Detailed feeding interactions across species are not shown; coloured arrows indicate only the dominant feedings pathways for herbivores (left, from macroalgae), benthivores (middle, from benthos), and planktivores (right, from plankton). All species feed on plankton in earliest life stages (indicated with the large arrow). Predators (#14–17) are shown on the top of the figure, but for other groups, position in the figure does not reflect their trophic level. The image was drawn by Amy Coghlan.</p
<p>Distribution of the three classes of feeding behaviour (invertebrate eaters in purple, omnivores ...
<p>A) Structure of experimental food webs with varying species richness per trophic level, i.e., tro...
Predator–prey relationships are vital to ecosystem function and there is a need for greater predicti...
The SELECT model (Frost, 1982) is analyzed, criticized, and extended to embrace new information abou...
<p>Symb: symbiotic; Ep: epibenthic feeding; Sr: surface feeding; Ss: sub-surface feeding; Pa: sector...
<p>a) Keystone (KS ≥0; black circles) and dominant groups (KD ≥0.7; grey circles), respectively, in ...
Contains fulltext : 35444.pdf (publisher's version ) (Open Access)Segregation of r...
<p>For functional compartments and box numbers, see text. Primary producers are in green; filter-fee...
We present a figure summarizing the trophic relationships of generalist, benthic, and lim-netic stic...
1. Food webs are a powerful way to represent the diversity, structure, and function of ecological sy...
Food webs and meso-scale motifs allow us to understand the structure of ecological communities and d...
Animals have evolved different foraging strategies in which some animals forage independently and ot...
<p><b>A</b>. General food web diagram as defined in this study. <b>B</b>, <b>C</b> and <b>D</b>. Exa...
<p>Categories are: benthic prey, epibenthic prey and fish. Species are arranged in decreasing order ...
© The Author(s), 2013. This article is distributed under the terms of the Creative Commons Attributi...
<p>Distribution of the three classes of feeding behaviour (invertebrate eaters in purple, omnivores ...
<p>A) Structure of experimental food webs with varying species richness per trophic level, i.e., tro...
Predator–prey relationships are vital to ecosystem function and there is a need for greater predicti...
The SELECT model (Frost, 1982) is analyzed, criticized, and extended to embrace new information abou...
<p>Symb: symbiotic; Ep: epibenthic feeding; Sr: surface feeding; Ss: sub-surface feeding; Pa: sector...
<p>a) Keystone (KS ≥0; black circles) and dominant groups (KD ≥0.7; grey circles), respectively, in ...
Contains fulltext : 35444.pdf (publisher's version ) (Open Access)Segregation of r...
<p>For functional compartments and box numbers, see text. Primary producers are in green; filter-fee...
We present a figure summarizing the trophic relationships of generalist, benthic, and lim-netic stic...
1. Food webs are a powerful way to represent the diversity, structure, and function of ecological sy...
Food webs and meso-scale motifs allow us to understand the structure of ecological communities and d...
Animals have evolved different foraging strategies in which some animals forage independently and ot...
<p><b>A</b>. General food web diagram as defined in this study. <b>B</b>, <b>C</b> and <b>D</b>. Exa...
<p>Categories are: benthic prey, epibenthic prey and fish. Species are arranged in decreasing order ...
© The Author(s), 2013. This article is distributed under the terms of the Creative Commons Attributi...
<p>Distribution of the three classes of feeding behaviour (invertebrate eaters in purple, omnivores ...
<p>A) Structure of experimental food webs with varying species richness per trophic level, i.e., tro...
Predator–prey relationships are vital to ecosystem function and there is a need for greater predicti...