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E-raamat: Evolution by Natural Selection: Confidence, Evidence and the Gap

(The University of New South Wales, Australia)
  • Formaat: PDF+DRM
  • Sari: Species and Systematics
  • Ilmumisaeg: 18-Nov-2015
  • Kirjastus: CRC Press Inc
  • Keel: eng
  • ISBN-13: 9781498700887
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  • Formaat: PDF+DRM
  • Sari: Species and Systematics
  • Ilmumisaeg: 18-Nov-2015
  • Kirjastus: CRC Press Inc
  • Keel: eng
  • ISBN-13: 9781498700887
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A persistent argument among evolutionary biologists and philosophers revolves around the nature of natural selection. Evolution by Natural Selection: Confidence, Evidence and the Gap explores this argument by using a theory of persistence as an intentional foil to examine ways in which similar theories can be misunderstood. It discusses Charles Darwins theory of natural selection, including what the theory says, what it aims to explain, and how it manages to explain natural selection.

Darwins theory is so familiar today that it feels universally understood. However, the fact that there are so divergent views about the theory means that not everyone who thinks he or she understands it can be right. This book describes the history of evolutionary theory as a sequence of theoretical developments, not all of which can be considered improvements. In particular, it suggests that some attempts to use the theory of natural selection end up reshaping the concepts involved so that they can be applied more easily to the world. As a result, the theory is stripped of some of its explanatory power and becomes detached from the empiricism that good scientific examination requires.

With these issues in mind, Evolution by Natural Selection shows there are aspects of the theory of natural selection that are not totally understood. These misunderstandings create problems in uses of the theory. At a time when selectionist explanations are being brought forward to explain an ever-widening range of phenomena, this book analyzes the explanatory structure of Darwins theory. It takes a much-needed thoughtful look into the working parts of the theory of natural selection to provide better understanding of the theory and its role in contemporary science and life.
Series Preface xi
Acknowledgments xiii
Author xv
Chapter 1 Introduction
1(10)
What Is Evolution?
6(1)
What Was Darwin Trying to Explain?
7(2)
Diversity
8(1)
Adaptation
8(1)
References
9(2)
Chapter 2 The Circularity Argument
11(10)
The Simple Circularity Argument
12(1)
Modified Versions of the Circularity Argument
13(1)
Bad Reasons to Dismiss the Circularity Argument
14(2)
The Real Problem Raised by the Arguments: No Explanations
16(3)
References
19(2)
Chapter 3 Resolving the Problem of Circularity
21(32)
What Is Fitness?
22(3)
Fitness and Adaptation: The Key Concepts
25(7)
Fitness and Probability
32(8)
Long-Run Frequency Account
34(1)
Subjective Betting Rate Account
35(2)
Logical Account
37(1)
Propensity or Objective Chance Account
38(2)
Rejecting the Idea of Fitness as a Probability
40(1)
Bayesianism Does Not Save the Day
41(1)
Tendency to Survive---Fitness as a Disposition
41(4)
Defining Natural Selection
45(5)
Conclusion
50(1)
References
50(3)
Chapter 4 Darwin's Key Argument for Evolution by Natural Selection
53(12)
The Argument Darwin Uses
53(4)
A Proto-Theory of Natural Selection
57(6)
References
63(2)
Chapter 5 Explanation, Causation, and Counterfactuals
65(32)
Natural Selection as Explanation of Evolution
65(2)
Natural Selection, Causation, and Counterfactual Dependence
67(2)
Natural Selection and Functional Explanation
69(1)
Optimal Creation
70(1)
Functional Explanation and Counterfactual Dependence
71(4)
Does Chance Play a Role in Darwin's Theory?
75(4)
Extensionalist Reductionism, Causation, and Explanation: The Case of the Identity Theory of Mind
79(1)
Arguing against the Identity Thesis
80(2)
Skeptical Reactions
82(1)
Change Our Understanding of the Mental?
82(1)
But Causal Contexts Are Opaque
83(1)
Reducing "Being Unlocked": A Parallel Case?
83(4)
Functionalism and the Denial of the Identity Thesis
87(2)
Explanations and Reductions
89(1)
Genetic Determinism and Genetic Reductionism
90(4)
References
94(3)
Chapter 6 Philip Henry Gosse and the Geological Knot
97(30)
Expertise and the Openness of Scientific Knowledge
97(1)
Religion and Science
98(1)
Popper's Doubts about Darwinism
99(2)
Reconciliation by Displacement
101(9)
Is Evolutionary Theory Scientific?
110(1)
The Positivist Story: Inductive Logic and Confirmation
111(1)
The Paradox of Confirmation
112(2)
The Bayesian Response
114(1)
Karl Popper's Demarcation of Science
115(4)
Some Objections to Popper
116(1)
The Theory-Laden Nature of Observation
116(1)
The "Inductive" Character of Falsification
117(1)
The Logical Problems with Falsification
118(1)
Is Evolutionary Theory Falsifiable?
119(1)
Lessons about Falsification and Science
120(3)
Science and Evolution: What the Science Guy Could Have Said
123(3)
References
126(1)
Chapter 7 Heritability of Characteristics: The Role of Genetics and Epigenetics
127(18)
Genotypes and Phenotypes
128(1)
The Functional Relationship between Genotype and Phenotype
129(1)
Insulation: The Contrast between "Genetic" and "Environmental" Traits
130(3)
Genetics as a Mechanism of Heredity
133(1)
Heritability: Different Notions
134(4)
Heritability as Correlation
135(1)
Genetic Heritability in the Broad Sense
136(1)
Genetic Heritability in the Narrow Sense
137(1)
Genes as a Mechanism, Not the Meaning of Heredity
138(1)
What Heritability Tells Us about the Genetic Perspective on Evolution
139(1)
What Does Epigenetics Do to the Theory of Natural Selection?
140(1)
The Nature/Nurture Debate
141(1)
English is Biologically Heritable
142(1)
References
143(2)
Chapter 8 Concluding Remarks
145(4)
Glossary 149(4)
Index 153
Michaelis Michael studied zoology and philosophy at Monash University in Melbourne, Australia, before receiving his PhD in philosophy from Princeton University. He works across a number of areas in philosophy, from human rights to formal logic. He has recently published articles and contributed chapters on the role of noncognitive factors in religious conversion, on the metaphysics of the mind, and against the idea of adopting deviant logics to deal with inconsistent theories in science.