Proceedings of the Fifth International Symposium on Trichoptera 1987

DOI: 10.1007/978-94-009-4043-7_5

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Studies of Neotropical Caddisflies, XXXVI: The Genus Calosopsyche in Central America, with Descriptions of its Immature Stages (Trichoptera Hydropsychidae)

O. S. FlintJr.¹,

J Bueno Soria²

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Cited by 13 publications

(58 citation statements)

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“…Each species of Trichoptera was geographically characterized by the point localities of occurrence gathered from the literature (Angrisano, 1983(Angrisano, , 1984(Angrisano, , 1986(Angrisano, , 1989(Angrisano, , 1993(Angrisano, , 1994(Angrisano, , 1995(Angrisano, , 1997(Angrisano, , 1998(Angrisano, , 2000(Angrisano, , 2001(Angrisano, , 2002Angrisano & Burgos, 2002;, 2007Banks, 1920;Bravo & Angrisano, 2003;Cohen, 2004;Flint, 1967aFlint, , 1967bFlint, , 1969Flint, , 1971Flint, , 1972Flint, , 1973Flint, , 1974aFlint, , 1974bFlint, , 1974cFlint, , 1978Flint, , 1979Flint, , 1980Flint, , 1982Flint, , 1983Flint, , 1989Flint, , 1990Flint, , 1992Flint, , 1997Flint, , 1998Flint, , 1999Flint & Angrisano, 1985;Flint & Denning, 1989;Flint, McAlpine, & Ross, 1987;Holzenthal, 1984Holzenthal, , 1986Holzenthal, , 1...…”

Section: Compiling Recordsmentioning

confidence: 96%

Spatial patterns of caddisflies from Austral South America

¹

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²

,

³

2015

Systematics and Biodiversity

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Trichoptera are relevant members of the freshwater benthos that can exploit a broad variety of habitats. We explored their distribution patterns in Austral South America using a network quantitative approach applied on point occurrence data. The primary goal was to recognize groups of species connected by strong links of sympatry and secondarily to evaluate the structure of the sympatry network (patterns of connectivity) at higher taxonomic levels. We compiled 2,522 geographic points associated with 446 species. The strength of sympatry links were inferred directly from dot maps. Using the taxonomic resolution of species, we identified two major groups of co-occurring species that mimic in a geographic context the classic zoogeographic division of the study area: the AndeanÀPatagonian complex (of "cold-adapted" organisms) versus the Extra-Andean domain (of "warm-adapted" organisms) spanning the subtropical belt of the region. Within these major divisions, groups of highly co-distributed species were also found which in turn show a variety of overlapping spatial configurations. Overlap was centred at the following pivoting areas: Yungas of NW Argentina, Paranaense forest of NE Argentina and Valdivian temperate forest of Patagonia. Three very interesting findings emerged from the analyses: (i) Sierras Centrales of C ordoba correspond to the southern portion of many subtropical elements occurring in NW Argentina, (ii) some elements fit the disjunction between NW and NE Argentina and (iii) Uruguay is more closely related to NE Argentina than to Buenos Aires, suggesting that the Pampas region (Uruguay C Buenos Aires) could be an ill-defined biogeographic entity. Patterns at the species level become progressively blurred in going upward through the hierarchical classification.

“…Each species of Trichoptera was geographically characterized by the point localities of occurrence gathered from the literature (Angrisano, 1983(Angrisano, , 1984(Angrisano, , 1986(Angrisano, , 1989(Angrisano, , 1993(Angrisano, , 1994(Angrisano, , 1995(Angrisano, , 1997(Angrisano, , 1998(Angrisano, , 2000(Angrisano, , 2001(Angrisano, , 2002Angrisano & Burgos, 2002;, 2007Banks, 1920;Bravo & Angrisano, 2003;Cohen, 2004;Flint, 1967aFlint, , 1967bFlint, , 1969Flint, , 1971Flint, , 1972Flint, , 1973Flint, , 1974aFlint, , 1974bFlint, , 1974cFlint, , 1978Flint, , 1979Flint, , 1980Flint, , 1982Flint, , 1983Flint, , 1989Flint, , 1990Flint, , 1992Flint, , 1997Flint, , 1998Flint, , 1999Flint & Angrisano, 1985;Flint & Denning, 1989;Flint, McAlpine, & Ross, 1987;Holzenthal, 1984Holzenthal, , 1986Holzenthal, , 1...…”

Section: Compiling Recordsmentioning

confidence: 96%

Spatial patterns of caddisflies from Austral South America

¹

,

²

,

³

2015

Systematics and Biodiversity

View full text Add to dashboard Cite

Trichoptera are relevant members of the freshwater benthos that can exploit a broad variety of habitats. We explored their distribution patterns in Austral South America using a network quantitative approach applied on point occurrence data. The primary goal was to recognize groups of species connected by strong links of sympatry and secondarily to evaluate the structure of the sympatry network (patterns of connectivity) at higher taxonomic levels. We compiled 2,522 geographic points associated with 446 species. The strength of sympatry links were inferred directly from dot maps. Using the taxonomic resolution of species, we identified two major groups of co-occurring species that mimic in a geographic context the classic zoogeographic division of the study area: the AndeanÀPatagonian complex (of "cold-adapted" organisms) versus the Extra-Andean domain (of "warm-adapted" organisms) spanning the subtropical belt of the region. Within these major divisions, groups of highly co-distributed species were also found which in turn show a variety of overlapping spatial configurations. Overlap was centred at the following pivoting areas: Yungas of NW Argentina, Paranaense forest of NE Argentina and Valdivian temperate forest of Patagonia. Three very interesting findings emerged from the analyses: (i) Sierras Centrales of C ordoba correspond to the southern portion of many subtropical elements occurring in NW Argentina, (ii) some elements fit the disjunction between NW and NE Argentina and (iii) Uruguay is more closely related to NE Argentina than to Buenos Aires, suggesting that the Pampas region (Uruguay C Buenos Aires) could be an ill-defined biogeographic entity. Patterns at the species level become progressively blurred in going upward through the hierarchical classification.

“…The immature stages and cases of several species of Phylloicus have been described: Flint (1964a), Roldán Pérez (1988), Wiggins (1996), Bowles and Flint (1997), Prather (2003), Huamantinco et al (2005), Quinteiro et al (2011). The same stages are also known for Banyallarga argentinica (Flint and Angrisano 1985). Larvae of the Neotropical species are found in standing, backwater areas of streams and rivers where they feed on leaf detritus; they are often very abundant.…”

Section: Catalogmentioning

confidence: 99%

“…—Flint, 1974e:91 [checklist]. —Flint, 1992e:504 [♂; ♀; redescription; distribution]. —Brand and Miserendino, 2011b:142 [life history].…”

Section: Catalogmentioning

confidence: 99%

Catalog of the Neotropical Trichoptera (Caddisflies)

2017

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The Neotropical caddisfly (Trichoptera) fauna is cataloged from a review of over 1,000 literature citations through 2015 (partial 2016) to include 3,262 currently recognized, valid species-group names in 25 families and 155 extant genera. Fourteen subspecies are included in the total as well as 35 fossil species and 1 fossil genus. The region covered includes all of Mexico, Central America, the Caribbean, and South America. Genus-group and species-group synonyms are listed. For each nominal species, information on the type locality, type depository, sex of type, distribution by country, and other pertinent taxonomic or biological information is included. Summary information on taxonomy, phylogeny, distribution, immature stages, and biology are provided for each family and genus where known. An extensive index to all nominal taxa is included to facilitate use of the catalog. The glossosomatid species Mexitrichia usseglioi Rueda Martín & Gibon, is transferred to Mortoniella comb. n.

“…Wing venation is usually somewhat reduced, with basal parts of some longitudinal veins missing. Females can have more complete venation, for example in Austrocentrus (Flint 1997). As indicated in the literature, most species are rare and seldom collected, with distributions restricted to a southern Gondwanan area (i.e., Patagonia, New Zealand, Australia and New Caledonia).…”

Section: Introductionmentioning

confidence: 99%

“…In this paper, we use the same notation for the venation as did the original authors (Mosely 1953;Schmid 1955Schmid , 1957Schmid , 1964McFarlane 1956;Flint 1979Flint , 1983Flint , 1997. Names of morphological structures follow Johanson (1998) (Schmid 1955, fig.…”

mentioning

confidence: 99%

Four new species and a new genus of Trichoptera (Helicophidae) from New Caledonia

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2001

New Zealand Journal of Zoology

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Three new Trichoptera (Helicophidae) species from New Caledonia: Helicopha patriciae sp. nov., Helicopha pouebo sp. nov., and Helicopha rembai sp. nov. are described into the Australian genus Helicopha Mosely, 1953. A new species Briama koghi sp. nov. from New Caledonia is described into the new monotypic genus Briama gen. nov. These descriptions represent the first records of the Helicophidae in New Caledonia; the family is now known from New Caledonia, New Zealand, southern Australia, Chile and south-western Argentina. A key to males of the nine Helicophidae genera is presented.

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