Titlebook: Ancient Animals, New Challenges; Developments in Spon Manuel‘Maldonado,Xavier Turon,Maria Jesús Uriz Book 2012 Springer Science+Business Me

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,Living on the edge: the sponge fauna of Australia’s southwestern and northwestern deep continental te the megabenthic invertebrate biomass in both southwestern (86%) and northwestern (35%) areas. The demosponge orders Poecilosclerida, Dictyoceratida, Haplosclerida, and Astrophorida are dominant, while the presence of the order Agelasida, lithistid sponges, and the Verongida are noteworthy in prov

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Sponge gardens of Ningaloo Reef (Carnarvon Shelf, Western Australia) are biodiversity hotspots, to lowest possible level, largely as morphospecies (84%). A searchable and interactive taxonomic catalogue was created and is publicly accessible through the Ningaloo Atlas collated by the Australian Institute for Marine Science. The sponge gardens on Carnarvon Shelf are patchily distributed but hi

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Role of deep sponge grounds in the Mediterranean Sea: a case study in southern Italy,sity and functional role of sponge grounds inhabiting deep environments is much more fragmentary. Aims of this article are to characterize through ROV image analysis the population structure of the sponge assemblages found in two deep habitats of the Mediterranean Sea and to test their structuring r

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Qualitative variation in colour morphotypes of , (Porifera: Verongida),ere consequences for experimental design and data management. Species of the sponge genus . embody a number of different morphologies and a diverse range of secondary metabolites. Among them, . (Pallas, 1776), a common sponge in Papua New Guinea and the Great Barrier Reef (GBR), exhibits two dominan

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Growth and regeneration of the elephant ear sponge , (Porifera),are notably limited. This study examined the growth of the elephant ear sponge ., the largest and in some areas one of the dominating sponge species on Guam and other pacific reefs. We measured growth rates of the natural population on Guam over the course of one year and identified intra-individual

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The marine sponge , can recover from stress-induced tissue regression, in . and assessed whether sponges could recover from this regressed tissue state. Six necrotic specimens and 12 healthy explants were collected at Orpheus Is. Australia and transported to aquarium facilities. Sponges were photographed daily and an integrated density (ID) measurement was used to qua

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