Preference, avoidance or coincidence? How fish and crustaceans use intertidal salt-marsh creeks in the German Wadden Sea

Friese, Julia; Temming, Axel; Dänhardt, Andreas

doi:10.1016/j.ecss.2021.107297

Cited by 5 publications

(1 citation statement)

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“…Due to the vast numbers of nekton supported by the coastal seascape, this group of consumers appears to play a particularly important role in the active, biota‐mediated transfer of blue carbon (Irlandi & Crawford, 1997; Moss, 2017). Nektonic consumers are highly mobile across BCE borders and transfer carbon through foraging, ontogenetic migrations, trophic relays and predator avoidance (Friese et al, 2021; Hyndes et al, 2014; Mellbrand et al, 2011). Also, larval export from BCEs is an important biological carbon flux across ecosystem borders in the coastal zone (Saintilan & Mazumder, 2017).…”

Section: Part I—a Conceptual Framework Of Biotic‐interaction Effects ...mentioning

confidence: 99%

Biota‐mediated carbon cycling—A synthesis of biotic‐interaction controls on blue carbon

et al. 2022

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Biota play an obvious key role in terrestrial and aquatic carbon cycling (Schlesinger & Bernhardt, 2013). Biotamediated carbon cycling is the consequence of basic physiological functions and refers to the transformation of CO 2 into organic matter (OM) through assimilation by primary producers (including plants, algae and autotrophic prokaryotes) and the release of CO 2 (or CH 4 ) through dissimilatory processes such as respiration by consumers (predominantly animals), microbial decomposers (including fungi, bacteria and archaea) and primary producers (Hügler & Sievert, 2011;Rosenberg et al., 2014;Thauer et al., 2008). Besides these direct biota-mediated effects on carbon cycling, biotic interactions between producers, consumers and decomposers can induce important changes in the rate of assimilatory and dissimilatory processes and thereby exert indirect

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