@article {398,
	title = {A review of the genus Tegenaria in North America (Arachnida : Agelenidae)},
	journal = {Journal of the Washington Academy of Sciences},
	volume = {42},
	year = {1952},
	note = {ZOOR08900001622},
	month = {1952},
	pages = {283-288},
	keywords = {Aran]., Araneae" p. 287]., Arthropoda (Animalia)., Arthropoda [Nearctic region / / North America, Biology, gigantea, Land zones, redescribed p. 286 figs, review of North America, species p. 283, Status of other species listed in Roewer{\textquoteright}s "Katalog der, Tegenaria, Tegenaria (Araneae)., Tegenaria flexuosa (Araneae)., Tegenaria flexuosa [Zoology / / redescribed p. 285 figs, Tegenaria gigantea (Araneae)., Tegenaria gigantea [Zoology / / ].},
	url = {<Go to ISI>://ZOOREC:ZOOR08900001622},
	author = {Roth, V. D.}
}
@article {352,
	title = {Historical distributions in Britain of two species of large house spiders, Tegenaria saeva and T. gigantea (Araneae, Agelenidae), and their evolutionary implications},
	journal = {Bulletin of the British Arachnological Society},
	volume = {14},
	year = {2009},
	note = {ZOOR14508050419},
	month = {2009},
	pages = {297-302},
	abstract = {Current relative distributions and evolutionary inter-actions of two species of large house spiders. Tegenaria saeva and T. gigantea. vary geographically in Britain. To understand fully their underlying causes requires knowledge of species ranges in the past. Here. information from five sources: (a) historical distribution maps based on county and vice county lists; (b) a re-examination of museum and other collections; (c) catalogues of museum specimens recently re-examined by experts; (d) scrutiny of the literature; (e) a request published in a Wildlife Trust magazine, is used to determine historical distribution patterns. It is shown that the northern limits of both species have generally increased through time and that this phenomenon is not a result of variable recorder effort. In the south of England. the species boundary in Dorset has apparently been stable for at least a century. The ecological and evolutionary implications of these results are discussed.},
	keywords = {/ ] [United Kingdom / Britain / ]., Ecology, Eurasia, Europe, Evolution, interactions / ] [Ecology / / ] [Zoogeography / Historical distribution, Land zones, Palaearctic region, Tegenaria gigantea, Tegenaria gigantea (Araneae)., Tegenaria saeva (Araneae)., Tegenaria saeva [Evolution / Evolutionary, Zoogeography},
	isbn = {0524-4994},
	url = {<Go to ISI>://ZOOREC:ZOOR14508050419},
	author = {Oxford, G. S.}
}
@article {354,
	title = {The distribution of Tegenaria gigantea Chamberlin \& Ivie, 1935 and T. saeva Blackwall, 1844 (Araneae, Agelenidae) in Yorkshire},
	journal = {Bulletin of the British Arachnological Society},
	volume = {7},
	year = {1987},
	note = {ZOOR12300055890},
	month = {1987},
	pages = {123-127},
	keywords = {distribution]., Eurasia, Europe, Land zones, Palaearctic region, Tegenaria gigantea, Tegenaria gigantea (Araneae)., Tegenaria saeva (Araneae)., Tegenaria saeva [England / / Yorkshire, United Kingdom},
	isbn = {0524-4994},
	url = {<Go to ISI>://ZOOREC:ZOOR12300055890},
	author = {Oxford, G. S. and Smith, C. J.}
}
@article {271,
	title = {Metaltella simoni (Keyserling, 1878) (Amaurobiidae) new to Canada, and records for Tegenaria gigantea Chamberlein and Ivie, 1935, (Agelenidae) in Alberta and British Columbia (Arachnida: Araneida)},
	journal = {Canadian Entomologist},
	volume = {124},
	year = {1992},
	note = {ZOOR12900024237},
	month = {1992},
	pages = {419-420},
	keywords = {[Florida / / Santa Rosa County, [Washington / / ]., Canada, First record for Canada], Land zones, Metaltella simoni (Araneae): [New record]., Metaltella simoni [Alberta / / High River, Nearctic region, North America, Recorded] [North Carolina / /, Tegenaria gigantea (Araneae)., Tegenaria gigantea [Alberta / / Records] [British Columbia / / ], USA, Wilmington].},
	isbn = {0008-347X},
	url = {<Go to ISI>://ZOOREC:ZOOR12900024237},
	author = {Leech, R. and Steiner, M.}
}
@article {169,
	title = {The Araneida of Washington : Agelenidae and Hahniidae},
	journal = {University of Washington Publications in Biology},
	volume = {9},
	year = {1938},
	note = {ZOOR07600000642},
	month = {1938},
	pages = {pp. 1-35},
	keywords = {(A.) potteri, (Agelena A.) utahana, (Hololena) curta, [Zoology / / ]., Agelena, Agelena (A.), Agelena (A.) arctuosa, Agelena (A.) arctuosa (Araneae)., Agelena (A.) oregonensis, Agelena (A.) oregonensis (Araneae)., Agelena (A.) pennsylvanica, Agelena (A.) pennsylvanica (Araneae)., Agelena (A.) potteri, Agelena (A.) potteri (Araneae)., Agelena (Araneae)., Agelena (H.) iniermedia, Agelena (H.) iniermedia (Araneae)., Agelena (Hololena) curta, Agelena (Hololena) curta (Araneae)., Agelena [Zoology / / key to spp. p. 26, Agelenidae (Araneae)., Agelenidae [Zoology / / Monograph with keys to genera and spp]., Aran]., Arthropoda (Animalia)., Arthropoda [Nearctic region / / United States, Biology, Blabomma grandis (Araneae)., Blabomma grandis [Zoology / / p. 19 figs]., bulbosus, Calymmaria, Calymmaria (Araneae)., Calymmaria [Zoology / / key to spp, Calymmaria emertoni, Calymmaria emertoni (Araneae)., Calymmaria nana, Calymmaria nana (Araneae)., Calymmaria quadrata, Calymmaria quadrata (Araneae)., Cicurina (Araneae)., Cicurina [Zoology / / key to spp, Cicurina idahoana, Cicurina idahoana (Araneae)., Cicurina intermedia, Cicurina intermedia (Araneae)., Cicurina pusilla, Cicurina pusilla (Araneae)., Cicurina simplex, Cicurina simplex (Araneae)., Cicurina tersa, Cicurina tersa (Araneae)., Cryphoeca peckhami (Araneae)., Cryphoeca peckhami [Zoology / / p. 18 figs]., Cybaeina minuta (Araneae)., Cybaeina minuta [Zoology / / p. 8]., Cybaeus, Cybaeus (Araneae)., Cybaeus [Zoology / / key to spp. p. 9, Cybaeus bulbosus, Cybaeus bulbosus (Araneae)., Cybaeus chaudius, Cybaeus chaudius (Araneae)., Cybaeus eutypus, Cybaeus eutypus (Araneae)., Cybaeus hatchi, Cybaeus hatchi (Araneae)., Cybaeus morosua, Cybaeus morosua (Araneae)., Cybaeus olympiae, Cybaeus olympiae (Araneae)., Cybaeus perditus, Cybaeus perditus (Araneae)., Cybaeus reliculatus, Cybaeus reliculatus (Araneae)., Cybaeus signifer, Cybaeus signifer (Araneae)., fig, fig]., figs, figs.]., Hahnia sanjuanensis (Araneae): [Sp nov, sp. n., U.S.A. p. 32 fig.]., Land zones, magnacava, Tegenaria derhami, p. 24 figs., Tegenaria gigantea, p. 25, Neoantistea, Neoantistea gosiuta (Araneae)., Neoantistea gosiuta [Zoology / / p. 33, Neoantistea riparia, Neoantistea riparia (Araneae)., New taxa, Nomenclature, p. 10, p. 11, p. 12, p. 13, p. 14]., p. 15, p. 16 figs, p. 17, p. 18]., p. 21, p. 22 figs, p. 23 fig]., p. 27, p. 28, p. 30 figs, p. 31 figs]., p. 34, p.. 29, pennsylvanica, quadrata, riparia, signifer, Systematics, Tegenaria derhami, Tegenaria derhami (Araneae)., Tegenaria gigantea, Tegenaria gigantea (Araneae)., Tegenaria lusitanica (Araneae): [Sp nov, T. key to spp. p. 23, Tegenaria, Tegenaria magnacava, Tegenaria magnacava (Araneae).},
	url = {<Go to ISI>://ZOOREC:ZOOR07600000642},
	author = {Exline, H.}
}
@article {122,
	title = {Mitochondrial differentiation, introgression and phylogeny of species in the Tegenaria atrica group (Araneae: Agelenidae)},
	journal = {Biological Journal of the Linnean Society},
	volume = {81},
	year = {2004},
	note = {ZOOR14004021926},
	month = {2004},
	pages = {79-89},
	abstract = {The relationships between the three members of the Tegenaria atrica group (T. atrica, T. saeva and T. gigantea) were examined with DNA sequence data from mitochondrial CO1, 16S rRNA, tRNAleu(CUN) and ND1 genes. Members of this group of large house spiders have overlapping distributions in western Europe and hybridize with each other to a variable degree. The close relatedness of all three species was supported by all analyses. T. saeva and T. gigantea are more closely affiliated than either is to T. atrica. Haplotypes clearly assignable to T. gigantea were also present in many specimens of T. saeva, suggesting asymmetrical introgression of mtDNA from T. gigantea into T. saeva. Molecular clock calibrations (CO1) suggest that deeper divisions within the genus Tegenaria may be in excess of 10 million years old, and that the evolutionary history of the T. atrica group has been moulded by Quaternary glacial-interglacial cycles.},
	keywords = {[Molecular genetics / / ] [Hybridization / / Introgression evidence], [Phylogeny / Molecular phylogeny / ] [Biochemical variation / / ]., Biochemistry, Evolution, Genetics, mtDNA sequences / Introgression evidence \& phylogenetic implications], Systematics, Tegenaria atrica, Tegenaria atrica (Araneae)., Tegenaria gigantea, Tegenaria gigantea (Araneae)., Tegenaria saeva (Araneae)., Tegenaria saeva [Nucleic acids /, Variation},
	isbn = {0024-4066},
	url = {<Go to ISI>://ZOOREC:ZOOR14004021926},
	author = {Croucher, P. J. P. and Oxford, G. S. and Searle, J. B.}
}
@article {14,
	title = {Predicting range overlap in two closely related species of spiders},
	journal = {Insect Conservation and Diversity},
	volume = {2},
	year = {2009},
	note = {ZOOR14511070670},
	month = {2009},
	pages = {135-141},
	abstract = {1. Predicting when and where species are likely to experience inter-specific interactions as a result of climate change may be as relevant to understanding their evolutionary futures as predicting responses to physical environmental variables. 2. In this paper, models built using data for the distributions of two species of large house spider, Tegenaria saeva and T. gigantea (Agelenidae), from relatively long-established parts of their ranges are used to predict species overlap in a region of more recent range expansion. 3. Generalised linear models (GLMs) are used to identify the key environmental variables associated with the distributions of the spider species in an east[long dash]west band across central Britain. Using this model, the distributions of the two species both north and south of the central band are predicted and tested for how closely they matched observed distributions, and thus whether environmental factors are a sufficient explanation for current distribution patterns in England and Wales. 4. Results demonstrate that predictions of both species distributions and overlap in the south region are almost as good as in the model-building zone, but that predicted distributions in the north are no better than random. Here either climate is of no importance in determining species distributions or, perhaps more likely, the system is still in a state of flux and currently reflects the stochasticity of recent colonisation. 5. Further long-term monitoring of the populations may allow discrimination between alternative hypotheses that could explain the current mismatch between climate and species{\textquoteright} distributions},
	keywords = {[Climate and weather / Climate change / ] [England / / distribution], [Wales / / ]., Abiotic factors, Eurasia, Europe, Generalised linear models / range overlap of species prediction], Land zones, Palaearctic, Physical factors, region, Techniques, Tegenaria gigantea, Tegenaria gigantea (Araneae)., Tegenaria saeva (Araneae)., Tegenaria saeva [Mathematical techniques /, United Kingdom},
	isbn = {1752-458X},
	url = {<Go to ISI>://ZOOREC:ZOOR14511070670},
	author = {Anderson, Barbara J. and Bai, Yixuan and Thomas, Chris D. and Oxford, Geoff S.}
}
