The Spider 32

The Micropholcommatidae are a family of tiny, distinctive araneoid spiders, known from southern-temperate habitats throughout Australasia and Chile. The greatest abundance of individuals and the largest diversity of taxa occur in the cool-temperate rainforests of south-eastern Australia and New Zealand, where micropholcommatid spiders can be very common within moss and leaf litter microhabitats. Although poorly studied biologically and largely neglected taxonomically, the Micropholcommatidae are a diverse lineage, with a significantÿ The monograph in this volume presents a complete generic-level revision of the spider family Micropholcommatidae. The phylogenetic position and internal phylogeny of the family are tested with two separate morphological cladistic analyses, the results of which inform a comprehensive generic-level classification. In total, 26 new species, 12 new genera, one new tribe and two new subfamilies are described, taking the total documented micropholcommatid fauna to 58 species. The distribution and Gondwanan biogeography of the family are also discussed, and natural history information is provided where known. Most importantly, the results of this paper present a taxonomic framework and a phylogenetic foundation for all future research on the Micropholcommatidae; a template by which new species can be described and existing species can be identified, and a valuable dataset for exploring phylogenetic hypotheses.

PLASTIC creators DOUG WAGNER and DANIEL HILLYARD return with Eisner Award winner DAVE STEWART for an unsettling tale of psychopaths, sweet love, and a serial killer named Walter. When Walter’s best friend, the FBI agent charged with his capture, is kidnapped by a death cult of all-female sunflower farmers, Walter finds himself deep within an underground labyrinth filled with secrets and monsters...but are their monsters more horrific than his?

E.g. material from Curaçao and St. Martin: Stenorychus seticornis (p. 18); Metoporhaphis calcarata (p. 22); Batrachonotus fragosus (p. 125); etc.

Revisit the very first meeting of Spidey and Doc Ock in this new ALL AGES series.

Richard Wentworth is a decorated war hero who has sacrificed everything, including the woman he loves, for duty. But the New York City Wentworth returns to is riddled with crime and corruption. With the police overwhelmed and a populace helpless, Wentworth becomes The Spider, a vigilante as ruthless and merciless as the criminals he hunts. But now there's a new danger on the rise.

The Spider, a grim and relentless vigilante stalking the criminals of New York City, faces a terrifying new threat! Who has the drive, the intelligence, and the means to destroy the Spider? The Fly, a wealthy playboy with all the resources and power of Richard Wentworth's masked alter-ego! Dedicated to criminal perfection, the Fly targets the outlaw hero and the city itself in the midst of a serial killer's rampage and corporate terrorist attacks! Will the Spider be pushed to the brink of human endurance? Or will he overcome the Fly's machinations and prevent the wholesale slaughter of every police officer in the Big Apple?

The spider genus Tayshaneta is revised based on results from a three gene phylogenetic analysis (Ledford et al. 2011) and a comprehensive morphological survey using scanning electron (SEM) and compound light micros-copy. The morphology and relationships within Tayshaneta are discussed and five species-groups are supported by phylogenetic analyses: the anopica group, the coeca group, the myopica group, the microps group and the sandersi group. Short branch lengths within Tayshaneta contrast sharply with the remaining North American genera and are viewed as evidence for a relatively recent radiation of species. Variation in troglomorphic morphology is discussed and compared to patterns found in other Texas cave invertebrates. Several species previously known as single cave endemics have wider ranges than expected, suggesting that some caves are not isolated habitats but instead form part of interconnected karst networks. Distribution maps are compared with karst faunal regions (KFR?s) in Central Texas and the implications for the conservation and recovery of Tayshaneta species are discussed. Ten new species are described: T. archambaulti sp. n., T. emeraldae sp. n., T. fawcetti sp. n., T. grubbsi sp. n., T. madla sp. n., T. oconnorae sp. n., T. sandersi sp. n., T. sprousei sp. n., T. vidrio sp. n. and T. whitei sp. n. The males for three species, T. anopica (Gertsch, 1974), T. devia (Gertsch, 1974) and T. microps (Gertsch, 1974) are described for the first time. Tayshaneta furtiva (Gertsch, 1974) and T. uvaldea (Gertsch, 1974) are declared nomina dubia as the female holotypes are not diagnosable and efforts to locate specimens at the type localities were unsuccessful. All Tayshaneta species are thoroughly illustrated, diagnosed and keyed. Distribution maps are also provided highlighting areas of taxonomic ambiguity in need of additional sampling.