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Lista Preliminar De Los Coleoptera De La Sierra De Marina (Barcelona)

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Lista Preliminar De Los Coleoptera De La Sierra De Marina (Barcelona) Heteropterus Revista de Entomología 2012 Heteropterus Rev. Entomol. 12(2): 257-274 ISSN: 1579-0681 Lista preliminar de los Coleoptera de la Sierra de Marina (Barcelona) J.M. DIÉGUEZ FERNÁNDEZ Gran Via de les Corts Catalanes 1128, 5º 2ª; E-08020 Barcelona; E-mail: [email protected] Resumen Se presenta una lista preliminar de los Coleoptera de la Sierra de Marina que incluye 301 especies pertenecientes a 38 familias. Palabras clave: Coleoptera, Sierra de Marina, Barcelona, España, catálogo. Laburpena Marina Mendizerrako (Bartzelona) behin-behineko Coleoptera zerrenda Marina Mendizerrako (Bartzelona) behin-behineko Coleoptera zerrenda bat aurkezten da, 38 familiatako 301 espezie dituena. Gako-hitzak: Coleoptera, Marina Mendizerra, Bartzelona, Espainia, katalogoa. Abstract A preliminary list of the Coleoptera of Marina Mountain-chain (Barcelona) A preliminary list of the Coleoptera of Marina Mountain-chain is presented, including 301 species belonging to 38 families. Key words: Coleoptera, Marina Mountain-chain, Barcelona, Spain, checklist. Introducción cytisoides), garriga, jaras, prados y pinos en su vertiente oriental seca y con robles, encinas, avellanos, alisos y La denominada Sierra de Marina comprende el flora asociada en su parte occidental húmeda. sector de la Sierra Litoral Catalana incluido en los términos municipales de Sant Fost de Campsentelles, Pero el paisaje de la Sierra de Marina no solo viene Montcada i Reixac, Santa Coloma de Gramanet, condicionado por su clima y orientación, sino también Badalona y Tiana, en la provincia de Barcelona. por factores antrópicos: la proximidad al área metro- Parte de ella se incluye dentro de la categoría de politana de Barcelona, con la presencia de varias «Parque» (Diputació de Barcelona, 2012). Es una carreteras que la cruzan, asentamientos en forma de sierra paralela a la costa cuyos puntos más elevados pueblos y urbanizaciones y en especial el haber sido son el Turó del Galzeran, con 477 m, el Turó de la una zona muy castigada por los incendios. Coscollada, con 465 m, y el Turó del Pollo, con 303 m. A pesar de ello conserva algunos valores naturales de El tipo de suelo más abundante es granítico. La ver- interés, siendo objeto de estudio su fauna vertebrada: tiente litoral u oriental es seca y soleada mientras que mamíferos (Mauri, 2003), aves (Bernal y Lacruz, 2003), la occidental es más húmeda con influencias bioclimá- anfibios y reptiles (Ribera y Sáez, 2003); pero son ticas medioeuropeas, condicionando la vegetación: escasos los estudios de invertebrados: libélulas (Mar- dominada por el monte bajo de albaida (Anthyllis tín, 2003) y mariposas diurnas (Carceller et al., 2003). 258 DIÉGUEZ FERNÁNDEZ: Coleoptera de la Sierra de Marina (Barcelona) El objetivo de este artículo es dar a conocer los co- de colores, trampas de caída con o sin cebo, o sim- leópteros recogidos y determinados hasta ahora en plemente mediante un cebo (ala de pollo) puesto la Sierra de Marina. Grupo de insectos que, por su debajo de una piedra. gran diversidad, lleva implícitas no pocas dificultades Una vez preparado y etiquetado para su determi- para su estudio: desde la necesidad de emplear muy nación, ha sido imprescindible en algunos casos la variados sistemas de captura hasta, una vez preparado ayuda de los siguientes especialistas, ya sea determi- y etiquetado el material, la consulta de una variada, y nando todo o parte del material y/o confirmando a veces dispersa, bibliografía, además de la ayuda de todas o algunas de nuestras determinaciones: Dr. Ro- varios especialistas para su determinación. bert Constantin (Cantharidae, Dasytidae), Dr. Michael Ambos factores (sistemas de captura empleados y Geisthardt (Lampyridae), Dr.Pascal Leblanc (Morde- determinación del material) suelen originar sesgos llidae, Scraptiidae), Fernando Murria (Buprestidae), en este tipo de estudios. Así, por ejemplo, la no uti- Dr. Helio Pierotti (Curculionidae), Dr. Giuseppe Platia lización de trampas de luz hace que los resultados (Elateridae), Dr.José Fermín Sánchez (Carabidae), obtenidos en grupos que presentan especies nocturnas Dr.José Serrano (Carabidae), Iñigo Ugarte (Apioni- (Lampyridae) sean escasos. En otros casos es la falta dae, Curculionidae), Dr.Jose Antonio Velázquez de de bibliografía, o de especialistas, la que desemboca Castro (Attelabidae, Curculionidae), Daniel Ventura en que parte o todo el material capturado quede sin (Nitidulidae, Phalacridae), Amador Viñolas (Tene- determinar (Staphylinidae, Latridiidae). brionidae), Eduard Vives (Cerambycidae, Carabidae), Los estudios que tienen como objetivo catalogar la Dr.Tomás Yélamos (Histeridae) y Dr.Rafael Yus fauna de coleópteros de una determinada área son (Bruchidae). realizados generalmente en zonas protegidas de espe- El material determinado por el autor ha sido identi- cial interés natural cuyo buen estado de conservación ficado mediante la consulta de las siguientes fuentes posibilita el hallazgo de abundantes especies, algunas bibliográficas: Carabidae (Trautner y Geigenmüller, de ellas de gran interés, en un corto período de tiempo 1987; Ortuño y Marcos, 2003), Leiodidae (Salgado y sin demasiado esfuerzo. et al., 2008), Silphidae (Prieto Piloña et al., 2002), El área de estudio de este trabajo es una excepción Staphylinidae (Pandellé, 1869; Portevin, 1929; Coiffait, a dicha regla, por los factores antrópicos indicados 1974, 1978, 1984; Outerelo y Gamarra, 1985; Dauphin, anteriormente. Aún así, ha deparado algunas citas 1991, 1994; Drugmand, 1994; Cuccodoro y Löbl, interesantes (ver Diéguez Fernández, 2010a, 2010b, 1997; Li et al., 2000; Bordoni, 2004), Lucanidae, Trogi- 2010c, 2010d, 2010e, 2011a, 2011b, 2012; Serrahima, dae, Geotrupidae, Scarabaeidae (Baraud, 1992; Mar- 2011; Yus Ramos et al., 2012). Normalmente son espe- tín-Piera y López-Colón, 2000), Buprestidae (Cobos, cies de familias poco estudiadas en la Península Ibérica, 1986), Elateridae (Leseigneur, 1972), Lampyridae (Oli- como por ejemplo los Mordellidae, con la primera vier, 1884), Cantharidae (Kiesenwetter, 1852; Wittmer, cita de Mordellistena (Mordellistena) thuringiaca Ermisch, 1974; Dahlgren, 1975; Svihla, 1997), Dermestidae 1963 para la Península Ibérica (Serrahima, 2011). (Lepesme, 1944; Bahillo de la Puebla y López-Colón, Pero no siempre, como por ejemplo la primera cita 2006), Ptinidae (Bellés, 1978; Español, 1992), Cleridae para Cataluña de Lachnaia (Lachnaia) paradoxa (Olivier, (Bahillo de la Puebla y López-Colón, 2001), Priono- 1808) (Diéguez Fernández, 2010a), especie pertene- ceridae (Bahillo de la Puebla y López-Colón, 2003), ciente a los Chrysomelidae, familia de la que existe un Dasytidae (Mulsant y Rey, 1868; Constantin, 1990, catálogo en la región catalana (Petitpierre, 2009). 2005; Liberti, 2004; Bahillo de la Puebla, 2005), Mala- chiidae (Plata Negrache y Santiago Hernández, 1990), Sphindidae (Vogt, 1967), Coccinellidae (Fürsch et al., 1967; Plaza Infante, 1977, 1984, 1986a, 1986b, 1987; Cardoso Raimundo y Gomes Alves, 1986; Eizaguirre, Material y métodos 2004; Bensusan et al., 2006), Corylophidae (Bowestead, 1999), Mordellidae (Méquignon, 1946; Ermisch, 1965; Todo el material estudiado ha sido recogido por el Plaza Infante y Compte Sart, 1980; Plaza Infante, 1985; autor en varios puntos de muestreo (Tabla 1) me- Leblanc, 2002), Tenebrionidae (Español, 1961), Oede- diante el uso de los siguientes métodos de captura: meridae (Vázquez, 1993, 2002), Meloidae (Pardo Alcai- captura directa sobre el suelo, bajo las piedras, sobre de, 1950, 1956, 1958; Bologna, 1991; Trotta-Moreu flores u otras partes de las plantas, en excrementos y y García-París, 2001), Anthicidae (Bonadona, 1991; carroñas, manga de barrido, paraguas japonés, platos Uhmann, 1992), Aderidae (Gompel y Barrau, 2002), Heteropterus Rev. Entomol. (2012) 12(2): 257-274 259 Punto Altitud Coordenadas Punto Altitud Coordenadas (3) 42 m 41º29’59.2’’ N 2º12’01.3’’E (27) 85 m 41º27’40.9’’ N 2º13’01.6’’E (4) 38 m 41º29’58.4’’ N 2º12’02.2’’E (28) 227 m 41º28’23.9’’ N 2º12’32.6’’E (5) 39 m 41º29’57.8’’ N 2º12’04.6’’E (29) 227 m 41º28’27.6’’ N 2º12’28.3’’E (6) 46 m 41º29’57.4’’ N 2º12’08.9’’E (30) 305 m 41º29’04.8’’ N 2º13’28.5’’E (6B) 47 m 41º29’57.2’’ N 2º12’09.6’’E (31) 320 m 41º29’06.7’’ N 2º13’31.4’’E (6C) 48 m 41º29’57.4’’ N 2º12’08.6’’E (32) 337 m 41º29’11.0’’ N 2º13’40.5’’E (6D) 42 m 41º29’58.1’’ N 2º12’06.6’’E (33) 382 m 41º29’22.6’’ N 2º13’27.9’’E (7) 49 m 41º29’56.8’’ N 2º12’09.4’’E (34) 420 m 41º29’29.7’’ N 2º13’31.5’’E (7B) 53 m 41º29’56.7’’ N 2º12’09.6’’E (35) 417 m 41º29’31.7’’ N 2º13’35.5’’E (8) 57 m 41º29’55.8’’ N 2º12’10.5’’E (36) 337 m 41º29’57.2’’ N 2º15’38.3’’E (8B) 53 m 41º29’56.7’’ N 2º12’09.6’’E (37) 427 m 41º30’37.7’’ N 2º16’13.5’’E (9) 88 m 41º29’52.7’’ N 2º12’02.6’’E (38) 431 m 41º30’36.9’’ N 2º16’16.2’’E (10) 89 m 41º29’59.2’’ N 2º12’22.8’’E (40) 372 m 41º30’16.2’’ N 2º16’12.2’’E (11) 89 m 41º29’59.8’’ N 2º12’20.9’’E (42) 63 m 41º29’08.7’’ N 2º12’15.4’’E (12) 90 m 41º29’59.9’’ N 2º12’18.7’’E (43) 152 m 41º29’34.1’’ N 2º12’29.2’’E (13) 91 m 41º29’59.1’’ N 2º12’19.4’’E (44) 319 m 41º29’01.3’’ N 2º12’23.8’’E (14) 77 m 41º29’49.3’’ N 2º12’25.7’’E (45) 379 m 41º29’23.6’’ N 2º13’19.3’’E (14B) 77 m 41º29’49.9’’ N 2º12’24.9’’E (47) 334 m 41º29’43.4’’ N 2º14’00.6’’E (15) 68 m 41º29’50.2’’ N 2º12’20.8’’E (50) 151 m 41º29’36.4’’ N 2º12’50.6’’E (16) 94 m 41º29’48.8’’ N 2º12’30.3’’E (51) 38 m 41º29’57.5’’ N 2º12’11.5’’E (17) 98 m 41º29’46.9’’ N 2º12’34.2’’E (53) 97 m 41º29’47.2’’ N 2º12’13.7’’E (18) 200 m 41º29’33.3’’ N 2º13’07.2’’E (54) 219 m 41º29’15.3’’ N 2º12’09.5’’E (18B) 166 m 41º29’30.5’’
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