal vertebra and a "tibia" from a much larger creature, both of which are currently labeled Bruhathkayosaurus, and no longer exist even as fossils. If, that is, they can be trusted to be real. I have never seen a picture of the caudal vertebra OR the femur, though the dimensions of the femur are at least a bit more believable. The two different-sized sauropods (assuming the larger one is valid at all) could just as well be two unrelated animals as different-aged individuals of the same species.

The ilium and femur are definitely not from the biggest dinosaur yet known. But the tibia and caudal centrum could be, if both were legit remains. Problem is, we may never know, as it's all been washed away and destroyed. Dr. Ayyasami reportedly told Armstrong:  "Only thing is that I did not visit the site again to check for further bone collection. I may do so next year as I plan for a visit to the Cretaceous of Ariyalur." We all anticipate the results, though given how these things usually go and stretch out over many years just to prepare for in places like India, Dr. Ayyasami's expedition may not materialize anytime soon. If and when it does, I highly suggest that this time he take a digital camera with spare batteries, and invite a real artist along to sketch the bones for good measure. So that we may have better drawings to go on than this embarrassing scrawl:

WARNING: ACT NOW OR FACE CENSORSHIP!

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PLEASE READ THIS VERY CAREFULLY.

I decided when I started this blog that it would be devoted to science, not politics. But politics has interfered in the future of the blogosphere in a very nasty way. And no other paleo-bloggers seem to be speaking out on this.

The good-for-nothing U.S. congress with its self-serving members and their 80% public DISapproval ratings is trying to ram through two bills into law which would decimate the freedom of the internet under the deceptive auspices of stopping piracy. ANY site or blog which links to other sites that contain copyrighted material could be falsely banned or shut down under the draconian provisions of the PIPA and SOPA acts, and bloggers like myself and many of us in the Paleo-blogosphere may be forced to shut down because of over-reaching government meddling in private rights of citizens. ANY activity relating to links to another site or posting material from other websites for mere educational non-profit purposes could be construed as a "copyright infringement" even if properly attributed to its authors, and may result in lawsuits, harassment, and even indefinite arrest under false charges of "piracy" without access to any legal representation.

In addition, many internet programmers and companies will be crippled by all the convoluted clauses of these bills which allow government to interfere at any point in the delivery of online content to consumers. It will damage the economy even further than foolish wars and corrupt bank bailouts, to the point that most businesses that advertise or sell online will end up having to spend even more money on lawyers to cover their backsides and fight arbitrary censorship, this time against unscrupulous FCC cronies and their Wall Street paymasters. That’s why AOL, EBay, Facebook, Google, LinkedIn, Mozilla, Twitter, Yahoo and Zynga wrote a letter to Congress protesting the bills, saying these bills “pose a serious risk to our industry’s continued track record of innovation and job-creation.” And small businesses, which make up the bulk of the private sector, will be forced to close their doors or suspend their websites altogether due to prohibitively high legal costs of warding off frivolous government accusations of "piracy", laying off millions more employees in the long run. More than 200 entrepreneurs have slammed these bills as dangerous to the economy and destructive to innovation and job growth. And the brain-dead pork barrel congressmen and women (who seem to keep getting re-elected despite their dismal track records) want to tell us that THIS is the freedom that we need to export to the rest of the world on the back of tanks and Apache helicopters? I didn't vote for this Orwellian crap. Nobody was given a choice.

And the worst part is that these bills were written by ignorant lazy media conglomerate shills who don't even have a clue how the internet works. You can tell just based on the vague language of the things how these politicians are totally behind the times and are trying to police the web based on intrusive stone-age protocols. Half of them don't even know what twitter is and are trying to convince the country that dinosaurs and humans lived together in Eden. And they're trying to claim they know better than you and me what needs to be done with technology. What's more, their sad excuses for anti-piracy legislation are USELESS at stopping online piracy.

For those of you outside of America, don't think that this problem doesn't involve you. Whatever the United States government can get away with in domestic economic policy, the rest of the world will likely follow suit, if not do even worse. The problem of government censorship of the internet could very well spread to your shores if it is not stopped while it's still just here.

PLEASE SIGN THIS PETITION on Google's website to tell Congress that you are not just going to sit there and swallow their coercion like a fool. Censorship does not belong on the internet. And neither does the act of collectively punishing the entire web for the acts of a few software pirates. If you do nothing... then welcome to Oceania.


P.S. this post is meant to criticize the draconian broad-brush punishment favored by your congressmen/women, not to defend the crime. I am not advocating piracy of any sort. However the PIPA and SOPA bills are not a solution to the pirate problem, and they are actually creating far worse hardships for the economy and threatening liberty itself.

P.P.S. to all those deluded teabagger neocons out there who think this is 100% Obama's fault - it's congress that wrote these bills, and none of your wall street-funded candidates has done anything to stop them so far either, despite all their empty promises to "shrink government" and "reduce intrusive regulations on business". 
(BTW I'm not referring to Ron Paul here, he's the furthest thing from a neocon or corporate lackey.)

The Satanic Science Publishing Mafia EXPOSED! Are they racketeering your research?

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Hot on the heels of the (now temporarily down) PIPA-SOPA bill debacle, comes another nasty threat this time specifically geared towards the free exchange of information.  Lets break it down more simply this time.

The entire world RELIES on science. More specifically, the world relies on science for the free exchange of knowledge and new discoveries, which are often vital to people's livelihoods and lives.

If scientists can't get access to papers without giving up an arm and a leg, they will not have the most current information available to publish their own research, and this will hamper their ability to get grants and other funding in the future. Science itself will become stifled by the restriction of access to information by non-scientist corporate bureaucrats who run most of the for-profit journal publishers.

And for a while now, a wave of rage has been roiling the professional blogs of scientists regarding the emergence of the vile, disgusting Research Works Act, a congressional bill written by Rep. Darrell Issa (R-California) and Rep. Carolyn Maloney (D-New York) and sponsored by the likes of Elsevier, Springer, Wiley, and other corporate academic publishing goliaths. The RWA is a bill that virtually calls for the death knell of all independent and unbiased science research available to the public. Up until now, any research papers that were funded by government grants (translation: YOUR taxpayer dollars) have to be made available as free open-access papers to the public that funded them! That's only fair, and that only makes sense. RWA would remove the federal requirement of making all publicly funded research accessible to the public, and force the public to pay up to thousands of dollars per person just to access the articles that were funded with their own tax money! Talk about privatizing profits and socializing losses...

Congressman Darrell Issa. Corporate lackey and political Snake of Sacramento. As a California resident myself and having never voted for him, I'd love to see this career crook impeached.

Congresswoman Carolyn Maloney. Corporate lackey and mealymouthed bribe-swallowing New York Gumbata to the textbook and academic journal publishing Mafia (my apologies, no digital manipulation here - I'm not sure how you could make her look any more ugly or asinine)

P.S. If she were younger I guess she could probably get away with that half-hearted Dr. Blight hairdo.



But those of you in the Paleo-Sphere may ask, "I know that if this bill passes I won't be able to access my favorite titanosaur ontogeny papers, but how does this affect the wider world beyond dinosaur researchers"? Well it affects EVERYTHING. Consider medical journals. These days the medical journals of America (many of which are controlled by the same publishing conglomerates - Wiley, Elsevier, GSW, BioOne, and Bentham - that own most of the paleo-journals) are becoming ever more restricted in terms of access. If doctors already chafing under years of student debts have to cough up even more money just to access the latest research on life-saving new medical procedures for their patients, the prohibitively high costs of doing do for every relevant journal will mean that patients' lives are literally being profiteered to death. Today there are so many journals in which someone, somewhere in Iceland or Croatia, has pioneered a radical new natural cancer treatment or a highly effective remedy for slowing the progression of MS or Alzheimer's, but thanks to the absolute and often INTERNATIONAL chokehold that big corporate publishers have over peer-reviewed journals, the vast majority of top doctors in the relevant fields have NO KNOWLEDGE of this new research, since the prohibitively high costs of subscription mean that fewer doctors can buy this information, and fewer still circulate it among their colleagues! The patient who could have been saved by open-access which his or her own taxes helped fund, is killed by unavailability of information which his doctor could have used to save his life. That's right, die taxpayer die!



To put is simply, the old pay-out-the-nose racketeering business model of science publishing is not merely unjust and apathetic, it's actually KILLING people. It's not just Big Pharma that's suppressing the research and getting involved in some very corrupt and dangerous dealings with suspicious lobbies - it's the publishers themselves. Elsevier (formally known as Reed Elsevier) is just one prime example.

Elsevier is the giant of the scientific publishing world, with a history reaching back centuries and a truly international reach. Based in the Netherlands, they have a literal galaxy of journals and publishing interest all over the planet. They are also very influential in international politics and steering the environmental and foreign policies of both the United States and many European governments through supposedly "independent" think tanks.

If you can name even one corrupt or inhumane sort of political business dealing, chances are Elsevier has plenty of fingers in that pie.

* Sponsoring secret Arms Dealer Conventions for some of the most brutal human rights violating regimes in the world: 

"It can feel like a sick joke to connect each kind of weapon of death and injury displayed at an Reed Elsevier arms fair to a journal, book or article published by Reed Elsevier which describes how to treat it. But it is important to realise that it is not us making the joke. The sick joke – and it is sick – is being played on us by Reed Elsevier and the punchline is the unknowing complicity of medical professionals in the system of death and injury which they have dedicated their lives to opposing."

-Tom Stafford, Journal for Peace, Fall 2006 Bulletin (September 20, 2006)


* Producing FAKE ad-laden "journals" sponsored by Big Pharma corporations and falsely marketing them as unbiased peer-reviewed journals, despite REFUSING to disclose the sources of funding:

"It has recently come to my attention that from 2000 to 2005, our Australia office published a series of sponsored article compilation publications, on behalf of pharmaceutical clients, that were made to look like journals and lacked the proper disclosures." 

- Michael Hansen, CEO of Elsevier's Health Sciences Division


* Bribing college professors to give Elsevier's textbooks 5-star reviews on Amazon.com

 "Congratulations and thank you for your contribution to Clinical Psychology. Now that the book is published, we need your help to get some 5 star reviews posted to both Amazon and Barnes & Noble to help support and promote it.... For your time, we would like to compensate you with a copy of the book under review as well as a $25 Amazon gift card. If you have colleagues or students who would be willing to post positive reviews, please feel free to forward this e-mail to them to participate... "

- Chain letter email send by Elsevier to professors who contributed to the textbook. [Clearly they are trying to bias science to line - nay - flood their own pockets, by handing out little brownies to adults]


* Suing their own customers (in this case libraries!) for disseminating information from Elsevier journals they had ALREADY paid for!

"The publishers that have filed the lawsuit [Elsevier, Springer, and Thiele] want to prohibit this service on the grounds that they themselves offer these articles online, although usually for about 30 euros per article, several time what access through the ETH library costs. By their suit, the science publishers want to subvert a provision of Swiss copyright law that explicitly allows the copying of excerpts from periodicals."

- Neue Zurcher Zeitung (the New Zurich Newspaper), Jan. 25, 2012


*Turning American Congressmen into PAID PUPPETS in order to restrict your access to research which was funded with your own tax dollars, through the fascist "Research Works Act":


"So, given the history of their campaign contributions to Rep Maloney, I’m not really surprised to find that Elsevier’s fingers would be all over this bill and Rep Maloney’s defense of it.
We (my colleagues at PLoS and many others) have spent over a decade fighting to secure public access to publicly funded research. We finally start to make some progress – imperfect as the NIH Public Access Policy is, it is an important step in the right direction. And what happens? A member of Congress who faces no threat of defeat in the upcoming election disgracefully sells out the public good in exchange for some measly campaign contributions, and then doesn’t even have the decency to defend her actions with her own thoughts and words."

- Dr. Michael Eisen, Department of Integrative Biology, UC Berkeley
 
 If the RWA passes, you can say goodbye to science as we know it. Everything will be at the behest of the publishing corporations and their cohorts in big pharma and big oil. And the profits there publishers gouge from their subscribers are ridiculous, considering that scientists who publish in big corporate journals are forced to give up the publishing rights to their written papers essentially for free and don't get to see a dime of that money!

 Look at these outrageous profits as a percentage of revenue for commercial STM publishers in 2010 or early 2011:
  • Elsevier: £724m on revenue of £2b — 36%
  • Springer's Science+Business Media: £294m on revenue of £866m — 33.9%
  • John Wiley & Sons: $106m on revenue of $253m — 42%
  • Academic division of Informa plc: £47m on revenue of £145m — 32.4%

Dr. Mike Taylor of SV-POW explains: I wanted to be sure that I was assessing this fairly, so I looked through Elsevier’s annual reports for the last nine years — happily, they make them available, if not particularly easy to find.  What I found is that they have been consistently bringing in profits in the region of 33% throughout the last decade.  Specifically:
  • 2002: £429m profit on £1295m revenue – 33.18%
  • 2003: £467m profit on £1381m revenue – 33.82%
  • 2004: £460m profit on £1363m revenue – 33.75%
  • 2005: £449m profit on £1436m revenue – 31.25%
  • 2006: £465m profit on £1521m revenue – 30.57%
  • 2007: £477m profit on £1507m revenue – 31.65%
  • 2008: £568m profit on £1700m revenue – 33.41%
  • 2009: £693m profit on £1985m revenue – 34.91%
  • 2010: £724m profit on £2026m revenue – 35.74%
(I have not been through the same exercise for Springer, Wiley or Informa, but there is no reason to expect that the results would be any different.)

What does it all mean? Yes, publishers have a right to make a living.  Not only that, but they have a right to make as big a profit as the market can bear (though of course when they form a cartel that distorts the market monopolistically, that changes things).

But here’s what it means to scientists that Elsevier’s profit is 35.74% of revenue:
You just have to ask yourself whether that’s where you want your money going.


The good folks at Sauropod Vertebra Picture of the Week have already exposed the massive corrupt conspiracy behind RWA, that infects both sides of the artificial "this or that" political spectrum in America. Read about it here, here, here, here, here, here, here, here, and here. Ooooh, the outrage!

Elsevier, or as I like to call them, ElSerpiente (Spanish for "the snake") has crossed far too many forbidden lines to have any credibility to REAL scientists who take the integrity and public value of their research seriously. And just who is this Michael Hansen who claims that fabricating fake "journals" to hide blatant big pharma advertising under a veneer of unbiased science was NEVER a policy of Elsevier? And who is that Nick Fowler, who claims that Elsevier's obscene 30% profit margins off the work of scientists who get NO compensation from Elsevier whatsoever is simply a result of their company's efficient operation? Let's unmask the guilty parties, one by one. Welcome to the Paleo King's interrogation room...

Youngsuk Chi
AKA Young-sucker Cheapo,


Nick Fowler
AKA  Nick Foulbreath,
Director of Strategy/Dictator of Travesty
Lecturing others on efficiency when he can't even make his company's website user-friendly.



Bill "Godforsaken" Godfrey
Chief Information Officer and Head of Global Electronic Product Development/ Chief Inflammation Officer and Head of Global Embezzlement Product Devilry


 Michael Hansen
AKA Michael Handslob
Chief Executive Officer, Health Sciences / Chief Executive Offal, Hell Sciences


Gavin Howe 
AKA Gavin Howlermonkey
Executive Vice President, Human Resources / Executive Vice Primate, Unhuman Recourses


 David Lomas
AKA David LoMass O'Brain
Vice Chairman, Elsevier Management Committee and Chief Financial Officer /Vice Chairthing, Elserpiente Microcephaly Committee and Chief Fraudster Ordinaire


Ron "Mo' Bedbugs" Mobed
Chief Executive Officer, Science & Technology/ Chief Executive Offender, Pseudoscience and Technobabble


Adriaan Roosen
AKA Adriaaaaaaannnnnneeee Looser
Executive Vice President, Operations / Executive Vice Proliferator of Obfuscations


Mark Seeley
AKA Mark Stealey
 Senior Vice President and General Counsel / Senior Vice Plunderer and General Crony

My goodness, so many presidents and CEOs.... what a wonderfully "efficient" business structure, Mr. Nick Foulbreath! No wonder they have such a bad name... the only way they can generate 30%+ profits for their shareholders and pay top salaries to so many superfluous executives is to literally GOUGE your last dollar out of you for even the rights to access just one article!


And Elsevier is not alone in their attempts to monopolize science for obscene personal profits. There are plenty of other heads on this anti-scientific corporate hydra.

 
J. Wiley And Sons ("Whiney"). 
Extorting professors and strangling students for 42% profits ever since Thomas Jefferson was in the White House.



 Taylor and Francis - spreading Corruption on Earth worse than a Jinn since Queen Victoria's reign. Even the formerly ethical and independent Journal of Vertebrate Paleontology is now their slave.


Routledge publishing - throwing freedom of access into the gas chamber since Queen Victoria's reign.


 Bentham Science - Getting the academic field high on overpriced journals since 1994


 Springer, AKA Scammer publishers. Hiding academic gift horses' bad mouths from unsuspecting subscribers ever since Richard Owen invented the word "dinosaur".



 GeoScience World (GSW) - they've gone through a few logo changes, and acquired some annoyingly controversial sponsors aside from the usual gang of western Big Oil conglomerates.



 It doesn't matter how patriotic of an American you think you are...whether you're publishing in GSW or subscribing to it, you're all bowing to King Abdullah (and Saudi Aramco).

Of course this is all harsh, but it's meant to be a real wake-up call. I'm not sure the average researcher on a graduate stipend really has much time to worry whether their subscription fees are being funneled towards international terrorism, but I'm sure they do care that their professor's hard work is being expropriated and then hoarded for 30-40% profits by powerful international publishing cartels. Some of the copyright terms the big publishers impose on scientists are downright Orwellian. Losing any and all rights to reprint your own work in a different journals, or even to pass out free copies to colleagues from other universities. If they catch you doing this with a journal you ALREADY paid for, you will still be sued, and probably end up in prison for a few years. Remember, these publishers are worth billions of dollars and the average professor makes nothing from giving them all the rights to his own work - plus they can sue you for so much as making a copy of your own paper and giving it to a friend for free. Greg Paul only wishes he had that kind of legal muscle.

Mike Taylor and the others at SV-POW make a great point when they urge people to write to their congressman. But with all the junk mail that those dismally unpopular politicians are flooded with every week, I doubt it's a very effective strategy. Especially when the issue at hand is something that barely gets any media attention, and thus probably is not the subject generating the most mail. I suggest a more direct approach, to cut off the head of the Snake. Write to the scientists themselves.

Every time I talk to paleontologists at SVP, I know that a good number of them will either be people who regularly publish in closed-access FOR PROFIT journals, or donate their time for free as peer-reviewers for those same said price-gouging journals. While I personally consider such a gift of time to such monstrous corporate thieves to be little more intelligent than giving away extra money to the government as a charitable gift on top of your compulsory taxes, in the vain hope of helping pay down the national debt.... that doesn't mean that we shouldn't express our dismay at those who continue to contribute to such corrupt journals and publishing houses. Even if Taylor and Francis has bought out part of the SVP, and its flagship publication, the JVP, we can still hit them where it hurts: the reputations of their "scientific" collaborators.

Forget writing to your congressman - write to your favorite scientists! Write to all the people whose papers you have wanted to read, but couldn't because they are kept under lock and key by greedy publishers who demand a subscription whose price is shooting up far faster than silver. Write to Jack Horner, whether you agree with 'Toroceratops" or not, urging him not to publish in JVP any longer. Write to Jose Bonaparte and Bernardo Gonzalez-Riga urging them NOT to publish any more papers in Elsevier-owned journals like Cretaceous Research (as was sadly the case with Ligabuesaurus). Write to Octavio Mateus not to publish in Systematic Palaeontology, another locked-access Elsevier journal. Write to Jeffrey Wilson not to publish in Paleobiology, which is now the property of the Saudi-funded GSW. Write to Greg Paul telling him to stop publishing in GAIA, Paleobiology, or other locked-access journals that don't contribute to the free flow of scientific knowledge across borders and campus walls. Let your scientists know that you won't stand for them giving away their rights to their own research only to have it locked away from the public to line some greedy publishing bureaucrat's pockets. Tell them they must publish in open access journals like PLoS One, Palaeo-Electronica, Acta Palaeontologica Polonica, etc. to retain any credibility as ethical scientists. Let the membership and the board of directors of the SVP know that RWA and the big corporate journals are hurting science and often hurting people, in ways that fossil-poachers simply can't.

Write to your scientists. If you're in a different field like physics, chemistry or medicine, so much the better. They don't have to be just paleontologists. Write to ANY scientists who publish in closed-access journals owned by Elsevier or any of the other academic publishing conglomerates backing the vile RWA bill. And if they don't listen or give a bad response to your emails, then write them up. I will personally list the names of those who are willing and unrepentant collaborators with ElSerpiente or any of the other gougers. Nothing is more damaging to scientists in academia than a loss of reputation - and the threat of this may finally get them to abandon the very publishing houses that are so used to abusing and enslaving the researcher. Forget a mere toothless boycott, we need nothing short of a show trial. Scientists who continue to allow unscrupulous non-scientist bureaucrats to steal and hoard up their research for sky-high profits are just as bad as the corporations they are supporting, enemies of science, and deserve to be exposed and denounced as such. If they can't afford the publication fee for open-access journals, there is always Acta Paleontologica Polonica, which can do it for free, or they can also use research grants to cover open-access publishing fees. There is no victory without intentional planning and sacrifice. If we really expect to bring Elsevier and its ilk to their knees, or even to their sense, then the scientists have to stop publishing papers in their journals, PERIOD. To really get the house of cards to fall, you have to remove the struggling exploited academics at the bottom of the pyramid. And for those that sell us out, heads will roll at the next SVP.

Wake up, O people of science and learning. Raise yourselves out of your deathly torpor, break your shackles, cast off your chains! Now is the time to reject the cruel coercion of the Serpent in scientists' clothing. I say once again, wake up!

Together we can drive the point clear to the Robber Barons ruining the free progress of science and ideas: Wer Beim Elsevier Kauft ist ein Verrater!
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Pulling out the Rug from under Elsevier - sign your name on the petition!

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Apparently despite all the negative attention and criticism of Elsevier's abuse of wealth and power to stifle scientific knowledge behind steep paywalls, the executives of the corporate academic publishing giant have no regrets and simply have not gotten the message, despite their precious RWA bill being D.O.A. in congress.


David Clark, the incurably arrogant and patronizing senior Vice-President of Elsevier's physical sciences division retorted contemptuously to his company's critics:

 There is little merit in throwing away a system that works in favour of one that has not even been developed yet...

...access to journal content has never been better. Despite difficult economic times, Jisc Collections, which represents more than 100 UK universities, entered into new five- year agreements with Elsevier and Wiley Blackwell in December, welcoming the new and improved terms offered by both publishers. This is a different world from the 1990s, when journal articles were only available in the print libraries of major research universities.

This is an outrage - the "system" Clark speaks of only "works" for him and his corporate cronies. For the scientist who is forced to sign away the rights to his research FOR FREE to Elsevier, only to have Elsevier turn around and charge 33% profits on the same article, the system is broken and insanely unfair. And you expect us to believe that access to journal content has never been better, Dave? Don't you mean to say that your shareholders' bottom line has never been better? It's certainly bounced back since 2009, though unless you're a billionaire owning untold scores of their class-A stock, the actual percent return on investment is pretty ho-hum and blue chip-ish.

Furthermore, there IS an alternative system to Elsevier, and it works just fine - plus it's been around for quite a while. Ever heard of PLoS, David? Of course you don't talk about it, because it's the vanguard of the new open-access academic publishing wave of the future. The wave which will bury Elsevier's outdated and feudalistic business model. This business model is indeed fantastically strange: 'Write, edit and review articles for us for free, and we will then sell them back to you at enormous cost'. It should make anyone with a shred of justice and ethics want to vomit all over Elsevier.


If you have not yet signed the petition to boycott and divest from Elsevier over at The Cost of Knowledge, please head on over and do so. I've done it already, and as of today over 8,000 scientists and concerned citizens have done so.

Also be sure to sign the Alliance for Taxpayer Access petition. You pay taxes, you deserve to have access to taxpayer funded research! It's only logical. Don't let corporate publishers steal science. And if you have any news on the hypocrisy of El Serpiente executives, feel free to post it in the comments here. If Elsevier wants to steal the fruits of our labor, lets make it a burning, painful theft they will sorely regret.

FORGOTTEN GIANTS, #3: Andesaurus

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Well after a LONG time, the Andesaurus project is finally finished - for a while at least. While the open-access issue has been very important, it's time to get back to what this blog is all about - dinosaur art and the science behind it. And Andesaurus is one of the few titanosaurs often touted as being record-breakers which have never gotten a decent restoration until now. This dinosaur is still pretty obscure though it's been known longer than Argentinosaurus, Paralititan, Sauroposeidon, and most of the other new favorites among giant sauropods. Strange, that this animal is literally the demarcation line at the base of titanosauria, universally acknowledged (though not necessarily correctly) as the most basal true titanosaur, extensively used as a key phylogenetic reference taxon in all sorts of papers, every paleontologist studying sauropods knows about it, and yet it's so little known in the public.

A rather fanciful drawing of Andesaurus delgadoi with a not-so-possible serpentine tail pose, and a very flat Diplodocus-like head (basal titanosaurs should actually be restored with large nasal crests, similar to Euhelopus and Malawisaurus).  Artist unknown.


Oh, and another thing. It's BIG.

Correction....

Well maybe not that big. One of the first things you notice about Andesaurus (assuming one of those rare times when you do come across it) is that it's a titanosaur from Argentina. The second thing you notice is that like some other, far more famous titanosaurs from Argentina, its length is listed as over 30m or 100ft in those few books that actually bother to mention it (the only mass-published "layman's author" who seems to give it any attention is Dougal Dixon, in The Illustrated Encyclopedia of Dinosaurs). Andesaurus should be famous, then, if for no other reason than its size - any titanosaur a hundred feet long is pretty high up in the running for both longest and heaviest dinosaur. But don't hold your breath - this is all WRONG.


That's right, you heard me. DEAD wrong. Andesaurus isn't 100 feet long. Not even close. That length has been repeated in many places, Wikipedia among them (at least a few months ago). I don't know how many people have actually read the scientific literature on Andesaurus (which now includes the description paper, Calvo & Bonaparte 1991; the titanosaur comparative anatomy paper Salgado et. al. 1997; and an extensive redescription, Mannion & Calvo, 2011). And the number of people who have actually seen and measured the fossils, I could probably count on my hand. The dorsal vertebrae (what's known of them anyway) are absolutely dwarfed by those of Argentinosaurus - a bit odd for two creatures that were supposedly around the same size. Even plain old Brachiosaurus has bigger dorsals. Andesaurus is a lot smaller than we've been led to believe.


 Comparison of dorsal vertebrae of Andesaurus delgadoi and Argentinosaurus huinculensis in posterior and right lateral view, to the same scale. 
Seriously Mr. Dixon, one is only about half the size of the other!

Not that I knew that when I started drawing it. That's why I decided to make Andesaurus # 3 in my Forgotten Giants series (I'm starting from the biggest titanosaurs, in no particular order, then working my way down). In fact I assumed (before I was able to get my hands on the description paper) that Dixon's estimates would suffice for at least mapping out rough proportions. Not that it matters these days when you can digitally re-scale your sauropod, but it does get very confusing to check your measurements when everything you had believed about this creature turned out to be dead wrong.

The only photos of this beast that were available online were a couple of grainy mid-90s images...


                         Andesaurus delgadoi, posterior dorsal and two mid-caudal vertebrae.

Otherwise I had nothing to go on. Until 2010's SVP meeting in Pittsburgh, where by unexpected fortuitous circumstances I came to possess copies of both the description paper and Salgado et. al. 1997 (which actually has drawings of far more of the Andesaurus material). The resulting jumble of odd bone outlines was just enough to start piecing together this beast.


But inevitably some of the outlines were off. So it had to be redone.



A few reworks later, here's the progress. The little outlines outside the body are drawings of the bones from Salgado, et. al. 1997, scaled to the same scale. The pubis has no expansion at the tip - it just looks like a huge thumb.

Soon enough, a skeletal and a life profile began to take shape.
 
 And a front view...


And finally color tinting, shading of speculative missing bones, and inclusion of inset enlargements of the more interesting bits. This is literally all the known Andesaurus fossil material, all of it from the holotype (there are no other known specimens).

But all was not well in the Candeleros.... for one thing, this animal is colossal (at least in this initial version) and as we saw earlier, its vertebrae are only half as big as those of Argentinosaurus! Even the vertebrae of the Brachiosaurus holotype (which despite its huge size is only a teenager) absolutely dwarf those of Andesaurus. I scaled Andesaurus to 30m or 100ft initially due to having only Dougal Dixon's estimate and those two grainy photos to work from. But after obtaining the description paper and the Salgado paper, it became clear that the actual fossil material belonged to a much smaller animal.

Remember this picture? Andesaurus is NOT 100 feet long. Lets stop perpetuating size myths based on figures in non-technical commercial books which don't include any scale images of the actual fossils.

Andesaurus was no record-breaker. At most it was a mid-sized to moderately large titanosaur, with a tail of rather ordinary size and proportions, and no indication that its neck was exceptionally long for a sauropod either. There is an incomplete femur shaft, no shoulder material, and only a partial humerus, so limb lengths are speculative. Even the length of the torso is uncertain, since the anterior dorsals are missing. Indeed, it may have been only 50-60 feet long. 65 is a stretch. So it needed a rescale, among other modifications. Easy enough, since the scaling is based on the scale bar and human figure - they just had to look larger.

ANDESAURUS REDUX



In addition to scaling down Andesaurus to the likely maximum size of the holotype, 66ft, I also bulked up the limbs, widened the torso, and added more fusion to the sacrals (perhaps still not enough, but we don't have the sacrals and the degree of sacral spine fusion varies among basal titanosaurs and titanosauriforms). 

Also I looked at Mannion and Calvo's new redescription paper of Andesaurus (unfortunately this paper is now paywalled by Wiley) - ultimately it didn't call for any major changes to my skeletal, though it did give me an idea of how laterally crushed the original fossils were (and how laterally compressed the tail naturally was even when you account for crushing). Finally, after a bit of checking the scale, I resized the Sandow figure to match up with his real height (depending on who you ask, about 5'9" or 5'10" which was relatively tall for his time).


In its original oversized form this was the first ever scientific schematic of Andesaurus, and now with the revisions, it's doubtlessly the best. All the scale bars have been corrected and rechecked.

And the title font is a little less boring. :)

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