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https://www.youtube.com/watch?v=Swy9dr9LtUU
May 13, 2015 · Project Name: e-Content for zoology experiments Project Investigator: Dr. Nikunj Bhatt Module Name: Earthworm: movement - hydrostatic skeleton.
https://quizlet.com/186976260/animals-movement-reproduction-and-development-flash-cards/
Start studying ANIMALS: MOVEMENT, REPRODUCTION, AND DEVELOPMENT. Learn vocabulary, terms, and more with flashcards, games, and other study tools. ... support and movement structure of animals that is maintained by water or body fluid. ... An earthworm receives support and shape from its fluid-filled cavity. It has _____.
http://www.ucs.mun.ca/~iemerson/lectures1001/lecfram24.html
Support and Movement Overview of lecture Functions of Skeletons Movement Hydrostatic Skeletons of Hydra and Earthworm Suitability for Aquatic Habitat; Drawbacks Exoskeleton of Grasshopper Preadaptation for life on land Success and Plasticity of Form of Insects Endoskeleton of Fish and mammal Adaptations for water or land
https://cronodon.com/BioTech/Earthworm_locomotion.html
Click a link below to learn more about earthworm biology: Structure of the body wall and respiration Movement, support and locomotion Circulatory system Nervous and sensory systems Nutrition Reproduction and development Ecology
http://www.buildingthepride.com/faculty/pgdavison/BI%20102/ch_48_support_systems.htm
The support structure of a skeleton we usually think of as bone in our body, yet this is only one type of supporting structure that enable muscles to function in bringing about movement. The supporting skeleton can be a fluid filled chamber that resists compression when squeezed upon, i.e. a hydrostatic skeleton.
https://sciencing.com/worms-move-4566503.html
Nov 22, 2019 · The setae are normally held inside the earthworm's body, but they are extended when the worm is burrowing or anchoring itself in the soil. When a bird or other animal tries to pull an earthworm up from the dirt, the setae hold the worm in place, and they are so strong that the worm's body might snap in two before the setae lose their grip.
http://www.porcellio.scaber.org/Eworms/eworm.htm
Support and movement: Earthworms have a hydrostatic (= fluid) skeleton. They move by squeezing the circular muscles of each segment to make their body extend forward, then they grip the surface with their bristles and contract their longitudinal muscles so their body is pulled up to their anterior (front) end
https://www.sciencelearn.org.nz/videos/3-physical-adaptations-for-life-underground
Jun 12, 2012 · Movement Earthworms are adapted for life underground. Their streamlined shape allows them to burrow through soil. They have no skeletons or other rigid structures to interfere with their movement. The earthworm’s body is divided into segments. Each segment has a number of setae or very small …
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