2009
DOI: 10.1590/s0085-56262009000100012
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Metapyrophorus pharolim a new genus and species of Pyrophorini (Coleoptera, Elateridae, Agrypninae)

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Cited by 4 publications
(2 citation statements)
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“…With 695 luminescent genera of marine animals, our catalogue is ~40% larger than Herring's authoritative listing from 1987 [15]. Combined with luminescent records from non-marine Annelida (~35 species from 16 genera [56,64,65]), Mollusca (six species from three genera [66]) and Arthropoda (3000 species from ~240 genera [15,[67][68][69][70][71][72][73][74][75][76][77]), Fungi (~100 species from 14 genera [78][79][80]), Protists (~100 species from 27 luminescent genera [41,81]) and bacteria (forty-four species from six genera [82][83][84][85]), our listing amounts to over 6000 luminescent species from about 1000 genera, which represents at least a 20% increase compared to previous estimates [3,17]. Two driving forces have fueled this augmentation: an 'organic' growth linked to taxonomic changes triggered by the rise of molecular phylogenies (e.g., elevation of subgenera to genera level, splitting of genera to avoid paraphyly, and so on), and a 'methodological' growth linked to the discovery of new luminescent species (or to the discovery of the luminescence competence of species discovered before).…”
Section: Discussionmentioning
confidence: 99%
“…With 695 luminescent genera of marine animals, our catalogue is ~40% larger than Herring's authoritative listing from 1987 [15]. Combined with luminescent records from non-marine Annelida (~35 species from 16 genera [56,64,65]), Mollusca (six species from three genera [66]) and Arthropoda (3000 species from ~240 genera [15,[67][68][69][70][71][72][73][74][75][76][77]), Fungi (~100 species from 14 genera [78][79][80]), Protists (~100 species from 27 luminescent genera [41,81]) and bacteria (forty-four species from six genera [82][83][84][85]), our listing amounts to over 6000 luminescent species from about 1000 genera, which represents at least a 20% increase compared to previous estimates [3,17]. Two driving forces have fueled this augmentation: an 'organic' growth linked to taxonomic changes triggered by the rise of molecular phylogenies (e.g., elevation of subgenera to genera level, splitting of genera to avoid paraphyly, and so on), and a 'methodological' growth linked to the discovery of new luminescent species (or to the discovery of the luminescence competence of species discovered before).…”
Section: Discussionmentioning
confidence: 99%
“…Durante los últimos 50 años, los trabajos realizados en México se han restringido a algunas zonas, y principalmente se ha enfocado a la revisión de material depositado en pocas colecciones entomológicas. Con respecto a los estudios faunísticos para Elateridae en América, los trabajos se han restringido a ciertas zonas de estudio asociadas con los sitios visitados por los especialistas (Aguirre, 2009;Aguirre, Carrejo y Pardo-Locarno, 2010;Arias, 2000Arias, , 2013Arias y Elgueta, 2012;Becker, 1966Becker, , 1979Casari, 2002a,b;Champion., 1894Champion., -1896Correa, Casari y Mermudes, 2011;Costa, Vanin y Casari, 1988;Lawrence y Arias, 2009;Silva, De Faria e Silva, Boieiro, Aguiar y Serrano, 2006;Rosa y Costa, 2009;Stibick, 1979). Estos estudios generalmente se han basado en caracteres de morfología externa en adultos, aunque algunos trabajos han empleado caracteres de morfología interna, incluyendo caracteres de edeagos y placas genitales de hembras, así como caracteres larvales (p.…”
Section: Riqueza De Especies De Elateridaeunclassified