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Olfactory bulb volume correlated negatively with habitat complexity, indicating that species living in less complex habitats (e. g. benthic or sand) have larger olfactory bulbs than species from complex (e. g. rock) habitats (Table 1).
Generally, it prefers structurally complex habitats with lush grasses and shrubs.
Theoretical work predicts that complex habitats allow more species to co-exist in a given area.
We successfully apply these techniques in the deep sea to highly complex habitats and biologically diverse environments, demonstrating the importance of considering the vertical component.
Focuses on the ecology of salt marshes and rocky shores, and the biology of plants and animals that live in these complex habitats.
Riparian forests are precious, complex habitats fostering high biodiversity where effective monitoring of habitat quality is particularly important.
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This process of decay and renewal creates a complex habitat.
Furthermore, seamount seabed morphology leads to complex habitat mosaics at different depths that modify the hydrodynamic flow20,21.
Among those habitats considered here, massive Porites generally provided the most structurally complex habitat at each scale, arguably due to the sheer size of colonies.
Laymen who find the bay an endlessly dazzling experience of nature wonder how well earlier efforts have been working in such a complex habitat.
High biodiversity in riparian areas can be attributed to cool moist conditions, high productivity and complex habitat.
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