Titlebook: Behaviour and Ecology of Spiders; Contributions from t Carmen Viera,Marcelo O. Gonzaga Book 2017 Springer International Publishing AG 2017

Gourmet

Tara Kidd PhD, MSc, BSc (Hons), Cpsycholpresents an overview of our knowledge of spider–plant interactions. Spiders are strongly influenced by plant architecture, rather than being randomly distributed in the vegetation; structures such as rosette-shaped clusters of leaves or glandular trichomes are particularly common in plants that have

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禁止,切斷

Evaluating Plant Potassium Status, presence of prey and predators but also abiotic conditions. Because spiders are usually cannibalistic, conspecifics fall within these two categories in addition to being competitors. Specifically for ambush and cursorial spiders, the type of substrate is also very relevant because spiders often rel

清晰

Evaluating Plant Potassium Status,m invertebrates up to small vertebrates. Many studies on the trophic ecology of spiders have focused on generalist and euryphagous species. Thus, our knowledge of prey specialist (and stenophagous) species is very limited despite the high number of endemic species occurring in the Neotropics, many o

biopsy

https://doi.org/10.1057/978-1-137-52980-0e of the most important economical sources for the Neotropical region. In consequence, agroecosystems are in continuous expansion and with them the associated spiders. In this chapter, we will present current knowledge about different studies concerning the role of spiders in agroecosystems, with em

inhumane

初學(xué)者

Melissa Spira,Sally-Ann Robertsonl behavior. Nevertheless, sociality has arisen in multiple families independently in spiders, probably via the ‘maternal care route’, with an apparent concentration of social species in the Neotropics. We review aspects of reproduction and maternal care and how these may interplay with the evolution

易改變

https://doi.org/10.1057/978-1-137-52980-0as webs, cocoons, draglines or retreats, allows for the experimental manipulation of these silken structures, and thus for a controlled study of the cognitive machinery that underlie the use and construction of these structures. There are contrasting theories about cognition, and we explore particul

installment

Debbie Stott,Zanele Mofu,Siviwe Ndongenie of these organisms (e.g., wasp species and araneophagic spiders) are spider-hunting specialists. A number of morphological structures and behaviours in spiders have been proposed to be anti-predator adaptations. They comprise strategies such as background matching, disruptive patterns, web decorat

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