Author: JohnMatel

The author describes himself as a disenchanted idealist who turned cynical. I suggest that it takes a smart person to be cynical and a wise one not to be
This author is clearly very smart, competitive, aggressive and often nasty. His book is a projection of his personality onto the larger world. That is not to say that he is always wrong or that we cannot learn from his experience and perspective, and I will talk about lessons below, but let’s put it in perspective with an illustration from early in the book.
Mr. Martinez describes a situation where he was driving drunk, just over the limit, and was pulled over for an illegal U-turn. He sets up his story by describing the cop as “Bull Connor” and further explains that this type of character is often a villain in video games. So, he begins by categorizing the guy in a derogatory stereotype based on appearance. After failing the breath test, he asks the cop to go easy on him, which the cop does. The cop stipulates that Mr. Martinez cannot drive his car (reasonable) and they agree that he can take a cab home. No ticket, no arrest, the result is as happy as any law-breakers can expect. Yet after this, he still characterizes the cop as Bull Connor and “thick neck” and describes his experience as a “triumph over the rule of law.” What he should have done here is question his stereotypes and be grateful to the officer who was flexible and kind when he did not need to be.
So, I don’t like the guy, and I expect that he despises people like me, but I extended the benefit of the doubt in that he may have chosen this style to spice up the book and set a wise-ass tone for to sell books. I finished his book and took few lessons that I am not sure that the author actually intended or that you would need to get from this book. One is that the tech world is run by aggressive people and that a lot depends on random chance and social networks. In a society as fast-changing as tech, they are also new people: very smart, but often inexperienced in ways beyond their tech ambitions. The winners tend to think they know more than they do about things in general because they know so much about the particular thing that made them winners. By the time they get experience, they are often pushed out and their ideas superseded by the next big things. It would probably be better for everybody involved, even the winning individuals, if people like this did not earn so much money but it seems to be the price we pay for this innovation. The winner-take-all approach that dominates motivates very well and ensures that some people get too much money. I recall the old saying, “some people have too much money, but nobody has enough.”
The book is written in the style of the “Hitchhiker’s Guide to the Galaxy,” (great book, BTW) with frequent digressions and definitions. But “Hitchhiker’s Guide” is funny science fiction. This book purports to describe reality and is not funny, unless you just like hearing a sarcastic guy disrespect those around him and know that he would disrespect you too.
So what do we learn in the end? We learn that people with attitudes like Martinez can be successful in these competitive places and that they can earn lots of money doing it, but that they can lose it just as quickly. We suspect that this is not a good thing, but we cannot figure out ways to throw out the bad w/o crippling the innovation that comes from this protean and competitive environment. So I do not think I wasted my time reading this book. I suspect the author is not as bad as he seems to want us to think. Maybe I just think that because I am not so cynical that I do not believe in redemption. In the coda of his book, he describes what became of his colleagues and himself. He evidently plans to sail around the world. This will give him the gift of time and if he uses it properly, he may be able to move beyond being just smart and cynical. He will still know that people are often crass, materialistic, selfish and shallow, but that there are other traits that can coexist with these that are admirable and beautiful. And I hope he finds this in himself and others and writes a book about that spiritual journey.

This is a multidimensional story.  It is the story of the sixteen-man crew that in 1949 fought a wildfire at Mann Gulch, Montana and of the thirteen who died there.   It is also the story of an on-the-spot innovation, subsequently made famous by studies of quick thinking, when crew leader Wag Dodge saved himself from the fire by lighting another, burning the fuel and then sheltering in the burned out area.  We have the problem of organizational behavior and small-unit cohesion among a group and a leader unaccustomed to working with each other.  There is the story of fire-science that was greatly stimulated by the tragic events at Mann Gulch.  We could talk about the investigation of incident and court cases resulting or about the investigation, much of it never-to-be-resolved, finished as much as it ever will be by the author almost forty years after the event, with the final report cut short by the death of the author himself.
So, I recommend this book for if you are interested in any of the above subjects, or if you just want an exciting tale or are attracted by the forces of nature.  Since I cannot cover all the details, I will go after those most related to my interest and experience.  I bought this book as part of my study of the ecological use of fire and “Young Men and Fire” is a classic for fire science.  But I first became aware of the book when studying innovation and organizational behavior, so I will talk about those things.
My study has concerned mostly prescribed burning in Southeastern pine forests, but I have also looked into fire in ponderosa pine in the West and in tallgrass prairie ecosystems.  The ecology in Mann Gulch included grassland, brush along with ponderosa pine and Douglas fir.  This was no prescribed or controlled fire.
Maclean sets the stage very well.  He describes the young smoke jumpers, their attributes and attitudes.  These were fit young men whose mission was to parachute ahead of fires and put them out before they got too big.  Consider that in 1949, not long after World War II, the parachute was still a relatively new technology.  Paratroopers had been heroes of the War and this was no doubt not lost on the young smoke jumpers, who saw themselves in military terms, fighting fires as they would any other enemy.  They knew that their task was dangerous, but they had the confidence of fit young men who had not seen failure.  An important flaw in this organization, and one that may have been fatal, was that smoke jumping crews were assembled from a list of volunteers at each need. They were not a team used to working together.   And their leader, Wag Dodge, through experienced in the woods and with fire fighting, did not know them well.  Humans are not interchangeable parts.  When the crisis breaks and they need to rely on quick thinking or training, it is important that the team think like a time.  The men in Mann Gulch did not.
It is also to think back to the mindset of the Forest Service at that time.   This was before the science of ecology had developed, before fire behavior science had developed and before the idea the fire could be a natural and necessary part of the environment was even seriously considered.   The Forest Service treated fire in the woods as you would a fire in your living room.  Put it out, they hoped before 10am.  Lurking in the minds of all the rangers was the memory of the Big Burn fire of 1910, which had burned more than three million acres and killed at least 78 fire fighters.  (You can get a good background on that from “The Big Burn” on the “American Experience.)
The Mann Gulch fire behaved in particularly nasty ways for a variety of reasons.  The topography was important.  The walls of the gulch channeled the wind and the rock faces created eddies, sort of mini-tornadoes of flame. Beyond that was the combination of timber and grass. A timber fire can get very hot but does not move very quickly.   A grass fire is very rapid but not as hot, as the grass burns quickly and then goes out.  Often only top of the grass burns.  The Mann Gulch fire combined the dangerous attributes of both, with the rapidly moving grass fire supported behind by the intense heat of the timber fire.  It was hot enough to kill the firefighters and fast enough to outrun them.
The Mann Gulch became a blow up fire, which is a sudden increase in fire intensity or rate of spread accompanied by violent convection.  The smoke jumpers just were not expecting this.  The smoke jumper ethos was based on the idea that they would be able to put out small fires before they became big ones.  Their tools were simple.  They used shovels and simple tools to bury fire and beat it to death.  These tools and methods are unsuited to a big fire, which Mann Gulch became evidently in a matter of minutes.   The firefighters have to stop fighting and get out of the way of what they cannot stop.  This was the problem; they could not get out the way fast enough.
The fire was coming fast because of the wind blowing up the gulch and from the wind created by the fire itself.  A large fire creates its own wind.  You can see that in a campfire or a fire in a fireplace.  The fire draws in cool air, heats it and pushes it out.  The hot exhaust and gasses are what often kills.  It burns lungs and suffocates.  According to Maclean, it is ironically similar to drowning.
The fire also moved faster because it was going up hill.  Fire burns up faster than it burns down.  On the other hand, humans are slower running up hill. The young man did not have much of a chance to outrun the fire and this is were Wag Dodge has his idea.   He no doubt understood the idea of a back-fire, i.e. a fire set in front of an oncoming head fire designed to burn combustible material in advance of the big fire. Deprive it of fuel and it goes out.  (This is one of the principles of conducting prescribed fires.  Burners set a backfire to end the progress of the head fire.)  But nobody had used that principle to create an escape fire.
Dodge set a fire that burned the grass in front of the oncoming big fire and then laid on the ground in the ashes and let the fire burn over him.  He tried to get his fellow firefighters to join him, but they evidently (we can never know) did not understand or thought the idea was insane.  Dodge survived and the principle of an escape fire entered the training manuals for fire fighters.  BTW, the escape fire works in grass but not in timber fires.  A timber fire burns slower but much hotter and longer.
I recommend the book, as I wrote above, but I do need to point out that the book is inconsistent through not fault of the author.  Maclean died before the book was finished.  His editors tried to do what they thought he would have done and they usually succeed, but there is a little too much step-by-step description of Maclean’s last visit to Mann Gulch.  I suspect that these were first drafts or notes that Maclean would have tightened up.
“Young Men and Fire” has become classic in diverse fields of fire science, forestry and organizational behavior.  It is also generally fun to read.   One advantage of a “classic” is that it has been in print a long time.  You can get this book for one penny (plus shipping) on Amazon.
P.S.   This fire and the crew involved has been studied in great detail.  The story of Wag Dodge has become an example of innovation, while the problems of coordination have been studied by organizational theorists.  There is a good online exploration of the ground Mann Gulch at this link.
P.S.S. –  An added aspect of this tragedy is that it need not have happened at all.  Researchers have talked about the tactical problems of leaders, organization, geography, weather and bad luck.  All these thing indeed came together in a kind of perfect storm.  But there is a mega-issue.  This fire did not need to be fought at all. Fire is natural part of this ecosystem and there was nothing that needed to be saved in Mann Gulch.  If you look at the photos of Mann Gulch today you are seeing the natural landscape.  The fire was severe and deadly.  It killed thirteen brave young men.  But it did not destroy or even harm the long-term natural environment of the gulch.  In fact, the natural environment today would have been worse had they succeeded in controlling that fire by 10am, as we the Forest Service standard of the time.

“Investing in Nature” was published in 2005, i.e. more than ten years ago. It is useful to remember that, since some of the ideas in it are now more mainstream than they were back then and we need to appreciate it in its time.   Books like “Nature’s Fortune” (2013) have since laid out the case that we can and should integrate profitable human activities with nature and well-made documentaries such as PBS’s “Earth: a New Wild” or BBC’s “Earth: Human Planet” have made popular, at least among those who consider such subjects, the of long-term sustainable human activity complimenting nature, not opposing it.  On the other side, E.O. Wilson in his  latest book, “Half Earth”  rejected the idea calling it the “new conservation” and evidently considering that a pejorative term.
In “Investing in Nature,” William J. Ginn embraces the fact the humans will be involved in conservation.  He recognizes that communities are arranged around economic systems and we cannot defeat human nature.   The way to conserve nature, therefore, is the use the human systems.   Commerce, with the proper incentives, is the best was to secure a sustainable environment.   You can see why this sort of thinking might be considered apostasy by the hand-off or deep green environmental movements that usually considers humans generally and human commerce in particular to be the enemies of the environment.  Let me reveal my own bias.  I am firmly on the side of Mr. Ginn.
Mr. Ginn illustrates his point with his own experience.  Years ago, he was a leader int the movement to reduce solid waste in the State of Maine by imposing deposit fees on bottles and cans.  Maine enacted a deposit law and millions of bottles and cans were diverted from landfills.  Very good.  A few year Mr. Ginn was trying to grow plants and grasss on  piece of land with very acidic (sour) soil.  He knew that ash could be used to “sweeten: the soil but needed a supply and found a source at a local mill.  Things grew better.  The ash was a waste product and it cost the mill around $5 million to get rid of it each year.  Ginn formed a company to take this “bioash” and instead of being a solid waste product to be dumped turned it into a product to be sold. His firm eventually had $8.5 million in revenues and recycled over a million yards of waste each year.   This was twenty-five times the volume of waste removed by the bottle bill and a much more elegant, sustainable and profitable solution to an environmental challenge.  Stuff you have too much of is both a problem AND an opportunity.
The book features other examples of working with human systems to conserve nature and improve sustainability.  By working with businesses, landowners and investors, conservationists can leverage much greater resources than they could if they tried to use their own or the government’s money.  Maybe more importantly, they bring others in as enthusiastic partners, using their intelligence and imaginations to think up innovative ways to improve sustainability rather than deploying those same talents to finding ways to avoid regulation.  It is a win all around.
He quotes Will Rogers from the Trust for Public Land who said, “We need to realize that the work is not about conserving places.  It is about conserving people and our fellow species in the web of life.  It is about helping people find a different way of life.”
The book covers various methods of leveraging resources to conserve nature, things like debt for nature swaps, tax incentives and grants and various ways to make a working natural landscape profitable enough that it can stay in a sustainable natural state.   An interesting one is the “grass bank” that provides places for ranchers to graze their cattle while parts of their land are being restored and/or allowing ranchers to use grass banks at below market rates on the condition that the money saved go into ongoing conservation efforts.   Again, if you provide positive incentives, people figure out ways to make them work.  If you threaten or harass, people figure out ways to get out from under the coercion.  It works better when all are created.
I was interested in the chapter on “partnering with big timber” and Mr. Ginn’s explanation of how timber land ownership changed in recent decades.  I bought my first tree farm in 2005, and so was/am part of this.  Until the 1980s, pulp and paper companies owned vast tracts of timberland that they managed to supply fiber to their mills.  But they began to figure out that they did not need to own the timber in order to get the timber.  It was part of the general corporate divestment trend in the 1980s and they started to sell off timber land.
It also had favorable tax treatment for investors.   Besides owning land outright, investors could buy into Timber Investment & Management Organizations (TIMOs)  TIMOs own the forest land and manage it for fiber.  The tax advantage is that the TIMO passes income directly to investors and they pay the taxes.  If the pulp and paper firm owns the land directly, its profits are subject to corporate tax and then stockholders pay tax on their dividend, double taxation of the same money.   The TIMO has an advange over actually owning land in that investors have somebody else manage the land. They do not need to put big money up front and can buy and sell shares as they would a mutual fund.
The TIMO and small landowner model has significant environmental benefits and risks.  On the plus side, TIMOs and landowners are more likely to be innovative in their approach to the land.  (In the South we have seen this applied to tree genetics.  The big firms were interested in this, but the tended to have a kind of monopolistic slow pace.  There are more players now and things are accelerating).  On the other hand, there is increased danger of forest fragmentation, as small parcels are divided. On the third hand (yes three) conservation organizations can more easily approach landowners of ecologically important parcel and persuade them to be better stewards of the land and/or buy land themselves to manage.  This latter is exactly what organizations like Nature Conservancy have done.  They own timberland and manage it sustainably, but still carry out harvest and earn revenue that can support more conservation.
Anyway, I recommend this book.  It is still current after more than ten years and you can get it for a penny (yes one cent) plus shipping from Amazon.

Read enough of these sorts of books and the ideas start to mash together.   In fact, they often use some of the same anecdotes and reference each other.   Into this general category, “success and luck”  I put books like “Drunkard’s Walk,” “The Success Equation,” “Fooled by Randomness,” “Signal and the Noise” and even “Adapt: Why Success Always Starts with Failure.”  I keep on coming back to these sorts of books because I like to consider the interplay between effort, randomness and uncertainty in our lives and in the greater scheme of things.
There is no such a thing as destiny.  History is contingent and so are our lives – contingent on our environment, on what came before, on our earlier choices and very much on random chance.  We have an illusion of control, well illusion of too much control.  It seems counter intuitive but we have more control over the things that matter to us if we properly recognize the role of randomness and let things happen.  This is not merely “going with the flow.”   If you find yourself in a strong current, you cannot successfully fight against it, but you can have a lot more choices if you determine its direction and use it to your advantage.  It is the old story of constrained free will that the Stoics used to talk about and about which thinkers like Saint Augustine wrote.  But let me finally get to “Success and Luck” book itself.
I started off not liking it.  The author seemed kind of preachy and seemed to have the agenda of telling his readers that their accomplishments were mostly the result of luck and so they should be happy to pay more in taxes.   It was a variation on the “you didn’t build that” idea that I loathe.  But as I got farther along, I saw the book really was more on the order of something like the “Success Equation.”  In fact, he specifically refers to that book and quotes some its examples.
He comes up with a reasonable assessment of the interplay between luck and effort in achieving success.   All of us, for example, are lucky to be living in 21^st Century America.  Because of the luck of out birth or immigration status, we have opportunities well beyond those of most people in the world and well beyond even those most fortunate of centuries past.   We are almost all of us absolutely better off than most of humanity today and way better off than almost all of humanity in historical terms.  But, Mr. Frank says, it is not our absolute positions that concern most of us, but our positions relative to others around us, our reference group.   If you are the richest guy in a poor place, you feel fortunate and empowered.  If you are the poorest in your gang of millionaires, you feel put upon and deprived.  This, he asserts, is hard wired into us by evolution, since your relative standing in your group determined what you got and your reproductive success, very important from a Darwinian perspective.  This idea becomes central to his policy prescriptions, which I will get to later.
Frank explains more about the role of luck.  He stipulates that most successful people work very hard and are intelligent and talented.  But intelligence and talent are necessary but not sufficient to achieve the greatest success.   Referring to the “paradox of skill” w/o actually calling it by that specific name, Frank explains that as the general level of expertise becomes very high, luck plays an increasingly important role.  Maybe 1000 people COULD do the job.   The high level of competence is a threshold requirement, a ticket in.  You cannot even begin to compete w/o it, but since all participants have it, the only differences will come from luck.   (Taking an example from a different book, “The Success Equation,” no baseball player will ever again achieve Ted Williams’ record.  It is not that modern players cannot achieve his level of absolute skill, but rather that the general level of skill has become so high that nobody can stand as far out anymore on skill alone.)
This brings Frank to a talk about the winner takes all society (the title of one of his earlier books.)  Small differences get magnified so that the winner may not be very much better than the second place finisher, but he gets the whole prize.  This is a big driver of inequality.  The winners small edge is enough to get it all and, according to Franks, sometimes, often, this small edge is due to luck.   He explains that every outcome depends on a combination of skill and luck.  In simulations where subjects are assigned skill levels and then given random luck scores, the most skillful subjects rarely actually win the top place and you can see why.   If you have a skill level ten and I have only five and we throw the dice with me getting twelve and you two, I win.  Skill indeed increases your odds, but in a situation with significant random chance it is not the determining factor.   Beyond that, future outcomes are influenced by past ones.  Take our example above.   When we started, your skill level was twice mine and your odds better.   But after the first roll of the dice, I am now at seventeen (5 skill +s 12 chance) and you start out at only twelve (10 skill + 2 chance). Since the dice have no memory, you may never catch up.   And in the real world it might be even more pronounced, since my greater opportunity would let me develop more expertise.
Frank’s prescription to address this problem is higher taxes, specifically a progressive consumption tax.  He feels this would have little or no effect on actual work, since it would maintain the relative position of all participants (as above, he thinks relative position is key) but would raise the big bucks needed to improve infrastructure on which all depend.   Even the rich would be better off, he says, since they would have better quality public goods (it is no fun to drive a great private car on a dilapidated public road) and since their relative positions would be unchanged, they would have similar incentive to work.
I don’t think his idea is a terrible way to raise revenue. In fact, it has advantages over income taxes. But it is an inelegant solution to the problem of luck and success.   The “problem” of randomness, IMO, is best addressed by more randomness, or more correctly a better recognition of random chance in our lives.   We spend way too much time and energy trying to be precise about things that cannot be measured with precision, finding exactly the best job candidate or student applicant.  It is likely that there is no “best” candidate, since future conditions will differ from past ones in significant but unpredictable ways.   Enter randomness.  Determine a pool of qualified candidates and then do a lottery.  This would have the advantage of partially negating the effects of autocorrelation, making the system much simpler and countering the myth that you have to pay so much more for just the exactly right talent.
I recommend “Luck and Success.”   I predict that mostly conservative readers will dislike the book at first, but come to appreciate it farther along, while mostly liberal readers will think he starts off right and then come off the tracks later.  I suppose that shows it is mostly balanced.   I would say, however, that better books on almost the same topic are “The Success Equation,” or “the Drunkard’s Walk.”

A delightful book, fun to read, but also lots of really good information about longleaf pine ecosystems.

By John Matel on July 10, 2016

Format: Hardcover Verified Purchase

The longleaf pine ecosystem may be the most diverse in North America because it combines aspects of prairie with an open forest, all of it created and maintained by regular fire, hence the title “Painting the Landscape with Fire.” Mr. Latham does an excellent job of explaining how and why this is true and often does this with interesting anecdotes and information from boots-on-the-ground participants.
Longleaf pine ecology once dominated large areas of the American South. Today, they tend to persist on poor soils like sand hills, leading some to assume that these are the sorts of sites longleaf prefer. More likely, they are the sites left to longleaf, places hard to log or unattractive for agriculture. The initial decimation of the longleaf ecosystem came when the piney forests were exploited for turpentine production and timber. They did not return because longleaf were often replaced by easier to establish loblolly pine forests and because fire was excluded.
Without frequent fire, longleaf will lose in competition with hardwood species and loblolly pine. A particularly strong and persistent competitor is the sweet gum. Fire tips the scales in favor of longleaf. Longleaf seedlings can tolerate fire that will kill loblolly, hardwoods and various brush. Longleaf has a unique set of adaptation. The seedlings are largely immune to fire. They grow a sturdy root system before growing up. They look like grass for a couple years and grow little above ground. In the grass stage, they are largely immune to all but the hottest fires. All at once they transition from the grass stage to the rocket stage. They might grow six feet in a single year with few or no branches along the way. This protects the terminal bud from many fires, since the fire can burn the stem, but there are no big branches to carry the fire to the living and growing top buds.
Unfortunately, fire use is declining, usually for liability and/or pollution control reasons. Professionals do not use the term “controlled fire” because no fire is 100% under control. They prefer the term “prescribed burns.” Any fire can get out of control and there are liability issues. These are becoming worse as there are more people building cottages, cabins and even houses in what used to be large expanses of forests. This human habitation also impacts from the pollution point of view. Where there is fire, there is smoke. Nobody likes the smoke and it may cause problems for viability and health issues.
Then there is the problem of carbon release. This is not really the issue it seems, but perception is as important as reality. Carbon from a burn will not in the long run be a net carbon emission. One reason is that the forest will burn sooner or later and if not in a prescribed way, in a worse one. Even if it does not burn, the litters will decompose, releasing carbon. Beyond that, green vegetation comes back quickly and stronger after a burn. By the end of the growing season, the area will be green and lush. More important, the fire burns above ground. Much of the carbon is below ground or in the tree trunks not burned. Regular fires actually sequester MORE carbon in roots and soils. It is hard to believe this when you see the smoke, but regular fires are helping to sequester carbon, not emit it.
As I wrote above, fire is necessary for the maintenance of longleaf pine and for the grassland and forbes that cover the ground. This is great for wildlife, so much so that bobwhite quail is sometimes called a “fire bird,” since it proliferates after fire. Frequent fires keep the ground clearer, so that the chicks can find seeds and the plants encouraged by fire are homes to insects that the chicks need for protein. Consider that a chick is only a couple of inches tall. It needs a place where it can see enough to find food but one that provides enough cover that the chick does not become food for predators. +
Land managers and owners need to make some trade-offs. The longleaf takes a little longer to establish compared with loblolly. Longleaf wood is better quality, but the longer growing time is a consideration to humans who know they may not live long enough to benefit from the longer rotation. In a natural setting, longleaf live a much longer time than loblolly. Longleaf may live 400 years (the oldest known was 462 years old when the book was written in 2013). Loblolly is lucky to be robust at the century mark.
There is a good chance that longleaf will be reestablished across its range, but it will never again achieve its old distribution. Interesting side note, forests in the American South owe much of their existence to the boll weevil. If you looked out over a tidewater landscape in South Carolina in 1910, would see mostly fields with just a few shade trees. Weevils, among other factors, made field agriculture less profitable and trees returned. Longleaf returned less than it might have because of the exclusion of fire, mentioned above. In the early days of the Forest Service, they campaigned against fire and succeeded very well. In a landscape painted by fire, taking that off the pallet changes the art.
“A Landscape Painted by Fire” is an excellent and informative book. I recommend it to anybody interested in ecology, restoration and naturalism in general.