Suspension-feeders and coexisting infauna: an enhancement counterexample
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Does mollusc shell debris determine patterns of macrofaunal recolonisation on a tidal flat? Experimental evidence from reciprocal transplantations
2014, Journal of Experimental Marine Biology and EcologyCitation Excerpt :Nevertheless, it is likely that differences were due to the dispersive nature of these taxa, since they also lack free-swimming larvae and there was no evidence to support the habitat complexity hypothesis. Tubificinae oligochaetes produce cocoons from which juveniles crawl (Commito and Boncavage, 1989) while reproduction of Exogoninae polychaetes occurs through a special type of epigamy, by which females breed the offspring attached to their body (Gherardi et al., 2005). In addition, several studies have reported non-selective recolonisation of sediments with different grain sizes and organic matter contents (Faraco and Lana, 2006; Guerra-García and García-Gómez, 2009; Wu and Shin, 1997), suggesting that factors such as availability and abundance of macrofauna in surrounding areas are more important than substrate characteristics in modulating patterns.
Separating the effects of a habitat modifier, Modiolus modiolus and substrate properties on the associated megafauna
2012, Journal of Sea ResearchCitation Excerpt :Considering the high biodeposition rates by M. modiolus (Navarro and Thompson, 1997), these are expected to have a large impact in sedimentary environments. Several studies have carried out manipulative field experiments to examine the effects of mussels (mainly M. edulis) on soft sediments in the intertidal and the shallow subtidal (e.g. Commito and Boncavage, 1989; Ragnarsson and Raffaelli, 1999) or compared benthic communities on and off natural beds (e.g. Crooks, 1998). These types of studies are generally carried out at small spatial scales, and their findings may only be relevant at those scales.
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