In this week’s eSkeptic:
JULY 31—AUGUST 17, 2017
Join us in the summer of 2017 for a 17-day Journey of Discovery with Dr. Darren Naish
Join acclaimed zoologist and author Dr. Darren Naish on a unique tour of zoology-themed attractions across England as we visit zoos, safari parks, museums and other venues. Several different themes link the various stops on our tour. The primary focus involves the rich history of British naturalism and the discovery of new animal species—both fossil and living—and their introduction to both the scientific world and public arena. We will highlight crucial contributions English science has played in the understanding, exploration, and discovery of the natural world by our visits to historic zoos and museums. Another theme involves how animals of all kinds have been portrayed to the public. Museums, zoos, safari parks and other venues will be discussed as places where art, design and even architecture have been used to educate people about zoology and the life of the past. And a third theme will involve the keeping of live animals and their husbandry and conservation—many of the zoos, parks, reserves and aquaria we are visiting being key locations in the history of animal keeping and of conservation and preservation.
“We can’t say enough good things about Darren Naish… He mentioned you might use him for future tours… Well, sign us up!”
—Sheree & Bill M.
Where possible, we have arranged special behind-the-scenes trips, talks, and access that will enable us to hear the back-story to various of our venues and to see important, relevant specimens that are kept off-show.
In London, we visit the famous Natural History Museum where we will have special behind-the-scenes access to the collections. The Natural History Museum is one of the world’s most important museums, housing specimens from across the world and being the first to display numerous species living and extinct. The building itself was specially designed as a sort of ‘cathedral to nature’ and we see numerous fascinating details of its design and stonework. We will also examine the fascinating stories behind some of the items on display. Among these is the amazing blue whale model—the first of its kind to be constructed.
While in London we will also be visiting ZSL London Zoo, one of the world’s most famous zoos and the first to display a great many specific animals, many of which were new to science when first displayed. Our visit will highlight the zoo’s importance as a place of scientific discovery and its changing look as both architectural styles and thoughts on animal husbandry changed over the decades. The role that British zoos have played in zoological discovery and in introducing recently discovered, exotic animals to both the scientific community and the public is a theme that we will revisit elsewhere.
At Knebworth House we will be seeing a unique collection of life-sized prehistoric animal dinosaurs. While certainly not considered accurate, models of this sort give us an opportunity to consider how knowledge of dinosaurs and other prehistoric animals has been, and still is, conveyed to the public and how it has changed over the years. We will be given a unique talk on the dinosaurs and an exclusive viewing before the trail opens to the public and, all being well, be met by a family member of the historic Knebworth House.
Domestic animals will not be ignored on this tour: the role that such species as the domestic horse have played in human history is significant and the biology, anatomy, and evolution of these animals is deeply intertwined with our knowledge of their wild relatives. We have an entire day devoted to the domestic horse and its origins and the history of its role in racing, visiting both the National Horse Racing Museum at Newmarket and the National Stud. We will be receiving a guided tour of the facilities at the Stud and aim to see the Foaling Unit, Stallion Unit, Breeding Sheds, and more.
We move on to Cambridge where we will visit the spectacular University Museum of Zoology, a packed and historically significant collection that includes the skeletons of obscure modern mammals, the fossils of early tetrapods and many more. Recently refurbished, the collection contains specimens that once belonged to Darwin, Wallace and the famous ornithologists Alfred Newton and Hugh Strickland. We will see highlights old and new and will be given special behind-the-scenes access.
We will make our way northwards towards Manchester travelling through the magical Peak District and stop at a renowned Birds of Prey centre where we will witness around 30 different species all in flight at the same time and then hear about the conservation work being done to protect some of the endangered species.
At Bristol Museum and Art Gallery we will, again, be gaining special behind-the-scenes access to the geology and biology collections where we will see numerous unique, historically significant specimens. Founded in the early 1800s, the museum has long been an important repository of fossil marine reptiles and dinosaurs from the Bristol area as well as exotic animal collections from around the world.
Our visit to Bristol Zoo will also highlight the role of this zoo in zoological discovery and conservation. Opened in 1836, it was the UK’s first provincial zoo, its often arcane architecture reflecting the 19th century philosophy that zoos were for public exercise and recreation more so than the conservation or well-being of animals. You will hear about the key role the zoo played in public perception of animals throughout the late 20th century and its modern role as a conservation centre.
Slimbridge Wildfowl and Wetland Trust is yet another historically important stop on our tour. Opened in 1946 by founding conservationist Peter Scott, it has been, and remains, a globally important site in ornithological conservation and research. Slimbridge combines landscaped wetlands home to an enormous number of wild, often migratory, birds with the world’s largest collection of wildfowl.
The Oxford University Museum of Natural History is another spectacular museum with a significant scientific role. Constructed in the 1850s and featuring ornate carvings and cast iron pillars, it was the scene for the famous evolution debate of 1860s. We will see the very first dinosaur to be scientifically recognised, Pleistocene hyenas studied by William Buckland, and hear about—and hopefully see—the famous dodo specimen stored in the collections.
We finish our tour with a visit to the famous Walter Rothschild Museum at Tring, Hertfordshire, home to the largest single collection of zoological specimens. Walter Rothschild sent collectors worldwide such that they would obtain birds and other zoological specimens for him, and the museum today contains unparalleled collections of great importance. Flightless birds will be one area of our focus. We will hear Rothschild’s story, see and hear about many of the remarkable items in his collection and, again, we will be getting behind-the-scenes access and the chance to see some very special, historically significant specimens!
Since this summary was written, this fascinating tour continues to evolve and we will combine the educational and informative aspects with moments of leisure and pleasure. We hope you can join us on this journey which we are sure will contain many precious and memorable moments to savour!
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About Dr. Darren Naish
Dr. Darren Naish is a British zoologist and author who writes widely about animals living and modern. Based at the University of Southampton in southern England, he has worked on dinosaurs, pterosaurs, marine reptiles and other extinct reptiles as well as on modern big cats, the swimming abilities of giraffes, conservation biology and the evolution of flightless birds. He has—with colleagues—named numerous new species, most famously the early tyrannosaur Eotyrannus lengi and the small pterosaur Vectidraco daisymorrisae. He has authored or co-authored over ten books, including (with David Martill) Walking With Dinosaurs: The Evidence, The Great Dinosaur Discoveries, and Hunting Monsters: Cryptozoology and the Reality Behind the Myths. He blogs at Tetrapod Zoology, currently hosted at Scientific American, and has been blogging for more than 10 years.
Questions & Registration
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In this week’s eSkeptic, Michael Shermer reviews What Evolution Reveals About Male Health and Mortality, by Richard G. Bribiescas. A shortened version of this review ran in the Wall Street Journal on November 18, 2016, under the title “Why Men Die First.”
The Ultimate Trade Off
by Michael Shermer
Richard G. Bribiescas is a professor of anthropology and evolutionary biology at Yale University and his new book is the best short summation I have seen of a massive body of scientific research to address his title subject, How Men Age. Now that I am in my early 60s I find myself gravitating toward this literature, but this is not a how-to book. There is no men’s magazine-style bullet list of what older men should do to look and be young again. Bribiescas is a good scientist, and as such he makes it clear that all such studies are limited in scope, have exceptions, and the long-term consequences of any artificial interference with the aging process beyond diet and exercise are unknown. Caveat emptor! Here is what we know.
Aging is the decline in physiological function that occurs over a measurable passage of time, caused by a combination of physics, genes, disease, and other environmental assaults and stressors. Aging is highly heritable, which is why physicians and life insurance companies always ask about the age of your parents at death and the causes of their deaths. But there is no “gene for aging,” or even a suite of genes. Aging happens across most of the systems in your body and there’s only so much you can do to stave off its inevitable effects. Worse, tinkering with the aging process too much can lead to a phenomenon the biologist G. C. Williams discovered called antagonistic pleiotropy—traits beneficial to an organism early in its life may be detrimental later in life, such as women’s high ovarian steroid levels during peak reproductive age that can lead to breast cancer decades later, or high testosterone in young men that leads to prostate cancer in old age. So the idea of taking testosterone supplements to ward off aging’s effects may have unintended and possibly antagonistic pleiotropic effects that lead to even earlier mortality.
According to “rate of living theory,” larger mammals conserve heat more efficiently, have slower metabolic rates, burn energy slower, and live longer. Humans are relatively large mammals and we live longer than any other primate, but within our species even though men are larger than women they burn more energy per unit time, so men age faster than women and women live longer than men. As well, because the world is a dangerous place and men face many more risks than women, they tend to discount the future and reproduce earlier, just in case.
Environment also makes a difference. The evolutionary biologist Steven Austad conducted a study of opossum populations, one on an island with no predators and the other on the mainland with the usual assortment of threats to life and limb. Austad found that the island opossums reproduced later and aged slower whereas the mainland opossums reproduced sooner and aged faster. […]
Science & Sea Monsters
MONSTERTALK EPISODE 118
What do you get when you combine a love for statistics, a love for biological maritime mysteries and a relentless curiosity? Dr. Charles Paxton has applied biology and math work to produce several papers on the mysterious creatures called “sea monsters.” In this episode of MonsterTalk, we discuss sea monsters, math and naughty ostriches.