22.06.2013 Views

Les mondes darwiniens

Les mondes darwiniens

Les mondes darwiniens

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

527 / 1576<br />

[anton i n e n icog lou / la plasticité phénotypiqu e : de la m ic roévolution à la m ac r oévo lu t i o n]<br />

du c H e s n e a u F. (1998), <strong>Les</strong> modèles du vivant de Descartes à Leibniz, Paris, Vrin.<br />

E<br />

el d r e d G e n. & Go u l d S.J. (1972), “Punctuated equilibria : an alternative to phyletic gradualism”,<br />

in T.J.M. Schopf (ed.), Models in Paleobiology, San Francisco, Freeman Cooper : 82-115.<br />

Reprinted in N. Eldredge, Time frames, Princeton, Princeton University Press, 1985 : 193-<br />

223.<br />

et t e r s o n J.r. & sH a W R.G. (2001), “Constraint to adaptive evolution in response to global<br />

warming”, Science, 294(5540) : 151.<br />

F<br />

fa l c o n e r D.S. (1952), “The Problem of Environment and Selection”, The American Naturalist,<br />

86(830) : 293-298.<br />

fa l c o n e r D.S. (1981), Introduction to quantitative genetics, New York, Longman.<br />

fi s H e r R.A. (1930), The genetical theory of natural selection, Oxford, Clarendon Press.<br />

fr iM l J. & sa u e r M. (2008), “Plant biology : in their neighbour’s shadow”, Nature, 453(7193) :<br />

298-299.<br />

fu t u ya M a D.J. (1998), Evolutionary biology, Sunderland (Mass.), Sinauer Associates.<br />

G<br />

Ga u s e G.F. (1947), “Problems of Evolution”, Transaction of the Connecticut Academy of<br />

Sciences, 37 : 17-68.<br />

Ge r H a r d J. & ki r s cH n e r M. (1997), Cells, embryos, and evolution : toward a cellular and<br />

developmental understanding of phenotypic variation and evolutionary adaptability, Oxford,<br />

Blackwell Science.<br />

Gi l B e r t s. & eP e l d. (2009), Ecological Developmental Biology : Integrating Epigenetics,<br />

Medicine, and Evolution, Sunderland (Mass.), Sinauer Associates.<br />

Gi l l e s P i e J.H. & tu r e l l i M. (1989), “Genotype-Environment Interactions and the Maintenance<br />

of Polygenic Variation”, Genetics 121(1) : 129-138.<br />

Go d i n C. (2004), Dictionnaire de Philosophie, Paris, Fayard/éditions du temps.<br />

Go u l d S.J. (1980), “The Evolutionary Biology of Constraint”, Daedalus 109(2) : 39-52.<br />

Gr a n t V. (1994), “Evolution of the species concept”, Biologisches Zentralblatt, 113 : 401-415.<br />

Gr o M k o M.H. (1995), “Unpredictability of Correlated Response to Selection : Pleiotropy and<br />

Sampling Interact”, Evolution, 49(4) : 685-693.<br />

H<br />

Ha l l B.K. (1992), Evolutionary developmental biology, London, Chapman & Hall.<br />

He B e r t d., fa u r e s. & ol i v i e r i I. (1994), “Genetic, phenotypic, and environmental correlations<br />

in black medic, Medicago lupudina L, grown in three different environments”, Theoretical and<br />

Applied Genetics, 88 : 604-613.<br />

Ho d i n J. (2000), “Plasticity and constraints in development and evolution”, Journal of<br />

Experimental Zoolology (Mol Dev Evol) 299 : 1-20.<br />

Ho G B e n L. T. (1939), Nature and nurture, Birmingham, University of Birmingham, Faculty of<br />

Medicine, William Withering memorial lectureship, G. Allen & Unwin, Ltd.<br />

Ho u l e D. (1991), “Genetic Covariance of Fitness Correlates : What Genetic Correlations are<br />

Made of and Why it Matters”, Evolution, 45(3) : 630-648.

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!