Fun Fact Friday: All’s Fair in Love and Chemical Warfare

Happy Friday, folks! This week’s fun fact from Arthur V. Evans’s Beetles of Eastern North America explores the astounding chemical defenses employed by Coleoptera against their enemies.


This colorful little insect is called Galerita bicolor. It spends most of its life hiding under tree bark, but if it’s disturbed, it sprays a noxious stream of formic acid out of its rear-end. Yikes!


And this little guy’s got an even nastier trick up his sleeve. The Narrow-necked Little Bombardier Beetle (Brachinus tenuicollis) releases a boiling mixture of hydrogen peroxide gas, hydroquines, and various enzymes. The cocktail makes an audible popping sound as it exits the insect, and can be sprayed at a predator with great accuracy. An aptly named bug if there ever was one!

Other beetles, such as lady and blister beetles, are even able to make themselves bleed in order to protect themselves. This behavior, called reflex bleeding, occurs when the startled insect exudes bright yellow or orange hemolymph (beetle blood) from the joints of their legs. The hemolymph is laced with toxic chemicals, making them unappetizing to predators.

We hope you’ve enjoyed this installment of Fun Fact Friday, and learned one of nature’s most important lessons: think before you touch!


Arthur V. Evans is the author of:

Evans_Beetles Beetles of Eastern North America by Arthur V. Evans
Paperback | 2014 | $35.00 / £24.95 | ISBN: 9780691133041 | 560 pp. | 8 x 10 | 1,500+ color illus. 31 line illus. | eBook | ISBN: 9781400851829 | Reviews  Table of Contents  Preface [PDF]  Sample Entry [PDF]

Voice of America features Steve and Tony Palumbi and Extreme Life of the Sea during #SharkWeek

Shark week is well underway and the celebrations and glamorizations of the most famous of ocean predators continues unabated. However, as the creators of Un-Shark Week and co-authors of The Extreme Life of the Sea, Steve and Tony Palumbi know there are other fascinating marine animals that are equally deserving of your attention. In this fantastic interview with Voice of America News, they highlight some cool facts about sharks as well as other extreme creatures that have adapted to survive and thrive in the harshest environments of the ocean.


bookjacket The Extreme Life of the Sea
Stephen R. Palumbi & Anthony R. Palumbi
Available as an ebook and an enhanced ebook.
Explore this title:

Reviews | Table of Contents | Prologue[PDF]

Princeton University Press at the Ecological Society of America annual meeting

If you’re heading to the Ecological Society of America annual meeting in Sacramento, CA August 10th-15th, come visit us at booth 303!

Louis Gross, co-author of Mathematics for the Life Sciences, will be speaking in the demo area of the exhibit hall at noon on Wednesday, August 13th. All are welcome to then join us at the booth that evening at 5:00 for wine, cheese, and a book signing!

The life sciences deal with a vast array of problems at different spatial, temporal, and organizational scales. The mathematics necessary to describe, model, and analyze these problems is similarly diverse, incorporating quantitative techniques that are rarely taught in standard undergraduate courses. This textbook provides an accessible introduction to these critical mathematical concepts, linking them to biological observation and theory while also presenting the computational tools needed to address problems not readily investigated using mathematics alone.

Follow us on Twitter @PrincetonUPress for updates on the meeting and new and forthcoming titles.

Also be sure to browse our biology catalog, which lists many books for sale at our booth:

See you in Sacramento!

Celebrate National Honey Bee Day with Noah Wilson-Rich!

Noah Wilson-Rich, Ph.D., author of the upcoming The Bee: A Natural History, will be speaking at the Cape Cod Museum of Natural History for National Honey Bee Day on August 16.


Wilson-Rich has been keeping bees on Cape Cod since 2010 and maintains two apiaries in Truro, where he conducts research on experimental vaccines that could potentially improve the health of honey bees. His talk at the museum will focus on this research, as well as the role of bees on Cape Cod and the importance of honey bees in sustainable gardening. He will also discuss his business, the Best Bees Company, a service based in Boston’s South End that installs and manages hives for honey bees for businesses and residents of eastern Massachusetts.

 thebeewilson-rich  The Bee: A Natural History by Noah Wilson-Rich

New Biology Catalog!

Be among the first to browse and download our new biology catalog!

Of particular interest is The Extreme Life of the Sea by Stephen R. Palumbi & Anthony R. Palumbi. The ocean teems with life that thrives under difficult situations in unusual environments. This book takes readers to the absolute limits of the ocean world—the fastest and deepest, the hottest and oldest creatures of the oceans. It dives into the icy Arctic and boiling hydrothermal vents—and exposes the eternal darkness of the deepest undersea trenches—to show how marine life thrives against the odds.

Also be sure to note 40 Years of Evolution: Darwin’s Finches on Daphne Major Island by Peter R. Grant & B. Rosemary Grant. In this richly illustrated new book, the authors continuously track finch populations over a period of four decades, and they and uncover the causes and consequences of significant events leading to evolutionary changes in species.

And don’t miss out on The Princeton Guide to Evolution, a comprehensive, concise, and authoritative reference to the major subjects and key concepts in evolutionary biology, from genes to mass extinctions. Edited by a distinguished team of evolutionary biologists, with contributions from leading researchers, the guide contains some 100 clear, accurate, and up-to-date articles on the most important topics in seven major areas: phylogenetics and the history of life; selection and adaptation; evolutionary processes; genes, genomes, and phenotypes; speciation and macroevolution; evolution of behavior, society, and humans; and evolution and modern society.

More of our leading titles in biology can be found in the catalog. You may also sign up with ease to be notified of forthcoming titles at (Your e-mail address will remain confidential!)

If you’re heading to the Society for the Study of Evolution annual meeting in Raleigh, NC June 20th-24th, come visit us at booth 125. See you there!

Quick Questions for Richard Karban, author of How to Do Ecology: A Concise Handbook (Second Edition)

Richard KarbanDr. Richard Karban is a professor of entomology at the University of California, Davis. He is a recipient of the George Mercer Award, presented by the Ecological Society of America for outstanding research (1990) and was a 2010 Fellow in the American Association for the Advancement of Science.

Dr. Karban received a B.A. in Environmental Studies from Haverford College (1977) and completed his Ph.D. in Ecology at the University of Pennsylvania (1982). He is the recipient of nearly a dozen research grants, whose focuses range from population regulation to plant resistance of insects and pathogens. He is the author of How to Do Ecology: A Concise Handbook (Second Edition).

Now, on to the questions!

PUP: What inspired you to get into your field?

Richard Karban: I grew up in an ugly and dangerous neighborhood in New York City. Natural history and natural areas were highly romanticized in my mind. Being an ecologist seemed like an exciting way to escape this life.

What is the book’s most important contribution?

Doing ecological research successfully requires a considerable amount of insider knowledge. We don’t teach these tips in academic classes. This book attempts to provide a simple set of guidelines for navigating the process of generating hypotheses, testing them, analyzing your results, and communicating with an interested audience. In my opinion, this is what we should be teaching ecology students, but aren’t.

“Indeed, confidence and persistence are the most important attributes that separate successful projects from failures.”

What was the biggest challenge with bringing this book to life?

The biggest challenge getting this book to happen was not allowing myself to get discouraged. I teach a graduate-level course in which each student develops an independent field project. The book started as a series of handouts that I gave my students. Each year, I revised my pile of materials. After a decade or so of revisions, I submitted a manuscript but was told that it was too short and lacked interesting visuals and other tools that would make the material accessible. Okay, so much for that, although I continued to add and tweak the content for my class. My wife, Mikaela Huntzinger, read what I had and convinced me that it would be useful to students; she also volunteered to add figures and boxes. Most of all, she encouraged me not to give up on the thing. Indeed, confidence and persistence are the most important attributes that separate successful projects from failures.

Why did you write this book?

I had a terrible time in grad school. I didn’t attend a large research university as an undergrad and I arrived with little sense of how to do research or thrive in an environment that valued research, publications, and grants above all else. Figuring out the culture was a painful process of trial and error. My experiences made me acutely aware of the “game” and made me want to share what I had learned to spare others the same pain.

Who is the main audience?

This book is intended primarily for young ecologists who can use some help posing interesting questions, answering them, and communicating what they find. Undergrads who want to do research and grad students doing a thesis are the two populations who will find the book most useful, although we hope that our colleagues will also get something from it.

How did you come up with the title and cover?

The title is a little presumptuous, but also conveys what we hope to provide in a few clear words – perfect.

The cover reflects my long-standing interest in streams that cut gently through landscapes. The first edition had a photo taken by my collaborator, Kaori Shiojiri, at our field site along Sagehen Creek. This edition features an abstraction of that image that I painted. If we write future editions, they will have further abstractions of that same theme done as a mosaic (Mikaela’s favorite medium) or as a stained glass (one of Ian’s).

Check out Chapter 1 of the book, here.


Richard Karban is the author of:

6-6 Ecology How to Do Ecology: A Concise Handbook (Second Edition) by Richard Karban, Mikaela Huntzinger, & Ian S. Pearse
Paperback | May 2014 | $24.95 / £16.95 | ISBN: 9780691161761
200 pp. | 5 x 8 | 8 line illus. | eBook | ISBN: 9781400851263 |   Reviews Table of Contents Chapter 1[PDF]

Quick Questions for Günter P. Wagner, author of Homology, Genes, and Evolutionary Innovation

Wagner_Homology_au photo jpgGünter P. Wagner is the Alison Richard Professor of Ecology and Evolutionary Biology at Yale University and a pioneer of the field of evolutionary developmental biology. He is the editor of The Character Concept in Evolutionary Biology. Dr. Wagner received training in biochemical engineering, zoology, and mathematics from the University of Vienna, Austria, where he completed his Ph.D. in zoology.

He then spent six postdoctoral years at the Max Planck Institutes for Biophysical Chemistry (Goettingen, Germany) and for Developmental Biology (Tübingen, Germany) before assuming a full professorship in the Biology department at Yale University. His research focuses predominantly on the study of homology, or character identity, one of the most difficult concepts in evolutionary biology. His latest book, Homology, Genes, and Evolutionary Innovation (Princeton) provides a fresh and compelling definition of homology and how it arises in evolution.

Now, on to the questions!

PUP: What inspired you to get into your field?
Günter P. Wagner: I received my initial scientific training in chemistry, and I still love chemistry. It is a beautiful system of ideas and practices with wide applicability and utility. Part of its beauty lies in the fact that chemistry can explain a vast array of facts from the combinatorial richness of a quite limited set of basic elements. In contrast, in biology we are confronted with a vast diversity of life forms that defy a simple combinatorial explanation. Biology has to deal with radically different kinds of things, from viruses to blue whales, where one cannot escape the conclusion that radically new things have originated in evolution: humans with culture and language from non-human primates, animals from single-celled organisms, and ultimately life from non-life. Understanding how these novel forms of existence can originate became my obsession in my professional life. This book is my answer – though a partial and limited one – to this question.

What do you think is the book’s most important contribution?
Homology, the notion that different organisms can be composed of corresponding building blocks, is one of the fundamental scientific concepts that also induce a lot of frustration among those who truly want to understand them. Homology shares this dubious distinction with concepts like species, gene, time, and space, to name a few. The frustration has one main source: the fact that it is hard to pin down how two homologous parts can be the same in spite of differences in shape, function, and underlying developmental genetic mechanisms. In particular linking character identity with our mechanistic understanding of development proved difficult. I think the main contribution of this book is to show that it is possible to forge such a link. I say possible, since it is likely that much of what I say in the book might be wrong, but it never the less shows that such a mechanistic understanding of homology is possible if we ask the right questions and give answers that are constrained by large amounts of empirical knowledge already available.

What is your next project?
I am thinking of writing a textbook on “Comparative Developmental Anatomy of Vertebrates” together with three colleagues. The idea is to recast the vast knowledge of the structure, variation, and development of the vertebrate body in light of the recent progress in comparative developmental biology and also in light of the ideas developed in this book.

“Dealing with the intellectual challenges was the reward, not the obstacle, in this project.”

What was the best piece of advice you ever received?
Be myself! In the sciences there is an enormous pressure to conform, which is in part necessary to make science the coherent communal effort that it is. But it also has the potential to kill creativity and thus the search for answers where there have not even been good questions before.

What was the biggest challenge involved with bringing this book to life?
Certainly the biggest challenge was to find a way to have the focus and the continuity of effort for writing the book, while at the same time running a lab, teaching courses, and responding to the needs of the University. It is not so much time, per se, that is hard to come by – but a predictable continuity of quality time for thinking and writing. Dealing with the intellectual challenges was the reward, not the obstacle, in this project.

Why did you write this book?
The topic of homology and innovation has fascinated me for many decades, but at one point I had to accept that the subject matter was way too complex to adequately be dealt with even in a very long article. The complexity of the subject results from the large amount of factual, relevant information and from the many facets it has from genetics, developmental biology, anatomy, and evolutionary biology, and even philosophical issues. There was no way I could deal with this in any other format than in a book.


Günter P. Wagner is the author of:

5-29 Wagner Homology, Genes, and Evolutionary Innovation by Günter P. Wagner
Hardcover | 2014 | $60.00 / £41.95 | ISBN: 9780691156460
496 pp. | 6 x 9 | 25 halftones. 105 line illus. 4 tables. | eBook | ISBN: 9781400851461 |Reviews Table of Contents Introduction[PDF]

The Extreme Life of the Sea at TEDx Stanford

Read the complete story in The Extreme Life of the Sea by Steve and Anthony Palumbi.

What is the reality behind the race for scientific talent? Watch this EPI event with Michael Teitelbaum to find out

Also, in a related review of Michael Teitelbaum’s book Falling Behind? from Spectrum Magazine, published by the IEEE, they had this fun little quiz:

Okay, here are your choices: 1957, 1982, and 2014. Match each year to when the following statements were made:

a. “It is pretty generally realized that our country faces a serious scientific and engineering manpower shortage. We have at present about half the engineers which we need, and each year we are graduating only about half our annual needs.”

b. “Science, technology, engineering and math form the foundation of the global economy. Yet, … if educational trends continue, fewer qualified candidates will be available to support growth in these areas.”

c. “We appear to be raising a generation of Americans, many of whom lack the understanding and the skills necessary to participate fully in the technological world in which they live and work.”

To see the answers and to read their review, please visit

To learn more about the boom and bust cycles of STEM education, please read Falling Behind?

The Extreme Life of the Sea at the Commonwealth Club/WonderFest, San Francisco

Steve Palumbi, one of today’s leading marine scientists, takes us to the absolute limits of the aquatic world—into the icy arctic, toward boiling hydrothermal vents, and into the deepest undersea trenches—to show how marine life thrives against the odds. He helps us appreciate and understand the fastest and deepest, the hottest and oldest creatures of the oceans.

But such fragile ecosystems face new challenges: climate change and overfishing could pose the greatest threats yet to our planet’s tenacious marine life. Prof. Palumbi shares unforgettable stories of some of the most marvelous life forms on Earth, and reveals surprising lessons of how we humans can learn to adapt to climate change.

This lecture was recorded at the Commonwealth Club earlier this year. Steve and Tony’s book is The Extreme Life of the Sea. You can sample the prologue here:

Physics Today interviews Princeton physicist William Bialek on his path-breaking new text book BIOPHYSICS: Searching for Principles

Princeton University professor William Bialek, renowned for his research on the interactions of physics and biology, was interviewed for the February 2014 issue of Physics Toady about his groundbreaking new textbook BIOPHYSICS: Searching for Principles.

A sneak peak:
Physics Today: How does your approach to biophysics compare with others, and how is that approach reflected in the layout of your text?

Bialek: I think most previous textbooks have presented biophysics as a biological science, or perhaps as a cross-disciplinary amalgam. I have taken the view that there is a physics of biological systems and that this is to be understood in the same way that we talk about the physics of solids or the physics of the early universe. So this book tries to present biophysics as a branch of physics.The physics of biological systems is a very broad subject, and I have tried to capture as much of this breadth as I could: from the dynamics of single molecules to the collective behavior of populations of organisms….(continued)

Happy Darwin Day!

We’re celebrating with Steve Palumbi, co-author of The Extreme Life of the Sea.

In 1837 Charles Darwin first speculated that atolls, ring-shaped coral reefs that encircle lagoons, formed by growing around volcanic islands that eventually sunk. It took 100 years to prove Darwin’s theory of atoll formation correct. Why? Steve Palumbi explains in this video at his Stanford-based Microdocs site.

The Extreme Life of the Sea highlights other fascinating facts about these delicate yet enduring creatures.  Black corals, Steve and his co-author Anthony Palumbi explain in their chapter “The Oldest”, can be smashed to bits by the smallest waves yet have been known to live up to 4,600 years and are likely the oldest living organisms on the planet. Instead of becoming frail as they age like many other species, the longer black corals live the more likely they are to survive and reproduce.

Photo by Steve Palumbi.

The book is just now shipping to stores, but we’ve made the book’s prologue available online to tide you over until you can get your hands on a copy.