New Harry Potter Pop-Up Book Lets You Explore Hogwarts in 3D

Insight Editions
Insight Editions

Harry Potter fans will get a chance to explore the grounds of Hogwarts like never before. The school of witchcraft and wizardry has been brought to life in an intricate new pop-up book.

The book, titled Harry Potter: A Pop-Up Guide to Hogwarts, will give readers a 3D tour of the fictional castle. Designed by Matthew Reinhart, the artist and author behind pop-up books for Pixar and Game of Thrones, each page of the guide includes elaborate paper sculptures lifted from the magical world of Harry Potter.

Readers will also get eye-popping views of the Quidditch pitch, the Forbidden Forest, and Hogsmeade as well as the chance to explore mini-pop-ups of the Marauder's Map and Arthur Weasley's flying car, interactive pull-tabs, and windows that reveal a closer look at each scene.

Harry Potter: A Pop-Up Guide to Hogwarts, is now available from Amazon.

Hogwarts pop-up book.
Insight Editions

'Obscene' Books From Oxford's Bodleian Libraries Go on Display for the First Time

The title page of The Love Books of Ovid (1925), translated to English by James Lewis May and illustrated by Jean de Bosschère
The title page of The Love Books of Ovid (1925), translated to English by James Lewis May and illustrated by Jean de Bosschère
Bodleian Libraries, University of Oxford // Reproduced with permission from Alain Bilot

A Picture of Dorian Gray and Lady Chatterley’s Lover were deemed so scandalous in the Victorian era that a separate restricted library was created within the University of Oxford’s Bodleian Libraries just to store them. If a student wanted to read one of these semi-banned books, they had to submit a letter of support from a college tutor.

They were dubbed the “Phi books” after the Greek letter phi, which was the shelfmark used to categorize them. Now, for the first time, these so-called “obscene” books are on public display at the Bodleian's Weston Library in Oxford.

An illustration of two people about to kiss
The title page of the 1974 book The Joy of Sex: A Gourmet Guide to Lovemaking by Alex Comfort, with illustrations by Chris Foss.
Bodleian Libraries, University of Oxford/ © ChrisFossArt.com

The collection contains around 3000 items, including scientific and scholarly works, as well as novels that were deemed too inappropriate for public consumption at the time. One of the texts on display is a volume of Love Books of Ovid that was held in the Phi section due to its erotic illustrations. The unillustrated version, on the other hand, was publicly available in the library.

Two other books on view are The Picture of Dorian Gray, which was restricted "presumably because of its homoerotic subtext," and a first edition of Lady Chatterley’s Lover that was reportedly smuggled into Britain to avoid censorship laws. There will also be sex manuals, books about phallic symbolism, the "first modern European work of pornography" (the 17th-century Satyra Sotadica), and even a copy of Madonna's 1992 book Sex.

Why does the Bodleian have so many sexually suggestive books in the first place? It serves as a legal deposit library, meaning it's entitled to a copy of every book published in the UK. “This partly accounts for the Libraries' large Phi collection although the collection has also grown through donations and bequests," the library notes on its website.

Illustration of Dorian Gray
Title page of The Picture of Dorian Gray (1925), written by Oscar Wilde and illustrated by Henry Keen
Bodleian Libraries, University of Oxford

The title "Phallic objects and remains" is written under an illustration of a rocket ship
The cover of the 1889 book Phallic Objects, Monuments and Remains; Illustrations of the Rise and Development of the Phallic Idea (Sex Worship) and Its Embodiment in Works of Nature and Art, written by Hargrave Jennings
Bodleian Libraries, University of Oxford

The Phi shelfmark, which was established in 1882, only stopped being used in 2010 when the library opened its Book Storage Facility in Swindon and changed the way it catalogs books. As a result, the “obscene” books were no longer grouped together, and the Bodleian Libraries stopped separating sexually explicit books from other reading materials. 

The collection, called the "Story of Phi: Restricted Books," will remain on public display until January 13, 2019. Admission is free.

9 Not-So-Pesky Facts About Termites

iStock.com/Thithawat_s
iStock.com/Thithawat_s

Termites get a lot of hate for chewing through buildings, but the little creatures are far more interesting—and ecologically valuable—than we often give them credit for. Unless, of course, you’re Lisa Margonelli, the author of Underbug: An Obsessive Tale of Termites and Technology, a new book that explores their amazing world. Here are nine facts about the highly social—and occasionally pesky—insects that we learned from the book.

1. THERE ARE FAR MORE TERMITES THAN PEOPLE ON EARTH.

Termite queens live up to 25 years, and can lay somewhere around 30,000 eggs a day. As a result, a single mound can be home to millions of individuals at a time. While the numbers vary from study to study, scientists estimate that the biomass of all the termites in the world is at least as great as that of humans.

2. MOST TERMITES AREN’T PESTS.

Of the 2800 named termite species in the world, the majority have no interest in eating your house. Only 28 species are known to chow down on buildings and infrastructure. Most are actually very beneficial to their ecosystems, clearing dead wood, aerating the soil with their intricate tunnel systems, and enhancing plant growth. Researchers have found that contrary to being pests, networks of termite mounds can help make dry environments like savannas more resilient to climate change because of the way termite mounds store nutrients and moisture, among other benefits.

3. TERMITES ARE GOOD FOR CROPS.

Termites can help make soil more fertile. In one study, researchers in Australia found that fields that were home to ants and termites produced 36 percent more wheat, without fertilizer, compared to non-termite fields. Why? Termites help fertilize the soil naturally—their poop, which they use to plaster their tunnels, is full of nitrogen. Their intricate system of underground tunnels also helps rainfall penetrate the soil more deeply, which reduces the amount of moisture that evaporates from the dirt and makes it more likely that the water can be taken up by plants.

4. TERMITES HAVE VERY SPECIFIC ROLES IN THEIR COLONY.

Each termite colony has a queen and king termite (or several), plus workers and soldiers. This caste system, controlled by pheromones produced by the reigning queen, determines not just what different termites do in the colony but how they look. Queens and kings develop wings that, when they’re sexually mature, they use to fly away from their original nest to reproduce and start their own colony. Once they land at the site of their new colony, queens and kings snap off these wings, since they’ll spend the rest of their lives underground. Queens are also physically much larger than other castes: The largest type of termite, an African species called Macrotermes bellicosus, produces queens up to 4 inches long.

Unlike their royal counterparts, most workers and soldiers don’t have either eyes or wings. Worker termites, which are responsible for foraging, building tunnels, and feeding the other castes in the nest, are significantly smaller than queens. M. bellicosus workers, for instance, measure around 0.14 inches. Soldier termites are slightly bigger than workers, with large, sharp mandibles designed to slice up ants and other enemies that might invade the nest.

5. TERMITES ARE ONE OF THE FASTEST ANIMALS IN THE WORLD.

Apologies to cheetahs, but termites hold the record for world’s fastest animal movement. Panamanian termites can clap their mandibles shut at 157 miles per hour. (Compare that to the cheetah’s run, which tops out at about 76 miles per hour.) This quick action allows tiny termite soldiers in narrow tunnels to kill invaders with a single bite.

6. TERMITES ARE SKILLED ARCHITECTS.

In Namibia, quarter-inch-long termites of the genus Macrotermes can move 364 pounds of dirt and 3300 pounds of water each year total in the course of building their 17-foot-tall mounds. Relative to their size, that’s the equivalent of humans building the 163 floors of Dubai’s Burj Khalifa, no cranes required. And that’s not even the tallest termite mound around—some can be up to 30 feet high. More impressively, termites cooperate to build these structures without any sort of centralized plan. Engineers are now trying to replicate this decentralized swarm intelligence to build robots that could erect buildings in a similar fashion.

7. TERMITES BUILD THEIR OWN AIR CONDITIONING.

Some termites have developed an incredibly efficient method of climate control in the form of tall, above-ground mounds that sit above their nests. Organized around a central chimney, the structures essentially act as giant lungs, "breathing" air in and out as the temperature outside changes in relation to the temperature inside. Thanks to these convection cycles, termites keep underground temperatures in their nest between roughly 84°F and 90°F.

8. TERMITES ARE FARMERS.

Humans aren’t the only ones cultivating crops. Termites farm, too. They’ve been doing it for more than 25 million years, compared to humans’ 23,000 years. Some species of termite have evolved a symbiotic relationship with Termitomyces fungi, growing fungus in underground gardens for food. When they fly off to create a new colony, termite queens bring along fungus spores from their parent colony to seed the garden that will feed their new nest. Foraging termite workers go out and eat plant material that they can’t fully digest on their own, then deposit their feces on the fungus for it to feed on. They can then eat the fungus. They may also be able to eat some of the plant material after the fungus has sufficiently broken it down. The mutually beneficial relationship has led some scientists to suggest that the fungus, which is much larger in both size and energy production than the termites, could in fact be the one in control of the relationship, potentially releasing chemical pheromones that lead the termites to build the mound they live in together.

9. TERMITES ARE MICROBIAL GOLD MINES.

As scientists begin to understand the huge role that micobiomes play in both the human body and the rest of the world, termites provide a fascinating case study. About 90 percent of the organisms in termite guts aren’t found anywhere else on Earth. In their hindgut alone, they host as many as 1400 species of bacteria. These microbes are so efficient at converting the cellulose-rich wood and dead grass that termites eat into energy, scientists want to harness them to make biofuel from plants.

Want to learn more about termites? Get yourself a copy of Underbug on Amazon for $18.

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