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Advances in the Systematics of Diplopoda III
In this volume, the taxonomy of the diplopod order Polydesmida is extended to three poorly documented areas. A new cave species is described from the Crimea (Ukraine), five new species from Taiwan and seven new species from eastern Australia.
Advances in the Systematics of Diplopoda II
This is the second issue of ZooKeys specially devoted to millipede taxonomy, to appear just a couple of months since the publication of the first issue. It also contains three papers, all beautifully and richly illustrated. The first paper again focuses on the family Haplodesmidae (Polydesmida), this time presenting a review of the rather speciose genus Eutrichodesmus which currently contains 24 species, including nine new, mainly cavernicolous ones from China, Vietnam, Laos and Indonesia. The second contribution provides a review of the large Euro-Mediterranean genus Glomeris in North Africa, with 11 nominate species currently known from the coastal regions of Morocco, Algeria, Tunisia and Lybia. Three new species are described therein, including two cavernicoles, as well as a number of new synonymies established. The third paper revives and reviews Agathodesmus (Haplodesmidae), a small, previously dubious genus now containing four species, including one new from Australia.
Biodiversity, biogeography and nature conservation in Wallacea and New Guinea
description not available right now.
Revision of the Southeast Asian millipede genus Orthomorpha Bollman, 1893, with the proposal of a new genus (Diplopoda, Polydesmida, Paradoxosomatidae)
ÿThe large genus Orthomorpha is rediagnosed and is shown to currently com-prise 51 identifiable species ranging from northern Myanmar and Thailand in the Northwest to Lombok Island, Indonesia in the Southeast. Of them, 20 species have been revised and/or abundantly illustrated, based on a res-tudy of mostly type material; further 12 species are described as new: O. atypica sp. n., O. communis sp. n., O. isarankurai sp. n., O. picturata sp. n., O. similanensis sp. n., O. suberecta sp. n., O. tuberculifera sp. n., O. subtuberculifera sp. n. and O. latiterga sp. n., all from Thailand, as well as O. elevata sp. n., O. spiniformis sp. n. and O. subelevata sp. n., from northern Malaysia. The type...
Advances in the Systematics of Diplopoda 1
This volume contains three papers on the taxonomy of Diplopoda. The first, larger paper revises the small Oriental family Haplodesmidae, Polydesmoidea, Polydesmida, showing it to be synonymous with Doratodesmidae. Six new species are described, an old one is redescribed, numerous new synonymies and diagnoses are proposed, all six genera recognized as valid a redefined and keyed, as well as all their known constituent species. The second paper is devoted to descriptions of a new aberrant genus and two new species of Dalodesmidae, Dalodesmidea, Polydesmida from Tasmania, Australia. The third article provides the description of a new, northernmost species of a large southern African genus of Spirostreptidae, Spirostreptida from Zumbabwe.
The New Natural History of Madagascar
A marvelously illustrated reference to the natural wonders of one of the most spectacular places on earth Separated from Africa’s mainland for tens of millions of years, Madagascar has evolved a breathtaking wealth of biodiversity, becoming home to thousands of species found nowhere else on the planet. The New Natural History of Madagascar provides the most comprehensive, up-to-date synthesis available of this island nation’s priceless biological treasures. Now fully revised and expanded, this beautifully illustrated compendium features contributions by more than 600 globally renowned experts who cover the history of scientific exploration in Madagascar, as well as the island’s geology...
Cave Ecology
Cave organisms are the ‘monsters’ of the underground world and studying them invariably raises interesting questions about the ways evolution has equipped them to survive in permanent darkness and low-energy environments. Undertaking ecological studies in caves and other subterranean habitats is not only challenging because they are difficult to access, but also because the domain is so different from what we know from the surface, with no plants at the base of food chains and with a nearly constant microclimate year-round. The research presented here answers key questions such as how a constant environment can produce the enormous biodiversity seen below ground, what adaptations and pec...
