Tag Archives: Book review

The Wildlife of Southeast Asia

Wildlife of Southeast Asia by Susan Myers, is a new pocket identification guide covering “wildlife” in Burma, Thailand, Laos, Cambodia, Vietnam, West Malaysia, and Singapore.

It covers birds, mammals, reptiles, frogs, and invertebrates. Considering that there must be tens of millions of inverts in Southeast Asia, the coverage here is very minimal, just the highlights, just a few pages. This is mainly a bird book, with pretty good coverage of mammals, a bunch of snakes, some of the more important frogs, and some of the more obvious insects, etc.

It is standard field guide size, and uses photographs rather than drawings. The first several pages outline the better wildlife viewing spots.

The animal info comes with very little geographical information (i.e., no maps) presumably because the area of coverage of this book is actually fairly small and somewhat homogeneous.

There are 500+ photos.

Table of Contents:

Introduction 6
Geographic Coverage 6
Measurements 6
Basic Tips for Visitors 8
Guide to the Best Spots for Viewing Wildlife in Southeast Asia 10
Species Accounts
Birds 26
Mammals 174
Reptiles 210
Frogs 226
Invertebrates 230
References 244
Photo Credits 244
Index 249

Mad About Science Denial? This Book Is For You and your Uncle Bob!

Michael Mann has a specialty or two. Climate simulation modeling, analysis of proxy data, the study of global teleconnections, Northern Hemisphere surface temperatures over historic time scales, etc. A while back, Mann’s research interests and activities converged, I assume by some combination of design and chance (as is often the case in Academia) with a key central question in science. This question is, “What is the pattern of surface warming caused by human effects on the atmosphere, including changes in greenhouse gas concentration and other pollutants?”

Mann and his colleagues essentially solved that problem in 1998, with the publication of a study looking at tree ring data, ice cores, and direct measurements of the atmosphere and the ocean surface, to estimate “surface temperature” of the atmosphere in the northern hemisphere. NASA, NOAA, and other agencies already had a temperature record going back into the 19th century, about a century of data. But since human effects started way before that, and since there is a lot of non-human caused variation in the system, the only way the basic pattern of surface warming, and the relative role of human effects, could be ascertained was by extending that record back several more centuries. Mann and his colleagues did that.

What they did was to turn this graph:

What scientists used to think. This is not far from what is now known, but much less detailed.
What scientists used to think. This is not far from what is now known, but much less detailed.

Into this graph:

The results of several scholars' work, including and mainly Mann and Hughes, summarized in a key IPCC report.  This science clarified our position in the natural system we are so dramatically changing, and won the teams who did this work a Nobel Prize.
The results of several scholars’ work, including and mainly Mann and Hughes, summarized in a key IPCC report. This science clarified our position in the natural system we are so dramatically changing, and won the teams who did this work a Nobel Prize.

Ironically, that first graph is from the oil industry, a report by ExxonMobil to be exact. Scientists generally knew that greenhouse warming was a thing, but these ExxonMobil scientists hid their research in order to … well, you can guess their motivation. (And you thought they were just about oil!)

So, that should have been about it. A major question was clarified and science marches on.

But there were two other things that happened after that. One makes total sense, and is a good thing. The other is mad. Mad as in madhouse.

The first thing was clarifying the science even more. Mann and colleagues worked mainly on the Northern Hemisphere because that is where much of the data lived. They were not using all the proxy data that would eventually become available. The record had to be pushed even farther back in time. The direct surface measurements needed to be reanalyzed a few times by different people, using different approaches, in order to understand it better. And so on.

Also, climate needed to march along a bit, as it turns out. The years since 1998 or so have seen dramatic changes in surface temperature, and dramatic effects of warming.

So that all happened, and our understanding of climate change is much refined and pretty darn good, with a few interesting and important questions remaining. But we know enough to confirm several times over the existential nature of the problem.

But something else happened at the same time.

Your curmudgeonly old Uncle Bob got mad at the climate data because, well, it seemed like it was Environmentalism which is all Hippie and Communist and stuff. Your cousin the developer and your other cousin who works at the power plant got mad because it became clear that modern civilization’s present day technologies for making and using buildings, making and using vehicles, and making and using energy, were the cause of an existential crisis. So they got mad about being blamed, even though they weren’t really being singled out. And all the energy producing corporations, stock holders, and their … well, their wholly owned souls such as members of Congress, Republicans, talk show hosts, and, to bring it full circle, your curmudgeonly old Uncle Bob, all got mad because addressing climate change would ruin the American Dream.

The American Dream, by the way, is this: You are a poor slob living in dirt. Them something happens and the dirt is gone but somehow you are still filthy. Filthy rich! Every American would become filthy rich if only … if only Mike Mann would shut up and go away.

So, this second thing that happened involved intense harassment, often bought and paid for, of climate scientists, active opposition to truthful and honest science, and the organic development of what Mann and his coauthor Toles refer to as a “Madhouse.”

Screen Shot 2016-08-24 at 3.57.34 PMMann has been in the middle of the conversation about climate science, the needed energy transition, and the denial of climate science, for years now. (See his first hand historical account of the first half of that journey.) He’s also a great communicator of science. So, he’s one of the best people to tell the story of climate change.

Mann has done this before a couple of times (notably, see this DK publication authored by Mann that summarizes the IPCC report). And now he’s done it again.

The Madhouse Effect: How Climate Change Denial Is Threatening Our Planet, Destroying Our Politics, and Driving Us Crazy, by Michael Mann and cartoonist Tom Toles, consists of Mann’s account of climate change, the denailism industry, the fight between science and anti-science, the energy transition, and all the important nuances of the problem. Well written and easily understood, an excellent and very current expose of the whole thing. And, along side all this, the cartoonish stylings of cartoonist Tom Toles.

One of the topics Mann deals with in this new book, that has not been dealt with enough, is the Breakthrough concept, especially as related to geoengineering. To quote from the text:

Many of those who advocate against taking action when it comes to dealing with the underlying problem—our ongoing burning of fossil fuels— have instead turned to possible technosolutions for counteracting climate change that involve other massive interventions in the Earth system: geoengineering. In some ways, for the free-market fundamentalist, geoengineering is a logical way out because it reflects an extension of faith that the free market and technological innovation can solve any problem we create, without the need for regulation.

Unsurprisingly, even many rather level-headed captains of industry, such as Bill Gates, have embraced the concept along with techno-Pollyannas, such as Bjorn Lomborg and the Breakthrough Institute. Price on carbon? Nah, the market doesn’t need it. Renewable energy? It’s a pipe dream. Massively interfering with the Earth system in the hope that we might get lucky and offset global warming? Yeah, that’s the ticket!

One of the important Stages of Science Denial (and there is a whole chapter on the stages in The Madhouse Effect) is to assume that this problem will be solved with one great technological advance.

We might have some helpful technological advances, but most of the key advances have already happened and now need some fine tuning. The laws of physics can’t be broken just because we want them to be. It takes energy to separate Carbon from Oxygen, and we get energy by combining the two (if we start with the right molecules). We can’t suck the CO2 out of the atmosphere and make it solid without either spending more energy, or violating the laws of physics. And at the scale we are talking about here, we can’t store the gas in some safe place. The bottom line: We have to keep the fossil fuel in the ground, and use the widely available, abundant, clean, inexpensive, and by the way, very cool alternative sources of energy that already exist but that don’t happened to be owned by the Koch Brothers.

Check out The Madhouse Effect: How Climate Change Denial Is Threatening Our Planet, Destroying Our Politics, and Driving Us Crazy. It is available for pre-order as of this writing, but will be available for actual reading around Labor Day on line, and in print, ready to ship by mid September.

Venomous: How the Earth’s Deadliest Creatures Mastered Biochemistry

You can read this book review, or you can just go HERE and listen to our interview with author Christie Wilcox. I promise you in advance that you will want to read her book!

But, if you want to read the book review, here it is…

Did you ever do anything that hurt, then you had to do it again and you knew it would still hurt, and you didn’t like that? Like getting your teeth cleaned, or licking a nine volt battery. OK, maybe you didn’t have to lick the nine volt battery, but you get my point.

When I was working in the Ituri Forest, in the Congo, taking a walk in the forest was one of those things. All sorts of things hurt. Your feet hurt because of jungle rot combined with sandy gritty stuff permanently indurated in your shoes. The leaves and branches you would have to move through hurt because it was early in the morning and they were cold and wet. And so on.

But one of the things that was not inevitable, but nearly daily, was being stung by a venomous beast of some kind. The most serious threat, of course, was snakes but that never happened to me. Much more common, but more common a night, was to be bitten or stung by a venomous ant. But that only happened, maybe, once a week or so. But nearly every day, if I would walk far enough in the forest (hundreds of meters) especially early in the morning, would be the venomous caterpillars.

Cute little caterpillars with some extra long furry thingies sticking out of them. When you brush against them, there is instant local pain, a bit like a bee sting (but different) followed quickly by shooting pains from the site of contact to the nearest major lymph node (usually the arm pit), followed by pain in the lymph node. The pain would eventually go away, after minutes, sometimes a bit longer. Most gentile urbane suburban or urban dwelling Americans and Europeans can go for years between envenomations. But if you are a human, or some other creature, living in certain environments, the risk of envenomation is not only constant, but the actual smaller scale, not deadly, envenomation events are a regular occurrence, and the threat of The Big One (such as a Black Mamba bite or a Cobra strike) is always there.

In Venomous: How Earth’s Deadliest Creatures Mastered Biochemistry, Chritie Wilcox explains why this is important. We tend to think of the interaction between animals, within or between species — those interactions that have to do with sexual competition, feeding, or predator avoidance — as involving tooth, nail, squiggly appendages, and all that. But these interactions also involve, very often, some sort of envenomation. Also, using venom isn’t always about stinging, paralyzing, or killing. Mosquitos use venom to make blood sucking possible, as the chemicals used to stop their host from feeling the bite, and to make it easier to suck the blood, etc., are venoms. Indeed, the parasites we know to be so commonly associated with mosquitos get into the host by hanging out with the venom, free riding with the injected biochemicals.

So, the evolution and diversification of venom and strategies of attack or defense, and other things, associated with venom co-evolved with anti-strategies to avoid the pain, paralysis, to avoid the bite or sting or brush of the venomous hair of the caterpillar. Indeed, understanding the evolutionary history and patterns of adaptation associated with the use of venom is just as good as any syndrome of interaction or behavior for the study of how evolution itself works.

Christie Wilcox’s book is one of the better science books I’ve read in some time. This is an area I should know something about, as a biological scientist, and as a person who has lived for years in the venom-rich rain forest. But I still found myself learning something new with every page turn. Wilcox has studied venom for years — this is her area of specialty — and her text is enriched with well placed and well told stories of her own sometimes harrowing experiences.

The book is very well written and very well documented with copious notes.

A fascinating subtext has to do with human evolution and experience. There is a theory that primates generally are tuned to venomous creatures, especially snakes, and some of the key primate evolutionary adaptations are shaped by the experience of living in trees where large venomous snakes hunt. In the present day, there is what looks to me almost like a cult of self envenomation, found among people who keep venomous snakes (mainly), who inject themselves with venom regularly in order to stay, maybe, immune in case of an accidental bite. But they seem to be doing something more than this, almost using the venom as a sort of drug or, fascinatingly, as an elixir to extend life. On top of this, there is even an expanding practice of using snake bites, or ingesting the powdered form of snake venom, as a recreational drug. This set of not too unrelated human stories sits intriguingly amid myriad stories of venom use among a wide range of animals, including several mammals, fish, cone snails, snakes and lizards, etc.

I get the impression that bad scientific knowledge (generally older), folk stories, and meemish yammering about venom is among the most widespread form of falsehood in our parascientific discourse. As I read this book, I remembered may instances of hearing or reading this or that thing about this or that venomous animal, or category of animal, that turned out wrong as more recent science exposed what was really happening. For many years, scientists were not sure if the platypus was venomous (it is) or why (it is all about sex for them). How does the Komodo Dragon kill large prey such as the Water Buffalo? If you look it up, you may find out that the Komodo Dragon maintains a bacterial flora in its mouth that causes necrosis in a bite victim. That is not true. Read Christie Wilcox’s book to find out the real story! And so on.

Venomous: How Earth’s Deadliest Creatures Mastered Biochemistry is out in August, but available for pre order.

Mike Haubrich and I interviewed Christie on the Ikonokast podcast, and it turns out to have been a fantastic interview. Listen to it here!

Christie Wilcox blogs at Science Sushi.

The Manga Guide to Regression Analysis

Manga is the Japanese sounding but not used so much in Japan term for a form of cartooning art that has its roots from before World War II but that emerged in its common form during the post war Occupation period. Early used in political cartooning, Manga style drawing is now used for a wide range of expression, and has a place in illustrating a wide range of products, read by Japanese citizens of all sorts and ages. Outside of Japan, Manga is the starting point for the wildly popular Anime style of expression, which of course brings us to…

Pokeman go

But, we are not here to talk about Pokeman go. We are here to talk about Regression Analysis.

No Starch Press has been producing Manga Guides for some years now. They cover many area of math, science, and technology. (I’ve provided a list below.)

The most recent Manga Guide is The Manga Guide to Regression Analysis by Shin Takahashi and Iroha Inoue.

This book presents the story if Miu, a young woman who is having some trouble understanding regression analysis. But she has a love interest to inspire her, and a brilliant coworker to guide her, and with these motivations and tools embarks on a learning journey to grasp such concepts as how to calculate the regression equation and check it’s accuracy, how to use correlation coefficients, test hypotheses, conduct analyses of variance (and analysis of variance is mathematically identical to a regression analysis), predict odds ratios, and do a few parametric statistics to boot.

This is the book that a graduate student who needs to know regression, but is not in a highly mathematical field and skipped college Statistics, will read, learn from, and later claim belongs to his younger brother. Or, that a science-oriented non scientist who is tired of glossing over the statistical parts of the science she reads can use to get up to speed. Or, that a business person or political junkie who wants to use basic regression tools to spot trends or predict primary outcomes might find helpful.

I think that Manga is a medium that many people relate to and find comfortable, and for such individuals, all of the Manga guides, to various math and science concepts, are great. If you have a high school student in your life who is facing a stats course, this is a good gift. Even though the book focuses on Regression, you should know that regression analysis incorporates, or in some way relates to, the vast majority of statistical techniques. When I’ve taught or tutored graduate level stats, and I learned this from the famous Mark Pagel, I’ve always focused on regression because it is very intuitive, yet powerful, and touches on everything. In other words, if you are going to learn one advanced statistical technique, make it (multiple variable) regression.

Interestingly, The Manga Guide to Regression Analysis is a great introduction, but it is not confined to basic regression. The material in this book takes you through a number of different ways to do regression, and will bring you to the point where you should be able to understand and swap in any of the numerious alternative modeling approaches that are out there and available in various statistical packages.

An appendix provides a guide to using Excel to do regression analysis.

Other Manga Guides

<li><a  href="https://www.amazon.com/gp/product/1593274408/ref=as_li_tl?ie=UTF8&camp=1789&creative=9325&creativeASIN=1593274408&linkCode=as2&tag=grlasbl0a-20&linkId=8f4446517c41182a25c30bd7d6bddb42">The Manga Guide to Physiology</a><img src="//ir-na.amazon-adsystem.com/e/ir?t=grlasbl0a-20&l=am2&o=1&a=1593274408" width="1" height="1" border="0" alt="" style="border:none !important; margin:0px !important;" /></li>

<li><a  href="https://www.amazon.com/gp/product/1593271964/ref=as_li_tl?ie=UTF8&camp=1789&creative=9325&creativeASIN=1593271964&linkCode=as2&tag=grlasbl0a-20&linkId=be50acdd1e7c35d849b4be4ef737e580">The Manga Guide to Physics</a><img src="//ir-na.amazon-adsystem.com/e/ir?t=grlasbl0a-20&l=am2&o=1&a=1593271964" width="1" height="1" border="0" alt="" style="border:none !important; margin:0px !important;" /></li>

<li><a  href="https://www.amazon.com/gp/product/1593271972/ref=as_li_tl?ie=UTF8&camp=1789&creative=9325&creativeASIN=1593271972&linkCode=as2&tag=grlasbl0a-20&linkId=28ebb6187119eafa087f3e9b6ce7b5d7">The Manga Guide to Electricity</a><img src="//ir-na.amazon-adsystem.com/e/ir?t=grlasbl0a-20&l=am2&o=1&a=1593271972" width="1" height="1" border="0" alt="" style="border:none !important; margin:0px !important;" /></li>

<li><a  href="https://www.amazon.com/gp/product/1593274130/ref=as_li_tl?ie=UTF8&camp=1789&creative=9325&creativeASIN=1593274130&linkCode=as2&tag=grlasbl0a-20&linkId=f2cf04b8bb7fdfbd96d8e432f21b8cb5">The Manga Guide to Linear Algebra</a><img src="//ir-na.amazon-adsystem.com/e/ir?t=grlasbl0a-20&l=am2&o=1&a=1593274130" width="1" height="1" border="0" alt="" style="border:none !important; margin:0px !important;" /></li>

<li><a  href="https://www.amazon.com/gp/product/1593271891/ref=as_li_tl?ie=UTF8&camp=1789&creative=9325&creativeASIN=1593271891&linkCode=as2&tag=grlasbl0a-20&linkId=d9d8af91ed673f2635593459bd119c8f">The Manga Guide to Statistics</a><img src="//ir-na.amazon-adsystem.com/e/ir?t=grlasbl0a-20&l=am2&o=1&a=1593271891" width="1" height="1" border="0" alt="" style="border:none !important; margin:0px !important;" /></li>

<li><a  href="https://www.amazon.com/gp/product/1593272766/ref=as_li_tl?ie=UTF8&camp=1789&creative=9325&creativeASIN=1593272766&linkCode=as2&tag=grlasbl0a-20&linkId=79434e52a8a220d5f62b3fd5550290e3">The Manga Guide to Biochemistry</a><img src="//ir-na.amazon-adsystem.com/e/ir?t=grlasbl0a-20&l=am2&o=1&a=1593272766" width="1" height="1" border="0" alt="" style="border:none !important; margin:0px !important;" /></li>

<li><a  href="https://www.amazon.com/gp/product/1593271948/ref=as_li_tl?ie=UTF8&camp=1789&creative=9325&creativeASIN=1593271948&linkCode=as2&tag=grlasbl0a-20&linkId=afadb72bd949b447e7236436eafdaa32">The Manga Guide to Calculus</a><img src="//ir-na.amazon-adsystem.com/e/ir?t=grlasbl0a-20&l=am2&o=1&a=1593271948" width="1" height="1" border="0" alt="" style="border:none !important; margin:0px !important;" /></li>

<li><a  href="https://www.amazon.com/gp/product/1593271905/ref=as_li_tl?ie=UTF8&camp=1789&creative=9325&creativeASIN=1593271905&linkCode=as2&tag=grlasbl0a-20&linkId=a34cafdd58d40c57ec354e4493808d42">The Manga Guide to Databases</a><img src="//ir-na.amazon-adsystem.com/e/ir?t=grlasbl0a-20&l=am2&o=1&a=1593271905" width="1" height="1" border="0" alt="" style="border:none !important; margin:0px !important;" /></li>

<li><a  href="https://www.amazon.com/gp/product/1593272723/ref=as_li_tl?ie=UTF8&camp=1789&creative=9325&creativeASIN=1593272723&linkCode=as2&tag=grlasbl0a-20&linkId=1cffe9cb147c13aef2cd923b69ca7185">The Manga Guide to Relativity</a><img src="//ir-na.amazon-adsystem.com/e/ir?t=grlasbl0a-20&l=am2&o=1&a=1593272723" width="1" height="1" border="0" alt="" style="border:none !important; margin:0px !important;" />
<li><a  href="https://www.amazon.com/gp/product/1593272677/ref=as_li_tl?ie=UTF8&camp=1789&creative=9325&creativeASIN=1593272677&linkCode=as2&tag=grlasbl0a-20&linkId=a37b72740e174d8762f8d8700a3ad2e4">The Manga Guide to the Universe</a><img src="//ir-na.amazon-adsystem.com/e/ir?t=grlasbl0a-20&l=am2&o=1&a=1593272677" width="1" height="1" border="0" alt="" style="border:none !important; margin:0px !important;" /></li>

<li><a  href="https://www.amazon.com/gp/product/1593272022/ref=as_li_tl?ie=UTF8&camp=1789&creative=9325&creativeASIN=1593272022&linkCode=as2&tag=grlasbl0a-20&linkId=a4a69cc504611b5df52ed884ba3a1327">The Manga Guide to Molecular Biology</a><img src="//ir-na.amazon-adsystem.com/e/ir?t=grlasbl0a-20&l=am2&o=1&a=1593272022" width="1" height="1" border="0" alt="" style="border:none !important; margin:0px !important;" /></li>

The Grand Canyon: Monument To An Ancient Earth. Great new book.

I want to tell you about a great new book that has one forgivable flaw, which I’ll mention at the end. But first, a word from Bizarro Land. This is about the Grand Canyon.

I would think that the Grand Canyon would be the last thing that creationists would point to as proof of a young earth (several thousands of years old). Just go look at the Grand Canyon. One of the top major layers, the Kaibab Formation, is around 300 to 400 feet thick and made mostly of limestone. That would take a long time to form. But wait, there’s more. Within the Kaibab limestone there are also different sorts of rocks, evaporates, which indicate prolonged dry periods. How can an environment that is forming a thick limestone layer, but occasionally drying out for prolonged periods, be accommodated in a short chronology like required by Young Earth Creationists? This formation also contains fossils of organisms that do not exist today. Certainly, more time than possible in a world that began 4004 BC is required to have produce the Kaibab Formation. And that is just one relatively thin layer exposed by the Grand Canyon, and nearly at the top.

Down lower than that is a thick series of deposits that reflect major changes in Earth’s climate and ecology. These are the rocks that contribute most to giving the Grand Canyon it’s glorious redness and depth. They contain fossil footprints of organisms that don’t exist today. They contain alternating layers with evidence of marine environments and dry land terrestrial environments. Any reasonable understanding of how long it would take for these layers to form requires tens or hundreds of millions of years, even without dating, and one can only estimate that the formation of these sediments was finished long before anything like modern life forms existed.

The rock at the base of the Grand Canyon is separated from the rest by a long discomformity (a period of erosion that wiped out an unknown thickness of rock), so this rock is way, way older than everything else. These rocks are highly deformed and contain no evidence of multicellular life. Laying this rock down and subsequently mushing it all up, then eroding the heck out of took more than 6,000 years! Probably closer to 600 million years!

On top of all this, many of the formations we see exposed in the Grand Canyon are known to be represented a great distance away in other areas, and in some places those rocks form the guts of mountains. How long does it take for continents to squeeze together and move about with such force to form the American Great Basin and Range system of mountains, in Utah, Nevada, and nearby areas? More than 6,000 years! For those mountains to have formed from flatness fast enough to accommodate a young Earth, there would have be be mountains somewhere forming fast enough that you’d need to set the handbrake on your car if you parked there for a day, in case the parking lot went vertical on you.

If I was a Young Earth Creationist I’d try to ignore the Grand Canyon, pretend it isn’t there. But it is there. And everybody knows about it.

One alternative to pretending that the Grand Canyon doesn’t exist is to explain how it got there within a time frame of a few thousand years. But that requires speeding up processes to an unbelievable extent.

So, obviously, the only possible way for Young Earth Creationists to deal with the grand canyon is to fully depart reality and claim that it formed in a very short period of time by processes never before or since observed.

According to the Young Earth version of the Bible, dry land appeared in 4004 BC. Then, the Garden of Eden and all that stuff happened, and then the Noachian Diluvian event happened, the great flood, in 2348 BC. If we assume that the flood created the canyon itself, then all of the rock we see now exposed in the grand canyon was laid down over the course of 1,656 years. But that would be way to reasonable for Young Earth Creationists, who seem claim that the sediments seen in the Grand Canyon were actually laid down by the great flood itself. The canyon was then exposed by a single, later, flooding event when a big lake let out all its water at once.

It turns out that the Young Earth creationists have a lousy argument to explain the sediments exposed by the Grand Canyon, and the formation of the canyon itself. If geologists try to explain the Grand Canyon, however, they end up with an amazing and quite plausible story full of exciting geological and geographic adventure and intrigue. The Grand Canyon turns out to be really cool.

So, the book, edited by Carol Hill, Gregg Davidson, Tim Helble, and Wayne Ranney, is The Grand Canyon, Monument to an Ancient Earth: Can Noah’s Flood Explain the Grand Canyon?

It includes several chapters by eleven experts, all fascinating, all informative, all amazing, talking about various aspects of both the creationist view of the Grand Canyon, and about the real geology of this amazing feature.

Great illustrations abound within this volume.

It turns out that the Young Earth Creationists are wrong, in case you were wondering.

As an aside, I don’t actually think the Young Earth Creationists have to be right, or even believable by non-scientists, to have succeeded in explaining the Grand Canyon. From the point of view of a Christian who wants to take the Bible literally, all you need to know is that there is an explanation. You don’t even have to know what the explanation is. By simply knowing that somewhere out there a team of Creation Scientists have explained away the annoying claims of great antiquity and such, you can go on believing in the literal truth of the Bible. In fact, better to not explore the Creationist explanation, really. You wouldn’t believe it.

It isn’t just that the Young Earth version of the Grand Canyon is wrong from a scientific perspective. It is also the case that the Young Earth “facts” from the Bible are themselves wrong. This book also covers that set of problems. And, of course, the Grand Canyon is way more Grand from a geological perspective than it is from a Biblical perspective. The Young Earth version is dumb and uninteresting. The real version is big, giant, wonderful science.

The book outlines the basic arguments about the Grand Canyon and how they differ. Then, the authors explore some basic geology needed to understand the Grand Canyon, looking at how sediments form, the Earth moves, and what fossils can tell us, how dating works, etc.

Especially interesting to me are the chapters on the canyon’s formation. This is a very interesting aspect of both canyons and mountains that I ran into when developing tourism and educational materials for geological sites in South Africa. Get a bunch of regular people who are not very science savvy. Bring them to a mountain. Then, discuss how old the mountain is.

If the rocks the mountain is made of are 500,000,000 years old, then the mountain is 500,000,000 years old, right? I’ve seen public info documents that use that logic, so it must be true! But clearly the mountain you are looking at was not a mountain five hundred million years ago. It was an inland sea or something. The mountain itself rose up between 20 and five million years ago. So that is how old the mountain is, right? Same with Canyons. It isn’t actually hard to understand that the rocks a particular geological feature are made from would be of one age, but the aspects of the feature that expose those rocks (erosion or uplift) are later, and that the ages of the two things must be entirely different.

It is probably a lot easier to date the rise of a mountain system than it is to date the erosion of a surface or the cutting of a canyon. This is because after mountain building slows down, datable sediments may form in clearly identifiable environments that did not exist before the mountain was formed. But a hole is a bit harder to grok. When the Grand Canyon formed, and how long it took, are actually active and open scientific questions. This fascinating subject, which relates as you might imagine to the creationist story in important ways, are well and fully addressed in this volume.

I asked one of the book’s editors, Tim Helble, what the current open questions and areas of active research are for the Grand Canyon. He told me that one “hot topic continues to be how and when the Grand Canyon was carved. The current Colorado River appears to have integrated multiple drainages and proto-canyons, and how and when they were integrated has attracted a lot of research.” He noted that one of the book’s other editors, Carol Hill, “continues to present evidence that there was a karst (limestone/sinkhole/cave) connection between the eastern and western proto-drainages.”

Also, Tim told me that “the Grand Canyon National Park hydrologist is leading a lot of research on the highly complex groundwater system in the canyon area. This is especially timely with all the recent controversy about uranium mining in the greater Grand Canyon area (which actually goes back many decades).”

An interesting fact is that The Grand Canyon, Monument to an Ancient Earth: Can Noah’s Flood Explain the Grand Canyon? is published by Kregel Publications, in their Biblical Studies series.

So, what is the problem with this book?

There really isn’t a problem with this book, but there is a problem with our collective conversation about creationism vs. science. This book addresses a central point in Young Earth Creationism and resoundingly refutes it. But, this is also an excellent book about the Grand Canyon. Personally, I would love to see a book like this that doesn’t waste a page on the creationist story. I want the geology of the Grand Canyon untainted by reference to the yammering of YECs.

I do fully appreciate the role this book will play, and for this reason I recommend it for all science teachers and others who interface with the public in matters of science. No matter what your area of science is, the creationist argument based on the Grand Canyon has become central dogma for that school of non-thought, and you need to know about it. This volume lets you do that in a way that is also rich in real science and very rewarding.

It turns out that while there are some excellent highly technical books on the geology of the Grand Canyon, there is nothing that is super up to date, that covers all of the geology uniformly, and that is beautifully, richly, and correctly illustrated other than The Grand Canyon, Monument to an Ancient Earth: Can Noah’s Flood Explain the Grand Canyon?

I hereby encourage the team that put this book together to also write a post-creationist version that does the excellent science and description, and pretends like the Young Earth Creationists never existed. Who knows, maybe they’ll do it!

As noted, this is a nice looking book, almost coffee table but rich in information, suitable as a gift.

A book about fireflies: Silent Sparks by Sara Lewis

Silent Sparks: The Wondrous World of Fireflies is about fireflies.

How do they light up? Why do they light up?

It is axiomatic in nature that flashy displays are related to mating. Among the flashy displays various animals have come up with, a few actually flash, and among those, the flashing of the firefly is probably the most well known. And, yes, it is a mating strategy.

FireflyThere are almost 2,000 species of fireflies and they live around the world. Not all flash, but they are phylogenetically related to those that do so we use the vernacular term “firefly” to refer to all of them. (The fireflies that don’t flash use odor in their mating.) Some fireflies glow as worms rather than as flies.

Light pollution affects fireflies, because they normally operate in dark. Habitat destruction is also a problem. Fireflies have been seen as a canary species, indicating environmental quality in the areas they live.

Silent Sparks: The Wondrous World of Fireflies includes a guide to North American fireflies.

The book’s author, Sara Lewis gave this Ted Talk:

Biologist Sara Lewis has spent the past 20 years getting to the bottom of the magic and wonder of fireflies. In this charming talk, she tells us how and why the beetles produce their silent sparks, what happens when two fireflies have sex, and why one group of females is known as the firefly vampire. (It’s not pretty.)

The notes section of this book is particularly interesting. Each chapter has an annotated bibliography that includes reference to academic sources as well as trade and science journalistic sources, and some on line resources. This is followed by a full reference list. the book’s format (at least the one I reviewed) is medium size and cloth bound, so it is not a field guide.

In some ways, this is a piece of literature packed with science and conservation. Great illustrations.

Sample chapter

Bovids Of The World

According to the Encyclopedia Britannica, there are 143 species of bovids. The Animal Diversity Web is a bit less precise, indicating that there are “more than 140 extant and 300 extinct species.” That second number is highly questionable because today there exist sister species that are so similar I doubt they could be told apart from fossils alone. If you check around the internet, this ~140 number comes up again and again, and Wikipedia says 143.

horns640hResearch published in 2011 and later by Colin Groves, Peter Grubb, and David Leslie, which has been tagged as controversial by some but accepted by others, puts this number much higher, over 270. Why such a difference, and why is this controversy only emerging recently? It isn’t like bovids are barely studied, or highly cryptic.

One of the reasons probably has to do with vagueness in the species concept itself, and it may well be the case that there are sets of species defined by Groves et al that are too finely split. But, the most likely explanation is that more modern methods, using DNA and recently developed statistical techniques, simply come up with a larger number. I’ve only read some of this literature, but I’m pretty sure the larger number is much closer to correct than the smaller number.

This has an important impact on understanding and addressing problems of ecology, diversity, evolution, and conservation. With respect to conservation, this means that some populations of bovids, the more rare and geographically restricted ones, are likely to be more at risk of extinction, if there are other populations at different locations that can no longer be referenced as survivors. It has been suggested, indeed, that splitting large taxonomic groups into larger numbers of species is some kind of pro conservation shenanigans. Such hippie-punching has no place in modern biology, of course. The increase in our accounted-for diversity that happens with more research is both expected from historical trends over recent decades (though it is a reverse of earlier decreases in diversity as more was learned about certain groups) and is predicted by evolutionary theory.

Screen Shot 2016-04-13 at 3.00.19 PMAnyway, I’m not here to talk about that controversy exactly. Rather, I want to point you do a new book, a really fantastic book, called Bovids of the World: Antelopes, Gazelles, Cattle, Goats, Sheep, and Relatives, by José Castelló.

Castelló uses the larger number, by the way: 271. And this book includes all of them.

The majority of this 664 page book consists of plates and a species description on the left, and details on the right, including excellent range maps, with one species in each layout. The species are divided by the usual commonly accepted tribes. This also means that many but not all of the species are grouped by very large geographical regions, because that is how the bovids are organized across our global landscape.

The back matter consists of nothing more than an index, critical in such a volume, and the front matter has an overview of what a bovid is, and details about key anatomy used in the field guide.

This book is one of a handful in the emerging subcategory of animal books that covers an entire taxonomic group either globally or nearly globally. I recently reviewed Waterfowl of North America, Europe and Asia by Reeber, which isn’t quite global but since waterfowl tend to migrate is nearly so. A while back I reviewed the guide “Sharks of the World” by Compagno, Dando, and Fowler. And I’ve reviewed one of my favorite guides of all time, “Carnivores of the World“, which covers all the carnivores except those that evolved partly into fish.

pantelope640hThis category of book is not meant to be the one book you carry with you while touring around in the field. If you go to Africa, bring The Kingdon Field Guide to African Mammals (it includes the bovids), for example. Rather, this book is to understand the bovids as a major and important taxonomic group.

Paging through a given tribe’s entries, you can come to understand biogeography better, as you see the ranges depicted on the maps of a continent or region. Also, small bovids tend to have smaller geographical ranges than larger bovids, but there are major exceptions. Why those exceptions?

Looking at the physical variation in key features, such as body size, sexual dimorphism, head dress, and markings, you can see patterns that are best explained with interesting evolutionary and ecological theories. If you teach behavioral biology or zoology, this will be a useful reference point for your thinking on all those key bovid examples. Or, if you are just interested in animals, or are planning a trip to a place where you’ll be observing antelopes or other bovids, you may want to invest in this.

And when your crotchety Uncle Bob is over for a holiday dinner and you get into an argument about how many duikers there are in West Africa vs. Central Africa, you can pull out your copy of Bovids of the World and settle the bet!

The plates are drawings, not photographs, which is entirely appropriate in this sort of book. Habitats matter to photographs and that would bias the physical comparisons. Also, I can tell you from personal experience that many of the bovids, especially the forest dwellers, just don’t have great photographs anyway.

I studied the information on the bovids with which I’m familiar from my own fieldwork, and I see only quality information.

As far as I know, there is not another guide like this available. Also it is not that expensive.

Table of Contents:
FOREWORD by Brent Huffman and Colin Groves 5
ACKNOWLEDGEMENTS 7
INTRODUCTION 8
TRIBE AEPYCEROTINI
Impalas 24
TRIBE NEOTRAGINI
Sunis, Royal Antelope, Pygmy Antelope 28
TRIBE REDUNCINI
Reedbucks, Waterbucks, Rhebok 38
TRIBE ANTILOPINI
Gazelles, Oribis, Steenbok, Grysbok, Dik-diks 82
TRIBE OREOTRAGINI
Klipspringers 224
TRIBE CEPHALOPHINI
Duikers 244
TRIBE CAPRINI
Sheep, Goats, and relatives 302
TRIBE HIPPOTRAGINI
Horse Antelopes 466
TRIBE ALCELAPHINI
Tsessebes, Topis, Hartebeests, Wildebeests 496
TRIBE BOSELAPHINI
Nilgai, Four-horned Antelope 542
TRIBE TRAGELAPHINI
Spiral-horned Antelopes 546
TRIBE BOVINI
Bison, Buffaloes, Cattle, Saola 596
SKULLS 650
REFERENCES 659
INDEX 660

The Glorious Gulf of Mexico (Stunning new photographic essay)

Photographer Jesse Cancelmo was struck by the general lack of understanding of the sea life and ecology of the Gulf of Mexico that became apparent with the big oil spill in 2010, and this inspired him to carry out a major photographic project in the Gulf.

Screen Shot 2016-04-04 at 10.28.20 AMHe felt many had written off the Gulf as a post-environmental disaster dead zone. While environmental effects in the Gulf are certainly very important, it is still a living, thriving ecosystem, the product of Candelmo’s work, Glorious Gulf of Mexico: Life Below the Blue, attests to this.

This is a stunning coffee table type book (but inexpensive, and soft bound) with some really amazing photography. Anybody who works, lives, fishes, dives, or just hangs out along the Gulf will enjoy this book. The book is 156 pages, large format, printed on nice paper, excellent photographic imagery.

Screen Shot 2016-04-04 at 10.28.47 AMThis is not just a pretty picture book, but also provides very well written and interesting information on the various subjects of the photographs.

Cancelmo is also the author of Texas Coral Reefs.

Dark Money by Jane Mayer

The book is: Dark Money: The Hidden History of the Billionaires Behind the Rise of the Radical Right.

Also by the same author: The Dark Side: The Inside Story of How the War on Terror Turned Into a War on American Ideals.

Here is my version of recent American political history:

Everyone in America knows that if you want to identify the people or corporations, and the motivations, behind politics, you follow the money. Americans have historically differed in the degree to which they formulate this concept in their own minds as conspiratorial end-times ranting or shrug it off as just the way things are. But in recent years, changes in the way that money is spent on politics have made the most extreme and paranoid-seeming views most likely to be correct.

Yes, in the old days, political parties were run by bosses and unions were often run by thugs, voting was often rigged and decisions about what the government should do about this or that thing were handed to the elected representatives by cigar smoking back room denizens. If you don’t know about this “Gilded Age” of American Democracy that is just because you haven’t read about it. (You could start here.)

But that was ancient history, and during the 1960s and 1970s numerous changes were made in the law, lots of nefarious actors rounded up and pushed out, transparency became a previously unspoken of concept, and the the government got cleaned up. Somewhat. A lot, really.

You might say, “yeah, right, cleaned up, like Watergate and the Pentagon papers.” You’d be right to point that out. But notice that when Watergate happened, America got pissed. That is in part because we were in the process of cleaning up the government over those decades.

And, part of this cleanup may have involved the strengthening and organization of a strong Liberal elite that thereafter tended to run things in certain states, certain cities, and now and then nationally. This elite probably arose from the marriage of Northeastern Intellectuals (including both Republicans and Democrats) with Hard Core non-Northeastern Democrats that didn’t happen to be crazy racist bastards like George Wallace.

In those days, in the 60s, various wealthy individuals started to organize a backlash against this, funding individuals who might be future elected officials, producing books and TV shows (like Buckley’s Firing Line, and later, The Bell Curve), and so on. This organization often involved the formation of secret (or nearly secret) societies, exclusive meetings or conferences, and a process of auditioning low level or would be politicians. The Family. Bohemian Grove. That sort of thing.

Over time two things happened. First, more of the wealth that was available was attracted to this effort, and second, with the concentration of wealth, there was simply more money to put into this effort. But, still, the laws of the lands, and the regulations of elections, those elements of reform that had tossed the bosses, cleaned up the unions, expanded voting rights, and so on, stood in the way of the would be puppet masters.

What are these people up to and what do they want? That is beyond the scope of this humble blog post, but if you are reading my blog, you probably know that one of the objectives is to stop policy action on climate change. Action on climate change means keeping the carbon in the ground. Keeping the carbon in the ground means assets will be stranded. Stranded assets means that people like the famous “Koch Brothers” will move from being nearly the wealthiest people in the world to being the 20th wealthiest people in the world. And that, dear reader, is a situation up with which they will not put.

As you know, eventually, the law was changed mainly in the courts, the regulations obviated, a new and more effective effort to repress or control voting emerged, the unions effectively attacked, and the newly dubbed “1%” who were really the “0.1%” in most cases took over. And now, they are in charge. Or nearly so. To the extent that they are not, they will be in a few years.

Dark Money: The Hidden History of the Billionaires Behind the Rise of the Radical Right is a remarkable book that covers the latter part of this history, from the nadir of right wing power to the verge of total control, but mostly, the very recent years, and of course, a lot of this is about the Koch Brothers and their rise to power and influence.

And so, right now, I am faced with the task of getting you to read this book. I will do two things that I’m sure will work. First, I’ll tell you, truthfully and with enthusiasm, that this book is very well written, well documented, highly credible, very important, and while you read it you will probably have to be restrained at several points. Just. Go. Read. It.

Second, I’ve selected a handful of excerpts to give you a flavor. I normally don’t use a lot of excerpts in a book review, but since I imposed my own personal version (I was in some of those back rooms, and fought in the streets against the old guard more than a few times) recent history of American Politics, I’d like to give Jane Mayer a chance to enthrall, inform, and entice you with her own words.

So, from the book:

In a 1960 self-published broadside, A Business Man Looks at Communism, Koch claimed that “the Communists have infiltrated both the Democrat [sic] and Republican Parties.” Protestant churches, public schools, universities, labor unions, the armed services, the State Department, the World Bank, the United Nations, and modern art, in his view, were all Communist tools.

That was Fred Koch.

By the time Barack Obama was elected president, the billionaire brothers’ operation had become more sophisticated. By persuading an expanding, handpicked list of other wealthy conservatives to “invest” with them, they had in effect created a private political bank. It was this group of donors that gathered at the Renaissance. Most, like the Kochs, were businessmen with vast personal fortunes that placed them not just in the top 1 percent of the nation’s wealthiest citizens but in a more rarefied group, the top 0.1 percent or higher. By most standards, they were extraordinarily successful. But for this cohort, Obama’s election represented a galling setback.

Keep this in mind. Obama’s election set them back, because the were already at the gates. Not covered in so much in this book is the fact that Clinton was a setback as well, years earlier, in its own way (though not nearly to the same degree).

in a stunning turnaround in 2008, Scaife met with Hillary Clinton, who had fingered him as the ringleader of what she called a “vast right-wing conspiracy” to torment the Clintons. … After a pleasant editorial board chat, Scaife came out and wrote an opinion piece in his own paper declaring that his view of her as a Democratic presidential contender had changed and was now “very favorable indeed.” The rapprochement testified both to Hillary Clinton’s political skills and to Scaife’s almost childlike impressionability. Repeatedly in his memoir, he changes his political views after meeting antagonists in person, whether the liberal Kennedy family member Sargent Shriver or the Democratic congressman Jack Murtha. “Like many billionaires, he lived in a bubble,” concluded his friend Ruddy

That was Richard Scaife, a banking and oil magnate.

During a catered lunch at the summit, [early Tea Party leader Peggy] Venable introduced Ted Cruz [at an Americans for Prosperity conference] who told the crowd that Obama was “the most radical president ever to occupy the Oval Office” and had hidden from voters a secret agenda—“the government taking over our economy and our lives.” Countering Obama, Cruz proclaimed, was “the epic fight of our generation!” As the crowd rose to its feet and cheered, he quoted the defiant words of a Texan at the Alamo: “Victory, or death!”

Not an original idea of Cruz, but you get the point.

For the Koch network, Walker’s improbable rise was a triumph. Koch Industries PAC was the second-largest contributor to Walker’s campaign. More important, the Kochs were an important source of funds to the Republican Governors Association, which Republicans used in Wisconsin and elsewhere in 2010 to work around strict state contribution limits. The Kochs’ PAC had also contributed to sixteen state legislative candidates in Wisconsin, who all won their races, helping conservatives take control of both houses of the legislature and setting the stage for Wisconsin’s dramatic turn to the right…Walker had also benefited enormously from the philanthropy of two other archconservative brothers, the late Lynde and Harry Bradley…

Bradley funded the publication of the infamous “Bell Curve” by Herrnstein and Murray.

By 2009, the Kochs had indeed succeeded in expanding their political conference from a wonky free-market swap fest to the point where it was beginning to attract an impressive array of influential figures. Wealthy businessmen thronged to rub shoulders with famous and powerful speakers, like the Supreme Court justices Antonin Scalia and Clarence Thomas. Congressmen, senators, governors, and media celebrities came too. “Getting an invitation means you’ve arrived,” one operative who still works for the Kochs explained. “People want to be in the room.”

The new smokey back room, but probably with better food.

With Ryan declining to run, the Kochs and their operatives searched anxiously for an alternative…. The search for a more promising candidate set off a torrid courtship of Chris Christie, the tough-guy governor of New Jersey. David Koch invited Christie to his Manhattan office, where the two spent almost two hours bonding over Christie’s brawls with the unions and other liberal forces. The governor’s scrappy blue-collar style, combined with his plutocrat-friendly economic policies, made him an almost irresistible prospect. By June, the Kochs had given Christie the keynote speaker slot at their seminar, where he could audition for his party’s leading role in front of the people who could pay his way.

Rick Perry, the governor of Texas, who preceded Christie as a speaker, provided a perfect foil. In a prelude to Perry’s later “oops” moment during the Republican debates, the governor made a poor impression on the numerically minded businessmen in the audience by displaying five fingers to illustrate a four-point plan, only to be left with one digit still waving in the air, programmatically unac- counted for.

The rich and powerful interviewing the prospective puppets.

Go read the book. Report back.

Truth or Truthiness: How does a thoughtful skeptic distinguish?

Truth or Truthiness: Distinguishing Fact from Fiction by Learning to Think Like a Data Scientist is a new book by Howard Wainer that can serve as a manual for how to be a good skeptic.

Wainer is a statistician, formerly with the famous Educational Testing Service, and a professor at the Wharton School of the University of Pennsylvania. He is well known for his work in statistics and data presentation.

You know what “truthiness” is. It is a term coined by Stephen Colbert in 2005 to refer to assertions that are clearly true because of how they look, feel, smell, but that are in fact, not true. But they are truthy. You get the point.

Wainer’s book is an exploration of cases that demonstrate the difference between truth and truthiness, with an eye towards training oneself to tell the difference, and in some cases, develop arguments about the true and truthy. Does Fracking really cause earthquakes? Are school children in the US over tested? Is tenure what it is claimed to be? For these and other questions, one needs to have evidence, and to know how to evaluate that evidence.

This is a good book, and it is fun. You can read many of the various chapters independently to follow your own interests. To give you an idea of what is included, here is the table of contents:

Part I. Thinking Like a Data Scientist:

  • 1. How the rule of 72 can provide guidance to advance your wealth, your career and your gas mileage
  • 2. Piano virtuosos and the four-minute mile
  • 3. Happiness and causal inference
  • 4. Causal inference and death
  • 5. Using experiments to answer four vexing questions
  • 6. Causal inferences from observational studies: fracking, injection wells, earthquakes, and Oklahoma
  • 7. Life follows art: gaming the missing data algorithm
  • Part II. Communicating Like a Data Scientist:

  • 8. On the crucial role of empathy in the design of communications: genetic testing as an example
  • 9. Improving data displays: the media’s, and ours
  • 10. Inside-out plots
  • 11. A century and a half of moral statistics: plotting evidence to affect social policy
  • Part III. Applying the Tools of Data Science to Education:

  • 12. Waiting for Achilles
  • 13. How much is tenure worth?
  • 14. Detecting cheating badly: if it could have been, it must have been
  • 15. When nothing is not zero: a true saga of missing data, adequate yearly progress, and a Memphis charter school
  • 16. Musing about changes in the SAT: is the college board getting rid of the bulldog?
  • 17. For want of a nail: why worthless subscores may be seriously impeding the progress of western civilization.
  • The Story Of Life in 25 Fossils by Don Prothero: Review

    This is a review of The Story of Life in 25 Fossils: Tales of Intrepid Fossil Hunters and the Wonders of Evolution.

    Don Prothero
    Don Prothero
    Fossils are cool. Why? Two very big and complex reasons. First, fossils allow us to reconstruct species that don’t exist any more. This is usually done by studying species that do exist, and using the information we glean from living things to interpret the details of the fossil species, giving it life. Second, fossils tell us about evolutionary change, both by showing us what evolutionary events happened that we would not be able to see in living species, and by showing us change. In order to understand the evolutionary history of life on our planet, we need to look at a lot of different fossil species, to develop histories of change and adaptation.

    (OK, there may be more than two reasons fossils are cool. Feel free to add your fossil are cool ideas in the comments section below. Please to not say “to grind them up to make aphrodisiacs.”)

    So, what if you had to describe the history of life by focusing on a small number of fossils? And, why would you do that? Last year, Paul Taylor and Aaron O’Dea did this with 100 fossils in A History of Life in 100 Fossils. I’ve looked through that book, and it is nice. But here I’m going to review a somewhat more recent book, just out, by Don Prothero, which has at least as much information in it but by focusing on a smaller number of cases: The Story of Life in 25 Fossils: Tales of Intrepid Fossil Hunters and the Wonders of Evolution.

    Several of the fossils Prothero chose to illustrate the story of life represent major events or changes in the planet’s evolutionary history and diversification. For example, the nature of the earliest life forms is represented by the stramotlite, which is really fossil scum. Others illustrate key transitions within major groups such as the origin of hard body parts, or the major divisions of animals, such as the origin of the amphibians. Others are exemplars chosen because they are spectacular and/or because they are touchstones to understanding very different times in the past, or important categories of living and extinct forms. These examples include the extremes, as well as good exemplars of the “diversity in adaptations to size, ecological niche, and habitat.” Generally, the chosen representatives are fossils with good preservation, detailed study, and in general, piles of information.

    Prothero also provides rich detail about discovery, early interpretations, and the role of specific fossils (or extinct species) in the history of thought about evolution. In some ways this may be the most interesting parts of the discussion of several of the fossils. And, the book is chock full of excellent and interesting illustrations.

    Lester Park Stromatolite. (Photograph by G. Laden.)
    Lester Park Stromatolite. (Photograph by G. Laden.)
    As a result, the chosen 25 are somewhat biased towards the more spectacular, and intentionally, towards those extinct forms that people tend to gravitate towards because they are either very interesting or very spectacular (generally, both). It would probably be difficult to develop a panoply of species that ignore the dinosaurs, but the history of life on Earth could probably have been written without humans, as long as “providing a viable existential threat to all known life forms” was not on your list of key attributes to do cover, but Prothero takes on human ancestors, and covers more than one, because most of the book’s readers are likely to be humans.

    There are far more than 25 life forms in The Story of Life in 25 Fossils: Tales of Intrepid Fossil Hunters and the Wonders of Evolution, because the author makes use of a much richer body of information than just the key chapter-titling form.

    Also, Prothero is a world renowned expert on certain fossil groups, found among the mammals. Well, actually, a lot of fossil groups. And, his expertise is applied richly here, with the selection of a disproportionate share of mammals.

    The author writes excellent, readable prose, and vigorously makes connections between evolutionary questions and evolutionary data. It is hard to say if this book supplants or enhances his earlier major monograph for the public on evolution, Evolution: What the Fossils Say and Why It Matters. Either way, you can safely assume the more recent volume is more up to date in areas where research has been active.

    I’m thinking of getting a copy of this book for the local school’s library, as a gift.


    A selection of other books by Donald Prothero:

    The Brain: An Illustrated History of Neuroscience

    In 1817, Karl August Weinhold had a go at a real-life Frankenstein’s monster — only in his version he uses a cat. The German scooped out the brain and spinal cord of a recently dead cat. He then pured a molten mixture of zinc and silver into the skull and spinal cavity. He was attempting to make the two metals work like an electric pile, or battery, inside the unfortunate cate, replacing the electrical of the nerves. Weinhold reported that the cat was revived momentarily by the currents and stood up and stretched in a rather robotic fashion!

    It’s Alive!!!!


    Weinhold’s reanimated cat was just the tip of the iceberg. In those days, the same days during which Mary Shelley wrote Frankenstein, the forerunners of modern neuroscience were reanimating all sorts of animals (it started, of course, with frogs) including humans, with suitably horrifying results, using primitive electricity generating machines and ingeniously placed probes.

    Screen Shot 2015-11-19 at 12.00.49 PMThe Brain: An Illustrated History of Neuroscience (Ponderables 100 Ideas That Changed Histoy Who Did What When) (Ponderables 100 Discoveries That Changed Histoy Who Did What When) by the prolific Tom Jackson (see list below) mentions the cat story in a small sidebar, but several of the 100 moments in neuroscience relate to this sort of early scientific activity. The idea of the book is to put a large topic, in this case the history of neuroscience, into 100 bite sized pieces (with a 101st item at the end, a sort of technical summary) in chronological order. The result is a very browsable and fascinating book, an educational and entertaining coffee table item, even a good gift idea.

    I know something about neuroscience and brain evolution, and even a bit about the history of this research, and I found most of the entries to be reasonable, well researched, and accurate. There is sufficient debunking of some of the bad ideas (about race, IQ, etc.), though I would like to have seen Jackson’s treatment of lateralization to have been a bit more probing and nuanced, since that is one of the areas where pop culture has overstayed its welcome. Still, the book is scientifically accurate, not to deep yet not a gloss.

    One of the neat features of the book is a giant pull out unfoldable wall poster that is a timeline of the history of neuroscience. I’ll probably give that to my wife for her to hang in her biology classroom, especially since she teaches a fair amount about brains and intends to expand on that teaching over the next couple of years.

    The other side of the foldout timeline is a set of optical illusions, including the blind spot test, the arrows affecting the apparent length of the line test, and a lot of the other usual illusions, all very well done with quality presentation and printing.

    There are bits at the beginning and end of the book (including item 101, mentioned above) that serve as reference material. There is an index, though it is not dense (for example, having noted the cat story I use above, I tried to look it up in the Index but couldn’t find it). Also as an appendix is a explication of several key open questions in neurobiology (the “Imponderables”). Also, references are supplied.

    The illustrations are excellent throughout.

    This book is for anyone interested in science, especially neuro. If you cover this topic in your High School or Middle School classes, it is a good book to have in your library. It would make an excellent gift for the science-oriented person you know, especially since it is just out and they won’t have it yet.

    This is part of the Ponderables series of illustrated books published by Shelter Harbor Press.

    Other books by Tom Jackson:

    <li><a rel="nofollow" href="http://www.amazon.com/gp/product/0985323043/ref=as_li_tl?ie=UTF8&camp=1789&creative=9325&creativeASIN=0985323043&linkCode=as2&tag=grlasbl0a-20&linkId=WAJHFL4LOZ2AB3YD">Mathematics An Illustrated History of Numbers (100 Ponderables)</a><img src="https://ir-na.amazon-adsystem.com/e/ir?t=grlasbl0a-20&l=as2&o=1&a=0985323043" width="1" height="1" border="0" alt="" style="border:none !important; margin:0px !important;" /></li>
    
    
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    Climate Change: What Everyone Needs To Know, by Joseph Romm

    Climate Change: What Everyone Needs to Know® by Joe Romm is just out, and is the most up to date examination of climate change science, the effects of climate change on humans, policy related problems, and energy-related solutions. Everyone should read this book, and if you teach earth system sciences you should consider using this book as a guide in your teaching, or in some cases, assigning it in class. The book is written to be read by general audiences, so it would work well in a high school or college setting.

    As Romm points out, climate change will have more of an impact on humans, including you, than even the Internet. It is an existential issue. Romm acknowledges that some of these impacts are already happening, but that future impacts are likely to be very significant. Over the last 10 years or so, we have seen remarkable superstorms, significant drought, notable wildfires, and killer heat waves. These events have made people sit up and take notice. For this reason, more people want to know more about climate change, and indeed, everyone should know something about this problem. Climate Change: What Everyone Needs to Know® is an effort to provide that information to the average person.

    Romm’s book is divided into major sections: Climate Science Basics, Extreme Weather and Climate Change, Projected Climate Impacts, Avoiding the Worse Impacts, Climate Politics and Policies, The Role of Clean Energy, and Climate Change and You. Each of these chapters is divided into a number of bite-sized mini-chapters covering the larger topic in logical sequence, with helpful illustrations.

    To me, one of the most significant contributions of this book is Romm’s discussion of severe weather and climate change. This is an emerging area of science. In my view, the weather related impacts of climate change have been visible since about 1980, but have increased more recently, even in the last five years or so. It is very difficulty to study these changes because severe weather events, while common, end up being rare when you divide them by region, season, kind of impact, and kind of climate related cause. Also, meteorologists, who are in the trenches when it comes to severe weather, have been reluctant in recent years to openly acknowledge climate change (especially among the “presenters” or TV meteorologists, as they are called in different countries). This is said to be because they are part of the press, which is in large part funded by the corporate world, and you don’t want to piss off your corporate sponsors. Romm’s sections on climate change and extreme weather are well thought out, well documented, and well presented.

    Another area of strength is Romm’s treatment of energy alternatives. Romm is detailed and specific in his discussion of energy and suggestions about the needed changes.

    To have a significant chance of keeping total warming below 2°C, we need to cut global emissions of carbon dioxide and other major greenhouse gas (GHG) pollutants by more than 50% by mid-century. That rapid decline needs to continue through 2100, by which time the world’s total net emissions of greenhouse gases should be close to zero, if not below zero.

    Romm’s section on “Climate Change and You” is a unique contribution to the growing literature on this topic.

    The transition to a low carbon economy is inevitable this century, and indeed it has already begun. It will have significant consequences for both you and your family, whether the transition comes fast enough to avoid dangerous warming of more than 2°C or not. …because climate action has been so delayed for so long, humanity cannot avoid very serious climate impacts in the coming decades—impacts that will affect you and your children. Therefore, you need to understand what is coming so that you and your family will be prepared…

    The defining story of the 21st century is a race between the impacts our cumulative carbon emissions will increasingly have on our climate system and humanity’s belated but accelerating efforts to replace fossil fuels with carbon-free energy. Some of the most significant impacts of climate change are ones that we likely have not foreseen. For instance, a couple of decades ago, few people imagined that the most consequential near-term impacts of climate change on large parts of both the United States and Canada would be the warming-driven population explosion of a tiny pest, the tree-destroying bark beetle.

    Romm points out that many Americans, when they decide to retire, consider moving to a place that is near a coast line, or a place that is relatively warm, or both. Bad idea. With sea level rise and increasing heat, one should really re-think that strategy. He talks about the impending crash in coastal property values (something I’ve been yammering about for some time now … the current value of land that will be inundated by sea level rise is actually almost zero, though the market has not adjusted yet!). He also covers what students who want to be prepared for a role in a climate-changing world should study, investment strategies, necessary changes in diet, and how one can (and should) reduce one’s own carbon footprint.

    The book has fairly extensive footnotes, and is available in hardcover, soft cover, or eBook formats.

    How Dogs Won The World

    Years ago I proposed a theory (not anywhere in print, just in seminars and talks) that went roughly like this. Humans hunt. Dogs hunt. Prey animals get hunted. Each species (or set of species) has a number of characteristics such as the ability to stalk, track, kill, run away, form herds, etc. Now imagine a landscape with humans, wolves, and game animals all carrying out these behaviors, facilitated with various physical traits. Then, go back to the drawing board and redesign the system.

    The hunting abilities of humans and dogs, the tendency of game animals to herd up or take other actions to avoid predation, etc., if disassembled and reassembled with the same actors playing somewhat different roles, give you a sheep herder, a protecting breed of dogs (like the Great Pyrenees or other mastiff type breeds), a herding dog (like a border collie) and a bunch of sheep, cattle, or goats.

    Even human hunting with dogs (not herding domesticated animals) involves a reorganization of tasks and abilities, all present in non-dog-owning human ancestors and wolves (dog ancestors), but where the game are, as far as we know, unchanged. Human hunters documented in the ethnographic record, all around the world, had or have dogs, and those dogs are essential for many hunting types. The Efe Pygmies, with whom I lived in the Congo for a time, use dogs in their group hunting, where they spook animals into view for killing by archers, or drive them into nets that slow the game down long enough to be killed. The Efe actually get a lot of their game by ambush hunting, where a solitary man waits in a tree for a game animal to visit a nearby food source. He shoots the animal from the tree with an arrow. But, even then, the dog plays a role, because the wounded animal runs away. The trick to successful ambush hunting is to do it fairly near camp so you can call for help when an animal is wounded. Someone sends out a dog, and the dog runs the animal to ground. And so forth.

    Scientist and science writer Pat Shipman has proposed another important element that addresses a key question in human evolution. Neanderthals, who were pretty much human like we are in most respect, and our own subspecies (or species, of you like) coexisted, but the Neanderthals were probably better adapted to the cooler European and West Asian environment they lived in. But, humans outcompeted them, or at least, replaced them, in this region very quickly once they arrived. Shipman suggests that it was the emerging dog-human association, with humans domesticating wolves, that allowed this to work. Most remarkably, and either very insightfully or totally fancifully (depending on where the data eventually lead), Shipman suggests that is was the unique human ability to communicate with their gaze that allowed this to happen, or at least, facilitated the human-dog relationship to make it really work. We don’t know if Neanderthals had this ability or not, but humans do and are unique among primates. We have whites around our Irises, which allow others to see what we are looking at, looking for, and looking like. We can and do communicate quite effectively, and by the way generally viscerally and honestly, with our glance. This, Shipman proposes, could have been the key bit of glue (or lubricant?) that made the human-dog cooperation happen, or at least, rise to a remarkable level.

    The Invaders: How humans and their dogs drove Neanderthals to extinction, by Pat Shipman, outlines this theory. But that is only part of this new book. Shipman also provides a totally up to date and extremely readable, and enjoyable, overview of Neanderthal and contemporary modern human evolution. Shipman incorporates the vast evidence from archaeology, physical anthropology, and genetics to do so, and her book may be the best current source for all of this.

    This is a fantastic book, and I highly recommend it. Shipman also wrote “The Animal Connection,” “The Evolution of Racism,” “The Wisdom of the Bones: In Search of Human Origins,” and several other excellent books on human evolution and other topics. Shipman, prior to becoming mainly a science writer, pioneered work in the science of Taphonomy, developing methods for analyzing marks on bones recovered from archaeological and paleontologic sites, such as those marks that may have been left by early hominins using stone tools to butcher animals.

    Seriously, go read The Invaders: How humans and their dogs drove Neanderthals to extinction.

    Climate Change and Earth Science Kids Activity Book

    Climate Change: Discover How It Impacts Spaceship Earth (Build It Yourself) covers many concepts in earth science, from paleontology to climate systems to how to make a battery out of apple (how can a kid’s science activity not include the apple battery!). This book represents an interesting concept, because it involves kids in mostly easy to do at home projects, covers numerous scientific concepts, and takes the importance of global climate change as a given. There is a good amount of history of research, though the book does not cover a lot of the most current scientists and their key work (I’d have liked to see a chapter specifically on the Hockey Stick and the paleo record, thought these concepts are included along with the other material).

    One of the coolest things about the book is the material on what an individual can do to address energy and climate related problems, including (but not limited to) advice on activism, such as writing letters to government officials.

    Climate Change: Discover How It Impacts Spaceship Earth (Build It Yourself) is listed as for reading ages 9-12 (reading level U), but with a parent working with the kid, this can work for much younger children, especially if you focus on the projects. I intend to work with my five year old on some of the projects, and use a couple of the sections as night time reading material. When he gets a bit older he can read the book himself. This would also be a good book to give as a gift to your kid’s school library, or even better, the appropriate elementary school teacher.

    Screen Shot 2015-09-15 at 10.31.48 AMThe book also addresses Common Core Standards for literacy in science and technology.

    From the Publisher:

    How do we know the climate is changing? For more than 200 years, scientists have been observing, measuring, and analyzing information about our planet’s climate. In Climate Change: Discover How It Impacts Spaceship Earth, young readers examine real studies concerning planetary science, Arctic ice bubbles, migratory patterns, and more. Kids explore the history of human impact from the Industrial Revolution to our modern-day technology, as well as the science and engineering innovations underway around the world to address global climate change.
    The idea of climate change can be scary, but every one of us has the ability to make a difference. Focused on a pro-active approach to environmental education, Climate Change engages readers through hands-on activities such as building a solar pizza oven, along with deconstructions of myths, hypotheses, and communications. Kids are directed to digital supplemental material that enhances the discussion of climate change and makes complex concepts easier to understand through visual representation. Climate Change offers a way to think of our Spaceship Earth as the singular resource it is.

    The projects in the book include:

    <li>Make a telescope</li>
    
    <li>Build a solar cooker out of a pizza box</li>
    
    <li>Build a sundial</li>
    
    <li>Make an anemometer</li>
    
    <li>Measure moisture in the air</li>
    
    <li>Perform a transportation energy audit</li>
    
    <li>Write a letter to they mayor</li>
    

    The book is by Erin Twamley and Joshua Sneiderman. Erin is a professional educator and communicator, and Joshua is an experienced science teacher. Mike Crosier is the illustrator.