Worms of different sizes extend burrows through muddy sediments by fracture applying dorso-ventral forces that are amplified. This study suggests that I-shaped burrow dominants the burrow architecture of P The polychaete with large size has a higher. The most generalised polychaetes are those that crawl along the bottom but others have adapted to many different ecological niches including burrowing. Sedentary burrowing polychaetes including ambush predators mostly employ peristaltic locomotion when they burrow 52 which produces a. About half the known polychaeta are free living predators or scavengers and the other half live permanently in burrows..
Victoria News
Worms of different sizes extend burrows through muddy sediments by fracture applying dorso-ventral forces that are amplified. This study suggests that I-shaped burrow dominants the burrow architecture of P The polychaete with large size has a higher. The most generalised polychaetes are those that crawl along the bottom but others have adapted to many different ecological niches including burrowing. Sedentary burrowing polychaetes including ambush predators mostly employ peristaltic locomotion when they burrow 52 which produces a. About half the known polychaeta are free living predators or scavengers and the other half live permanently in burrows..
Worms of different sizes extend burrows through muddy sediments by fracture applying dorso-ventral forces that are amplified. This study suggests that I-shaped burrow dominants the burrow architecture of P The polychaete with large size has a higher. The most generalised polychaetes are those that crawl along the bottom but others have adapted to many different ecological niches including burrowing. Sedentary burrowing polychaetes including ambush predators mostly employ peristaltic locomotion when they burrow 52 which produces a. About half the known polychaeta are free living predators or scavengers and the other half live permanently in burrows..
Legasea Ecology
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