...
Show More
...one of my aims in the book is to convey something of the sheer wonder of biological complexity to those whose eyes have not been opened to it. But having built up the mystery, my other main aim is to remove it again by explaining the solution...
He managed the above, but I didn't enjoy this as much as The Selfish Gene or The God Delusion. It delves deeper & wanders around Darwinian Evolution & other theories more than I want or need. I hadn't planned to read this since I understood this from his updated edition of The Selfish Gene, but I found it cheap & needed to bump my Amazon order a bit for free shipping. I'm glad I did.
My interest varied & I don't think I would have gotten through a text version without a lot of skimming. He addresses issues/controversies in great detail that I didn't know existed nor was I particularly interested in them, so I found the long refutation boring. Often he digressed to build the knowledge & logic which proves why the other theory or claim is wrong. I find about half of these wanderings interesting, while some just beat the particular subject to death.
He starts the preface with the following:
This book is written in the conviction that our own existence once presented the greatest of all mysteries, but that it is a mystery no longer because it is solved. Darwin and Wallace solved it, though we shall continue to add footnotes to their solution for a while yet...
So, I was easily able to finish it & even wanted more due to the wonderful narration &, for all that my interest flagged occasionally, there was plenty of fascinating material. That's incredible in light of the age of this book. Quite a few of the science books & articles I've read that were half as old were terribly dated, but Dawkins is dealing with the theory itself, how genetic change & natural selection works over long time periods to build complex systems, instead of details which may have been superseded as technology runs on.
Some of the best parts are his opinions of other scientists. He's very fast to give credit to others where it is due. He touts other books & scientists as better or more thorough on some points while he is obviously incensed at a few. At one point, he finished a particularly scathing denunciation & said perhaps he should go out & dig up the garden. He didn't try for a lot of humor, but when it popped up like that it was great. Even when he's peeved, he is polite & gives them their due, though.
His ability to simplify & make sense of large numbers & statistical probability is absolutely masterful. It was great to be able to fiddle with the biomorph program. A search for "Biomorph Breeder Program" brings up several interesting ones similar to those Dawkins wrote & used. I understood Dawkins' explanations just fine, but actually playing with the program is really worth it. The extreme effects of random change over time are amazing. He's right, we aren't equipped to really understand large numbers or long times, the obvious problem with Young Earth Creationists' beliefs. Of course, those I know somehow make intentional ignorance & a belief in magic a positive attribute. I find their intellectual dishonesty infuriating, especially so when they try to foist them on me, especially in matters of public policy. (Beliefs should remain private. Public discourse requires facts & logic or there can be no reasoning with each other.)
One thing I really missed was an explanation of what a species is. (Does he address speciation in The Extended Phenotype: The Long Reach of the Gene?) For years I thought the criterion was simply the ability to breed with the result of fertile offspring. Then I read this article:
https://thelogicofscience.com/2017/08...
IOW, I was certain in my ignorance & now that I know more, I'm unsure & somewhat bewildered - a good thing from a scientific point of view, but the lack weakened his arguments a bit for me simply because I spent too much time wondering about it. Still, it had no real bearing on his argument even in the chapter on taxonomy. I had no idea taxonomists disagreed so much. I thought I was the only person who made such a muddle of filing. I loved Dawkins' comparisons to library science. It really made a lot more sense of clades & the various other organization schemes.
Table of Contents
Chapter I: Explaining the very improbable
Chapter 2: Good design
Chapter 3: Accumulating small change
Chapter 4: Making tracks through animal space
Chapter 5: The power and the archives
Chapter 6: Origins and miracles
Chapter 7: Constructive evolution
Chapter 8: Explosions and spirals
Chapter 9: Puncturing punctuationism
Chapter 10: The one true tree of life
Chapter 11: Doomed rivals
It was an excellent read & I'll be referring to parts of it the rest of my life. He says that Explaining is a difficult art. You can explain something so that your reader understands the words; and you can explain something so that the reader feels it in the marrow of his bones... He manages the latter most of the time. A truly gifted educator.
He managed the above, but I didn't enjoy this as much as The Selfish Gene or The God Delusion. It delves deeper & wanders around Darwinian Evolution & other theories more than I want or need. I hadn't planned to read this since I understood this from his updated edition of The Selfish Gene, but I found it cheap & needed to bump my Amazon order a bit for free shipping. I'm glad I did.
My interest varied & I don't think I would have gotten through a text version without a lot of skimming. He addresses issues/controversies in great detail that I didn't know existed nor was I particularly interested in them, so I found the long refutation boring. Often he digressed to build the knowledge & logic which proves why the other theory or claim is wrong. I find about half of these wanderings interesting, while some just beat the particular subject to death.
He starts the preface with the following:
This book is written in the conviction that our own existence once presented the greatest of all mysteries, but that it is a mystery no longer because it is solved. Darwin and Wallace solved it, though we shall continue to add footnotes to their solution for a while yet...
So, I was easily able to finish it & even wanted more due to the wonderful narration &, for all that my interest flagged occasionally, there was plenty of fascinating material. That's incredible in light of the age of this book. Quite a few of the science books & articles I've read that were half as old were terribly dated, but Dawkins is dealing with the theory itself, how genetic change & natural selection works over long time periods to build complex systems, instead of details which may have been superseded as technology runs on.
Some of the best parts are his opinions of other scientists. He's very fast to give credit to others where it is due. He touts other books & scientists as better or more thorough on some points while he is obviously incensed at a few. At one point, he finished a particularly scathing denunciation & said perhaps he should go out & dig up the garden. He didn't try for a lot of humor, but when it popped up like that it was great. Even when he's peeved, he is polite & gives them their due, though.
His ability to simplify & make sense of large numbers & statistical probability is absolutely masterful. It was great to be able to fiddle with the biomorph program. A search for "Biomorph Breeder Program" brings up several interesting ones similar to those Dawkins wrote & used. I understood Dawkins' explanations just fine, but actually playing with the program is really worth it. The extreme effects of random change over time are amazing. He's right, we aren't equipped to really understand large numbers or long times, the obvious problem with Young Earth Creationists' beliefs. Of course, those I know somehow make intentional ignorance & a belief in magic a positive attribute. I find their intellectual dishonesty infuriating, especially so when they try to foist them on me, especially in matters of public policy. (Beliefs should remain private. Public discourse requires facts & logic or there can be no reasoning with each other.)
One thing I really missed was an explanation of what a species is. (Does he address speciation in The Extended Phenotype: The Long Reach of the Gene?) For years I thought the criterion was simply the ability to breed with the result of fertile offspring. Then I read this article:
https://thelogicofscience.com/2017/08...
IOW, I was certain in my ignorance & now that I know more, I'm unsure & somewhat bewildered - a good thing from a scientific point of view, but the lack weakened his arguments a bit for me simply because I spent too much time wondering about it. Still, it had no real bearing on his argument even in the chapter on taxonomy. I had no idea taxonomists disagreed so much. I thought I was the only person who made such a muddle of filing. I loved Dawkins' comparisons to library science. It really made a lot more sense of clades & the various other organization schemes.
Table of Contents
Chapter I: Explaining the very improbable
Chapter 2: Good design
Chapter 3: Accumulating small change
Chapter 4: Making tracks through animal space
Chapter 5: The power and the archives
Chapter 6: Origins and miracles
Chapter 7: Constructive evolution
Chapter 8: Explosions and spirals
Chapter 9: Puncturing punctuationism
Chapter 10: The one true tree of life
Chapter 11: Doomed rivals
It was an excellent read & I'll be referring to parts of it the rest of my life. He says that Explaining is a difficult art. You can explain something so that your reader understands the words; and you can explain something so that the reader feels it in the marrow of his bones... He manages the latter most of the time. A truly gifted educator.