Titlebook: New Horizons in Meiobenthos Research; Profiles, Patterns a Olav Giere,Michaela Schratzberger Book 2023 The Editor(s) (if applicable) and Th

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鳥籠

Meiofauna Shaping Biogeochemical Processes,cology how these processes are controlled and mediated by biotic factors. Particularly, the role of meiobenthos, the most abundant and diverse faunal component in these systems, is little understood and requires more attention. In this chapter, we discuss the impact of meiofauna bioturbation in mari

Collision

,Meiofauna and Biofilms—The Slimy Universe,nly hotspots of microbial diversity, but they also house astonishing abundances of meiofaunal organisms that find in a few-mm thick biofilm a proper shelter and a wealth of food items. This tiny ‘slimy universe’ represents a coherent and predictable framework to investigate responses of complex biol

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指數(shù)

,Hidden Players—Meiofauna Mediate Ecosystem Effects of Anthropogenic Disturbances in the Ocean,s intensify. Yet, our awareness and understanding of the long‐term, pervasive effects of anthropogenic disturbances on the seafloor, and the resident meiofauna, is far from complete. This chapter summarises research on the responses of marine meiofauna to the most widespread anthropogenic disturbanc

高度

,Deep-Sea Meiofauna—A World on Its Own or Deeply Connected?,key in understanding temporal and spatial patterns in biodiversity and biogeography and are major contributors to ecological processes and functions. Meiofauna are integral to deep-sea benthic communities, with numerous links to other benthic organisms and the interstitial environment, the habitat f

指令

,Polar Meiofauna—Antipoles or Parallels?, by an ocean that separates it from the nearest landmasses. At first glance, the poles could not be more dissimilar owing to their contrasting location, geography, and tectonic and evolutionary history. The amplitude and types of ice cover, though differing between the poles, are influenced by the s

皮薩

,Cave Meiofauna—Models for Ecology and Evolution,n to cave meiofaunal communities, thereby potentially underestimating subterranean biodiversity. To date, meiofauna has been recorded in only 2026 caves, totalling 31% of caves for which information on aquatic fauna is available around the world. However, these records primarily originate from Europ