Invertebrate Power Point Sponges to Earthworms File
... 4. Cells are organized into tissues 5. Some animals have organs and organ systems ...
... 4. Cells are organized into tissues 5. Some animals have organs and organ systems ...
Mollusks, Worms, Arthropods, Echinoderms
... First animals to have a one way digestive system with mouth and anus First animals to have a fluid filled body cavity called a pseudocoelom- “false body cavity” ...
... First animals to have a one way digestive system with mouth and anus First animals to have a fluid filled body cavity called a pseudocoelom- “false body cavity” ...
ANIMAL`S NAME SPECIES (KIND OF ANIMAL) SIZE DIET HABITAT
... - echidnas don’t have teeth, so they crush insects with the pads in their mouth - has a pointy snout and a long sticky tongue ...
... - echidnas don’t have teeth, so they crush insects with the pads in their mouth - has a pointy snout and a long sticky tongue ...
Ch 32 Animal Evolution
... A. It can serve as a storage compartment for food. B. It helps prevent internal injury by cushioning internal organs. C. It enables organs to grow and move independently of the outer body wall. D. It can act as a hydrostatic skeleton. E. All of the above are correct. Essay Question: Answers must be ...
... A. It can serve as a storage compartment for food. B. It helps prevent internal injury by cushioning internal organs. C. It enables organs to grow and move independently of the outer body wall. D. It can act as a hydrostatic skeleton. E. All of the above are correct. Essay Question: Answers must be ...
chapter 1 book 2 Sponges, Cnidarians
... tentacles spread out from around the mouth. • Adapted for life attached to a surface ...
... tentacles spread out from around the mouth. • Adapted for life attached to a surface ...
The Human Body
... Nervous system • Responsible for process information from the environment – Senses: taste, see, touch, etc. ...
... Nervous system • Responsible for process information from the environment – Senses: taste, see, touch, etc. ...
Chapter 10 Sponges, Cnidarians, Worms and Mollusks
... b. Uses own body parts for food c. Able to regenerate lost parts 4. Tapeworms a. Parasites b. Live in bodies of animals and humans B. Roundworms 1. Live in intestines of host 2. Resemble strands of spaghetti 3. Called nematodes 4. Have head and tail 5. Tubelike digestive system with 2 openings a. Mo ...
... b. Uses own body parts for food c. Able to regenerate lost parts 4. Tapeworms a. Parasites b. Live in bodies of animals and humans B. Roundworms 1. Live in intestines of host 2. Resemble strands of spaghetti 3. Called nematodes 4. Have head and tail 5. Tubelike digestive system with 2 openings a. Mo ...
Intro To Arthropods
... Arthropods have been around for 500 million years. There are about a million known species of arthropods. – This are more species in this one phylum than you would get by grouping all members of all other phyla together. ...
... Arthropods have been around for 500 million years. There are about a million known species of arthropods. – This are more species in this one phylum than you would get by grouping all members of all other phyla together. ...
Slide 1
... comes from the fact that many species have from one to many tentacles at the anterior end. ...
... comes from the fact that many species have from one to many tentacles at the anterior end. ...
Cnidarians Practice Sheet
... All (1) _________________________ are tentacled, radial animals; they include jellyfishes, sea anemones, corals, and freshwater animals like Hydra. Most of these animals live in the sea, and they alone produce (2) _________________________, which are capsules capable of discharging threads that enta ...
... All (1) _________________________ are tentacled, radial animals; they include jellyfishes, sea anemones, corals, and freshwater animals like Hydra. Most of these animals live in the sea, and they alone produce (2) _________________________, which are capsules capable of discharging threads that enta ...
In the Wild - The Maryland Zoo in Baltimore
... Detritivores: Eat decaying plant and animal matter; may also eat smaller insects Adaptations Hiss by expelling air through spiracles – holes in the sides of the abdomen o Adult males hiss during aggressive encounters and during courtship and mating o Females and late-stage nymphs hiss only when dist ...
... Detritivores: Eat decaying plant and animal matter; may also eat smaller insects Adaptations Hiss by expelling air through spiracles – holes in the sides of the abdomen o Adult males hiss during aggressive encounters and during courtship and mating o Females and late-stage nymphs hiss only when dist ...
Asilidae, robber flies
... to large, hairy, fast flying insects with a hollowed area between their eyes and a beard. Most species have an elongated humped body with a slender tapering abdomen. Most species are gray, brown or black, while some resemble bumblebees or are very slender like damselflies. Prey species: Adult robber ...
... to large, hairy, fast flying insects with a hollowed area between their eyes and a beard. Most species have an elongated humped body with a slender tapering abdomen. Most species are gray, brown or black, while some resemble bumblebees or are very slender like damselflies. Prey species: Adult robber ...
Chapter 20
... population of cells scattered through a nonliving substance called matrix • Loose connective tissue – binding & packaging material, holding other organs & tissues in place • Adipose tissue – contains fat, pads, ...
... population of cells scattered through a nonliving substance called matrix • Loose connective tissue – binding & packaging material, holding other organs & tissues in place • Adipose tissue – contains fat, pads, ...
Standard 4: ANATOMY AND PHYSIOLOGY – REVIEW OF BASICS
... Branches of the trachea that lead to each lung Organs where gas exchange takes place Tiny air sacs in lungs surrounded by capillaries where red blood cells move in single file so that oxygen can diffuse into the blood Damage to alveoli results in emphysema ...
... Branches of the trachea that lead to each lung Organs where gas exchange takes place Tiny air sacs in lungs surrounded by capillaries where red blood cells move in single file so that oxygen can diffuse into the blood Damage to alveoli results in emphysema ...
Document
... (earthworms)--this allows specialization of different segments for reproduction, etc. ex. Arthropods (insects, spiders)-have a tough exoskeleton for protection, can increase body size through metamorphosis (like caterpillarsbutterflies) ...
... (earthworms)--this allows specialization of different segments for reproduction, etc. ex. Arthropods (insects, spiders)-have a tough exoskeleton for protection, can increase body size through metamorphosis (like caterpillarsbutterflies) ...
Intro to Animals
... Produced by body cells from metabolism of PROTEINS & NUCLEIC ACIDS Removed by EXCRETORY SYSTEM AMMONIA-Most TOXIC; requires most water to dilute Excreted by aquatic organisms directly into water via gills or other organs UREA- Less toxic than ammonia; requires less water to dilute excreted by amphib ...
... Produced by body cells from metabolism of PROTEINS & NUCLEIC ACIDS Removed by EXCRETORY SYSTEM AMMONIA-Most TOXIC; requires most water to dilute Excreted by aquatic organisms directly into water via gills or other organs UREA- Less toxic than ammonia; requires less water to dilute excreted by amphib ...
Introduction to Animals Notes
... Produced by body cells from metabolism of PROTEINS & NUCLEIC ACIDS Removed by EXCRETORY SYSTEM AMMONIA-Most TOXIC; requires most water to dilute Excreted by aquatic organisms directly into water via gills or other organs UREA- Less toxic than ammonia; requires less water to dilute excreted by amphib ...
... Produced by body cells from metabolism of PROTEINS & NUCLEIC ACIDS Removed by EXCRETORY SYSTEM AMMONIA-Most TOXIC; requires most water to dilute Excreted by aquatic organisms directly into water via gills or other organs UREA- Less toxic than ammonia; requires less water to dilute excreted by amphib ...
intro to animals (metazoa) - Speedway High School
... be HYDROSTATIC skeleton circulate nutrients/oxygen ...
... be HYDROSTATIC skeleton circulate nutrients/oxygen ...
Page 61
... Body Symmetry: bilateral with head end & tail end, left and right side Body Plan: long, narrow without legs – flat and soft as jelly Tissue/ organs/ organ systems: Respiratory & circulatory: not needed – body thin Nervous: interprets info and directs animals response Brain: knot of nerve tissue in h ...
... Body Symmetry: bilateral with head end & tail end, left and right side Body Plan: long, narrow without legs – flat and soft as jelly Tissue/ organs/ organ systems: Respiratory & circulatory: not needed – body thin Nervous: interprets info and directs animals response Brain: knot of nerve tissue in h ...
Physiology
... c. The liver changes the chemical composition of many of these to more usable forms. ...
... c. The liver changes the chemical composition of many of these to more usable forms. ...
Animalia PowerPoint
... • Invertebrates occupy all terrestrial and aquatic ecosystems and have existed for hundreds of millions of years ...
... • Invertebrates occupy all terrestrial and aquatic ecosystems and have existed for hundreds of millions of years ...
Parasitic Wasps
... This is a huge group of wasps ranging in size from miniscule to 4 inches in length. They are slender with long antennae and legs. Many are brightly colored and may have wings colored with blues or browns. Adults can often be seen during the day feeding on flowers of trees and shrubs. Females possess ...
... This is a huge group of wasps ranging in size from miniscule to 4 inches in length. They are slender with long antennae and legs. Many are brightly colored and may have wings colored with blues or browns. Adults can often be seen during the day feeding on flowers of trees and shrubs. Females possess ...
Insect physiology
Insect physiology includes the physiology and biochemistry of insect organ systems.Although diverse, insects are quite indifferent in overall design, internally and externally. The insect is made up of three main body regions (tagmata), the head, thorax and abdomen.The head comprises six fused segments with compound eyes, ocelli, antennae and mouthparts, which differ according to the insect’s particular diet, e.g. grinding, sucking, lapping and chewing. The thorax is made up of three segments: the pro, meso and meta thorax, each supporting a pair of legs which may also differ, depending on function, e.g. jumping, digging, swimming and running. Usually the middle and the last segment of the thorax have paired wings. The abdomen generally comprises eleven segments and contains the digestive and reproductive organs.A general overview of the internal structure and physiology of the insect is presented, including digestive, circulatory, respiratory, muscular, endocrine and nervous systems, as well as sensory organs, temperature control, flight and molting.