Talitrus platycheles Guérin-Méneville, 1832
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https://doi.org/10.11646/zootaxa.4664.4.1 |
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Talitrus platycheles Guérin-Méneville, 1832 |
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Talitrus platycheles Guérin-Méneville, 1832 View in CoL
Stebbing, 1906 a: 525 (in part).— Chevreux, 1911: 230.— Chevreux & Fage, 1925: 271, fig. 282 (in part).— Pardi & Papi, 1952: 262 (ethology).— Pardi & Papi, 1953: 459 (ethology).— Papi & Pardi, 1953: 490 (ethology).— Pardi, 1954: 127 (ethology).— Chapman & Santler, 1955: 372 (checklist, in part).— Papi, 1955: 201 (ecology).— Pardi & Grassi, 1955: 202 (ecology).—J.L. Barnard, 1958: 136 (in part).— Papi & Pardi, 1959: 583 (ethology).— Papi & Pardi, 1963: 97 (ethology).— Debenedetti, 1963: 25 (ethology).— Geppetti & Tongiorgi, 1967: 37 (ethology).— Ercolini & Scapini, 1972: 75 (ethology).— Ercolini & Scapini, 1974: 85 (ethology).— Ercolini & Scapini, 1976: 293 (ethology).— Scapini, 1978: 71 (ethology).— Pardi & Scapini, 1979: 210 (ethology).—Scapini, 1979: 71 (ethology).— Scapini & Pardi, 1979: 593 (ethology).—Scapini & Ugolini, 1981: 324 (ethology).—Scapini et al., 1981: 77 (ethology).— Alicata et al., 1982: 159 (parasitology).— Ercolini et al., 1983: 313 (ethology).— Pardi & Scapini, 1983: 435 (ethology).—Caltabiano, et al., 1984: 25 (predation).— Fiocco et al., 1984: 25 (ethology).— Scapini & Buiatti, 1985: 433 (ethology).—Scapini et al., 1985: 729 (ethology).— Ugolini et al., 1986: 449 (ecology).—Scapini et al., 1988: 739 (ethology).—Scapini et al., 1988: 93 (ethology).— Ugolini & Macchi, 1988: 79 (ethology).—Ugolini & Scapini, 1988: 453 (ecology).—Ugolini et al., 1988: 105 (ethology).— Scapini et al., 1989: 241 (ethology).— Ugolini, 1989: 233 (ethology).— Scapini & Fasinella, 1990: 141 (ecology).—Ugolini et al., 1991: 113 (ethology).—Scapini et al., 1992: 573 (ecology).— Scapini & Quochi, 1992: 437 (ethology).—Scapini et al., 1993: 545 (ethology).— Scapini & Ciuti, 1993: 87 (behaviour).— De Matthaeis, Cobolli et al., 1994: 15, fig. 1.2.1, 1.2.2 table 1.2.2 –1.2.5 (genetic divergence).— Mezzetti et al., 1994: 279 (ecology).— Mezzetti & Scapini, 1995: 35 (ethology).— De Matthaeis et al., 1995: 77, fig. 1, tables 1–4 (genetics).— Scapini et al., 1995: 43 (ethology).—Scapini, 1995: 559 (ethology).— Ugolini et al., 1996: 377 (ethology).— Scapini et al., 1996: 553 (ethology).— Mezzetti et al., 1997: 129 (behaviour).—Scapini, 1997: 139 (ethology).— Scapini et al., 1997: 63 (ethology).— Ugolini & Frittelli, 1998: 1155 (ethology).— Ugolini & Macchi, 1988: 79 (ethology).—Ugolini et al., 1998: 43 (ethology).— Borgioli et al., 1999b: 29 (ecology).— Borgioli et al., 1999a: 79 (ecology).— De Matthaeis et al., 1999: 95 (genetics).— Scapini, 1999a: 104, fig. 1 (ethology).— Scapini, 1999b: 144 (ethology).— Scapini et al., 1999c: 660 (morphometrics).— Scapini et al., 1999d: 107 (ethology).— Ugolini et al., 1999a: 9 (ethology).— Ugolini et al., 1999b: 749.— De Matthaeis et al., 2000a: 1606, figs 1, 2, tables 1–4 (isolation genetics).— De Matthaeis et al., 2000b: 474, figs 1, 2, tables 1–3 (genetic divergence).— El Gtari et al., 2000: 643 (ecology).— Charfi-Cheikhrouha et al., 2001: 621 (ecology).—D’elia et al., 2001: 839 (ethology).— Davolos et al., 2002: 33 (genetics).— Scapini et al., 2002: 403 (ethology).— Ugolini et al., 2002: 3225 (ecology).— Calosi et al., 2003: 344 (physiology).— Fallaci et al., 2003: 101 (ecology).— Marchetti & Scapini, 2003: 207 (ethology).— Marques et al., 2003: 128 (ecology).— Nardi et al., 2003: 199.—Ugolini, 2003: 722 (ethology, ecology, review).— Ugolini et al., 2003: 279 (ethology).— Ugolini et al., 2004a: 526 (physiology).— Ugolini et al., 2004b: 855 (ethology).— Colombini et al., 2005: 51 (community structure).— Fanini et al., 2005: 94 (ecology).— Nasri-Ammar & Morgan, 2005: 19 (activity rhythms).—Scapini et al., 2005: 919 (ethology).—Scapini et al., 2005: 835 (ethology).— Ugolini et al., 2005: 2189 (ethology).— Nasri-Ammar & Morgan, 2006: 479 (activity rhythms).— Scapini, 2006: 81, table 1 (review).—Ugolini et al., 2006: 1328 (heavy metals).—Ugolini et al., 2006: 2509 (ethology).— Bouslama et al., 2007: 1104 (biology).— Calosi et al., 2007: 1647 (ecophysiology).— Camur-Elipek & Aslan-Cihangir, 2007: 84.— Fanini et al., 2007: 1169 (ecology).— Galanti et al., 2007: 392 (ethology).— Papi et al., 2007: 953 (ethology).— Pavesi et al., 2007: 1585 (ecology).— Ugolini et al., 2007: 1259 (ecology).— Charfi-Cheikhrouha & El Gtari, 2008: 93 (ecology).— Deidun & Schembri, 2008a: 19 (ecology).— Deidun & Schembri, 2008b: 108 (ecology).— Fanini & Scapini, 2008: 163 (ethology).— Gambineri & Scapini, 2008: 357 (ethology).— Libertini et al., 2008: 54, table 1 (genetics).— Rossano et al., 2008: 511 (ethology).— Ugolini et al., 2008: 349 (ecology).— Bouslama et al., 2009, 141 (ecology).— Zakhama-Sraieb et al., 2009: 5, table 3 (biodiversity).— Ketmaier et al., 2010: 17 (ecology and genetics).— Mezzetti et al., 2010a: 55 (visual ecology).— Mezzetti et al., 2010b: 127 (eye structure).— Ottaviano & Scapini, 2010: 259 (bioindicator).— Scapini & Ottaviano, 2010: 33 (bioindicator).—Ayari et al., 2011: 14 (population dynamics).— Ayari & Nasri-Ammar, 2011: 591 (ecology). Bouslama et al., 2011: 17 (ethology).— Colombini et al., 2011a: 426, tables 2, 3.— Colombini et al., 2011b: 25 (beach management).— Rossano & Scapini, 2011: 81 (ethology).—Jelassi et al., 2012: 383, table 1 (ecology).— Jelassi & Nasri-Ammar, 2012: 434 (temporal variation).— Ugolini et al., 2012: 171 (ethology).— Fanini et al., 2012: 275 (ethology).— Ugolini et al. 2012: 2814 (ethology).— Colombini et al. 2013: 37 (ethology).— Jelassi et al., 2013a: 266 (endogenous activity).— Jelassi et al., 2013b: 2857 (biodiversity).— Pavesi & Ketmaier, 2013: 892, tables 1–3, fig 1, 2 (genetics review).— Ugolini et al., 2013: 19 (microplastics).—Colombini, et al., 2015: 49, figs 2–4 (ecology).— Jelassi et al., 2015a: 875, (endogenous activity).— Jelassi et al., 2015b: 4, 5 table 1 (biodiversity).— Bohli-Abderrazak et al., 2017: 607 (locomotor activity).— Jelassi, Khemaissia et al., 2017: 11, 12 (ecology).— Rossano et al., 2017: 697 (ethology).— Bohli-Abderrazak et al., 2018: 1 (locomotor activity).— Jelassi et al., 2018: 109 (biodiversity).— Scopetani et al., 2018: 412 (plastic ingestion).
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Mezzetti, M. C., Naylor, E. & Scapini, F. (1994) Rhythmic responsiveness to visual stimuli in different populations of talitrid amphipods from Atlantic and Mediterranean coasts: an ecological interpretation. Journal of Experimental Marine Biology and Ecology, 181, 279 - 291.
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Mezzetti, M. C., Gambineri, S., Rossano, C. & Scapini, F. (2010 a) Visual ecology of talitrid amphipods from Mediterranean and Atlantic coasts. Zoologica Baetica, 21, 55 - 63.
Mezzetti, M. C., Gambineri, S. & Scapini, F. (2010 b) The eyes of two talitrid amphipods: differences in structure may reflect different behaviours. Marine and Freshwater Behaviour and Physiology, 43, 127 - 133. https: // doi. org / 10.1080 / 10236241003786865
Nardi, M., Morgan, E. & Scapini, F. (2003) Seasonal variation in the free-running period in two Talitrus saltator populations from Italian beaches differing in morphodynamics and human disturbance. Estuarine Coastal and Shelf Science, Supplement, 58, 199 - 206.
Nasri-Ammar, K. & Morgan, E. (2005) Variation saisonniere du rythme de l'activite locomotrice de Talitrus saltator issu de la plage de Korba (Cap Bon, Tunisie). Bulletin de La Societe zoologique de France, 130, 19 - 29.
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