This biography of Edward O. Wilson, by Richard Rhodes, was published in 2021, just before Wilson died at the age of ninety-two. I was reluctant to read it initially, because it is short and was probably timed to coincide with Wilson's death. The book itself does supply an adequate account of Wilson's life and sums up his work reasonably well. However, since I have already read seven of Wilson's books, this one didn't add much to my knowledge. Because Wilson was one of the most significant biologists to follow Charles Darwin, I think that a more complete biography may appear within the next few decades.
Wilson was born in Birmingham, Alabama in 1929. Neither of his parents attended college, but his father had reasonably good jobs as an auditor of rural electrification programs and as an accountant. His assignments required periodic moves. One of the major shortcomings of this book is that Wilson grew up in what I think was a highly dysfunctional household, and this fact isn't specifically examined. His father was an alcoholic, and his parents divorced when he was seven. That year, he had an accident in which his fishing bait struck his right eye and damaged it. The wound wasn't treated properly at the time, and he later became blind in that eye. This was significant, because he was already spending time outdoors observing small objects such as ants.
From an early age, Wilson was exceptionally industrious. After his parents divorced, he stayed with his father, who remarried. His mother moved away and also remarried. He became an Eagle Scout. Because of his father's moves, he attended several different schools, and he skipped a year. His birth parents supplied financial support for college, though they were not wealthy. At the University of Alabama, he completed both bachelor's and master's degrees in four years and then went to graduate school. Eventually he transferred to Harvard, where he completed his Ph.D. At Harvard, the atmosphere was highly competitive, but he received a teaching position there and stayed for the remainder of his career. One of his colleagues was James Watson, author of The Double Helix and co-discoverer of DNA, who was dismissive of field biologists like Wilson. Wilson was initially somewhat dismissive of genetics, which he called "reductionist." However, he became more interested in genetics when William Hamilton published his theory of kin selection.
Wilson's research interests changed over time, which you can see in the titles of his main books: The Theory of Island Biogeography; The Insect Societies; Sociobiology: The New Synthesis; On Human Nature; The Ants; The Diversity of Life; Concilience: The Unity of Knowledge; The Social Conquest of Earth; and Half-Earth.
Sociobiology: The New Synthesis, became extremely controversial in 1975, when it was published. It was reviewed in the New York Review of Books, which prompted a group called the Sociobiology Study Group to submit a letter of protest titled "Against Sociobiology." That group included two of Wilson's colleagues at Harvard, Richard Lewontin and Stephen Jay Gould. They were ideologically Marxists and became a model for later politically-correct groups that automatically reject theories that present deterministic models for human behavior, which they immediately link to racism and eugenics. In 1978, at a symposium, when Wilson was about to speak, protesters interrupted, and one of them dumped a pitcher of ice water on his head. Wilson was not psychologically prepared to be the victim of protests such as this, and he disliked this period in his career. I think that Wilson did tend to favor deterministic models, which, after all, is what scientists generally do, and, coming from the South, may have internalized some racial stereotypes, but the protest against him was unfair, because he certainly had no racist agenda and was shocked by this treatment. This was probably a cautionary lesson to later biologists who chose to adopt deterministic models – Robert Sapolsky, for instance – and may explain some of the obliqueness of their writings. In my view, the New York Review of Books permanently tarnished its intellectual reputation by publishing a purely ideological criticism of Wilson that made life difficult for him for several years, even when his ideas were clearly more tenable than those presented by his critics.
Paul is mistaken in his assertion that scientists tend to be deterministic. A professional scientist, which is what I am, does not expect to achieve ultimate understanding of the universe. We are driven by uncertainty and failure. We seek to make small steps in understanding. All conclusions are tentative. The causal ones are relatively definitive, but readily overturned by valid new data. E.O. Wilson modeled. He expected his models to be challenged in the cauldron of scientific discourse. Lewontin and Gould allowed ideology to color their treatment of scientific data, turning themselves into sociologists. As such, they were as toxic to science as were the postcolonialists.
ReplyDeleteYou may nitpick my phraseology if you wish. In the specific instance that I was referring to, Wilson was criticized for comparing human behavior to ant behavior. One of his main ideas was that greater cooperation among humans was what allowed us to survive as a species. Obviously, this is not a complete, deterministic model for the entire universe, but it roughly seems to explain one of the critical events in human evolution. There is an ongoing debate among scientists regarding whether we have free will. Lewontin and Gould seem to have been free will advocates, which usually allows humans to believe that their thinking occurs outside nature. While that may be theoretically possible, in my view, no sensible scientist would waste time on it, because once you depart from causal explanations, anything is possible. The long list of determinists in science includes Albert Einstein and Robert Sapolsky. E.O. Wilson was working in that tradition.
DeletePaul's understanding of science is faulty. We are driven by uncertainty and failure. We draw conclusions from our data that advance our understanding of objective reality in small steps. All conclusions are tentative; disproven by valid data. There are no mathematical-type proofs. Causality is just a definitive type of conclusion. In real science it it never in the form of a final cause that would arise from reductionist thinking. Lewontin and Gould made the mistake of violating objective reality by introducing value into their conclusions. Sadly, they became sociologists. Wilson was modeling in a grand way with his concilience. I think it may have stretched science a little by oversimplifying a very complex system. But he was speculating.
ReplyDeleteI don't think that I wrote anything that directly contradicts your comment. "Final cause" is your phrase, not mine. I think that Wilson overreached a little in his popular books, but he still was a scientist following the scientific method. In the public sphere, people don't like being told how they resemble ants. We are indeed limited in our cognitive abilities, but I think that new discoveries are on the horizon with the assistance of AI.
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