Niche inheritance supposes a restricted notion of inheritance

Abstract

In order to understand and explain the evolutionary impact of the niche inheritance, it is necessary to appeal to the Theory of Natural Selection. However, this theory supposes a more restricted notion of inheritance than that advocated by the promoters of that enlarged notion, which today is considered one of the central points of the Extended Synthesis. The offer of selectable inheritable variants, which is crucial for explanations by natural selection, requires the intervention of developmental resources whose transgenerational transmission is vertical: linked to the reproductive process and associated, consequently, to the progenitor-progeny relationship. Without recognizing the specificity of this form of transmission of developmental resources, the idea of niche inheritance cannot work.

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Author Biography

Gustavo Caponi, Universidad Federal de Santa Catarina
Profesor Titular del Departamento de Filosofia de la Universidade Federal de santa Catarina

References

Abrantes, Paulo (2014), “Natureza e cultura”, Ciência & Ambiente, 48, pp. 7-22.

Amorim, Dalton (1997), Elementos Básicos de Sistemática Filogenética, Ribeirão Preto, Holos.

Álvarez, Juan Ramón (2013), “Selección natural y construcción de nicho: una ¿dialéctica? Evolucionista”, Contrastes, Suplemento 13, pp. 343-355.

Baldwin, James (1896), “A new factor in evolution, part I”, American Naturalist, 30, 354, pp. 441-451.

Bonduriansky, Russell & Day, Troy (2018), Extended Heredity, Princeton, Princeton University Press.

Bortolini, Maria; Hünemeier, Tabita; Bisso-Machado, Rafael (2014), “Coevolução gene-cultura”, Ciência & Ambiente, 48, pp. 165-174.

Botelho, João (2011), “Teoria dos sistemas de desenvolvimento e autopoiese”, en Jaime Cofre & Kay Saalfeld (eds.), Discussão de novos paradigmas, Florianópolis, EDUFSC, pp. 38-68.

Brandon, Robert (1990), Adaptation and environment, Princeton, Princeton University Press.

Caponi, Gustavo (2011), “Las apomorfias no se comen: diseño de caracteres y funciones de partes en Biología”, Filosofia e História da Biologia, 6, 2, pp. 251-266.

Caponi, Gustavo (2013), “El concepto de presión selectiva y la dicotomía próximo-remoto”, Aurora, 25, 36, pp. 197-216.

Caponi, Gustavo (2017a), “Sobreestimación epistemológica de la construcción de nicho”, Metatheoria, 8, 1, pp. 129-144.

Caponi, Gustavo (2017b), “Del efecto Baldwin al efecto Huxley”, Revista Colombiana de Filosofía de la Ciencia, 34, pp. 7-40.

Caponi, Gustavo (2020), “Los conceptos de herencia y de variación hereditaria”, Endoxa, 46, en prensa.

Casanueva, Mario & Martínez, Maximiliano (2014), “Marcos causales y síntesis teórica en Biología”, Acta Scientiae, 16, 2, pp. 330-344.

Cavalli-Sforza, Luca & Francesco (1994), Qui soommes-nous?, Paris, Flammarion.

Dayan, David; Graham, Melissa; Baker, John; Foster, Susan (2019), “Incorporating the environmentally sensitive phenotype into evolutionary thinking”, en Tobias Uller & Kevin Laland (eds.), Evolutionary causation, Cambridge, MIT Press, pp. 81-108.

Dawkins, Richard (1996), The blind watchmaker, London, Norton.

Deacon, Terrence (2003), Multilevel selection and language evolution, en Bruce Weber & David Depew (eds.), Evolution and learning: the Baldwin effect reconsidered. Cambridge, MIT Press, pp. 81-105.

Dennett, Daniel (2003), The Baldwin effect: a crane, not a skyhook, en Bruce Weber & David Depew (eds.), Evolution and learning: the Baldwin effect reconsidered. Cambridge, MIT Press, pp. 69-79.

Diogo, Rui (2017), Evolution driven by organismical behavior, Cham, Springer.

Elster, Jon (1980), Ulises y las sirenas, México, Fondo de Cultura Económica.

Ehrlich, Paul (2005), Naturalezas humanas, México, Fondo de Cultura Económica.

Gayon, Jean (2003), “Évolution culturelle: le spectre des posibles”, en Jean-Pierre Changeux (ed.), Gènes et culture, Paris, Odile Jacob, pp. 57-72.

Gilbert, Scott & Epel, David (2015), Ecological Developmental Biology, Sunderland. Sinauer.

Griffiths, Paul (1999), Adaptation, en Robert Wilson & Frank Keil (eds.), MIT Encyclopedia of the Cognitive Sciences, Cambridge, MIT Press, pp. 3-4.

Huxley, Julian (1965[1943]), La evolución: síntesis moderna, Buenos Aires, Losada.

Jablonka, Eva (2001), “The systems of inheritance”, en Susan Oyama; Paul Griffiths; Russell Gray (eds.), Cycles of contingency: developmental systems and evolution, Cambridge, MIT Press, pp. 99-116.

Jablonka, Eva (2011), “Cellular epigenetic inheritance in the Twenty-First Century”, en Eva Jablonka & Snait Gissis (eds.), Transformation of Lamarckism, Cambridge, MIT Press, pp. 215-226.

Jablonka, Eva & Avital, Eytan (2000), Animal traditions: behavioral inheritance in evolution, Cambridge, Cambridge University Press.

Jablonka, Eva & Lamb, Marion (2005), Evolution in four dimensions, Cambridge, MIT Press.

Jablonka, Eva; Müller, Gerd; Joyner, Michael; Noble, Denis; Omholt, Stig (2014), “Evolution evolves”, Journal of Physiology, 592, 11, pp. 2237-2244.

Laland, Kevin (2004), “Extending the extended phenotype”, Biology & Philosophy, 19, 3, pp. 313-325.

Laland, Kevin & Coolen, Isabelle (2007), “La construction de niche: de la culture jusque dans nos gènes”, Les dossiers de La Recherche, 27, pp. 84-89.

Laland, Kevin; Odling-Smee, John; Feldman, Marcus (2001), “Niche construction, ecological inheritance, and cycles of contingency in evolution”, en Susan Oyama; Paul Griffiths; Russell Gray (eds.), Cycles of contingency, Cambridge, MIT Press, pp. 117-126.

Laland, Kevin; Odling-Smee, John; Sterelny, Kim; Uller, Tobias; Hoppitt, William (2011), “Cause and effect in Biology revisited: is Mayr’s proximate-ultimate dichotomy still useful?”, Science, 334, pp. 1512-1516.

Laland, Kevin; Uller, Tobias; Feldman, Marcus; Sterelny, Kim; Müller, Gerd; Moczek, Armin; Jablonka, Eva; Odling-Smee, John (2014), “Does evolutionary theory need a rethink? Yes, urgently”, Nature, 514, pp. 161-164.

Laland, Kevin; Uller, Tobias; Feldman, Marcus; Sterelny, Kim; Müller, Gerd; Moczek, Armin; Jablonka, Eva; Odling-Smee, John (2015), “The extended evolutionary synthesis: its structure, assumptions and predictions”, Proceedings of the Royal Society B, 282, pp. 1-14.

Laland, Kevin; Feldman, Marcus; Odling-Smee, John (2019), “Understanding niche construction as an evolutionary process”, en Tobias Uller & Kevin Laland (eds.), Evolutionary causation, Cambridge, MIT Press, pp. 127-152.

Lalande, André (1947), Vocabulaire technique et critique de la Philosophie. Paris, PUF.

Lewontin, Richard (1979), “La adaptación”, en SCIENTIFIC AMERICAN (ed.), Evolución, Barcelona: Labor // Los libros de Investigación & Ciência, pp. 117-126.

Lewontin, Richard (2000), The triple helix, Cambridge, Harvard University Press.

Lorenz, Konrad (1971), Evolución y modificación de la conducta, México: Siglo XXI.

Mayr, Ernst (1963), Animal species and evolution, Cambridge, Cambridge University Press.

Merlin, Francesca (2014), “L’hérédité au-delá du tout genétique: problèmes et enjeux”, en Francesca Merlin & Thierry Hoquet (eds.), Précis de Philosophie de la Biologie, Paris, Vuibert, pp. 237-25.

Merlin, Francesca (2017), “Limited extended inheritance”, en Philippe Huneman & Denis Walsh (eds.), Challenges in evolutionary theory, Oxford, Oxford University Press, pp. 285-301.

Morange, Michel (2001), The misunderstood gene, Cambridge, Harvard University Press.

Monod, Jacques (1971), El azar y la necesidad, Monte Ávila, Caracas.

Monod, Jacques (1972), “Lección inaugural de la Cátedra de Biología Molecular del Collège de France [3 de Noviembre de 1967]”, en Joan Senent-Josa (ed.), Del idealismo físico al idealismo biológico, Barcelona, Anagrama, pp. 10-43.

Morgan, Cowny Lloyd (1896), Habit and instinct, London, Edward Arnold.

Müller, Gerd & Pigliucci, Massimo (2010), “Elements of e extended evolutionary synthesis”, en Massimo Pigliucci & Gerd Müller (eds.), Evolution: the extended synthesis, Cambridge, MIT Press, pp. 3-18.

Odling-Smee, John (2009), “Niche construction in evolution, ecosystems and developmental evolution”, en Anouk Barberousse; Michel Morange; Thomas Pradeu (eds.), Mapping the future of Biology, London, Springer, pp. 69-92.

Odling-Smee, John (2010), “Niche inheritance”, en Massimo Pigliucci & Gerd Müller (eds.), Evolution: the extended synthesis, Cambridge, MIT Press, pp. 175-208.

Odling-Smee, John; Laland, Kevin; Feldman, Marcus (2001), “Niche construction, ecological inheritance, and cycles of contingency in evolution”, en Susan Oyama; Paul Griffiths; Russell Gray (eds.), Cycles of contingency: developmental systems and evolution, Cambridge, MIT Press, pp. 117-125.

Odling-Smee, John; Laland, Kevin; Feldman, Marcus (2003), Niche construction: the neglected process in evolution, Princeton, Princeton University Press.

Popper, Karl (1974), Conocimiento objetivo, Madrid, Tecnos.

Popper, Karl (1977), Búsqueda sin término, Madrid, Tecnos.

Schrödinger, Erwin (1983[1958]), Mente y materia, Barcelona, Tusquets.

Simpson, George Gaylord (1953), “The Baldwin effect”, Evolution, 7, 2, pp. 110-117.

Sober, Elliott (1984), The nature of selection, Chicago, Chicago University Press.

Sterelny, Kim (2001), “Niche construction, developmental systems, and extended replicator”, en Susan Oyama; Paul Griffiths; Russell Gray (eds.), Cycles of contingency: developmental systems and evolution, Cambridge, MIT Press, pp. 333-350.

Sterelny, Kim (2009), “Novelty, plasticity and niche construction: the influence of phenotypic variation on evolution”, en Anouk Barberousse; Michel Morange; Thomas Pradeu (eds.), Mapping the future of Biology, London, Springer, pp. 93-110.

Waddington, Conrad (1961), “Evolutionary adaptation”, en Solomon Tax (ed.), Evolution after Darwin, Vol. I, Chicago, Chicago University Press, pp. 381-402.

West-Eberhard, Mary Jane (1998), “Adaptation: current usages”, en David Hull & Michel Ruse (eds.), Philosophy of Biology, Oxford, Oxford University Press, pp. 8-14

West-Eberhard, Mary Jane (2003), Developmental plasticity and evolution, Oxford, Oxford University Press.

Published
16-02-2022
Section
Artículos