Serrelli E (2013). The Extended Evolutionary Synthesis: new theory, new practices, new marketing, or new narratives?. Talk at The Evolution Conference [joint annual meeting of the Society for the Study of Evolution (SSE), the Society of Systematic Biologists (SSB), and the American Society of Naturalists (ASN)], Snowbird, Utah, USA, June 21-25th.
The Extended Evolutionary Synthesis: new theory, new practices, new marketing, or new narratives?
1. The Extended Evolutionary Synthesis:
new theory, new practices, new marketing, or new narratives?
Emanuele Serrelli
• “Riccardo Massa” Department of Human Sciences
University of Milano Bicocca, ITALY
• Lisbon Applied Evolutionary Epistemology Lab
Universidade de Lisboa
emanuele.serrelli@unimib.it
http://www.epistemologia.eu
1
sabato 22 giugno 13
8. 4
Missing elements:
(1) development
(2) ecology
(3) implications of the “-omics
revolution” (neutralism, genotype-phenotype)
MS: from a theory of form
to a theory of genes
sabato 22 giugno 13
9. 4
Missing elements:
(1) development
(2) ecology
(3) implications of the “-omics
revolution” (neutralism, genotype-phenotype)
(4) phenomena e.g. plasticity, evolutionary
capacitance, epigenetic inheritance
MS: from a theory of form
to a theory of genes
sabato 22 giugno 13
10. 4
Missing elements:
(1) development
(2) ecology
(3) implications of the “-omics
revolution” (neutralism, genotype-phenotype)
(4) phenomena e.g. plasticity, evolutionary
capacitance, epigenetic inheritance
MS: from a theory of form
to a theory of genes
EES: back to a theory of form
sabato 22 giugno 13
11. 4
Missing elements:
(1) development
(2) ecology
(3) implications of the “-omics
revolution” (neutralism, genotype-phenotype)
(4) phenomena e.g. plasticity, evolutionary
capacitance, epigenetic inheritance
MS: from a theory of form
to a theory of genes
EES: back to a theory of form
Pieces of the EES:
sabato 22 giugno 13
12. 4
Missing elements:
(1) development
(2) ecology
(3) implications of the “-omics
revolution” (neutralism, genotype-phenotype)
(4) phenomena e.g. plasticity, evolutionary
capacitance, epigenetic inheritance
MS: from a theory of form
to a theory of genes
EES: back to a theory of form
Pieces of the EES:
(1) evolvability, (modularity,
robustness)
sabato 22 giugno 13
13. 4
Missing elements:
(1) development
(2) ecology
(3) implications of the “-omics
revolution” (neutralism, genotype-phenotype)
(4) phenomena e.g. plasticity, evolutionary
capacitance, epigenetic inheritance
MS: from a theory of form
to a theory of genes
EES: back to a theory of form
Pieces of the EES:
(1) evolvability, (modularity,
robustness)
(2) phenotypic plasticity,
genetic accommodation
sabato 22 giugno 13
14. 4
Missing elements:
(1) development
(2) ecology
(3) implications of the “-omics
revolution” (neutralism, genotype-phenotype)
(4) phenomena e.g. plasticity, evolutionary
capacitance, epigenetic inheritance
MS: from a theory of form
to a theory of genes
EES: back to a theory of form
Pieces of the EES:
(1) evolvability, (modularity,
robustness)
(2) phenotypic plasticity,
genetic accommodation
(3) epigenetic and multiple
inheritance
sabato 22 giugno 13
15. 4
Missing elements:
(1) development
(2) ecology
(3) implications of the “-omics
revolution” (neutralism, genotype-phenotype)
(4) phenomena e.g. plasticity, evolutionary
capacitance, epigenetic inheritance
MS: from a theory of form
to a theory of genes
EES: back to a theory of form
Pieces of the EES:
(1) evolvability, (modularity,
robustness)
(2) phenotypic plasticity,
genetic accommodation
(3) epigenetic and multiple
inheritance
(4) complexity theory
sabato 22 giugno 13
16. 4
Missing elements:
(1) development
(2) ecology
(3) implications of the “-omics
revolution” (neutralism, genotype-phenotype)
(4) phenomena e.g. plasticity, evolutionary
capacitance, epigenetic inheritance
MS: from a theory of form
to a theory of genes
EES: back to a theory of form
Pieces of the EES:
(1) evolvability, (modularity,
robustness)
(2) phenotypic plasticity,
genetic accommodation
(3) epigenetic and multiple
inheritance
(4) complexity theory
(5) updated adaptive
landscapes
sabato 22 giugno 13
18. 6
Evo-devo: "a causal mechanistic approach
towards the understanding of phenotypic
change in evolution"
sabato 22 giugno 13
19. 6
Evo-devo: "a causal mechanistic approach
towards the understanding of phenotypic
change in evolution"
Major theoretical themes:
sabato 22 giugno 13
20. 6
Evo-devo: "a causal mechanistic approach
towards the understanding of phenotypic
change in evolution"
Major theoretical themes:
Modularity
sabato 22 giugno 13
21. 6
Evo-devo: "a causal mechanistic approach
towards the understanding of phenotypic
change in evolution"
Major theoretical themes:
Modularity
Phenotypic plasticity
sabato 22 giugno 13
22. 6
Evo-devo: "a causal mechanistic approach
towards the understanding of phenotypic
change in evolution"
Major theoretical themes:
Modularity
Phenotypic plasticity
Evolutionary innovation
sabato 22 giugno 13
23. 6
Evo-devo: "a causal mechanistic approach
towards the understanding of phenotypic
change in evolution"
Major theoretical themes:
Modularity
Phenotypic plasticity
Evolutionary innovation
Theoretical implications for extending the
MS:
sabato 22 giugno 13
24. 6
Evo-devo: "a causal mechanistic approach
towards the understanding of phenotypic
change in evolution"
Major theoretical themes:
Modularity
Phenotypic plasticity
Evolutionary innovation
Theoretical implications for extending the
MS:
Evolvability
sabato 22 giugno 13
25. 6
Evo-devo: "a causal mechanistic approach
towards the understanding of phenotypic
change in evolution"
Major theoretical themes:
Modularity
Phenotypic plasticity
Evolutionary innovation
Theoretical implications for extending the
MS:
Evolvability
Emergence
sabato 22 giugno 13
26. 6
Evo-devo: "a causal mechanistic approach
towards the understanding of phenotypic
change in evolution"
Major theoretical themes:
Modularity
Phenotypic plasticity
Evolutionary innovation
Theoretical implications for extending the
MS:
Evolvability
Emergence
Organization
sabato 22 giugno 13
30. 10
• Stebbins, G.L. & Ayala, F.J., 1981. Is a new evolutionary synthesis necessary?
Science (New York, N.Y.), 213(4511), pp.967–71.
• Gould, S.J., 1982. Darwinism and the expansion of evolutionary theory.
Science (New York, N.Y.), 216(4544), pp.380–7.
• Eldredge, Niles (1985), Unfinished Synthesis: Biological Hierarchies and
Modern Evolutionary Thought. Oxford: Oxford University Press.
• Endler JA (1986). The newer synthesis? Some conceptual problems in
evolutionary biology. Ox. Sur. Evol. Biol. 9:238-259.
• Johnson N.A., P.A.H., 2001. Toward a new synthesis: Population genetics and
evolutionary developmental biology. Genetica, 112-113, pp.45–58.
sabato 22 giugno 13