Subphylum Crustacea K ôr o
... - terrestrial crustaceans called isopods include pillbugs & sowbugs - freshwater members include crayfish & Daphnia (water fleas) ...
... - terrestrial crustaceans called isopods include pillbugs & sowbugs - freshwater members include crayfish & Daphnia (water fleas) ...
The Evolution of Animals
... Have true tissues Nervous tissue, muscle-like tissue, digestive tissue Lack true organs Mollusca All molluscs have a similar body plan with three main parts: a muscular foot usually used for movement, a visceral mass containing most of the internal organs, and a mantle, a fold of tissue that secrete ...
... Have true tissues Nervous tissue, muscle-like tissue, digestive tissue Lack true organs Mollusca All molluscs have a similar body plan with three main parts: a muscular foot usually used for movement, a visceral mass containing most of the internal organs, and a mantle, a fold of tissue that secrete ...
The Animal Kingdom
... Cephalopods move by jet propulsion. Most have an open circulatory system, as opposed to blood being enclosed in a network of blood vessels. ...
... Cephalopods move by jet propulsion. Most have an open circulatory system, as opposed to blood being enclosed in a network of blood vessels. ...
ARTHROPODA SHOW
... crustacean. While they are arthropods, they are most likely related to spiders and ticks. It’s considered a ...
... crustacean. While they are arthropods, they are most likely related to spiders and ticks. It’s considered a ...
Chapter 26
... c. Circulation – flow of nutrients, oxygen, etc through body d. Excretion – get rid of waste (ex: ammonia) e. Response – respond to environment; some have nerve cells f. Movement – many animals have muscles that provide movement of body and some internal organs g. Reproduction – most reproduce sexua ...
... c. Circulation – flow of nutrients, oxygen, etc through body d. Excretion – get rid of waste (ex: ammonia) e. Response – respond to environment; some have nerve cells f. Movement – many animals have muscles that provide movement of body and some internal organs g. Reproduction – most reproduce sexua ...
Animals are the most physically diverse kingdom of
... and jointed legs—may be the majority of all multicellular species. The vertebrates—animals with a spinal column, or backbone—are another large group of animals. Most members of this kingdom reproduce sexually, are motile, or capable of locomotion, and have senses and nervous systems. ...
... and jointed legs—may be the majority of all multicellular species. The vertebrates—animals with a spinal column, or backbone—are another large group of animals. Most members of this kingdom reproduce sexually, are motile, or capable of locomotion, and have senses and nervous systems. ...
Introduction to Animals Worksheet
... f. body parts arranged around a central axis, like the spokes of a bicycle wheel ...
... f. body parts arranged around a central axis, like the spokes of a bicycle wheel ...
Introduction to Animals Worksheet
... f. body parts arranged around a central axis, like the spokes of a bicycle wheel ...
... f. body parts arranged around a central axis, like the spokes of a bicycle wheel ...
Zoology Semester Exam Chapters 26-34
... 40. How do most fishes get rid of nitrogenous wastes? Eliminating ammonia from the gills & kidneys 41. If a fish’s olfactory bulbs were damaged, the fish probably would be unable to ____________________. Recognize substances by their smell 42. Most amphibians exist as ____________ larvae that breath ...
... 40. How do most fishes get rid of nitrogenous wastes? Eliminating ammonia from the gills & kidneys 41. If a fish’s olfactory bulbs were damaged, the fish probably would be unable to ____________________. Recognize substances by their smell 42. Most amphibians exist as ____________ larvae that breath ...
Phylum Chordata Basic Chordate Characters
... • well adapted for desert, but also in wet, warm habitats; one iguana is semi-marine ...
... • well adapted for desert, but also in wet, warm habitats; one iguana is semi-marine ...
Animal Kingdom PPT
... – Animals have different kinds of tissues for their various organs. – The different organs in an animal perform different jobs for the whole body. ...
... – Animals have different kinds of tissues for their various organs. – The different organs in an animal perform different jobs for the whole body. ...
Animals Study Guide
... have 2 legs and 2 wings Fish: cold-blooded have scales (most), fins, & gills lay eggs in water Insects: have 6 jointed legs (3 pairs) 3 body parts (head, thorax, & abdomen) exoskeleton Spiders (Arachnids): four jointed pairs of legs no wings or antennae 2 body parts (abdomen & cephalothorax) exoskel ...
... have 2 legs and 2 wings Fish: cold-blooded have scales (most), fins, & gills lay eggs in water Insects: have 6 jointed legs (3 pairs) 3 body parts (head, thorax, & abdomen) exoskeleton Spiders (Arachnids): four jointed pairs of legs no wings or antennae 2 body parts (abdomen & cephalothorax) exoskel ...
Chpt 28 Arthropods - Phylum Arthropoda o Arthro = jointed o Poda
... Do not live in water, nor the ground therefore air Body Plan o Have an exoskeleton Outside of their body Mostly make up of chitin (a carbohydrate) May be leathery and flexible • Ex) a caterpillar May be hard and ridged • Ex) crab or beetles Its function is to provide protection and for t ...
... Do not live in water, nor the ground therefore air Body Plan o Have an exoskeleton Outside of their body Mostly make up of chitin (a carbohydrate) May be leathery and flexible • Ex) a caterpillar May be hard and ridged • Ex) crab or beetles Its function is to provide protection and for t ...
Ch 29 - Crestwood Local Schools
... Phylum Arthropoda More kinds of these than any other kind of animal! ~ evolved from Annelids ~ Trilobites - 1st animals with eyes capable of forming images - lived in seas ~ 1st terrestrial arthropod thought to be scorpions about 425 mill. yrs. ago Characteristics: ~ jointed appendages ~ segmentatio ...
... Phylum Arthropoda More kinds of these than any other kind of animal! ~ evolved from Annelids ~ Trilobites - 1st animals with eyes capable of forming images - lived in seas ~ 1st terrestrial arthropod thought to be scorpions about 425 mill. yrs. ago Characteristics: ~ jointed appendages ~ segmentatio ...
Animals Grow and Change
... Give birth to live babies Have only a few babies at a time The female feeds the young milk from her body The young are taken care of for a long time People, dogs, horses, cows are mammals. ...
... Give birth to live babies Have only a few babies at a time The female feeds the young milk from her body The young are taken care of for a long time People, dogs, horses, cows are mammals. ...
Animals Grow and Change (Powerpoint
... Give birth to live babies Have only a few babies at a time The female feeds the young milk from her body The young are taken care of for a long time People, dogs, horses, cows are mammals. ...
... Give birth to live babies Have only a few babies at a time The female feeds the young milk from her body The young are taken care of for a long time People, dogs, horses, cows are mammals. ...
Arthropods – notes - Effingham County Schools
... – Can’t chew their food, release enzymes into prey to digest it—then suck the predigest liquid into its mouth. – Have book lungs where O2 and CO2 are exchanged. _______________ and _____________________ -- Most are parasites – Ticks have specialized mouthparts to remove blood from the host. – Ticks ...
... – Can’t chew their food, release enzymes into prey to digest it—then suck the predigest liquid into its mouth. – Have book lungs where O2 and CO2 are exchanged. _______________ and _____________________ -- Most are parasites – Ticks have specialized mouthparts to remove blood from the host. – Ticks ...
Terrestrial locomotion
Terrestrial locomotion has evolved as animals adapted from aquatic to terrestrial environments. Locomotion on land raises different problems than that in water, with reduced friction being replaced by the effects of gravity.There are three basic forms of locomotion found among terrestrial animalsLegged - Moving by using appendagesLimbless locomotion - moving without legs, primarily using the body itself as a propulsive structure.Rolling - rotating the body over the substrate