Is your science class as smart as a U-Haul truck?

October 23, 2013

We had to fight to keep this stuff in Texas science books.

Then, out on the street, I see a U-Haul truck.

U-Haul truck features geographic information, and geology information

U-Haul truck features geographic information, and geology information, about Arkansas and its Crater of Diamonds State Park.

Detail:  U-Haul truck features a graphic description of the geology and information about Arkansas's Crater of Diamonds State Park.

Detail: U-Haul truck features a graphic description of the geology and information about Arkansas’s Crater of Diamonds State Park.

Well played, U-Haul.  Can Texas catch up?

Update, October 24, 2013:  Turns out U-Haul has a website that features all of the graphics they use on their trucks.  I sense a geography or state history assignment in here, somewhere, social studies teachers.  Reminds me of the animals that used to (still do?) grace the tails of Frontier Airlines airplanes, the Native American on the tails of Alaska Airlines, and other specific destination promoting tricks businesses have used over the years.  Wish more businesses would do that.

http://twitter.com/SuperGraphic/status/393408729388834816

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What rocks Yosemite? Granite

July 7, 2013

Yosemite’s Nature Notes #20 (I’m behind):  A short film discussing the astonishing manifestations of granite in Yosemite National Park.

English: El Capitan in Yosemite National Park ...

El Capitan in Yosemite National Park viewed from the Valley Floor — one of the more famous granite formations in the Park. Wikipedia image

The film is simply named, “Granite.”  Steven Bumgardner produced the film.

Yosemite’s chief formations are granite, an igneous rock.  Much of the terrain was carved in the granite by glaciers and glaciation — so what Yosemite shows is how fire and ice combine to make rock, to make rock formations, and to make rocks of astonishing beauty.

(This is not a place to bolster creationist ideas.  This is real science, looking at God’s handiwork first hand.)

A North Carolina university makes field trips to Yosemite?  I’d love to take that class!

Watching this film, you get a sense of how important it can be to the education of our children to travel in the summers, to take vacations to our National Parks, and to places like Yosemite.

Where are you taking your kids this summer?  Kids, where are you going?

Enjoy it.  Geology lessons are often fun, and this one, on film, is more fun than most.

More:

Close-up of granite from Yosemite National Par...

Close-up of granite from Yosemite National Park, valley of the Merced River – Wikipedia image


Darwin’s death, April 19, 1882

April 20, 2013

We shouldn’t get out of April 19 — a day marked by significant historic events through the past couple hundred years — without remembering that it is also the anniversary of the death of Darwin.

Charles Darwin in 1881, by John Collier

Charles Darwin in 1881, portrait by John Collier; after a Collier painting hanging in the Royal Society

Immortality?  Regardless Darwin’s religious beliefs (I’ll argue he remained Christian, thank you, if you wish to argue), he achieved immortality solely on the strength of his brilliant work in science. Of course he’s best known for being the first to figure out that natural and sexual selection worked as tools to sculpt species over time, a theory whose announcement he shared with Alfred Russel Wallace, who independently arrived at almost exactly the same theory but without the deep evidentiary backup Darwin had amassed.

But had evolution turned out to be a bum theory, Darwin’s other works would have qualified him as one of the greatest scientists of all time, including:

Darwin's theory set out a sequence of coral re...

Darwin’s theory set out a sequence of coral reef formation around an extinct volcanic island, becoming an atoll as the island and ocean floor subsided. Courtesy of the U.S. Geological Survey (Photo credit: Wikipedia)

US Geological Survey graphic demonstrating how coral atolls form on the sinking remains of old volcanic sea mounts, as Darwin described. Wikimedia commons image

  • World’s greatest collector of biological samples:  During his five years’ voyage on HMS Beagle, Darwin collected the largest collection of diverse plant and animal life ever by one person (I believe the record still stands); solely on the strength of his providing actual examples to the British Museum of so much life in so many different ecosystems worldwide, before he was 30 Darwin won election to the Royal Society.  (His election was engineered partly by friends who wanted to make sure he stayed in science, and didn’t follow through on his earlier plan to become a preacher.)
  • Geology puzzle solver:  Coral atolls remained a great geological mystery.  Sampling showed coral foundations well below 50 feet deep, a usual limit for coral growth.  In some cased old, dead coral were hundreds of feet deep.  In the South Pacific, Darwin looked at a number of coral atolls, marvelous “islands” that form almost perfectly circular lagoons.  Inspired partly by Lyell’s new encyclopedic review of  world geology, Darwin realized that the atolls he saw were the peaks of volcanic mounts.  Darwin hypothesized that the volcanoes grew from the ocean floor to the surface, and then the islands were colonized by corals.  The round shape of the volcano gave the atoll its shape.  Then the volcanic mounts eroded back, or sank down, and corals continued to grow on the old foundations.  It was a perfectly workable, natural explanation for a long-standing geologic puzzle.  (See Darwin’s monograph, Structure and Distribution of Coral Reefs.)
  • Patient watcher of flowers:  Another great mystery, this time in biology, concerned how vines twined themselves onto other plants, rocks and structures.  Darwin’s genius in designing experiments shone here:  He put a vine in his study, and watched it.  Over several hours, he observed vine tendrils flailing around, until they latched on to something, and then the circular flailing motion wrapped the tendril around a stick or twig. Simple observation, but no one had ever attempted it before.  (See On the Movements and Habits of Climbing Plants.)
  • Champion of earthworms, and leaf mould:  Darwin suspected the high fertilizer value of “leaf mould” might be related to the action of earthworms.  Again, through well-designed experiments and simple observation, Darwin demonstrated that worms moved and aerated soil, and converted organic matter into even richer fertilizer. (See The Formation of Vegetable Moulds Through the Action of Worms.)
  • Creation of methodological science:  In all of this work, Darwin explained his processes for designing experiments, and controls, and made almost as many notes on how to observe things, as the observations themselves.  Probably more than any other single man, Darwin invented and demonstrated the use of a series of processes we now call “the scientific method.”  He invented modern science.

Any of those accomplishments would have been a career-capping work for a scientist.  Darwin’s mountains of work still form foundations of geology and biology, and are touchstones for genetics.

Born within a few hours of Abraham Lincoln on February 12, 1809, Darwin survived 17 years longer — 17 extremely productive years.  Ill through much of his life with mystery ailments, perhaps Chaga’s Disease, or perhaps some other odd parasite or virus he picked up on his world travels, Darwin succumbed to heart disease on April 19, 1882.

More:

 


Other side of the mountain: Timpanogos

February 26, 2013

East side of Timpanogos, by the Heber Valley Convention and Visitors Bureau:

Timpanogos from the east - replacement for photo that originally nested here. Utah.com image

Timpanogos from the east – replacement for photo that originally nested here. Utah.com image

Mt. Timpanogos, east side. Heber Valley CVB photo

Mt. Timpanogos, east side. Heber Valley CVB photo. Click image for larger view.

Tip of the old scrub brush to Susan Reeve Lewis.


Time machine! For Digital Learning Day

February 6, 2013

Screen shot from HHMI's iPad app, Earth Viewer -- the time machine function.

Screen shot from HHMI’s iPad app, Earth Viewer — the time machine function.

Stealing the entire post from P. Z. Myers at Pharyngula:

I’ve been playing with it for a while. It turns out that when you go back to Cretaceous Morris, you need to be able to swim really well, but Cambrian Morris is high and dry on a fairly small landmass (whoa, but oxygen is way down and carbon dioxide way up). You can have your own time machine, too — it’s the EarthViewer app for iPad, and it’s free from HHMI Here’s what it has:

• Data and continental reconstructions dating back billions of years

• Climate and carbon dioxide data for the last 100 years

• The ability to manipulate the globe and zoom to any location

• Track the location of modern cities back over 500 million years

• In depth features on major geological and biological events in Earth history

• Clickable details on geologic eons, eras, and periods

• Automated play modes

• An extensive reference list

• Suggestions for classroom use

• Tutorial videos

Did I mention that it’s free? This HHMI thing is pretty danged sweet.

There is no creationist/Noah’s Flood version.

No Windows version, yet, either.

Did we mention the Howard Hughes Medical Institute made this and related apps free?


Millard Canyon, Utah — not named for Millard Fillmore

January 14, 2013

Winter view of Millard Canyon, Canyonlands NP, Utah

Caption from the NPS crew at Canyonlands National Park: View from the Maze: Millard Canyon’s winter mood. We are looking north. Note how the heat from the east to southeast facing cliffs has melted the snow below – even in this ultra-frigid time. Taking a break under a southeast facing cliff is a good way to warm up while on a Canyonlands hike. (GC) (via Facebook)

In a state where they once named the proposed state capital “Fillmore,” and the county in which that town sat, “Millard,” to try to curry favor with President Millard Fillmore for the state’s petition to gain statehood, one might logically think that a spectacular desert canyon not far away called Millard Canyon might also be named in honor of our 13th president.

LocMap Canyonlands National Park

Location map, Canyonlands National Park, image from Wikipedia

Not so, in this case.  According to John W. van Cott’s Utah Place Names (University of Utah Press, 1990):

MILLARD CANYON (Garfield County) originates at French Springs southeast of Hans Flat. The canyon drains north northeast into the Green River at Queen Anne Bottom. According to Baker, “They learned later that they had misunderstood this name; instead of honoring a president, it was named for an undistinguished `Miller’ who did nothing more than leave this small, mistaken mark on the map” (Baker, Pearl. Robbers Roost Recollections. Logan, UT: Utah State University Press, 1976, p. 33). The name was even misspelled Millard.

Millard Fillmore is off the hook on this one.

Garfield County, Utah, was named after President James Garfield.

So, who was this “Miller” guy?

(Post inspired by image from the Canyonlands NP Facebook site; temperature at the time of the photo was near 0°F.)

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Utah’s Mount Timpanogos, no PhotoShop needed

November 16, 2012

Here’s a good demonstration of why you don’t need PhotoShop, but a decent camera and a steady hand instead.

Utah's Mt. Timpanogos in snow, by Craig Clyde, 2012

Utah’s Mt. Timpanogos in snow, by Craig Clyde, 2012 (rights probably reserved).  Click for larger version.

Craig Clyde took this photo of Utah Valley‘s Mt. Timpanogos, probably from Saratoga Springs, on the west side of Utah Lake, after one of the first snows of 2012.  (This area had a few farm fields when I grew up there.)  It’s a great photo for several reasons.

It’s a formerly unusual view, there being so few people on the west side of the lake until recent development.  It pictures all of Timpanogos, with American Fork Canyon on the left, Mahogany Mountain, Big Baldy, and Provo Canyon on the right.  It’s an afternoon shot, you can tell from the angle of the sun (the mountain runs on a north-south axis), and the darkness on the lower mountains may be caused by the Sun’s setting behind the mountain range on the west side of  the lake.  Timpanogos in white, in the afternoon sunshine, is one of the greatest images of a mountain you’ll ever see.

Tip of the old scrub brush to Craig Clyde.  Mr. Clyde and I attended high school together — haven’t seen him in more than 30 years; not sure, but I don’t think he’s the same Craig Clyde in the movie business.

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Sometimes beauty is in the timing . . . Capitol Reef National Park

November 8, 2012

Long-time Scout friend Hal Rosen said he caught some good photos here, too — but none at this precise moment:

Temple of the Sun, Capitol Reef NP, photo by Mike Saemisch, October 29, 2012

Temple of the Sun, Capitol Reef NP, photo by Mike Saemisch, October 29, 2012

First you must get to Capitol Reef National Park, in Utah — one of Utah’s unfairly large number of five National Parks.  Then you take your “high-clearance vehicle” (not necessarily 4-wheel drive) out on the dirt roads in Cathedral Valley, and you hope for a crystal blue sky like this one.  Then you happen to get there just as the sun is right at the peak of the formation . . .

You had to be there.  Mike Saemisch was there just over a week ago, on October 29, 2012, and fortunately caught this photograph with the Sun as part of a sparkling spire on a sandstone formation known as the Temple of the Sun.

Digital photography changes the way one tours these places.  Fortunately.  Take the kids, and make sure they find it on a map so they can use your trip as fodder for their 9th grade geography class.

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  • A different angle, at a different time, by Scott Jarvie:  “A 3.5hr timelapse taken late on a cloudy night at the Temple of the Moon with the Temple of the Sun in the background. March 17, 2012.”

Wish we were there: Sequoia and Kings Canyon National Parks

November 6, 2012

You got the Tweet?

Miter Basin, Sequoia and Kings Canyon National Parks, California; photo by Kristin Glover, NPS (public domain)

Miter Basin, Sequoia and Kings Canyon National Parks, California; photo by Kristin Glover, NPS (public domain)

Photo from NPS employee Kristin Glover, at Miter Basin.

We should go see for ourselves, no?

If you go today, vote before you go.  This is one of the areas to be opened to energy exploration — oil and gas drilling or other mining — under Mitt Romney’s “energy plan” and the GOP National Platform.

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Creationism vs. Christianity (a reprise)

October 30, 2012

This is an encore post, a repeat post from about four years ago, back in 2008.  For some reason the post got a couple hundred hits one day this past week, probably from a reference at another blog that I could not track.  I reread it — still true, still good stuff.  In this campaign year of 2012, I am dismayed at how anti-science and the denial of reality haunts election discussions, especially on-line, but also in the newspapers and magazines, on television and radio, in diners and drugstore fountains, in churches and PTA meetings.  Denial of reality may or may not be a genuine ailment to humans.  When it becomes a core belief of a significant number of people, denial can cripple our nation, our states, cities and towns. We need to ask deep questions.  We need to have real answers, not fantasies nor dangerous delusions.

PhotonQ-Charles Darwin 's Office

Charles Darwin’s study, where he conducted experiments and made many of the observations he wrote about. Photo: National Endowment for the Humanities

Denying reality plagues us as an actual political response to several problems.  Denialists wander so far down paths of disreality, they argue that we should ignore serious problems, and that the problems will then go away.

Should we teach the science of evolution to our children, or should we pretend fairy tales will substitute?  This has deep meaning to those who understand that Charles Darwin’s greatest contribution to science probably was his strict methodology, which required observation of things in nature before writing about them as if authoritative. 

Early in his life Darwin recognized that the natural world he saw, in Brazil, in the Galapagos Islands, in Australia and Tasmania, in South Africa, bore little resemblance to the world portrayed as authoritative by the great William Paley in his Natural Theology.  Throughout his science career Darwin observed real things in real time.  For his monograph on coral atolls, Darwin extensively observed the volcanic island phenomena throughout the South Pacific.  To write about barnacles, Darwin raised them in tanks in his study.  Looking at the mystery of exactly how the ivy twines, Darwin put a plant before him, and watched it, unraveling the secrets of how tendrils “knew” what to latch onto for support of the vine.  To write about leaf moulds, Darwin observed worms at work, in his lab and in his gardens.  To show the variation existing in what we now call the genome of a species, Darwin made extensive interviews and correspondence with animal husbanders of pigs, sheep and cattle, and he raised pigeons for generations himself, demonstrating how variations can be expressed that drive populations of one species to split into two through natural, everyday processes familiar to anyone who observed nature, and accessible by anyone who made methodical notes.

This familiarity with reality made Darwin a great scientist.  The methodology proved extendable into other areas when he carefully observed the mediums to whom his brother had cast great credence.  Charles revealed to Erasmus that spirit knocking on the tables at the séances did not occur so long as they held the hands of the mediums, who were then unable to feign the knocking. 

Ultimately it provided some despair to Darwin, too:  In the face of criticism from William Thompson, Lord Kelvin, that the Earth was not old enough to allow for evolution as Darwin suggested it must have occurred, Darwin had no answer.  Lord Kelvin calculated the ages of the Earth and Sun to be no more than 200 million years.  This was shown by the present temperatures and color of the Earth and the Sun, and calculated by Lord Kelvin from how long it would take the Earth, known to be composed of much iron and nickel, to cool from white hot to current temperatures.  Lord Kelvin ventured deep into coal mines to measure the temperatures of the Earth deep underground, to confirm his calculations.  At his death, though he defended his own observations of fossils and breeding of live animals, Darwin had no response for those arguments.  Darwin thought there must be other forces at play.  Only some years later did Ernest Rutherford find the secret of the Earth’s heat:  Radioactive decay in the mantle and core of the planet keeps it warm.  Measures of heat loss for such a large body had not accounted for continuous heating from within.  A short while later astronomers and physicists discovered problems with Lord Kelvin’s calculations of the age of the Sun:  The Sun is not composed of iron, cooling from white hot temperatures, but instead is hydrogen, fusing into helium, and making its own heat.

Darwin’s calculations of the age of the Earth were more accurate than Lord Kelvin’s, based on Darwin’s crude calculations of how long it might take animals and plants to have evolved from much more primitive forms.  History demonstrated by easily observable things provided greater accuracy than history devised without benefit of grounding in reality.

In what other realms might grounding in reality produce answers different from what some expect, even producing better questions that many ask?  Should we consider the migratory pattern changes of birds, fish and mammals, as indicators of a warming climate, over rebuttals provided by untested claims that measuring stations might not be placed correctly?  Can we actually “cool” atoms with lasers, and use individual atoms to store information, no matter how counterintuitive that might sound?  Can it be true that teaching people about contraception, and about sex, actually prompts teenagers (and others) to reduce sexual activity and look for love, rather than just sex?  Does extending medical coverage to an entire population actually decrease total health care costs as observed in all other nations where that solution has been tried, or will it increase costs because the only way to reduce medical costs is to ration it, either with a bureaucracy, or by cutting off access by backdoor, death panel means testing (no money, no health care)?  Is there any place Arthur Laffer‘s “curve” of increasing tax revenues by cutting tax rates, actually does not work — or any place it actually works?  Has any society in history ever gotten rich by showering riches on the rich, and ignoring the poor, the merchants, and the working class?

In short, how does reality we know, inform us about reality yet to be?  Which is the more potent predictor, observed reality, or hoped-for results to the contrary?

Our future hangs on how we answer the question, probably more than what the answer actually is.

I believe Christians, the largest faith group in the U.S., have a duty to stand for reality, and truth discovered by observation.  That was the issue in 2008, too.

Here is my post of four years ago.  I noticed a few of the links no longer work; I’ll replace them with working links as I can.  If you find a bad link, please note it in comments; and if you have a better link, note that, too.

Several weeks ago [in 2008] I responded to a lengthy thread at Unreasonable FaithThe original post was Garry Trudeau’s “Doonesbury” cartoon of the guy in a doctor’s office, just diagnosed with an infection.  The physician asks the guy if he’s a creationist, explaining that if he is, the doc will treat him with old antibiotics in honor of his belief that evolution of bacteria doesn’t occur.

Charles Darwin's Study, Down House. Photo by and copyright held by Bob Radlinski. Radlinski's description: Darwin regularly spent about 5 hours a day here for 40 years and kept a chamber pot behind the partition so that he wouldn't have to trek to the toilet. But he still had time for an active family life with his wife Emma and their 10 children. The low stool with casters was used to spin himself from one desk where he dissected in front of the window to another where he took notes or wrote up labels—the stool the children were allowed to use for their games, punting themselves around the living room with long poles. The sitting room at the back of the house has large windows that go to the floor so that on nice days, the children (and dogs) could roam back and forth from house to garden at will.

Charles Darwin’s Study, Down House, where Darwin wrote all of his publications after his marriage. Photo by and copyright held by Bob Radlinski. Radlinski’s description: Darwin regularly spent about 5 hours a day here for 40 years and kept a chamber pot behind the partition so that he wouldn’t have to trek to the toilet. But he still had time for an active family life with his wife Emma and their 10 children. The low stool with casters was used to spin himself from one desk where he dissected in front of the window to another where he took notes or wrote up labels—the stool the children were allowed to use for their games, punting themselves around the living room with long poles. The sitting room at the back of the house has large windows that go to the floor so that on nice days, the children (and dogs) could roam back and forth from house to garden at will.

Point being, of course, that evolution occurs in the real world.  Creationists rarely exhibit the faith of their claims when their life, or just nagging pain, is on the line.  They’ll choose the evolution-based medical treatment almost every time.  There are no creationists in the cancer or infectious disease wards.

At one point I responded to a comment loaded with typical creationist error.  It was a long post.  It covered some ground that I’ve not written about on this blog.  And partly because it took some time to assemble, I’m reposting my comments here.  Of course, without the Trudeau cartoon, it won’t get nearly the comments here.

I’ll add links here when I get a chance, which I lacked the time to do earlier.  See my post, below the fold.

Read the rest of this entry »


“Does it get better than this?” U.S. flag and Denali

August 10, 2012

Instagram from the Department of Interior, yesterday:

U.S. flag and Denali on an almost-clear day; Department of Interior photo, August 2012 - public domain

U.S. flag and Denali on an almost-clear day; Department of Interior photo, August 2012 – public domain

usinterior Tweeted, “Does it get any better than this?”

Denali, also known as Mt. McKinley, is the highest point in North America, 20,320 feet (6,194 m) above sea level.  Measured base to peak, it’s the tallest mountain on land on Earth — Everest and other Himilayan peaks rise from a very high plateau.  Denali is high enough that it makes its own weather.  Finding a day when the mountain is not almost completely obscured by clouds is rare, locals say.  Finding an almost-clear view, with blue sky in the background, is a cause for photographer excitement.

You’ll notice straight-line clouds in the sky — condensation trails from passenger jets.  I wonder how many flights bend a little to get a better view of the mountain for passengers?  Do big airlines even do that anymore?

Nice shot.  I could learn to like Instagram with more photos of this quality.

Better, it would be nice to be there, taking these shots.

More, including the controversy over the mountain’s name:


Big bone sale in Dallas, part 2: Is P. Z. Myers bidding on this one?

June 12, 2011

It’s perfect for him.  Perfect.  Bidding stands at about $2,500 at the moment:

Gem tektite octopus - Heritage Auctions June 12, 2011 - IMGP6864 - copyright Ed Darrell, use permitted with attribution

Did our cephalopod overlords leave this for us, 29 million years ago? It's looking right at you, you know.

Is P. Z. Myers bidding on this thing?

According to the catalogue from Heritage Auctions, this piece of glass was formed in what is now the Libyan Sahara 29 million years ago when a meteoroid struck the sand, creating massive heat that fused sand into glass.  This light lemonade colored glass comes from only a small part of the Libyan sands.  Tektite is collectible by itself.  Some craftsman (unidentified and unplaced in time by Heritage Auctions) carved this piece into a cephalopod.

Taking an uncommonly large and clear specimen, the master lapidarist has carved the form of a malevolent-looking octopus, with superb rugose skin texture and a mass of curling tentacles. With a gorgeous translucence and lovely delicate green/yellow color, this exceptional sculpture measures 2¾ x 2 x 1¾ inches. Estimate: $2,800 – $3,200.

Compared to the giant articulated dinosaurs about 50 feet away from the display, one could easily overlook this little gem.  Still, bidding online looked to be pretty active.  Is P.Z. still in the British Isles?  Is he bidding by internet?  Is his Trophy Wife™ planning a Father’s Day surprise?

Tektites should pique your interest, Dear Reader.  Glass formed only when interplanetary objects smash into the planet, providing clues to the makeup of our solar system and universe, dating back well before recorded time, found in only a few fields around the Earth.  They are the perfect marriage-merger of geology, astronomy, geography, natural history, history and, in this case, art.   They are popular among collectors.    Who walks away with this one this afternoon?


Big bone sale in Dallas

June 11, 2011

Big bones.  Big sale.

Heritage Auction's triceratops, for Jun 12, 2011 auction

Triceratops welcomes bidders and gawkers to the Heritage Auction sale of fossils, gems, meteorites, and other national history ephemera. HA estimates this nearly-complete triceratops, mounted, to be worth about $700,000; less than 24 hours before the live auction, it has an online bid of $500,000 already.

Heritage Auctions set up a bug bunch of fossils, gems, meteorites, taxidermy, and art work from natural materials, for an auction on Sunday, June 12, 2011.

2011 June Dallas Signature Platinum Natural History Auction – Dallas, TX.  Auction #6061.

I can’t afford to bid, but they let me in to get photos.  Nice people.

Heritage Auctions' June special, a triceratops - IMGP6882 photo by Ed Darrell; use permitted with attribution

Heritage Auctions' June special, a triceratops - photo by Ed Darrell; use permitted with attribution

The triceratops greets visitors and bidders at the display site, the Tower Building at Dallas’s art deco gem, Fair Park.  (If you look at the ceiling above the triceratops, you can see where restorers have stripped away several layers of paint to reveal the original ceiling paintings — original artwork, including murals, was painted over in the years following the dramatic debut of the buildings; restoration work proceeds slowly because of lack of funding.)

Triceratops horridus
Cretaceous
Hell Creek formation, Harding County, South Dakota

Researchers dug this particular specimen out of the ground in 2004.  HA’s description just makes one’s science juices flow:

Triceratops has enjoyed much cultural publicity ever since its discovery. It is an iconic dinosaur that has appeared in movies ranging from black and white cinema to modern movies like “Jurassic Park.” It has also been in cartoons, such as the children’s classic “The Land before Time.” Triceratops is also the official state fossil of South Dakota and the official state dinosaur of Wyoming.

The present specimen was discovered in 2004 in two parts: First, the fossil hunters came upon pieces of dinosaur bone eroding down a gully. Following these bone fragments, they eventually came upon large bones that would indicate the presence of a large Ceratopsian dinosaur. While this large mass of bones was being excavated, other members of the team followed another bone trail which led them to an amazingly well preserved skull 750 feet away from the original discovery. Over the course of months, the specimens were carefully excavated in large blocks; each specimen was covered in plaster jackets and removed from the field to the lab. It was only during preparation that they discovered the dinosaur was a Triceratops, and it happened to be a Triceratops with an incredibly complete skull. The bones and skull were carefully removed from their field jackets and prepared using hand tools. Broken bones were professionally repaired and restored while a few missing elements were cast from other Triceratops skeletons. A custom made mount was created to support the bones and the skull; innovative bracket mounts were crafted for each bone so that no bones had to be damaged in order to mount them. The bones were mounted in osteologically correct position; making it comparable to and possibly surpassing the accuracy of older mounts in museum displays. Though it is impossible to say whether or not the skull is original to the specimen, being discovered 750 feet apart, it is certainly possible that the two elements are associated for a number of reasons: first, the size of the skull is consistent with the proportional size dimensions of the skeleton, and second, the surrounding matrix (host rock) was identical in composition.

The completed skeleton is enormous; measuring 19 feet long from head to tail, 11 feet across, and towering 12 feet tall. The skull itself measures 7 feet long with 3 ½ foot long horns; placing it near the top of the size range for Triceratops skulls. The leg bones stand 10 feet tall from toes to the top of the scapula; dwarfing many other Triceratops skeletons. Given that the skull represents about 30% of a dinosaur’s entire skeleton, the present specimen is about 75% original bone, with the right leg, pelvic region, several cervical vertebrae and a few tail vertebrae being cast reproductions.

Who owns the thing?  Who put it together?   Who is losing the specimen, should it go to a private collection (you got a living room that big?), and which museum really wants it?

But that’s just one of the specimens up for sale at this auction, and not necessarily the best.  Also up for bid:  A stegosaurus, and an allosaurus, posed as a “fighting pair.”

Fighting pair - allosaurus and stegosaurus, from Heritage Auctions' June 12, 2011 sale of fossils IMGP6839 - photo copyright by Ed Darrell, use permitted with attribution

The "fighting pair," an allosaurus (left) and stegosaurus (right) posed in combat positions. Photo by Ed Darrell, use permitted with attribution.

If it sells, the stegosaurus will cost a lucky bidder more than $1 million.  The allosaurus requires $1.6 million.

Am I jaded?  On the one hand you can’t look at these specimens without thinking they deserve to be seen by kids, and adults, and studied by paleontologists and biologist of all stripes — and so who has the right to sell these off?  On the other hand, this is a Second Gilded Age, and the search for prize fossil specimens is often financed by the proceeds from these auctions.  I enjoyed an hour’s browsing and photographing — a slide presentation on the wonders of America for some sleepy class next fall.

How many of these specimens will I get a chance to see again in the future?

Or, Dear Reader, how many of these will you ever get a chance to see?

HA will sell a lot more than just a few dinosaur fossils.  This same sale includes the largest shark jawbone ever found, stuffed Kodiak and polar bears (from the same hunter), gems, art from petrified wood and fossilized fish, and a large selection of meteorites, including the only meteoroid ever confirmed to have struck and killed a living creature (a cow in Argentine; you can’t toss a stone without hitting a cow in Argentina, I hear).

Giant shark jaw for Heritage Auctions' June 2011 sale

Requires a large wall and high ceilings to display

I don’t plan to go bid; there’s about an hour remaining for online bidding tonight, but if you’re interested and you’ve got your income tax refund burning a hole in your pocket, you can also bid by telephone and hotlink on the internet (go to the Heritage Auction site for details).   Frankly, I don’t think the sale will get the attention it deserves.  I hope these spectacular specimens will land where they can get  a great, admiring and studious audience.


Yellowstone, Land to Life — a film to free from bondage

March 20, 2011

Yes, it’s a tease.  Drat.  Just a trailer for the film.

But how exquisite is just the trailer!

Yellowstone National Park Orientation Film (excerpt) from Northern Light Productions on Vimeo.

Northern Light Productions made the film for the “Canyon Visitor Education Center in Yellowstone National Park. The film offers a compelling overview of the ‘big picture’ geology that has shaped and continues to influence Yellowstone and its ecosystem.”

Big picture geology?  How about making this film available to schools to talk about geology, geography, and history?

Yellowstone National Park annually gets about three million visitors.  Yellowstone is one of those places that ever American should see — but at that rate, it would be more than 100 years before everybody gets there.

We need good, beautifully shot, well-produced, interesting films on American landmarks in the classroom.

How do we get this one freed for America’s kids, Yellowstone Park?


Laden’s late; but, is Yellowstone gonna blow AND TAKE US WITH IT?

February 26, 2011

The veteran reader of this blog — can there be more than one? — may recall the kerfuffle a couple of years ago when there was a “swarm” of earthquakes in the Yellowstone.  Alas for those prone to panic attacks, the swarm ran through the Hanukkah/Ramadan/Christmas/KWANZAA/New Year’s holidays, when other news is slack.

Yellowstone Caldera, Smith and Siegel 2000

What the Yellowstone Caldera might look like from space, by moonlight, on a clear night, if you can imagine the borders of Yellowstone National Park very vividly – Smith and Siegel, 2000

You might understand, then, why I say Greg Laden turns his considerable story-telling prowess to the issue late.  Still, his prowess towers over the rest of us, and he tells a great story.

Is the Yellowstone safe? he asks, rhetorically.

The answer is complex:

1) Wear a seat belt when driving around in the region;

2) Don’t feed the bears and make sure you understand bear safety; and

3) Somebody is going to get blasted by some kind of volcano in the area some day, but even if you live there the chances are it won’t be you.

The joy is in the journey — go read Laden’s explanation of the rising lava.  Heck, even those of us who think we know that stuff understand it better when he explains it.

Earlier in the Bathtub:

Also see: