Tag Archives: science

Fearfully and Wonderfully Made by Maureen Seaberg

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I had no idea my experience was so different from other people’s. Now I’m convinced that everybody has their own unique holographic experience of the sensory world.”

Synesthesia has been incorrectly defined, in my humble opinion, as “crossed wires in the brain” or “mixed-up senses.” In fact, synesthetes have the same primary response to a stimulus as neurotypical people do. If the numeral 5 appears in newsprint, I know that it is black on a white (well, somewhat beige) background. However, simultaneously, I see navy blue around that number and above that number it, like an aura. Therefore, I’ve created what I believe is a much better definition: Synesthesias are traits in which a sensory stimulus yields the expected sensory response plus one or more additional sensory responses.

For myself, I have always been on the lower end of the taste/smell sensitivity bell curve, presuming there to be such a thing. I have always attributed this to the DNA luck of the draw. Some of it, though, might be a product of my homemaker mother’s abilities as a cook. There were a few things she made that were mouth-watering, but for the most part, it was said of Mom that she had a close relationship with Chef-Boyardee. Thus, it is no shock that my appreciation for cuisine exists in a narrow range. As smell is closely associated with taste, the two have traveled this low experiential road together. But maybe there is some hope for me and for folks with limitations like mine Maybe there are ways to expand the range of flavors and aromas we can detect and enjoy. (Make real friends with our taste buds?) That possibility is one of the points that Maureen Seaberg makes in her new book, Fearfully and Wonderfully Made. There are several others.

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Maureen Seaberg – image from Amazon

Seaberg is a synesthete, gifted with abilities beyond the average. Even within that, she is a tetrachromat, proud possessor of four sets of visual cones to our usual kit of three. She has used this extra-sightedness to help a cosmetics firm produce more pleasing hues. She is also a mirror-touch synesthete, which means that she can feel your pain, really.

Patricia Lynne Duffy, a member of the United Nations Staff 1 Percent for Development Fund committee, was safely ensconced in her Manhattan office, but when she read the proposals before her, she felt the pain of the world’s most fragile people.

She is the author of multiple books on her personal experience as a sensory anomaly, and others looking into the science of what makes us different. Among these are Tasting the Universe, Struck by Genius, and The Synesthesia Experience.

While highlighting the differences in human capacity, Seaberg argues that we are all potentially synesthetes, but that our acculturation has defined limits to what our senses regard as the human range. She says we are capable of much more, and cites sundry studies to show our surprising range. One shows that we can detect light down to a single photon.

Is it that we are all, or most of us, or many of us, capable of experiencing, sensing much more of our world that we have to date? Are these tools in our toolbox that we have merely never been trained to use? Seaberg uses the examples of many people who are either synesthetes, or who have naturally enhanced capabilities to argue that we could be experiencing much, much more than we do. She also notes people who, through traumatic events, (a mugging in one case) have subsequently displayed enhanced capacities, supporting the notion that we all may have considerable untapped potential. One surprising element here is her reporting on the benefits of the Montessori teaching method, which encourages multi-sensate learning.

She suggests we incorporate into our psychological and medical frameworks the notion of a Perception Quotient, or PQ. Just as we have for our rational processing with the intelligence Quotient, or IQ, and EQ for Emotional abilities.

Seaberg spends some time with the question of transhumanism, the notion that people can evolve beyond our current biological constraints by incorporating connections (merging?) with technology. She argues against such, contending that our realized and latent capacities can take us a lot further than we have gone, without the need for electronic enhancement.

There’s plenty of evidence that humans are adapting to, even passing, machines by using their senses. Just look at the mind-meld young people have with their personal devices and the manual deftness with which they use them compared to older generations. Maybe the singularity moves in two directions, and we meet somewhere along the way. There’s a human-based component not yet considered. And since we’ve recently learned that human sensory potentials are far greater than we knew, perhaps we have a little more time to think about the value of being Homo sapiens.

In a related vein, she notes that there are mirror-touch synesthetes who blur those lines.

A very small subset of the neurological outliers known as mirror-touch synesthetes have extreme empathy for machines. They are sometimes able to feel the mechanisms in their own sensitive bodies. I call them machine synesthetes or machine empaths.

She touches on some even more esoteric subjects, like the remote viewing program sponsored by the USA military from the 1970s into the 1990s, and the possibility of consciousness permeating more of our biosphere than we may have realized.

If you are looking for a how-to re expanding your sensate horizons I would look elsewhere. The prompts offered for that here are introductory at best. Seaberg does offer some other places to go for that. This is more a treatise on the possibility of capacity expansion, not a manual for expanding ourselves.

If we are indeed the architects of our own reality, it is clear that some of us have been gifted with a superior toolkit for interpreting what we see, hear, smell, taste, and touch, in that construction process. Maybe for the rest of us there are some tools in the basement or shed that have been gathering dust all our lives, tools that can be cleaned off, greased up, and maybe even powered up. It may or may not be a widespread opportunity, but it is certainly a hopeful and very interesting one. In trying to make sense of senses, Maureen Seaberg has written a fascinating, accessible work on human possibility that should stimulate your curiosity, whether or not you experience collateral sounds, colors, scents or other incomings. Checking this book out would definitely be sensible.

“We genuinely experience scent as the emotion we have attached to it,” one sensory educator said. “Our hearts lift at the aroma that reminds us of a happy day at the beach, or our hearts break a little when we smell the aroma of a long-dead relative’s soap.”

Review posted – 10/20/23

Publication date – 8/8/23

I received an ARE of Fearfully and Wonderfully Made from St. Martin’s Press in return for a fair review. Thanks, folks, and thanks to NetGalley for facilitating.

This review is cross-posted on Goodreads. Stop by and say Hi!

=======================================EXTRA STUFF

Links to the author’s personal, Instagram, LinkedIn, and Twitter pages

Interviews
—–Audacy – The Science of Synesthesia and Super Sensors – audio – 30 min
—–PSIfest 2023 – Curious Realm – Maureen Seaberg @PSIFest 2023 – Video – 27:01

Songs/Music
—–Rollingstones – She’s a Rainbow – maybe another form of synesthesia

Items of Interest
—–Untapped Cities – THE SECRET COLORS OF NYC: HOW MAC’S NEW COLOR TALENT SEES THE CITY DIFFERENTLY THAN YOU by Owen Shapiro
—–Charlotte McConaghy’s wonderful novel, Once There Were Wolves, offers a fictional look at someone with mirror-touch synesthesia
—–Wiki – Montessori Method
—–Wiki – The Stargate Project – remote viewing by the military
—–Wiki – Transhumanism
—–Optimax – Tetrachromacy: Do you have superhuman vision?

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Filed under Evolution, Non-fiction, Science and Nature

Knowing What We Know by Simon Winchester

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The arc of every human life is measured out by the ceaseless accumulation of knowledge. Requiring only awareness and yet always welcoming curiosity, the transmission of knowledge into the sentient mind is an uninterruptible process of ebbings and flowings. There are times—in infancy, or when at school in youth—during which the rate at which knowledge is gathered becomes intense and urgent, a welling tsunami of information ever ready for the mind to process. At other times, maybe later in life, the inbound knowledge drifts in more slowly, set to adhere and thicken like moss, or a patina.

Digital amnesia, for example, is now widely agreed to be a phenomenon, a thing. It is a condition that posits that words looked up online are often forgotten almost as quickly as they are acquired. Information that we know can easily be Googled needs never be known, or if it is known, needs never to be retained. Telephone numbers, for example, once so often known and the more cherished ones remembered, need not even be known at all now. The name of the person to be called is all that is required. The name is hyperlinked to the phone’s dialing system and merely touching the name gets the distant phone to ring.

Epistemology is one of those ten-dollar words that make my brain hurt, particularly as its meaning is not made obvious through common Latin roots. Speaking it aloud could certainly lead one astray. It is neither the study of urine, excessive alcohol consumption, nor anger, but the study of knowledge. Winchester spends some time trying to define just what knowledge is. If you think it is something consisting of 100% verified, tested, water-tight, bullet-proof factoids, you will be disappointed. Simon traces human thought on this back to the ancients and adopts, as the world has, the definition of knowledge as “justified true belief.” (JTB) So, not the same thing as facts, information, or truth. Squishier. But still fascinating. He tracks advances in the Theory of Knowledge (TOK), (sadly, nothing to do with the media platform) including the latest thinking.

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Simon Winchester – image from Kepler’s Literary Foundation

The sub-title of the book bears noting, The Transmission of Knowledge: From Ancient Wisdom to Modern Magic. Once having established what knowledge actually is, Winchester goes on to write about the means by which that knowledge was dispersed. He goes back to the development of the earliest known languages, marking the bridge where pictographic symbols were succeeded by letters representing sounds. It is fascinating to note that the use of written language arose more or less at the same time across the planet, across cultures that had had no contact with each other.

Once languages existed, schools would be needed, to sustain cultures and communities. The earliest known examples sprang up in Iraq and China. So, the means of transmission, beyond the family, was teachers. Some things never change. Winchester notes the considerable similarities between ancient and modern education. And some modern differences.

A Chinese school final exam is to the American SAT as Go is to Go Fish.

He touches on the greatest hits of educational advancement. Gutenberg democratized, to a considerable degree, the acquisition of knowledge, or at least access to books, with his seminal press. A huge, big deal, as regular folks could now read materials that previously been reserved for the clergy and educated classes.

Another advancement earning considerable attention is the library, humanity’s storehouse of knowledge. Winchester goes into some detail on different sorts of libraries and how they spread. There are many fun bits of intel here, such as on the shift from scrolls to folded paper for books, and on an eccentric indexing system used in one notable private English library.

…knowledge has long been seen as far too precious to treat with casual disregard. It needs to not just be kept, but kept safe and secure. For almost as long as language, especially written language, has existed, we have sought ways of collecting, storing, and safeguarding this endlessly swelling body of what is known, of what has been learned, and of all that can then be taught, discussed, challenged, debated, and decided. The most widely recognized and most ancient means of storage is the institution that derives its English name from the Latin word for the inner bark of a tree, on which early works were said to have been written. The Latin word for this bark is liber; by way of centuries of etymological convolution, the English word, used since Chaucer’s time, is, of course, the library.

Each revolution in how knowledge was transmitted was revolutionary well beyond the specific hardware upgrade. It was not just readily printable books that revolutionized the world. Printing presses were used to print newspapers as well, ushering in a world of regular information delivery to great numbers of people. Of course, newspapers have always been used as a source of propaganda and misinformation in addition to true reporting of actual events. So the capacity for mayhem grew with the capacity for a growth in awareness.

Why…did the transmission of knowledges that seem so potentially beneficial to us all get to be so drowned out by the noise of commerce and nationalism and war?

Encyclopedias come in for a close look. They were seen as the informational bible for large numbers of people, as they sought to offer buyers all the information currently known. He covers several of the major such products, including those beyond the Encyclopedia Britannica. (I remember when I was a child in the 1950s Bronx, our local supermarket, an A&P, sold the Frunk and Wagnall’s encyclopedia volume by volume. Hardcover, very thin paper, occasional illustrations. I remember looking forward to the arrival of every single one of the twenty-five volumes. There would always be something of interest.) Such publications continued the work of Gutenberg, making potentially vast amounts of information available to regular people.

Further advances in info transmission were to come. The telegraph shrunk the world of the 19th century the way the internet has done today. Radio broadcasting had a great impact. We learn much about the early days of the BBC, and its Japanese counterpart, including the impact those institutions had on the education, and attitudes toward education, of their respective populations. This was particularly eye-opening.

The middle of the 20th century saw major advances. Computer chips revolutionized everything. Now we can access information on most things instantly, or close enough to it, using a hand-held device. And in place of bookshelf-filling volumes we can check with Wikipedia for information on almost anything.

But knowledge is a feeder to a larger question. Whither wisdom?

What can and may and will happen next to our mental development if and when we have no further need to know, perhaps no need to think? What if we are then unable to gain true knowledge, enlightenment, or insight—that most precious of human commodities, true wisdom? What then will become of us?

This is not a new concern. Socrates was worried that the development of writing would impair people’s ability to understand things. He thought that if people could access written material, they would no longer have a need to memorize said material, by which means they supposedly incorporated it into their personal long-term storage, and had it available at the speed of thought. It is no big stretch to be concerned that the outsourcing of so much intellectual heavy lifting, which has been a product of the computer revolution, might leave our minds flabby and diminished.

Winchester offers a look at the greatest thinkers of all time, polymaths ancient and modern. In addition to the usual suspects, there are some names here that will be unfamiliar. Really? I never even heard of that guy. is a reaction I had more than once to some of the personages in his all-time, intellectual all-star roster.

If there is one thing that I found lacking in the book, well, lacking is not the right word, more like something I would have liked to have seen there. Is a look at how knowledge is lost or destroyed, whether by misfortune of evil intent. For just as knowledge can advance civilization, denial of access to it can help bring about a dark age.

Winchester’s aim here is to wonder how we will fare going forward when so much of our learning is housed outside our brains. Knowledge is a crucial element in the development of wisdom. Will our brains, uncluttered of vast amounts of information, be freed to contemplate deeper truths? Or will the neurons that gather information be too softened to address heavier thinking? Given what I have heard of so many younger people in the work force, I am leaning toward the dark side on this one. But I sure hope I am wrong. Encountering a passel of bright young minds in the last few years keeps alive hopes for better.

Simon Winchester is a national treasure. (probably for two countries, as he is an English-born American citizen) He repeatedly produces amazingly interesting books that open our eyes to parts of the world, contemporary and historical, that might otherwise remain unknown. Considering how much he has taught us through his writings, there is no question but that the world is a much richer place for how much knowledge and wisdom he has imparted to us all through his ongoing production of fascinating material. You may or may not become wise as a result of reading this book, but I guarantee you will become more knowledgeable.

How, in sum, do we value the knowledge that, thanks to the magic of electronics, is now cast before us in so vast and ceaseless and unstoppable a cascade? Amid the torrent and its fury, what is to become of thought—care and calm and quiet thoughtfulness? What of our own chance of ever gaining wisdom? Do we need it? Does anybody? How does a world function if no one within it is wise?

Review posted – 9/15/23

Publication date – 4/23/23

I received an ARE of Knowing What We Know from Harper in return for a fair review.

This review is cross-posted on Goodreads. Stop by and say Hi!

=======================================EXTRA STUFF

Links to the Winchester’s personal, Twitter and FB pages

A nice overview of Winchester’s professional life can be found here

Interviews
—–The Michael Schermer Show – Are We Risking Our Ability to Think?
There is a wonderful story re material in the Encyclopedia Britannica about how a relied-upon source can foment truly awful errors.
—–Free Library of Philadelphia – Simon Winchester | Knowing What We Know: The Transmission of Knowledge
—–Live Talks Los Angeles – Simon Winchester in conversation with Ted Habte-Gabr at Live Talks Los Angeles

Reviews of other Simon Winchester books we have read:
—–2021 – Land: How the Hunger for Ownership Shaped the Modern World
—–2018 – The Perfectionists
—–2015 – Pacific
—–2010 – Atlantic
—–2008 – The Man Who Loved China
—–2005 – Krakatoa: The Day the World Exploded
—–2001 – The Map That Changed the World
—–1998 – The Professor and the Madman

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Filed under anthropology, History, Non-fiction, Science and Nature

Nineteen Ways of Looking at Consciousness by Patrick House

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The brain…is a thrift-store bin of evolutionary hacks Russian-dolled into a watery, salty piñata we call a head.

…consciousness is not something passed on or recycled–like single molecules of water, which are retained as they move about the earth as ice, water, or dew–from one living creature to the next…instead consciousness should be grown from “scratch” with only a few well-timed molecular parts from plans laid out. It is not drawn from a recycled tap of special kinds of cells or dredged from the vein of free will. No, the darn thing grows. From its own rules. All by itself. And we have no idea how or why.

When I was still a programmer it was necessary to understand the many characteristics of, and rules about using, the objects that we would place on the screen in an application. Under what conditions did one appear? Physical dimensions, like width and height. Does it have a borderline around it? How wide is that line? Does it have a background color? How about a foreground color? Can it display images, text, both? Where does it get its information, keyboard entry, internal calculation? and on and on and on. Fairly simple and straightforward once one knows how it works. But consider the human brain, with billions of neurons, and a nearly infinite possible range of interactions among them. Somehow, within that biological organ, there is a thing we refer to as consciousness. We are who and what we are, and saying so, thinking so, makes us conscious, at the very least. But how did this gelatinous, gross substance, come to develop awareness of self? And just what is consciousness, anyway?

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Patrick House – image from Attention Fwd ->

Patrick House, a Ph.D. neuroscientist, researcher and writer, offers a wide range of looks at what consciousness might be, mostly by looking at details of the brain. How do the characteristics of zombie food come to be, and how do they combine to create something far greater than a tasty meal for the hungry dead? He looks at many of the currently popular ideas that try to get a handle on the fog that is consciousness.

The book is a collection of possible mechanisms, histories, observations, data, and theories of consciousness told nineteen different ways, as translations of a few moments described in a one-page scientific paper in Nature, published in 1998, titled “Electric Current Stimulates Laughter.” The idea is an homage to a short book of poetry and criticism, Nineteen Ways of Looking at Wang Wei, which takes the poem “Deer Park” by Wang Wei and analyzes nineteen different translations of it in the centuries since it was originally written.

He points out more than once that our brains did not emerge in an instant, all sparkling, from the build-a-brain factory. They evolved, from the very first living cell, so at each step of the evolutionary ladder, whatever traits favored survival and reproduction became dominant, pushing prior adaptations into the DNA equivalent of attic storage. Some of the accretion of the prior adaptations may vanish over time, but bags of the stuff are still lying about.

In tracing how our brains evolved, He points out qualities, like the brain’s need for cadence, and timekeeping, shows that language and action are comparable products of the brain and reports on how speech arose from systems that governed movement. He looks at the brain’s mission of preventing our bodies from losing 1.5 degrees of internal temperature, at how we map out the sensate terrain around us, and at the significance of size in brain complexity.

Imagery runs rampant. There is a chapter on the pinball machine as an appropriate metaphor for consciousness. It was a TILT for me. But ineffective chapters like that one are rare, and can be quickly forgotten when the next chapter offers another fascinating perspective, and bit of evolutionary vision. Another, more effective image, was scientists looking for “surface features” of the brain that might tell us where consciousness lies, like geologists surveying terrain to identify likely ore locations.

Throughout the book House refers to a patient, referred to as Anna, who, while having neurosurgery, had her brain poked in various locations by the surgeon, testing out the function of different parts of her gray matter, prompting some unexpected results. Grounding much of the discussion in the experience of an actual person helped make the material more digestible.

As I read, questions kept popping up like synapses flashing a signal to the next synapse. First of all is a definition of consciousness. What is it? How is it defined? Probably the most we can hope for is to infer its existence from externalities, in the same way that astrophysicists can infer the presence of a black hole by measuring the light coming from nearby objects, without ever being able to actually see the black hole, itself. Is there a measurable range of consciousness? Is entity #1 more or less conscious than entity #2. (Man, that is one seriously self-aware tree) How might we measure such a thing? This is actually addressed in one of the chapters. I would have been interested in more on consciousness in the world of Artificial Intelligence. If programmers put together a sufficient volume of code, with a vast array of memory and data, might there be a possibility of self-awareness? What would it take?

For an item on an electronic screen, one can find out the specific characteristics that comprise it. And with that knowledge, check against a list of possible items it might be. It might be a text-box, or a drop-down menu, or a check-box, a button that triggers an action when clicked. But with the brain, while we can compile a considerable list of characteristics, there is not really a list against we can check those things to arrive at a clear conclusion. Oh yeah, any entity, biological or electronic, that possesses at least some number of certain core characteristics, can be considered to be conscious. Nope, it does not work that way.

I found by the end of the book that I had learned a fair bit about how brains evolved, which is always a wonderful experience, but was as uncertain at the end as at the beginning about just what consciousness is. I expect that House shares that leaning, to at least some degree.

There is no one such thing as “consciousness,” and the attempt to study it as a singular phenomenon will go nowhere.

But he does suggest that consciousness exists as a range of experiences rather than as a singular entity with firmly defined borders. It is a fascinating read, even if the core definition is lacking. One thing is for sure, it is brain candy of the first order whether you are self-aware or not.

And just for fun, for next week’s class, be prepared to discuss the difference between consciousness and the mind.

Review posted – October 29, 2022

Publication date – September 22, 2022

I received an ARE of Nineteen Ways of Looking at Consciousness from St. Martin’s Press in return for a fair review. Thanks, folks.

This review has been cross-posted on GoodReads

=======================================EXTRA STUFF

Links to the House’s personal, and Twitter pages

Items of Interest
—–Wang Wei – Deer Park

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Filed under Non-fiction, Psychology and the Brain, Science and Nature

The World As We Knew It – edited by Amy Brady and Tajja Isen

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“At a time when our planet is experiencing terrifying and unprecedented levels of change, what corresponding transformations have you witnessed in your lives, yards, neighborhoods, jobs, relationships, or mental health?” That’s the question that Tajjia Isen and I asked the contributors to this anthology. We wanted to hear their personal stories, allow then to serve as witnesses of this incredibly complex moment in history. – from the Introduction

This is what climate change is. It’s what it does to the psyche, along with the body and the places we love. It’s nearly invisible until the moment something startles you into attention. A creeping catastrophe waiting with arms outstretched to deliver a suffocating embrace. And once the knowledge is gained, there is no unknowing it. You are no longer climate blind. You see and cannot unsee.

Things change. Often it happens too slowly for us to notice. Sometimes processes have been evolving for a while and take a sudden, tipping point jump into the observable. But often it takes being away for a while to get a visceral sense of change.

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Tajja Isen – image from Catapult, where she is Editor in Chief

What do you notice, and what slips by as just the normal range of expected experience? I have been around long enough to have personal elements that fit in with the editors’ approach. I was not keeping track of the frequency or height of the snowfalls that marked winter growing up in the Bronx. Does it snow more now? Less? Maybe, but not that I could say from personal observation, particularly. Although there was a stretch of years when it began to seem that snow was a thing of the past. Then it returned. I would have to look through tables of data to really know. Summers were hot growing up, days in the 90s, maybe a few in triple digits. Fire hydrants, including the one in front of the apartment building where I was raised, were opened, sometimes by friendly firefighters, sometimes by unauthorized people, so kids like me could get some relief from the heat. Are NYC summers hotter now? I don’t really know off the top of my head. Again, I would have to check tables of historical data. But I do know that Summer nights in New York were increasingly uncomfortable over my many years there, with overnight lows far too often in the 80s. Yes, the city holds the heat well, but it held it well during the entirety of my life. Something had changed. Then there was Superstorm Sandy.

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Amy Brady – image from LitHub

In a way, the editors asked their contributors to respond to a lawyerly question: What did you notice and when did you notice it? With the extra of asking how the noticed change(s) impacted them. Editors Amy Brady and Tajja Isen have put together essays from nineteen writers from around the world, each exploring what they have noticed.

In 2022, we are witnesses to one of the most transformative moments in human history: a time when climate change is altering life on Earth at an unprecedented rate, but also a time when the majority of us can still remember when things were more stable. We are among the first—and perhaps one of the last—human populations to have memories of what life was like before. To us, the “new normal” is not how it’s always been. Our lives jostle against incongruous memories of familiar places. We are forced to confront, in strange and sometimes painful ways, how much those places have changed.

Being swamped with relentless tales of big scale environmental horror can have a numbing effect. Numbers, estimates, projections, possible outcomes, blah, blah, blah. We can stop hearing after a while, tune it out. Outrage is appropriate and we experience that, but it is not something we can endure continuously. At our core, humans are creatures of story, not statistics. For as long as we have existed people have concocted origin stories, not origin reports. So, maybe story is a better way to communicate, to connect, to inform people, some people anyway, about the real on-the-ground reality of global warming. And that is what we have here.

These nineteen stories are memoirish, covering the far reaches of the planet and a range of personal experiences. Landscapes that have been transformed by warming, devastating long-term drought, massive reduction in wildlife, invasive species wreaking havoc on formerly stable ecosystems, growing public consciousness of particles per million in the air, and on.

Some are a bit tangential. In Unearthing, Lydia Yuknovich focuses on the harm done by the Hanover, Washington facilities that produced much of the fissile materials used in America’s nuclear bombs. Her witness to the very personal impact of radioactive pollution on a peer growing up is not really a global warming tale, however heart-breaking. Some focus less on personal global warming miseries to look more at human interactions, class, racial and gender politics coming in for some attention

Some tales are wonderful in their strangeness. Walking on Water looks at how those charged with relocating both people and native deities to make way for a huge dam in Africa interact with local people and customs. Signs and Wonders notes, and celebrates, the increasing weirdness in the world, as long-hidden things begin to reappear when landscapes change and glaciers recede.

Some offer strong imagery. In Cougar, Terese Svoboda builds on an experience she had while driving, in which she narrowly avoided hitting a cougar that was making a dash across a Nebraska highway. She looks at ways the creature is making a comeback, among other elements in her story, and sees cause for hope that humanity can find a way as well.

In The Development, one of my favorite stories in the collection, Alexandra Kleeman notes a slice of green near her Staten Island apartment and pays attention as this (at least temporarily) abandoned piece of NYC is taken over by nature, plants left alone to grow, to spread, wildlife moving in. The optimism of regeneration lives side by side with the dread that it is only a matter of time before developers carve a pristine, straight-line urban walkway out of it.

Lacy M. Johnson tells of her religious father, in Leap. He was a white collar at a coal plant, justifying the environmental carnage being caused as God giving people the Earth to use however we want.

Some focus on illness. Warming has expanded the range of ticks that carry Lyme disease to the chagrin of well, everyone. Having had the pleasure some years back, I can very much relate to this concern. Lyme disease gets a mention in two of the stories. Porochista Khakpour’s Season of Sickness tells of his travails with Lyme and the joys of black mold in his apartment, and on. Is warming only generating more risks, or is it also impacting our resistance?

The collection is rich in beautiful writing and insight. The sense of place is particularly strong throughout. It certainly offers a prompt most of us can work from. What have you noticed? And how has it impacted your life?

One change that stands out from personal experience is a product of the others, expectations. Growing up, most of us, I believe, expected that the physical world would continue on pretty much as it had. That is no longer the case for anyone who pays any attention to environmental events in the world. While the fear of imminent and instantaneous destruction in the 1950s and 1960s, helped along by duck-and-cover drills during the Cold War, may have dissipated, (although it has certainly not been eliminated) the existential threats of today have more to do with our less flash-bang demise. The ticking up of temperatures worldwide makes us all frogs in the proverbial pot of warming water. And it seems an insuperable task trying to get those in charge of the range to turn off the flame, or at least turn it down enough. Will my children and grandchildren be able to see the places in the world I have been able to see? Will all those places even exist? What does warming mean for their longevity? Human lifespans increased significantly in the USA over the 20th century. I have already outlived my father. Will my children outlive me? We know that change is possible. When I was a kid it seemed that everyone smoked. After decades of effort, smoking was much reduced. Hope is a reason to go on, to keep trying, but one change I see is a whittling back of hope itself. Sure, there are positive developments. Electric cars have arrived and renewable energy production is growing as a percentage of overall supply. General awareness has surely grown. Our understanding of the complicated parts that make up global warming is expanding, increasing the possibility that fixes, or at the least ameliorations, can be identified, whether or not they are implemented. But is that enough to stave off the worst? Is anything, at this point, enough? Are we in the world of Don’t Look Up, where the only sane response is resignation? I sure hope not.

We must learn to become conservationists of memory. Otherwise, this damage we have done to our planet will cost us our past, as it may already have cost us our future. And without a past or a future, what are we? Nothing. A flickering violence of a species, here such a short time, insatiable, then gone. – Omar El Akkad

Review posted – July 8, 2022

Publication date – June 14, 2022

I received a copy of The World As We Knew It from Catapult in return for a fair review. Thanks, folks.

This review has been cross-posted on GoodReads

=======================================EXTRA STUFF

Links to Amy Brady’s personal, FB, Instagram, and Twitter pages

Links to Tajja Isen’s’s personal, Instagram, and Twitter pages

Interviews
—–Publishers Weekly – ‘The Raw Data of Someone Else’s Life’: PW Talks with Amy Brady and Tajja Isen by Liza Monroy
—–Writer Unboxed – Seeking the Existential, the Intimate, and the Urgent: Essays That Model Masterful Storytelling by Julie Carrick Dalton

Items of Interest from the author(s)
—–LitHub – A list of pieces Brady wrote for LitHub
—–Orion Magazine – excerpt – Faster Than We Thought by Omar El Akkad

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The Last Days of the Dinosaurs by Riley Black

book cover

The disaster goes by different names. Sometimes it’s called the end-Cretaceous mass extinction. For years, it was called the Cretaceous-Tertiary, or K-T, mass extinction that marked the end of the Age of Reptiles and the beginning of the third, Tertiary age of life on Earth. That title was later revised according to the rules of geological arcana to the Cretaceous-Paleogene mass extinction, shorted to K-Pg. But no matter what we call it, the scars in the stone tell the same story. Suddenly, inescapably, life was thrown into a horrible conflagration that reshaped the course of evolution. A chunk of space debris that likely measured more than seven miles across slammed into the planet and kicked off the worst-case scenario for the dinosaurs and all other life on Earth. This was the closest the world has ever come to having its Restart button pressed, a threat so intense that—if not for some fortunate happenstances—it might have returned Earth to a home for single-celled blobs and not much else.

The loss of the dinosaurs was just the tip of the ecological iceberg. Virtually no environment was left untouched by the extinction, an event so severe that the oceans themselves almost reverted to a soup of single-celled organisms.

This is a story about two things, Earth’s Big Bang and evolution. K-Pg (pronounced Kay Pee Gee – maybe think of it as KFC with much bigger bones, where everything is overcooked?) marks the boundary between before and after Earth’s own Big Bang, manifested today by a specific layer of stone in the geologic record.

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Riley with Jet – image from The Museum of the Earth

Ok, yes, I know that the catastrophic crash landing of the bolide, a seven-miles-across piece of galactic detritus, most likely an asteroid, that struck 66.043 million years ago, give or take, was not the biggest bad-parking-job in Earth’s history. An even bigger one hit billions of years ago. It was nearly the size of Mars, and that collision may have been what created our moon. Black makes note of this in the book. But in terms of impact, no single crash-and-boom has had a larger effect on life on planet Earth. Sure, about 3 billion years ago an object between 23 and 36 miles across dropped in on what is now South Africa. There have been others, rocks larger than K-Pg, generating even vaster craters. But what sets the Chicxulub (the Yucatan town near where the vast crater was made, pronounced Chick-sue-lube) event on the apex is its speed and approach, 45 thousand mph, entering at a 45-degree angle. (You wanna see the fastest asteroid ever to hit Earth? Ok. You wanna see it again?) It also helps that the material into which it immersed itself was particularly likely to respond by vaporizing over the entire planet. An excellent choice for maximum destruction of our mother. And of course, its impact on life, animal life having come into being about 800 million years ago, was unparalleled. In the short term, it succeeded in wiping out the large non-avian dinosaurs, your T-Rex sorts, Triceratops grazers, brontosaurian browsers, and a pretty large swath of the planetary flora as well, burning up much of the globe and inviting in a nuclear winter that added a whole other layer of devastation. Aqueous life was not spared. You seen any mososaurs lately? Even tiny organisms were expunged en masse. (Cleanup in aisle everywhere!)

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Image from Facts Just for Kids

Here’s what the Earth looked like just before, just after, and then at increments, a week, a month, a year, and on to a million years post event. It is a common approach in pop science books to personalize the information being presented. Often this takes the form of following a particular scientist for a chapter as she or he talks about or presents the matter under consideration. In The Last Days… Black lets one particular species, usually one individual of that species per chapter, lead the way through the story, telling how it came to be present, how it was impacted by the…um…impact, and what its descendants, if there would be any, might look like. She wants to show why the things that were obliterated came to their sad ends, but also how the things that survived managed to do so.

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Quetzcoatlus – image from Earth Archives

But as fun and enlightening as it is to track the geological and ecological carnage, like an insurance investigator, (T-Rex, sure, covered. But those ammonites? Sorry, Ms. Gaea, that one’s not specified in the contract. I am so sorry.) is only one part of what Riley Black is on about here. She wants to dispel some false ideas about how species take on what we see as environmental slots.

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Mesodma – image from Inverse

Some folks believe that there are set roles in nature, and that the extinction of one actor (probably died as a result of saying that verboten word while performing in The Scottish Play) leads inevitably to the role being filled by another creature (understudy?) As if the demise of T-Rex, for example, meant that some other seven-ton, toothy hunter would just step in. But there is no set cast of roles in nature, each just waiting for Mr, Ms, or Thing Right to step into the job. (Rehearsals are Monday through Saturday 10a to 6p. Don’t be late), pointing out that what survived was largely a matter of luck, of what each species had evolved into by the time of the big event. If the earth is on fire, for example, a small creature has a chance to find underground shelter, whereas a brontosaurus might be able to stick it’s head into the ground, but not much else, and buh-bye bronto when the mega-killer infrared pulse generated by you-know-what sped across the planet turning the Earth into the equivalent of a gigantic deep fryer and making all the exposed creatures and flora decidedly extra-crispy.

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Thescelosaurus – image from Wiki

Black keeps us focused on one particular location, Hell Creek, in Montana, with bits at the ends of every chapter commenting on things going on in other, far-away parts of the world, showing that this change was global. When the impact devastates the entire planet, it makes much less sense to think of the specific landing spot as ground zero. It makes more sense to see it as a planet-wide event, which would make the entire Earth, Planet Zero. It was not the first major planetary extinction, or even the second. But it was the most immediate, with vast numbers of species being exterminated within twenty-four hours.

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Thoracosaurus – image from artstation.com

I do not have any gripes other than wishing that I had had an illustrated copy to review. I do not know what images are in the book. I had to burrow deep underground to find the pix used here. I expect it is beyond the purview of this book, but I could see a companion volume co-written by, maybe, Ed Yong, on how the microbiomes of a select group of creatures evolved over the eons. For, even as the visible bodies of critters across the planet changed over time, so did their micro-biome. What was The Inside Story (please feel free to use that title) on how the vast array of bugs that make us all up changed over the millions of years, as species adapted to a changing macrobiome.

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Purgatorius – image from science News

I love that Riley adds bits from her own life into the discussion, telling about her childhood obsession with dinosaurs, and even telling about the extinctions of a sort in her own life. What glitters throughout the book, like bits of iridium newly uncovered at a dig, is Black’s enthusiasm. She still carries with her the glee and excitement of discovery she had as a kid when she learned about Dinosaurs for the first time. That effervescence makes this book a joy to read, as you learn more and more and more. Black is an ideal pop-science writer, both uber-qualified and experienced in her field, and possessed of a true gift for story-telling.

Also, the appendix is well worth reading for all the extra intel you will gain. Black explains, chapter by chapter, where the hard science ends and where the speculation picks up. Black incorporates into her work a wonderful sense of humor. This is always a huge plus!

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Eoconodon – image from The New York Times

Pull up a rock in the Hell Creek amphitheater. Binoculars might come in handy. An escape vehicle (maybe a TVA time door?) of some sort would be quite useful. Get comfortable and take in the greatest show on Earth (sorry Ringling Brothers) There literally has never been anything quite like it, before or since. The Last Days of the Dinosaurs a joy to read, is one of the best books of the year.

From the time life first originated on our planet over 3.6 billion years ago, it has never been extinguished. Think about that for a moment. Think through all those eons. The changing climates, from hothouse to snowball and back again. Continents swirled and bumped and ground into each other. The great die-offs from too much oxygen, too little oxygen, volcanoes billowing out unimaginable quantities of gas and ash, seas spilling over continents and then drying up, forests growing and dying according to ecological cycles that take millennia, meteorite and asteroid strikes, mountains rising only to be ground down and pushed up anew, oceans replacing floodplains replacing deserts replacing oceans, on and on, every day, for billions of years. And still life endures.

Review posted – May 13, 2022

Publication date – April 26, 2022

I received an ARE of The Last Days of the Dinosaurs from St. Martin’s Press in return for working my ancient, nearly extinct fingers to the bone to write a review that can survive. Thanks, folks.

This review has been cross-posted on Goodreads. Stop by and say Hi!

=======================================EXTRA STUFF

Links to the author’s personal, FB, Instagram, Tumblr, and Twitter pages

Profile from Museum of the Earth

Vertebrate Paleontologist & Science Writer
Riley Black is a vertebrate paleontologist and science writer. She is passionate about sharing science with the public and writes about her experiences as a transgender woman in paleontology.

Riley began her science writing career as a Rutgers University undergraduate. She founded her own blog, Laelaps, and later wrote for Scientific American, Smithsonian Magazine, National Geographic, and more. Riley has authored books for fossil enthusiasts of all ages, including Did You See That Dinosaur?, Skeleton Keys, My Beloved Brontosaurus, and Written in Stone.
Riley loves to spend time in the field, searching the Utah landscape for signs of prehistoric life. Her fossil discoveries are in the Carnegie Museum of Natural History, the Natural History Museum of Utah, and the Burpee Museum of Natural History. Riley’s work in the field fuels her writing. She believes doing fieldwork is the best way to learn about paleontology.

In your own words, what is your work about?

“What really holds my work together is the idea that science is a process. Science is not just a body of facts or natural laws. What we find today will be tested against what we uncover tomorrow, and sometimes being wrong is a wonderful thing. I love the fact that the slow and scaly dinosaurs I grew up with are now brightly-colored, feathered creatures that seem a world apart from what we used to think. I believe fossils and dinosaurs provide powerful ways to discuss these ideas, how there is a natural reality we wish to understand with our primate brains. The questions, and why we’re asking them, are more fascinating to me than static answers.”

Interviews
—–IFL Science – IFLScience Interview With Riley Black: The Last Days of the Dinosaurs – video – 15:40 – with Dr. Alfredo Carpineti – There is a particularly lovely bit at the back end of the interview in which Black talks about the inclusion in the book of a very personal element
—–Fossil Friday Chats – “Sifting the Fossil Record” w/ Riley Black” – nothing to do with this book, but totally fascinating

Items of Interest from the author
—–WIRED – articles by the author as Brian Switek
—–Scientific American – articles by the author as Brian Switek
—–Riley’s site – a list of Selected Articles
—–Science Friday – articles by the author
—–Excerpt

Items of Interest
—–Earth Archives – Quetzlcoatlus by Vasika Udurawane and Julio Lacerda
—–NASA – Sentry Program
—–Science Friday – Mortunaria – a filter-feeding plesiosaur
—–Biointeractive – The Day the Mesozoic Died: The Asteroid That Killed the Dinosaurs – on the science that produced our understanding of how the dinosaurs died out – video – 33:50
—–Wiki on the Hell Creek Formation

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Filed under Non-fiction, paleontology, Science and Nature

The Treeline by Ben Rawlence

book cover

Big changes are taking place across the vast plain stippled by spruce and striated with water that unfolds below the aircraft at 10,000 feet. The skin of the earth is melting, microbial life waking after thousands, possibly millions, of frozen years. The soil is transpiring—perspiring one could say since more moisture is being released than absorbed—and animals and plants are taking note. It is a new world, and intelligent life—the smart genes—is sniffing it out, sending out suckers, seeds and scouts, ranging north, getting ready.

The Treeline is a mind-blowing piece of work that will teach you many, many things you never suspected, while feeding your sense of awe and your sense of dread. We look to the margins for evidence of large changes in the world, tell-tale signs like rising levels along water frontages, expanding desert edges, changes in growing seasons, changes in wildlife. The treeline was the edge Ben Rawlence chose.

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Ben Rawlence – Image from 5 x 15

He had spent years writing human rights reports and trying to get the UN and governments to address refugee issues, but when he started writing through the eyes of the refugees themselves, in several books, many more people began to listen.

Understanding that the conflict and the displacement that was going on was driven by climate change I began to look for other examples, other parts of the world where we could see this process in action, where we could see climate breakdown as history already, and we could catch a glimpse of the future that awaits the rest of us. So I began digging around and doing research and came across this very arresting image of the trees and the forest moving north towards the pole. I discovered that the forest was on the move and the trees were turning the white arctic green. They shouldn’t be on the move. That’s not supposed to happen. And this sinister fact has huge consequences for all life on earth. – from the 5×15 piece

So, what exactly is the treeline? Generically, it is the latitude above which there are no trees, roughly the Arctic Circle. Another measure is the rippled line around the globe south of which the average July temperature is ten degrees centigrade or higher. (The Arctic Squiggle?) Discovering that the Arctic treeline consisted of mostly six types of trees, he set about to look at each of these.

Scots pine in Scotland, birch in Scandinavia, larch in Siberia, spruce in Alaska and, to a lesser extent, poplar in Canada and rowan in Greenland. I decided to visit each tree in its native territory, to see how the different species were faring in response to warming, and what their stories might mean for the other inhabitants of the forest, including us.

The Arctic treeline is actually fairly squishy, not so much a line as an area of transition, an ecotone, where tree presence diminishes rather than ceases. Rawlence begins with a look at where he lives, in Wales, at the yew, struggling to persist in a world that is no longer conducive to its needs. But that may be changing. Then, it is off to the Cairngorm Mountains in Scotland, the Scandinavian interior, Siberia (larch), Alaska, Canada, and Greenland, looking at the role the boreal plays in our environment, and at the impact of global warming on these borderlands.

More than the Amazon rainforest, the boreal is truly the lung of the world. Covering one fifth of the globe, and containing one third of all the trees on earth, the boreal is the second largest biome, or living system, after the ocean. Planetary systems—cycles of water and oxygen, atmospheric circulation, the albedo effect, ocean currents and polar winds—are shaped and directed by the position of the treeline and the functioning of the forest.

One of the things that most impressed me, among the many fascinating nuggets to be found here were descriptions of the structures underlying forests.

Wherever there are mushrooms, ferns, bracken and particular kinds of woodland plants like violets there was once forest. Rings of mushrooms are usually the outline, the long-ago earthwork of a tree stump. There are between fifteen and nineteen ecto-mycorrhizal fungi (fungi growing around the roots) in a mature pine forest, and they play a role in everything from carbon and nutrient transport to lichen cover, taking sugar from the tree and providing it with minerals in exchange. Planting trees without regard for the essential symbiotic “other half” of the forest below ground may be far less effective than allowing the ground to evolve into woodland at its own pace. Oliver Rackham describes a planted oak wood in Essex that even after 750 years still does not possess the orchids, plants and mushrooms that you would expect of a natural wood.

I was reminded of what it might look like to see a city like New York or London from above and believe it to be constructed entirely of the visible structures, not appreciating that there are vast underground networks, water lines, sewer lines, gas lines, electrical lines, communication cables, transit tubes, and the like that provide the lifeblood which allows the above-ground, visible city to survive. Globally, these threads of mycorrhizal fungi make up between a third and a half of the living mass of soils. Soil is in fact a huge, fragile tangle of tiny connected threads. Having done some digging in our back yard, I can very much appreciate that.

Another impressive feat is Rawlence’s strength in communicating how local populations interact with the trees among which they live. There are many surprises to be found here, in the range of specific benefits trees provide for one, which includes the fact that they transmit aerosols carrying chemicals that help maintain health in humans, that their leaves, berries, bark and other parts providing medicine for a wide range of illnesses, that they provide materials that oceans need to sustain life, that they drive planetary weather. Did you know that there are birch trees with things called trichomal hairs on the underside of their leaves, that capture particulates from the air, natural air filters that then allow the materials to be dropped to the ground, and washed away with the next rain? They also act like a fur coat for the leaves. The list goes on. You will be surprised by many of the uses that Arctic peoples have devised to make use of their local trees.

Will it be possible to continue such a positive relationship as the land becomes less supportive of human endeavors? The Sami people, for example, are finding it increasingly difficult to manage their reindeer herds. Snowmobiles are less than ideal when there is no snow. Substituting four-wheel All Terrain Vehicles may allow them to herd their critters, but using them damages the landscape even more. At what point will it be impossible to continue at all?

There are plenty of dark tidings. In this ring of melting ice global warming is taking place at a rate far in excess of what we experience in the more temperate zones. And then this unnerving bit; with more Co2 in the air, trees do not need to work so hard to get what they need, thus will produce less oxygen. Uh oh. As the forests of the northern hemisphere migrate north (race actually, at a rate of hundreds of feet a year in some places instead of inches per century) they are pursued on their southern end by increasingly fire-prone conditions. How much of our forest land will be consumed by a Langolier-like army of drought and flames before finding more welcoming climes? And then there is methane, pretty pearl-like bubbles when seen through clear Arctic ice, but how about this cheery nugget as permafrost becoming permaslush?

Some studies have suggested that an unstable seabed could release a methane “burp” of 500–5000 gigatonnes, equivalent to decades of greenhouse gas emissions, contributing to an abrupt jump in temperature that humans will be powerless to arrest.

In pop science books, the author acts as a guide to the subject matter, introducing us to the places he visits, and the experts he consults. Rawlence is an engaging and informative teacher with a gift for extracting local cultural lore and area-specific histories, as well as reporting the science in accessible terms. He seems like someone you would want to hang out with. You would certainly like to sign up for any class he teaches. You will learn a lot. He is also a lyrical writer, able to offer not only straight-ahead exposition, but poetical, sometimes emotion-filled reactions to the places he visits and the experiences he has on this journey.

The brilliant sun on the pinkish cliffs and the starched blue of the sky, which has been mostly hidden all week, make the morning sing. The scent of a meadow is so heady it should be bottled. The hay has been freshly cut: huge plastic-covered bales guide the eye to a combine harvester abandoned mid-job, its windows covered in sparkling dew. Beyond, the path crosses the meadow to a wide bend that the flooding river has worked into a series of interlinked channels. The little bridges have been overwhelmed and carefully placed stepping-stones lie visible in the clear stream, half a meter underwater. Feet have cut a higher path along the edge of the valley, around drowned shrubs, riparian willow now floating midstream. The roar of the main river is all around. Gray water cradling slabs of dirty ice meanders around a cliff and then widens into a foaming skirt over even-sized white granite boulders that snag the ice and make it dance and nod until it falls apart and joins the sea-ward torrent.

Rawlence a not a fan of western capitalism, and it would be difficult to argue that the short-term profit motive is not at variance with the long-term health of the planet, but places that were at least nominally socialist did a pretty good job of devastating their environments too. Maybe the problem is a human one first, and a economic-political one second. Maybe if we lived as long as some trees (not all are long-lived) we might have a more long-term view of what matters, and not keep rushing to use everything as fast as we possibly can before someone else does. Rawlence keeps his eyes on the scientific and anthropological issues at hand. How is warming impacting these trees, the landscapes in which they exist, the societies that have lived with them for centuries, and the wider world? What can we learn from the changes that have already taken place? What can we look forward to? What can we do about it?

Despite the growth of electric car usage and renewable power generation, we have arrived at this party too late, and relatively empty-handed. Attempts to mitigate global warming cannot change the fact that there is warming to come that is already baked in. We can do nothing to change that. It will continue, even were we to cease all carbon usage tomorrow. Not that we should abandon attempts to reduce emissions. But we should know that we will not see the benefits of those actions. The mitigation work we do today may impact future generations, but the planet will continue heating up for quite some time regardless. The most we can hope for in the short term is to slow the rate somewhat.

The Treeline is a must read for anyone interested in environmental issues, global warming in particular. Who doesn’t love trees? After reading this you will love them ever more. As Rawlence points out, we are at our core tree people, having evolved thumbs to get around in an arboreal world, and having lived among or near trees for all of human history. We have evolved together, and will continue to do so. But we will have to adapt to the new Anthropocene world rather than attempting to force it back into its prior form.

In the future, when the ice is gone, there may be no such thing as a treeline at all.

Review posted – February 18, 2022

Publication date – February 15, 2022

I received an ARE of The Treeline from St. Martin’s Press in return for a fair review, and a promise to plant a few saplings. Thanks, folks. And thanks to NetGalley for facilitating.

This review has been cross-posted on GoodReads

=======================================EXTRA STUFF

Links to the author’s Twitter page

Lizzie Harper, a Welsh illustrator, provided many images for the book. Sadly, there were none in the e-galley I read. But you can see some on her site. Here are links to Harper’s personal, FB, LinkedIn, PInterest, and Twitter pages

Interview
—InterMultiversal – An Interview with Ben Rawlence by Simon Morden

Items of Interest from the author
—–Video trailer for the book – 1:09
—–5 x 15 – Ben Rawlence on The Treeline – video
—–The Big Issue – ‘As the planet warms, the forest is on the move’ by Rawlence

Items of Interest
—–Patagonia Films – Treeline (Full Film) | The Secret Life of Trees – video 40:16
—–Cairngorms Connect – 200-year vision to enhance habitats, species and ecological processes across a vast area within the 600 square kilometer Cairngorms National Park.
—–NY Times – Feb. 4, 2022 – Seen From Space: Huge Methane Leaks by Henry Fountain

You Might Also Want To Check Out
—–Land by Simon Winchester
—–Being a Human by Charles Foster
—–The Earth’s Wild Music by Kathleen Dean Moore
—–Road of Bones – not in form, obviously. But this one offers a fictional horror-story take on the great north rebelling against the outrages of humanity

Music
—–George Winston – Forest
—–Sondheim – Into the Woods

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System Error by Rob Reich, Mehran Sahami,  Jeremy M. Weinstein,  

book cover

Technologists have no unique skill in governing, weighing competing values, or assessing evidence. Their expertise is in designing and building technology. What they bring to expert rule is actually a set of values masquerading as expertise—values that emerge from the marriage of the optimization mindset and the profit motive.

Like a famine, the effects of technology on society are a man-made disaster: we create the technologies, we set the rules, and what happens is ultimately the result of our collective choices.

Yeah, but what if the choices are not being made collectively?

What’s the bottom line on the bottom line? The digital revolution has made many things in our lives better, but changes have come at considerable cost. There have been plenty of winners from the digitization of content, the spread of the internet, the growth of wireless communication, and the growth of AI. But there have been battlefields full of casualties as well. Unlike actual battlefields, like those at Gettysburg, many of the casualties in the battles of the digital revolution did not enlist, and did not have a chance to vote for or against those waging the war, a war that has been going on for decades. But we, citizens, do not get a say in how that war is waged, what goals are targeted, or how the spoils or the costs of that war are distributed.

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Reich, Sahami, and Weinstein – image from Stanford University

In 2018, the authors of System Error, all professors at Stanford, developed a considerable course on Technology, Policy, and Ethics. Many Technical and Engineering programs require that Ethics be taught in order to gain accreditation. But usually those are stand-alone classes, taught by non-techies. Reich, Sahami, and Weinstein wanted something more meaningful, more a part of the education of budding computer scientists than a ticking-off-the-box required course. They wanted the teaching of the ethics of programming to become a full part of their students’ experience at Stanford. That was the source for what became this book.

They look at the unintended consequences of technological innovation, focusing on the notions of optimization and agency. It is almost a religion in Silicon Valley, the worship of optimization uber alles. Faster, cleaner, more efficient, cheaper, lighter. But what is it that is being optimized? To what purpose? At what cost, to whom? Decided on by whom?

…there are times when inefficiency is preferable: putting speed bumps or speed limits onto roads near schools in order to protect children; encouraging juries to take ample time to deliberate before rendering a verdict; having the media hold off on calling an election until all the polls have closed…Everything depends on the goal or end result. The real worry is that giving priority to optimization can lead to focusing more on the methods than on the goals in question.

Often blind allegiance to the golden calf of optimization yields predictable results. One genius decided to optimize eating, so that people could spend more time at work, I guess. He came up with a product that delivered a range of needed nutrients, in a quickly digestible form, and expected to conquer the world. This laser focus managed to ignore vast swaths of human experience. Eating is not just about consuming needed nutrients. There are social aspects to eating that somehow escaped the guy’s notice. We do not all prefer to consume product at our desks, alone. Also, that eating should be pleasurable. This clueless individual used soy beans and lentils as the core ingredients of his concoction. You can guess what he named it. Needless to say, it was not exactly a marketing triumph, given the cultural associations with the name. And yes, they knew, and did it anyway.

There are many less entertaining examples to be found in the world. How about a social media giant programming its app to encourage the spread of the most controversial opinions, regardless of their basis in fact? The outcome is actual physical damage in the world, people dead as a result, democracy itself in jeopardy. And yet, there is no meaningful requirement that programmers adhere to a code of ethics. Optimization, in corporate America, is on profits. Everything else is secondary, and if there are negative results in the world as a result of this singular focus, not their problem.

How about optimization that relies on faulty (and self-serving) definitions. Do the things we measure actually measure the information we want? For example, there were some who measured happiness with their product by counting the number of minutes users spent on it. Was that really happiness being measured, or maybe addictiveness?

Algorithms are notorious for picking up the biases of their designers. In an example of a business using testing smartly, a major company sought to develop an algorithm it could use to evaluate employment candidates. They gave it a pretty good shot, too, making revision after revision. But no matter how they massaged the model the results were still hugely sexist. Thankfully they scrapped it and returned to a less automated system. One wonders, though, how many algorithmic projects were implemented when those in charge opted to ignore the down-side results.

So, what is to be done? There are a few layers here. Certainly, a professional code of ethics is called for. Other professions have them and have not collapsed into non-existence, doctors, lawyers, engineers, for example. Why not programmers? At present there is not a single, recognized organization, like the AMA, that could gain universal accedence to such a requirement. Organizations that accredit university computer science programs could demand more robust inclusion of ethical course material across course-work.

But the only real way we as a society have to hold companies accountable for the harm already inflicted, and the potential harm new products might cause, is via regulation. As individuals, we have virtually no power to influence major corporations. It is only when we join our voices together through democratic processes that there is any hope of reining in the worst excesses of the tech world, or working with technology companies to come to workable solutions to real-world problems. It is one thing for Facebook to set up a panel to review the ethics of this or that element of its offerings. But if the CEO can simply ignore the group’s findings, such panels are meaningless. I think we have all seen how effective review boards controlled by police departments have been. Self-regulation rarely works.

There need not be an oppositional relationship between tech corporations and government, despite the howling by CEOs that they will melt into puddles should the wet of regulation ever touch their precious selves. What a world: what a world! A model the authors cite is transportation. There needs to be some entity responsible for roads, for standardizing them, taking care of them, seeing that rules of the road are established and enforced. It is the role of government to make sure the space is safe for everyone. As our annual death rate on the roads attests, one can only aim for perfection without ever really expecting to achieve it. But, overall, it is a system in which the government has seen to the creation and maintenance of a relatively safe communal space. We should not leave to the CEOs of Facebook and Twitter decisions about how much human and civic roadkill is acceptable on the Information Highway.

The authors offer some suggestions about what might be done. One I liked was the resurrection of the Congressional Office of Technology Assessment. We do not expect our elected representatives to be techies. But we should not put them into a position of having to rely on lobbyists for technical expertise on subjects under legislative consideration. The OTA provided that objective expertise for many years before Republicans killed it. This is doable and desirable. Another interesting notion:

“Right now, the human worker who does, say $50,000 worth of work in. factory, that income is taxed and you get an income tax, social security tax, all those things.
It a robot comes in to do the same thing, you’d think we’d tax the robot at a similar level.”

Some of their advice, while not necessarily wrong, seems either bromitic or unlikely to have any chance of happening. This is a typical thing for books on social policy.

…democracies, which welcome a clash of competing interests and permit the revisiting and revising of questions of policy, will respond by updating rules when it is obvious that current conditions produce harm…

Have the authors ever actually visited America outside the walls of Stanford? In America, those being harmed are blamed for the damage, not the evil-doers who are actually foisting it on them.

What System Error will give you is a pretty good scan of the issues pertaining to tech vs the rest of us, and how to think about them. It offers a look at some of the ways in which the problems identified here might be addressed. Some entail government regulation. Many do not. You can find some guidance as to what questions to ask when algorithmic systems are being proposed, challenged, or implemented. And you can also get some historical context re how the major tech changes of the past impacted the wider society, and how they were wrangled.

The book does an excellent job of pointing out many of the ethical problems with the impact of high tech, on our individual agency and on our democracy. It correctly points out that decisions with global import are currently in the hands of CEOs of large corporations, and are not subject to limitation by democratic nations. Consider the single issue of allowing lies to be spread across social media, whether by enemies foreign or domestic, dark-minded individuals, profit-seekers, or lunatics. That needs to change. If reasonable limitations can be devised and implemented, then there may be hope for a brighter day ahead, else all may be lost, and our nation will descend into a Babel of screaming hatreds and kinetic carnage.

For Facebook, with more than 2.8 billion active users, Mark Zuckerberg is the effective governor of the informational environment of a population nearly double the size of China, the largest country in the world.

Review posted – January 28, 2022

Publication date – September 21,2021

This review has been cross-posted on GoodReads

=======================================EXTRA STUFF

Links to the Rob Reich’s (pronounced Reesh) Stanford profile and Twitter pages
Reich is a professor of Political science at Stanford, and co-director of Stanford’s McCoy Center for Ethics, and associate director of Stanford’s Institute for Human-Centered Artificial intelligence

Links to Mehran Sahami’s Stanford profile and Twitter pages
Sahami is a Stanford professor in the School of Engineering and professor and associate Chair for Education in the Computer Science Department. Prior to Stanford he was a senior research scientist at Google. He conducts research in computer science education, AI and ethics.

Jeremy M. Weinstein’s Stanford profile

JEREMY M. WEINSTEIN went to Washington with President Obama in 2009. A key staffer in the White House, he foresaw how new technologies might remake the relationship between governments and citizens, and launched Obama’s Open Government Partnership. When Samantha Power was appointed US Ambassador to the United Nations, she brought Jeremy to New York, first as her chief of staff and then as her deputy. He returned to Stanford in 2015 as a professor of political science, where he now leads Stanford Impact Labs.

Interviews
—–Computer History Museum – CHM Live | System Error: Rebooting Our Tech Future – with Marietje Schaake – 1:30:22
This is outstanding, in depth
—–Politics and Prose – Rob Reich, Mehran Sahami & Jeremy Weinstein SYSTEM ERROR with Julián Castro with Julian Castro and Bradley Graham – video – 1:02:51

Items of Interest
—–Washington Post – Former Google scientist says the computers that run our lives exploit us — and he has a way to stop them
—–The Nation – Fixing Tech’s Ethics Problem Starts in the Classroom By Stephanie Wykstra
—–NY Times – Tech’s Ethical ‘Dark Side’: Harvard, Stanford and Others Want to Address It
—–Brookings Institution – It Is Time to Restore the US Office of Technology Assessment by Darrell M. West

Makes Me Think Of
—–Automating Inequality by Virginia Eubanks
—–Chaos Monkeys by Antonio Garcia Martinez
—–Machines of Loving Grace by John Markoff

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Filed under AI, Artificial Intelligence, computers, Non-fiction, programming, Public policy

Fuzz by Mary Roach

book cover

…I…follow along behind a small group of conservation officers heading to the lawn outside. Their leather hiking boots squeak as they walk. “So she looks in her rearview mirror,” one is saying, and there’s a bear in the back seat earing popcorn.” When wildlife officers gather at a conference, the shop talk is outstanding. Last night I stepped onto the elevator as a man was saying, “Ever tase an elk?”

Mary Roach is up to her old tricks. A science writer now publishing her seventh book, Roach has written for many publications, including National Geographic, Wired, NY Times Magazine, and many more. She begins with a notion, then goes exploring. Roach tells Goodreads, in a book-recommendation piece, that she came across a potential story about cattle breeders staging deaths to commit insurance fraud. She even had a grand theft avocado story lined up, but the local Smokeys would not let her come along, which was a requisite. She shifted to wildlife.

I paid a visit to a woman at the National Wildlife Service forensics lab who had authored a paper on how to detect counterfeit “medicinal” tiger penises. – from the GR piece

Wait! What? (there is link to the study in EXTRA STUFF, of course) But again it was nogo accompanying the officers into the field. Really? Her presence would blow a National Wildlife Service raid on a market selling junk johnsons? It is pretty easy to come up with a descriptive for such unwarranted reticence. (Rhymes with sickish.) In any case, in her investigative travels, Mary came across a weird 1906 book about the prosecution and execution of animals and realized she had her hook. What if animals were the perpetrators of crimes instead of people? She breaks the book down into “criminal” categories, homicide, B&E, man-slaughter, larceny, even jaywalking, and off we go.

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Mary Roach – image from Lapham’s Quarterly

First, and foremost, I need to let you know straight away that you will be laughing out loud at least every few pages. This is not an experience I have with any other writer, and yet have had it consistently with Mary Roach, across the several books of hers that I have read. Ditto here. Well, fine, your sense of humor may not be like mine, but Mary has the key to my funny-bone.

Her intro offers a stunning representation of just how stupid people have been when attempting to enforce laws on animals over the course of history. Python-worthy material, totally side-splitting, and jaw-dropping. Really, they actually did that? Yes, gentle reader, they totally did.

On June 26, 1659, a representative from five towns in a province in northern Italy initiated legal proceedings against caterpillars. The local specimens, went the complaint, were trespassing and pilfering from people’s gardens and orchards. A summons was issued and five copies made and nailed to trees in forests adjacent to each town. The caterpillars were ordered to appear in court…Of course no caterpillars appeared at the appointed time, but the case went forward anyway.

It goes on. Would have been tough making a charge stick anyway. They would have just blamed each other. It was that caterpillar, not me. I was nowhere near that orchard. And even if they were jailed they would have just flown out anyway. The law may be a ass, far too often, but sometimes it truly boggles the mind.

As usual, Mary interviews experts in all the areas she investigates. She begins her contemporary explorations with a gathering of Canadian Conservation officers (in the USA) getting Wildlife Human Attack Response Training or WHART. They don’t, but you go right on ahead and call it what it is, CSI-Wildlife – DUUUUUM-DA-DUM! Mary brings plenty of funny to her reporting, but a lot of it is simply laying out the facts and letting them make you laugh themselves. For example, the test manikins are named for brands of beer. Good one, eh? And there is that quote at the top of the review. You will also learn some real-world intel like the significance of a round versus a more oval drop of blood at a crime scene.

As usual with Mary, you will find yourself learning a whole bunch of information you never knew you wanted to know, like how to tell the difference between a bear and a cougar kill. (No, not that sort of cougar, the one with fur and claws, a mountain lion, Geez! and no, no, no, not that sort of bear, creatures of the Ursus genus, not those other large hairy beasts. Stop that right now!) She considers issues with elephants, leopards, cougars, bears, macaques, gulls, vultures and other birds, rats and mice, trees, and beans. Come again?

The lines here get a bit vague. It is not just animals that are the focus but some non-critter-based elements of nature as well. Sticking with critters for the moment, there are considerable challenges in managing the interface between people and animals. For instance, the vig that farm mice seem to extract from farmers regardless of what is done to get rid of them can turn peaceable crop-growers homicidal. Mary looks at the control methods that have been tried, and explores a promising, more laid-back approach.

Rats in the Vatican (which is an outstanding name for a band, just sayin’) present the challenge of managing the property while taking seriously the lead of Saint Francis of Assisi, an animal rights figure of long-standing, and a major inspiration for Pope, ya know, Francis. Mary talks to the guy in charge of this problem (I could not help but imagine Father Guido Sarducci, sorry), the Vatican Director of Gardens and Garbage, Rafael Torning. The considerable Vatican rat population has a taste for wires, and damages a lot of machinery. VG&G does what they can, trying to avoid using nasty chemicals. But even so, aren’t there ethical concerns? So, she talks with the house bioethicist, Father Carlo. Let’s just say that if you could count the number of angels on the head of a pin, Father Carlo could very nicely twist all of them into pretzels with his words.

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A possible solution to half of the Vatican’s Gull-and-rats problem? – image from the Irish Sun

The Vatican has a considerable problem with herring gulls as well, thousands of ‘em. None of this Mary Poppins Feed the Birds nonsense. The feathered rabble that descend on Saint Peter’s seem more like the gathered horde in that Hitchcock movie. You will not come away from this book fond of gulls. I found her lapsed-Catholic’s tour of the Vatican to be worth many, many indulgences, rich as it was with fun details and ambience.

Chapters on elephants and leopards are particularly alarming.

…when a leopard stalks and kills more than three or four people, villagers consider it a demon. – [it, clearly, considers them takeout]

There was one historical case in which a single leopard killed over a hundred people. Mary travels with government and non-government people as they try to educate local populations in best practices for avoiding potential conflict. Not all leopard attacks are the same. You will learn the sorts. And not all attacking leopards are handled the same way. She looks at changes that have been at least partially implemented to try to reduce the carnage. (Indoor toilets, for example), and the challenges going forward in handling the problem, getting leopards to leave people alone.

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Leopard – image from Wild Cats India

When it comes to elephants, Mary Roach knows her shit, literally. She reports on a Smithsonian project that measured daily defecation by an Indian elephant. A poop scooper will not do. Maybe a poop plow? 400 pounds, give or take, per diem. Elephants loom large as a danger, laying waste to crops, trampling fields and bulldozing buildings. People are sometimes accidentally trampled. Sometimes it is no accident, as when one elephant did a headstand on someone. A bull elephant in an elevated period of breeding excitement, called musth, is particularly aggressive and a mortal peril. She can also tell you about the effectiveness of small arms against big pachyderms. Keep your powder dry. Most bullets do little or no damage. Even a bit of armor-piercing ordnance intended for tanks needs a follow up to get the job done.

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Indian elephant in musth – image from Wikipedia

Monkeys in India come in for a look. Macaques in particular, have made pests of themselves in urban areas, becoming aggressive thieves, to the point of violence, and even of extortion, as some will steal your phone, handing it back only when you pay the fee in food. Government officials struggle to come up with solutions, tough in a place where the monkey is a sacred animal. It is impossible to deliver directed doses of birth control without endangering other native wildlife, for example. Roach delivers a bleak portrait of official finger-pointing and inaction.

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Street Monkeys in India – image from Outlook

While reporting on the damage done to area farms and people, and the impact of wildlife in places populated with humans, Roach does point out that a lot (all) of these conflicts result from people expanding into the native territory of dangerous or potentially pestiferous, animals.

I was surprised that there were parts of the book dedicated to non-creature natural perils. The material is interesting, but thematically it felt a bit off the central topic.

There is much surprise information (well, for me anyway) about “danger trees,” those fully grown trees that have come to the end of their lives, at least in terms of growing. They still serve as useful woodland citizens by providing places in which creatures can nest, wood in which bugs can live, biomaterials that will be absorbed back into the woods. This is all good, but there is still one problem. The rotting tops of these gentle souls can come crashing down on passers-by, unaware of the peril. The approach that is taken, by woodland managers makes one wonder whether it is better to yell “Timber” or “Fire in the Hole!”

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Decay throughout this tree makes it too hazardous to fell with a saw. It was felled with one bundle of fireline explosives taped to the side of the tree – image and text from the US Forest Service

There is an element in this book that you should be aware of. The disposal of animals considered pests. This is of particular relevance in places where invasive species have arrived and laid waste to significant segments of the local fauna, and/or flora. Not all of these are the usual suspects, stowaway rats wiping out bird populations with their fondness for eggs, brown snakes, ditto and far too many others, often foolishly introduced by people attempting to counteract an earlier invasives problem. Some of the invaders are adorable and not on your likely list of things that MUST BE EXTERMINATED NOW. Mary looks at the techniques attempted (usually failed) and on the thought that goes into trying to make a creature’s passing as quick as possible. You might want to skip that chapter (14). Many of my daily companions are on that list and, although I did read it all, it was disquieting at times. Just lettin’ ya know. I hope this does not turn you off the book if you are otherwise interested.

She does focus on ways in which people can live in coexistence with nature. This includes a greater understanding of the deer-in-the-headlights syndrome, and a workable approach for reducing roadway carnage.

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Deer in the headlights – image from Bryans Blog

I have issues with the titling of the book. The raised-patch addition to the hardcover jacket goes very nicely with the patches my wife and I picked up at many US National Parks. Mary might have called it Nature Gone Wild, but that was already taken. Naming it Fuzz, though, (maintaining the tradition of single-syllable Mary Roach book titles) does make it seem like it is about the police-type officials who are charged with coping when forces of nature interfere with people. Although there were indeed some badged officials in her stable of interviewees and guides through these fascinating worlds, she spoke as often with people who were researchers or administrators, and the stories were about the problems, not so much the law enforcers. Many may be related to parks here and there. Some were employed by wildlife services, but it just did not sit well with me. Her reporting is as much about a wider view of the issues as it is about the direct, Book-em, Danno “crimes” supposedly perpetrated on people by the furry or feathered set. So, I will not shy away from this. When it comes to actually describing what the book is about the title is decidedly fuzzy. There. I did it, and I am not sorry. Well, ok, maybe a little. Not that I can come up with anything better, just whining.

That done, it is clear that wherever Mary Roach shines her light there will be surprises, there will be new knowledge, and there will be smiles, lots and lots of smiles, covered with copious quantities of laughter. Follow along behind Mary as she opens some closed doors, peeks into some hidden corners, and pesters defenseless officials to find fascinating, wondrous real-world material. Even despite that one grim chapter, I found myself reacting as I always do to a Mary Roach book, laughing out loud, often, very, very often. There is a definite joy in trailing after Mary as she shines her very bright light into unseen corners and calls back “Hey guys, come see what I found!” If you have enjoyed her books before, this one should do quite nicely. There is nothing fuzzy about that at all.

Feeding animals, as we know, is the quickest path to conflict. The promise of food motivates normally human-shy animals to take a risk. The risk-taking is rewarded, and the behavior escalates. Shyness becomes fearlessness, and fearlessness becomes aggression. If you don’t hand over the food you are carrying, the monkey will grab it. If you try to hold onto it, or push the animal away…it may slap you. Or bite you. The Times of India put the number of monkey bites reported by Delhi hospitals in 2018 at 950. [When your teenager makes off with your car, just remember that it all began when they were small, and you made the mistake of offering them food]

Review posted – October 29, 2021

Publication date – September 21, 2021

I received this book from Barnes & Noble in return for cold, hard cash

=======================================EXTRA STUFF

Links to the author’s personal and Twitter pages

Interviews
—– Mary Roach Discusses Craft & Humor in Science Writing With the Northwest Science Writers Association with Hannah Weinberger and Ashley Braun of Northwest Science Writers Association – video – 1:05:08 – Covers her entire career
—–Commonwealth Club – Mary Roach’s Fuzz: When Nature Breaks the Law – with Kara Platoni – audio – 1:04:44 – a lot of fascinating material in this one – more focused on this book
—–Bookpage – Mary Roach – Hot on the trail of nature’s outlaws by Alice Cary
—–Goodreads – Mary Roach’s Highly Unusual True Crime Recommendations

Other Mary Roach books we have enjoyed
—–2016 – Grunt: The Curious Science of Humans at War
—–2013 – Gulp
—–2010 – Packing for Mars
—–2006 – Spook
—–2004 – Stiff

Items of Interest
—–National Fish and Wildlife Forensics Laboratory – Distinguishing Real Vs Fake Tiger Penises – Where it all began for Mary re this book – You know you’re curious – yes, there are illustrations
—–The Guardian – Vultures who came to stay bring year of acid vomit and toxic feces to small town by Adam Gabbatt – Geez, talk about pests!
—–NY Times – Indians Feed the Monkeys, Which Bite the Hand by Gardiner Harris

Songs/Music
—–Mary Poppins – Feed the Birds – Julie Andrews

Scrabble Words – from the book, to weaponize against family and friends in the game
–—-frass – insect excreta – white powder that appears on trees (Not a birch! Please do not lean there.)
—–kerf – space left by a saw-blade cut in a tree (not necessarily by a man wearing a leather mask)
—–kronism – the eating of one’s offspring (named for Saturn. Did not work out well for him, though)
—–musth – a periodic condition in bull (male) elephants characterized by highly aggressive behavior and accompanied by a large rise in reproductive hormones. (from Wiki) (aka Friday night?)

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Filed under Non-fiction, Reviews, Science and Nature

Being There – Being a human by Charles Foster

book cover

We think of wilderness as an absence of sound, movement and event. We rent our rural cottages ‘for a bit of peace and quiet.’ That shows how switched off we are. A country walk should be a deafening, threatening, frantic, exhausting cacophony.


If today’s shorn, burned, poisoned apology for wilderness should do that to us, just think what the real wild, if it still existed, would do. It’d be like taking an industrial cocktail of speed, heroin and LSD and dancing through a club that’s playing the Mozart Requiem to the beat of the Grateful Dead, expecting every moment to have your belly unzipped by a cave bear.

All humans are Sheherazades: we die each morning if we don’t have a good story to tell, and the good ones are all old.

Up for a bit of time travel? No, no, no, not in the sci-fi sense of physically transporting to another era. But in the mostly imaginary sense of picturing oneself in a prior age. Well, maybe more than just picturing, maybe picturing with the addition of some visceral experience. Charles Foster has written about what life is like for otters, badgers, foxes, deer and swifts, by living like them for a time. He wrote about those experiences in his book, Being a Beast. He wonders, here, how experiencing life as a Paleolithic and a Neolithic person can inform our current understanding of ourselves.

I thought that, if I knew where I came from, that might shed some light on what I am…It’s a prolonged thought experiment and non-thought experiment, set in woods, waves, moorlands, schools, abattoirs, wattle-and-daub huts, hospitals, rivers, cemeteries, caves, farms, kitchens, the bodies of crows, museums, breaches, laboratories, medieval dining halls, Basque eating houses, fox-hunts, temples, deserted Middle Eastern cities and shaman’s caravans.

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Charles Foster – image from Oxford University

His journey begins with (and he spends the largest portion of the book on) the Upper Paleolithic (U-P) era, aka the Late Stone Age, from 50,000 to 12,000 years ago, when we became, behaviorally, modern humans. Foster is quite a fan of the period, seeing it as some sort of romantic heyday for humanity, one in which we were more fully attuned with the environments in which we lived, able to use our senses to their capacity, instead of getting by with the vastly circumscribed functionality we have today.

Interested in the birth of human consciousness, he puts himself, and his 12 yo son, Tom, not only into the mindset of late Paleolithic humans, but into their lives. He and Tom live wild in Derbyshire, doing their best to ignore the sounds of passing traffic, while living on roadkill (well, I guess they do not entirely ignore traffic) and the bounty of the woods. They deal with hunger, the need for shelter, and work on becoming attuned to their new old world.

We’re not making the wood into our image: projecting ourselves onto it. It’s making us. If we let it.

In one stretch Foster fasts for eight days, which helps bring on a hallucinatory state (intentionally). Shamanism is a major cultural element in the U-P portrait he paints. It is clearly not his first trip. He recalls an out-of-body experience he had while in hospital, the sort where one is looking down from the ceiling at one’s physical body, seeing this as of a cloth with a broader capacity for human experience. He relates this also to the cave paintings of the era, seeing them, possibly, as the end-product of shamanic tripping. This section of the book transported me back to the 1960s and the probably apocryphal books of Carlos Castaneda.

Social grooming was important to ancestors of our species. But, with our enlarged brains able to handle, maybe, a community of 150 people, grooming became too cost-intensive.

To maintain a group that size strictly by grooming, we’d have to groom for about 43% percent of our time, which would be deadly. Something else had to make up for the shortfall, and other things have. We have developed a number of other endorphin-releasing, bond-forming strategies that don’t involve touching [social distancing?]. They are…laughter, wordless singing/dancing, language and ritual/religion/story.

It sure gives the expression rubbed me the wrong way some added heft.

He has theories about religion, communication, and social organization that permeate this exploration. He posits, for example, that late Paleo man was able to communicate with a language unlike our own, a more full-body form of expression, maybe some long-lost form of charades. There is an ancient language, thought to have been used by Neanderthals, called HMMM, or holistic, manipulative, multi-modal, musical, and memetic communication. It is likely that some of this carried forward. And makes one wonder just how far back the roots go to contemporary languages that incorporate more rather than less musicality, more rather than less tonality, and more rather than less bodily support for spoken words.

He writes about a time when everything, not just people, were seen as having a soul, some inner self that exists separately, although living within a body, a tree, a hare, a blade of grass. This sort of worldview makes it a lot tougher to hunt for reasons that did not involve survival. And makes understandable rituals in many cultures in which forgiveness is begged when an animal is killed. This becomes much more of a thing when one feels in tune with one’s surroundings, an experience Foster reports as being quite real in his Derbyshire adventure. This tells him that Paleo man was better able to sense, to be aware of his surroundings than almost any modern human can.

Foster has a go at the Neolithic as well, trying to see what the shift from hunting-gathering to agriculture was like, and offers consideration of the longer-term impacts on humanity that emanated from that change. This is much less involved and involving, but does include some very interesting observations on how agriculture revolutionized the relationship people had with their environment.

…the first evidence of sedentary communities comes from around 11,000 years ago. We see the first evidence of domesticated plants and animals at about the same time. Yet, it is not for another 7,000 years that there are settled villages, relying on domesticated plants or fixed fields. For 7,000 years, that is, our own model of human life, which we like to assume would have been irresistibly attractive to the poor benighted caveman, was resisted or ignored, just as it is by more modern hunter-gatherers. Hunter-gatherers only become like us at the end of a whip. Our life is a last resort for the creatures that we really are.

He notes that even when farming took root, many of those newly minted farmers continued living as hunter-gatherers for part of the year.

He finishes up with a glance at the contemporary. More of a screed really. He notes that phonetic writing severed the connection our languages have with the reality they seek to portray. Pre-phonetic languages tend to be more onomatopoeic, the sounds more closely reflecting the underlying reality. He sees our modern brains as functioning mostly as valves, channeling all available sensation through a narrow pipeline, while leaving behind an entire world of possible human experience that we are no longer equipped to handle. To that extent we all have super-powers, of potential awareness, anyway, that lie waiting for someone to open the right valve, presuming they have not been corroded into inutility by disuse. He tells of meeting a French woman in Thailand whose near-death experience left her passively able to disrupt electronic mechanisms. She could not, for example, use ATMs. They would always malfunction around her.

He takes a run at what is usually seen to indicate “modern” humanity.

I’ve come to wonder whether symbolism is all it’s cracked up to be, and in particular whether its use really is the great watershed separating us from everything else that had gone before.

He argues that trackers, for example, can abstract from natural clues the stories behind them, and those existed long before so-called “modern man.”

He calls in outside authorities from time to time to fill in gaps. These extra bits always add fascinating pieces of information. For example,

Later I wrote in panic to biologist David Haskell, an expert on birdsong, begging him to reassure me that music is ‘chronologically and neurologically prior to language.’ It surely is, he replied. ‘It seems that preceding both is bodily motion: the sound-controlling centers of the brain are derived from the same parts of the embryo as the limb motor system, so all vocal expression grows from the roots that might be called dance or, less loftily, shuffling about.

Foster is that most common of writers, a veterinarian and a lawyer. Wait, what? Sadly, there is no telling in here (it is present in his Wiki page, though) of how he managed to train for these seemingly unrelated careers. (I can certainly envision a scenario, though, in which we hear lawyer Foster proclaiming to the court, “My client could not possibly be guilty of this crime, your honor. The forensic evidence at the scene clearly shows that the act was committed by an American badger, while my client, as anyone can see, is a Eurasian badger.”) It certainly seems clear, though, from his diatribes against modernity, where his heart is. In the visceral, physical work of dealing with animals, which lends itself to the intellectual stimulation of a truer, and deeper connection with nature.

The first time (and one of the only times) I felt useful was shoveling cow shit in a Peak District farm when I was ten. It had a dignity that piano lessons, cub scouts, arithmetic and even amateur taxidermy did not. What I was detecting was that humans acquire their significance from relationship, that relationships with non-humans were vital and that clearing up someone’s dung is a good way of establishing relationships.

In that case, I am far more useful in the world than I ever dreamed.

GRIPES
Foster can be off-putting, particularly to those us with no love of hunting, opening as he does with I first ate a live mammal on a Scottish hill. (Well, as least it wasn’t haggis.) I can well imagine many readers slamming the book shut at that point and moving on to something else. Will this be a paean to a manly killing impulse? Thankfully, not really, although there are some uncomfortable moments re the hunting of living creatures.

Sometimes he puts things out that are at the very least questionable, and at the worst, silly. Our intuition is older, wiser and more reliable than our underused, atrophied senses. Really? Based on what data? So, making decisions by feelz alone is the way to go? Maybe I should swap my accountant for an inveterate gambler?

He sometimes betrays an unconscious unkindness in the cloak of humor:

The last thing I ate was a hedgehog. That was nine days ago. From the taste of them, hedgehogs must start decomposing even when they’re alive and in their prime. This one’s still down there somewhere, and my burps smell like a maggot farm. I regret it’s death under the wheels of a cattle truck far more than its parents or children possibly do.

I doubt it.

One stylistic element that permeates is seeing an imaginary Paleo man, X, and his son. Supposedly these might be Foster and Tom in an earlier era. It has some artistic appeal, but I did not think it added much overall.

All that said, the overall take here is that this is high-octane fuel for the brain, however valved-up ours may be. Foster raises many incredibly fascinating subjects from the origins of religion, language, our native capabilities to how global revolutions have molded us into the homo sap of the 21st century. This is a stunning wakeup call for any minds that might have drifted off into the intellectual somnolence of contemporary life. There are simply so many ideas bouncing off the walls in this book that one might fear that they could reach a critical mass and do some damage. It is worth the risk. If you care at all about understanding humanity, our place in the world, and how we got here, skipping Being a Human would be…well…inhuman. It is an absolute must-read.

We try to learn the liturgy: the way to do things properly; the way to avoid offending the fastidious, prescriptive and vengeful guardians of the place. Everything matters. We watch the rain fall on one leaf, trace the course of the water under a stone, and then we go back to the leaf and watch the next drop. We try to know the stamens with the visual resolution of a bumblebee and the snail slime with the nose of a bankvole and the leaf pennants on the tree masts with the cold eyes of kites.

Review posted – 9/17/21

Publication date – 8/31/21

I received an ARE of Being a Human from Metropolitan Books in return for a modern era review. Thanks, Maia.

=============================EXTRA STUFF

Links to the author’s personal, and Twitter pages

By my count this is Foster’s 39th book

Foster’s bio on Wiki

Charles Foster (born 1962) is an English writer, traveller, veterinarian, taxidermist, barrister and philosopher. He is known for his books and articles on Natural History, travel (particularly in Africa and the Middle East), theology, law and medical ethics. He is a Fellow of Green Templeton College, Oxford. He says of his own books: ‘Ultimately they are all presumptuous and unsuccessful attempts to answer the questions ‘who or what are we?’, and ‘what on earth are we doing here?’

Interviews
—–The Guardian – Going underground: meet the man who lived as an animal – re Being a Beast by Simon Hattenston
—–New Books Network – Defined by Relationship by Howard Burton – audio – 1h 30m

Items of Interest from the author
—–Emergence Magazine – Against Nature Writing – on language as a barrier to understanding
—–Shortform – Charles Foster’s Top Book Recommendations

Items of Interest
—–Wiki on Bear Grylls – a British adventurer – mentioned in Part 1 as an example of someone more interested in the technology of survival than the point of it (p 62 in my ARE)
—–Wiki on Yggdrasil – mentioned in Part 1 – humorously (p 85)
—–Wiki on the Upper Paleolithic
—–Dartmouth Department of Music – a review of a book positing that Neanderthals used musicality in their communications Review Feature – The Singing Neanderthals:
the Origins of Music, Language, Mind and Body by Steven Mithen – Foster addresses this in this discussion of the origins of human language
—–Wiki on Carlos Castaneda
—–Discover Magazine – Paleomythic: How People Really Lived During the Stone Age By Marlene Zuk Like it says – an interesting read

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Genius Makers by Cade Metz

book cover

[In 2016] Ed Boyton, a Princeton University professor who specialized in nascent technologies for sending information between machines and the human brain…told [a] private audience that scientists were approaching the point where they could create a complete map of the brain and then simulate it with a machine. The question was whether the machine, in addition to acting like a human, would actually feel what it was like to be human. This, they said, was the same question explored in Westworld.

AI, Artificial Intelligence, is a source of active concern in our culture. Tales abound in film, television, and written fiction about the potential for machines to exceed human capacities for learning, and ultimately gain self-awareness, which will lead to them enslaving humanity, or worse. There are hopes for AI as well. Language recognition is one area where there has been growth. However much we may roll our eyes at Siri or Alexa’s inability to, first, hear, the words we say properly, then interpret them accurately, it is worth bearing in mind that Siri was released a scant ten years ago, in 2011, Alexa following in 2014. We may not be there yet, but self-driving vehicles are another AI product that will change our lives. It can be unclear where AI begins and the use of advanced algorithms end in the handling of our on-line searching, and in how those with the means use AI to market endless products to us.

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Cade Metz – image from Wired

So what is AI? Where did it come from? What stage of development is it currently at and where might it take us? Cade Metz, late of Wired Magazine and currently a tech reporter with the New York Times, was interested in tracking the history of AI. There are two sides to the story of any scientific advance, the human and the technological. No chicken and egg problem to be resolved here, the people came first. In telling the tales of those, Metz focuses on the brightest lights in the history of AI development, tracking their progress from the 1950s to the present, leading us through the steps, and some mis-steps, that have brought us to where we are today, from a seminal conference in the late 1950s to Frank Rosenblatt’s Perceptron in 1958, from the Boltzmann Machine to the development of the first neural network, SNARC, cadged together from remnant parts of old B-24s by Marvin Minsky, from the AI winter of governmental disinvestment that began in 1971 to its resumption in the 1980s, from training machines to beat the most skilled humans at chess, and then Go, to training them to recognize faces, from gestating in universities to being hooked up to steroidal sources of computing power at the world’s largest corporations, from early attempts to mimic the operations of the human brain to shifting to the more achievable task of pattern recognition, from ignoring social elements to beginning to see how bias can flow through people into technology, from shunning military uses to allowing, if not entirely embracing them.

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This is one of 40 artificial neurons used in Marvin Minsky’s SPARC machine – image from The Scientist

Metz certainly has had a ringside seat for this, drawing from hundreds of interviews he conducted with the players in his reportorial day jobs, eight years at Wired and another two at the NY Times. He conducted another hundred or so interviews just for the book.

Some personalities shine through. We meet Geoffrey Hinton in the prologue, as he auctions his services (and the services of his two assistants) off to the highest corporate bidder, the ultimate figure a bit startling. Hinton is the central figure in this AI history, a Zelig-like-character who seems to pop up every time there is an advance in the technology. He is an interesting, complicated fellow, not just a leader in his field, but a creator of it and a mentor to many of the brightest minds who followed. It must have helped his recruiting that he had an actual sense of humor. He faced more than his share of challenges, suffering a back condition that made it virtually impossible for him to sit. Makes those cross country and trans-oceanic trips by train and plane just a wee bit of a problem. He suffered in other ways as well, losing two wives to cancer, providing a vast incentive for him to look at AI and neural networking as tools to help develop early diagnostic measures for diverse medical maladies.

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Marvin Minsky in a lab at M.I.T. in 1968.Credit…M.I.T. – image and caption from NY Times

Where there are big ideas there are big egos, and sometimes an absence of decency. At a 1966 conference, when a researcher presented a report that did not sit well with Marvin Minsky, he interrupted the proceedings from the floor at considerable personal volume.

“How can an intelligent young man like you,” he asked, “waste your time with something like this?”

This was not out of character for the guy, who enjoyed provoking controversy, and, clearly, pissing people off. He single-handedly short-circuited a promising direction in AI research with his strident opposition.

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Skynet’s Employee of the month

One of the developmental areas on which Metz focuses is deep learning, namely, feeding vast amounts of data to neural networks that are programmed to analyze the incomings for commonalities, in order to then be able to recognize unfamiliar material. For instance, examine hundreds of thousands of images of ducks and the system is pretty likely to be able to recognize a duck when it sees one. Frankly, it does not seem all that deep, but it is broad. Feeding a neural net vast quantities of data in order to train it to recognize particular things is the basis for a lot of facial recognition software in use today. Of course, the data being fed into the system reflects the biases of those doing the feeding. Say, for instance, that you are looking to identify faces, and most of the images that have been fed in are of white people, particularly white men. In 2015, when Google’s foto recognition app misidentified a black person as a gorilla, Google’s response was not to re-work its system ASAP, but to remove the word “gorilla” from its AI system. So, GIGO rules, fed by low representation by women and non-white techies. Metz addresses the existence of such inherent bias in the field, flowing from tech people in the data they use to feed neural net learning, but it is not a major focus of the book. He addresses it more directly in interviews.

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Frank Rosenblatt and his Perceptron – image from Cornell University

On the other hand, by feeding systems vast amounts of information, it may be possible, for example, to recognize early indicators of public health or environmental problems that narrower examination of data would never unearth, and might even be able to give individuals a heads up that something might merit looking into.

He gives a lot of coverage to the bouncings back and forth of this, that, and the other head honcho researcher from institution to institution, looking at why such changes were made. A few of these are of interest, like why Hinton crossed the Atlantic to work, or why he moved from the states to Canada, and then stayed where he was based once he settled, regardless of employer. But a lot of the personnel movement was there to illustrate how strongly individual corporations were committed to AI development. This sometimes leads to odd, but revealing, images, like researchers having been recruited by a major company, and finding when they get there that the equipment they were expected to use was laughably inadequate to the project they were working on. When researchers realized that running neural networks would require vast numbers of Graphics Processing Units, GPUs (comparable to the Central Processing Units (CPUs) that are at the heart of every computer, but dedicated to a narrower range of activities) some companies dove right in while others balked. This is the trench warfare that I found most interesting, the specific command decisions that led to or impeded progress.

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Rehoboam – the quantum supercomputer at the core of WestWorld – Image from The Sun

There are a lot of names in The Genius Makers. I would imagine that Metz and his editors pared quite a few out, but it can still be a bit daunting at times, trying to figure out which ones merit retaining, unless you already know that there is a manageable number of these folks. It can slow down reading. It would have been useful for Dutton to have provided a graphic of some sort, a timeline indicating this idea began here, that idea began then, and so on. It is indeed possible that such a welcome add-on is present in the final hardcover book. I was working from an e-ARE. Sometimes the jargon was just a bit too much. Overall, the book is definitely accessible for the general, non-technical, reader, if you are willing to skip over a phrase and a name here and there, or enjoy, as I do, looking up EVERYTHING.

The stories Metz tells of these pioneers, and their struggles are worth the price of admission, but you will also learn a bit about artificial intelligence (whatever that is) and the academic and corporate environments in which AI existed in the past, and is pursued today. You will not get a quick insight into what AI really is or how it works, but you will learn how what we call AI today began and evolved, and get a taste of how neural networking consumes vast volumes of data in a quest to amass enough knowledge to make AI at least somewhat…um…knowledgeable. Intelligence is a whole other thing, one of the dreams that has eluded developers and concerned the public. It is one of the ways in which AI has always been bedeviled by the curse of unrealistic expectations.

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(left to right) Yann LeCun, Geoffrey Hinton, Yoshua Bengio – Image from Eyerys

Metz is a veteran reporter, so knows how to tell stories. It shows in his glee at telling us about this or that event. He includes a touch of humor here and there, a lightly sprinkled spice. Nothing that will make you shoot your coffee out your nose, but enough to make you smile. Here is an example.

…a colleague introduced [Geoff Hinton] at an academic conference as someone who had failed at physics, dropped out of psychology, and then joined a field with no standards at all: artificial intelligence. It was a story Hinton enjoyed repeating, with a caveat. “I didn’t fail at physics and drop out of psychology,” he would say. “I failed at psychology and dropped out of physics—which is far more reputable.”

The Genius Makers is a very readable bit of science history, aimed at a broad public, not the techie crowd, who would surely be demanding a lot more detail in the theoretical and implementation ends of decision-making and the construction of hardware and software. It will give you a clue as to what is going on in the AI world, and maybe open your mind a bit to what possibilities and perils we can all look forward to.

There are many elements involved in AI. But the one (promoted by Elon Musk) we tend to be most concerned about is that it will develop, frighteningly portrayed in many sci-fi films and TV series, as a dark, all-powerful entity driven to subjugate weak humans. This is called AGI, for Artificial General Intelligence and is something that we do not know how to achieve. Bottom line for that is pass the popcorn and enjoy the show. Skynet may take over in one fictional future, but it ain’t gonna happen in our real one any time soon.

Review first posted – April 16, 2021

Publication dates
———-Hardcover – March 16, 2021
———-Trade Paperback – February 15, 2022

I received an e-book ARE from Dutton in return for…I’m gonna need a lot more data before I can answer that accurately.

This review has been cross-posted on GoodReads

=======================================EXTRA STUFF

Links to the author’s personal, FB, and Twitter pages

Interview
—–C-Span2 – Genius Makers with Daniela Hernandez – video – 1:28:17 – this one is terrific

Other Reviews
—–Forbes – The Mavericks Who Brought AI to the World – Review of “Genius Makers” by Cade Metz by Calum Chace
—–Fair Observer – The Unbearable Shallowness of “Deep AI” By William Softky • Mar 31, 2021
—– Christian Science Monitor – Machines that learn: The origin story of artificial intelligence By Seth Stern

Items of Interest from the author
—–A list of Metz’s New York Times articles
—–A list of Metz’s Wired articles
—–excerpt
—–NY Times – Can Humans Be Replaced by Machines? by James Fallows

Items of Interest
—–Public Integrity – Are we ready for weapons to have a mind of their own? by Zachary Fryer-Biggs
—–Wiki on Geoffrey Hinton
—–Wiki for Demis Hassabis
—–Cornell Chronicle – Professor’s perceptron paved the way for AI – 60 years too soon by Melanie Lefkowitz
—–The Scientist – Machine, Learning, 1951 by Jef Akst

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Filed under AI, American history, Artificial Intelligence, business, computers, History, Non-fiction, programming