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Porfieria example, support type, nutrient aqusistion, transport adaptions Sponges. spicules +spongin hydrostatic. Filter feeding, intracellular. Diffusion and water flow. No circulatory system
Cnidaria example, support type, nutrient aqusistion, transport adaptions Jelly fish. Hydrostatic. Predatation . Diffusion Gastrovascular Cavity. No ciculatory
Mullusca example, support type, nutrient aqusistion, transport adaptions Snails, clams. Exoskeleton. Radula, Extracellular Ingestion, Predatation. Gills/lungs, Open circulatory systems.
Annelida example, support type, nutrient aqusistion, transport adaptions Earthworms. hydrostatic. Extracellular Ingestion, complete gut. Closed circulatory system
Plathelminthes example, support type, nutrient aqusistion, transport adaptions flat worms. hydrostatic. Absorption Gastrovascular Cavity . Diffusion across body (tegument).
Arthropoda example, support type, nutrient aqusistion, transport adaptions Insects, spider. Exoskeleton. Mandibules. Lungs/gills, Tracheal system, Open circulatory system.
Echindermota example, support type, nutrient aqusistion, transport, adaptions Sea Stars. Endoskeleton. Extracelular and Intracellular Digestion. Water vascular system and diffusion. Open circulatory system
Chordata example, support type, nutrient aqusistion, transport adaptions Dog, Human. Endoskeleton. Rumen vs non rumen Ingestion. lungs/gills. Closed circulatory system.
Nematoda example, support type, nutrient aqusistion, transport adaptions Roundworms. Hydrostatic. Ingestion. Diffusion + Colem fluid in body cavity. No circulatory
K x A x (p1-p2)/D what do all of the letters stand for K = Diffusion Constant, A = Area for gas exchange. P's = Difference in partial pressure of gas. D= Distance
What is Direct development No larvae produced
What is indirect development Several Larvae produced
Created by: user-1985775
 

 



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