Monthly Archives: November 2001

“Green”-eyed Monsters

November 19, 2001
By

Following in the footsteps of Pixar’s previous full-length computer-generated successes, Monsters, Inc. provides eye-popping imagery, laugh-out-loud humor and three-dimensional characters — and I’m not just talking about the animation.

Most significantly, though, like its predecessors, the film creates a complete world around things we think little about because we feel we have good reason to discount them — alternately, they are not living (toys), not significant (bugs) or not real (monsters). Indeed, toys and monsters are things that only children are supposed to be taken with. But the folks at Pixar have a unique track record, repeatedly using precisely these kinds of situations to bring out a crucial theme, that of cooperation triumphing over power struggle. On one hand, the suggestion is that this notion is a diamond in the rough, something not seen by many. On the other hand, the lesson is found in such varied settings that it seems impossible that we should continue to fail to see it in general. The opposing hands come together to complete the picture — wisdom is all around us, especially in the places we think are unimportant, and all it takes to gain wisdom is a willingness to look unprejudicially for it.

Audiences continue to agree in droves that they want to look at Pixar’s films. And with “reality” found in these fantastical places which secretly exist parallel to our own supposedly real world, the implication, beyond lessons, is that these toys, bugs and monsters are us, a reflection of what we are and what we can be. The lessons of a story do not have to remain only within the story.

These notions — that the Pixar characters reflect ourselves and can demonstrate the viability of cooperation — are perhaps most successfully and profoundly expressed in this latest production.

In Monsters, Inc., Monstropolis exists in a parallel dimension to our own, connected only via the bedroom closets of children. The residents of this alternate realm are what we would consider to be monsters, and their only activity in our world — scaring kids at night — merely supports this notion. What we don’t realize is that the monsters all go about what we would otherwise consider to be very normal lives. They live in apartments, go out to eat in restaurants, drive automobiles and punch in and out of their jobs.

The most important thing we don’t realize, though, is that Monstropolis’ energy needs are met by the screams of human children — and this is the only reason why companies like Monsters, Inc. send employees through closet doors to scare anybody. They are simply consuming energy resources to run their society — no malice is intended, obvious from the corporate slogan, “We Scare Because We Care.” The more effectively they scare, the more energy they obtain.

But the children of our world are gradually getting less and less scared by the monsters at night, and Monstropolis finds itself in the midst of an energy crisis. Michael “Mike” Wazowski, so proud of his car, is saddened when his buddy James P. “Sulley” Sullivan makes him walk to work to conserve resources. The push is on to be scarier and scarier.

While Sulley, supported by Mike, remains the top performer at Monsters, Inc., he has some real competition in Randall Boggs, a slithery chameleon of a monster. But behind the scenes, Randall is in cahoots with Henry J. Waternoose, the owner of Monsters, Inc., as they develop a scream extractor which would go beyond scaring children to torture them into maximum scream generation.

The entire situation is turned upside down when a child, nicknamed Boo by Sulley, finds her way into Monstropolis through her closet door. She wants nothing more than to play with Sulley and Mike, but they fear her, as they do all children, who are understood by all monsters to be toxic if touched. While awaiting the opportunity to return her to her bedroom, though, Sulley and Mike discover that Boo is not toxic at all. She is more than harmless — she is downright fun and lovable.

When Waternoose finds out that Sulley and Mike have discovered the plot to develop the scream extractor — and have discovered the harmlessness of children — he banishes them so that he can pursue his plans. How else will monsters bring themselves to scare children if they think the children are harmless and even friendly, and how else will they generate enough power for their society without the scream extractor?

In the end, though, all works out, of course, but mostly as a result of one crucial discovery. Whenever Sulley and Mike make Boo laugh, any electric equipment nearby jolts with life. The laughs of children are ten times as powerful as their screams, and humor isn’t subject to the same diminishing returns as scares are in obtaining resources. The monsters find that they can get out from under their energy crisis not by continuing to submit their subjects to ever-increasing horror but by actually having a good time with them, providing stand-up comedy instead of fear. And they themselves can pursue this new tactic without experiencing their own fear because they now know that children are non-toxic.

Of course, the film has its dramatic ups and down, its hilarious jokes, its exhilarating action sequences, and all work brilliantly to make a great piece of entertainment. That would be enough to call Monsters, Inc. a successful endeavor. But beyond all this lie some pretty profound notions about people, nature and ecology.

So often, we extract resources in ways and at rates that harm ecosystems, but we do so not out of malice toward those ecosystems or any of their inhabitants. We do it because we have appetities that we simply seek to fulfill, and these are the ways we know to fulfill them. Just as the monsters press for more screams, we, for example, drill for more oil, knowing that it is a non-renewable resource, knowing that new stocks will only last for so long. But our dependence on oil is so strong that we do not devote the time and effort to more lasting energy solutions. In so doing, each next oil deposit becomes harder to reach, and harder to find in the first place. Precisely the same systemic mechanism is in place with the monsters, for whom children are becoming more and more immune to scaring.

Our notion of nature as “red in tooth and claw” and therefore harmful and threatening to us comes not simply from the fact that there are hazards in the world (which, of course, there are) but from our need to justify the conquering of all that is not human. We convince ourselves that our consumption of nature is reasonable — that not only is it all there to be used, so we might as well use it, but that our own security will suffer if we do not do as much as possible to subdue nature before us. It’s us or them. Similarly, the monsters convince themselves that they scare because they care. They do something they certainly understand would be undesirable if done to them, but it’s only because they are looking out for themselves and their needs. What else can they do? People and monsters alike are merely earning their living, doing their jobs, providing what they feel they must provide.

But the problem in both cases lies in the very dichotomization of “us and them.” We think of nature as “other” so that we can justify doing certain things to it for our own benefit. But we fail to understand that certain kinds and levels of activity destroy the very ecosystems on which we depend, and thus our own excessive activity, in the end, comes back to haunt us, making us suffer countless losses. It is then clear that there is no other at all — that people and the rest of nature (as opposed to simply “nature,” since there is no nature separate from people) are all part of the same system, intimately bound together and interdependent. What is bad for one part is bad for the rest.

When the monsters learn that they can gain so much more by making children laugh than they can by frightening them, they learn a key lesson about systems — that the system works best for each part when it also works best for the rest. They realize that certain kinds of activity simply don’t pay off in the obvious way they “ought” to — and that certain ways of conceiving of the subjects of their activity are precisely what keep them from seeing better options. They learn that more effective activities and ideas have nothing at all to do with altruism toward an oppressed other. Monstropolis didn’t need a sweeping “human rights” movement to convince monsters to stop exploiting those poor human children. It simply needed a fuller understanding of the reality of the system.

And just as the children are not harmful to monsters, the rest of nature is not harmful to people. Indeed, people can’t live without it. Animal rights movements and pleas for conservation of resources and endangered species are all useful as far as they go, shedding some much-needed light on the importance of keeping ecosystems working lest we fail once they do. But fundamental change can’t come from such movements. It will come, instead, from people who see themselves for what they really are — integral parts of a larger system whose other parts benefit us, and whose other parts can benefit from us. Animal rights and convservation efforts continue to play into the very us-and-them dichotomy that has gotten us in trouble in the first place. Real progress will only come from the transcendence of that false dichotomy, the realization that the other is not really “other” and therefore can’t be our enemy at all.

Synergy is the increase in vibrancy yielded by parts working together as a whole compared to what they’d achieve on their own. It is something that happens automatically in dynamic systems — the parts may work together in service of the whole, yet what goes around comes around, and the parts gain benefits that would have been impossible outside the system. This is one of the most profound lessons we can learn — and it is learned by the monsters in Monsters, Inc. The green-eyed monster of envy, wrapped up as it is with the enmity inherent in any us-or-them dichotomy, gives way to the “green,” ecologically minded monsters of Monstropolis who lead better lives once they learn to cooperate with the energy sources on which they depend instead of simply exploiting them in the way handed down to them.

The more general lesson noted earlier is also an ecological one, and it is truly present here as it was in A Bug’s Life and the Toy Story movies. The lesson is this: that life, significance and wisdom can be found in the least likely places — including formulaic Hollywood animated films.

A Prelude to Begin With

November 10, 2001
By

Life on earth has been evolving for billions of years. For all this time nobody was “in control” and, most of all, nobody was “managing things.” If anything could be said to have been in control, it was natural selection. Natural selection deemed whom was fit to live and who fit to die — and this has worked well for billions of years. The diversity of life, species and ecosystems thus created display an inordinate degree of order ethologists, ecologists, molecular and evolutionary biologists (and the like) are presently amazed to discover. All of this diversity and order and no one ‘in control’ — no one was ‘managing things.’

When we say, “no one was in control,” we mean, “no ONE species enforced this order — this law.” In other words, this order evolved by natural selection. The units of order (say, behaviours, genes or traits) that survived were those that aided the reproduction of the individuals whom possessed them. We might say that traits, genes and behaviours thus selected became ‘law’ for that species. The law of the Costa Rican Automeris moth, for example, thus became: “When disturbed, lift your forewings, exposing the ‘eye-like’ decorations on your hindwings” (Alcock 1998). Not because this law was morally “good” or “right” nor enforced by anyone, but because it could not be bettered by the spread of any other existing trait — i.e., it was evolutionarily stable. In this way, new species and new traits were tested and, if successful, became law (i.e. part of the evolved order).

About three million years ago a new trait became law for a particular species of primate: “walk on your hind legs.” In a similar way — by the testing of new traits that became law — Homo habilis evolved into Homo erectus. Likewise, Homo erectus evolved into Homo sapiens (over 110,000 years ago) by the testing of traits that became law. For more than 100,000 years modern humans lived by law they did not invent, hunting and gathering by the law, living in bands and tribes by the law, spreading to the ends of the earth by the law. Then, about 10,000 years ago, things began to change.

We all know the story. Some bright spark planted a seed and bingo! Agriculture was invented. The advantages of agriculture were so obvious that it spread quickly to the ends of the earth. Practically overnight it became, if you like, law for our species. In hindsight, people called it the “Agricultural Revolution” for all its terrific consequences. This is, basically, the story we tell schoolkids to explain ‘how things came to be this way.’ But the facts speak a somewhat different and more revealing story.

People every bit as smart as Einstein have been around for at least 40,000 years and, without a doubt, experimented with seeds and plants for millennia before the ‘revolution’ we speak of. What our story refers to, then, is categorically not the ‘invention of agriculture,’ but the development of a culture known to archaeologists as ‘Natufian.’ The Natufian lived in a particular corner of the Near East called the Levant (or the Fertile Crescent) about 10,000 to 12,000 years ago. Traditionally, this is the culture credited with the ‘invention of agriculture.’ But what the Natufian invented was clearly not ‘agriculture’ (since agriculture was incipient all over the world at this time) but a unique style of agriculture based upon a simple (yet devastating) idea: People must enforce law upon the world. Of course, this idea is common knowledge today. We all know that law is invented by people. But it cannot be overstated how novel (i.e., revolutionary) or unique the idea was amidst an extant 100,000 human cultures. This simple idea was the essential requisite for everything that followed — for the cultural descendants of these early farmers to overrun the earth; for the building of civilizations East and West; for the “discovery” and colonization of the New World by Europeans. That is, for everything we commonly call ‘history.’ The obvious question is: What has this to do with the invention of law?

Amongst the first laws made by the Natufian was for emmer wheat: “Grow larger ears;” “Grow multiple rows of seeds;” “Have a tough, non-shattering rachis.” Of course, the Natufian didn’t make these traits themselves; they knew (as did people everywhere) how the law was made — by the selective reproduction (and non-reproduction) of individuals. The difference between artificial selection and natural selection was not one of method but of maker. Quickly, the Natufian must have discovered what the gods (if we are to personify nature) knew all along — that one cannot alter the law of one species without altering the law of an entire community.

Whereas natural selection selects for traits that are evolutionarily stable and confer reproductive advantages to individuals, artificial selection selects for traits that increase the production of human food — traits that reduce the fitness of individuals. In other words, without someone changing the law of their ecological neighbours, artificially selected varieties do not survive. With the prime directive being: increase the production of human food, the law to be enforced upon the rest of the ecological community was: “Do not eat this food nor grow where it grows.” So, along with changing the law of their food species, the Natufian began to enforce law upon the rest of the ecological community. And they did so the way law was made: by ensuring the non-reproduction of those individuals breaking it.

The obvious difference between evolved law and invented law is: species live according to evolved law, yet no ONE enforces it; whereas species live contrary to invented law and ONE must therefore enforce it. When the Natufian began to enforce law upon the world they broke from a chain of knowledge that had been handed from person to person, generation to generation, over time, since the dawn of human culture. A chain that extended to Homo habilis, and from Homo habilis to Homo erectus; and from Homo erectus to early Homo sapiens; and from early Homo sapiens to modern humans. A chain of knowledge that was reproduced for, perhaps, three million years and was known by 100,000 cultures when the Natufian discarded it: Every species lives by the law and no one enforces it upon another.

To break with this knowledge, the Natufian had to become culturally blind to the law. In their eyes, the world became ‘lawless’ and ‘anarchic.’ For 10,000 years the cultural descendants of this single Levantine culture faithfully reproduced the knowledge they invented: People must enforce law upon the world. Meanwhile, their numbers swelled. For 10,000 years they enforced law that was nowhere abided, upon species that could never learn, and whose judgement was therefore extinction. Meanwhile, their numbers grew. For 10,000 years they enforced law upon their human neighbours until only a handful of a hundred thousand human cultures were left, marginalized and persecuted by farmers and governments. Still, their numbers mounted. After 10,000 years of gross punishment, the world began to buckle. Judgments that were passed long ago began to be fulfilled daily by the hundred. And as biodiversity plummeted, alarm bells rang; but still the numbers grew — faster now than ever before. 10,000 years on and the world was very soon to be made a wasteland, polluted and besieged by a human plague no one had force enough to quell — although people never tired of suggesting: make and enforce more law.

Then finally, after 10,000 years being blind to the law naturalists, physicists, ethologists, ecologists, evolutionary biologists (and the like) began to rediscover it. The early scientists began with the stars and moved their way in. Everywhere they looked they found law and order and no one to enforce it. Order in the stars, order in the planets, order in the clouds, order in the sky, order in the air, order in the rocks, order in the atom and, behold, order in LIFE! All this order and no one ‘in control.’ All this law and no one ‘managing things.’ It had to be asked, then: Why do our people make and enforce law upon the world? Our best answer is: we make and enforce law upon the world so that 6 billion people can live all at once, since there is no way that 6 billion people could live, all at once, without making and enforcing law upon the world. The paradox is, of course, that in a few hundred years there will be zero people alive. That is, if we do not relinquish the managerial position we invented. This doesn’t mean: “give up agriculture” or “forget the relationship between seeds and plants.” It means: keep looking and you will find law in the world, and once you see it, you will know there is no need to make it.

Few people know that 95% of people that ever lived did so according to law they did not invent. The difference is, they spread themselves across three million years (and not just a few thousand). There is potential, therefore, for another 100 billion people to live — just not all at once. To see it, all you have to do is think ‘across’ instead of ‘up.’

To Scientific American, Re: Biodiversity

November 9, 2001
By
Abridged version published in the March 2002 issue

If a human population’s death rate or a nation’s commercial bankruptcy rate increased 17 times, it would be considered an unparalleled disaster. To consider this extreme-low-end estimate of the increase in the current extinction rate — not to mention larger increases — to be anything less is insanity.

More importantly, the truth about biodiversity ["On the Termination of Species," by W. Wayt Gibbs] has nothing to do with accurately measuring extinction rates or numbers of species. As long as the extinction rate exceeds that of species generation, biodiversity will decrease, eventually destroying the ecosystems on which people depend — and us along with them. It is not a question of if — merely when.

As David S. Woodruff says in your article, the key is to save the process of evolution itself. As Edward O. Wilson says in your article, improvements won’t happen until the human population stops growing. But there are two crucial clarifications that must be made here. First, our real impact is based on the ever-growing overall human economy, based not only on our global population size but our average resource usage rate per capita. Thus, even at a stable population level, the economy can continue to grow and threaten our ecological underpinnings. Second, a point which far too many fail to understand: the human population increases as a result of increases in food production. Until we grasp — and act on — this ecological fact, anyone who predicts a leveling off of the human population based on standard models of population growth must be understood to be misapplying the model.

Which brings us to the real truth about biodiversity. Growth is limited here on Earth — and thus, by definition, unsustainable. Growth threatens species, including ourselves, and in many more persistent ways beyond simply the possibility of extinction in the future. As long as we pursue growth, we simply deepen the hole out of which we must climb. Land and species cannot be successfully set aside and kept pristine, since no place is immune to the flow of toxic substances through the air and the water table. Such attempts at conservation, along with improved measuring or modeling, will always fail to help us out of our hole.

But as soon as we give up growth in favor of dynamic equilibrium as the hallmark of economic strength, everything from biodiversity to humanity’s social ills will come to take care of themselves automatically and over the geological long-term — making measurements, computer models and even active efforts toward conservation unnecessary. People, businesses and the non-human world will work synergistically and all will be the better for it.

Queen Control, Worker Policing, Anarchy and Law in Honeybee Society (Apis Mellifera)

November 8, 2001
By

This paper was written during Chris’ undergraduate studies at the University of Queensland.

Read the Queen Control, Worker Policing, Anarchy and Law in Honeybee Society (Apis Mellifera) .pdf.

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