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Word Document - Maine Legislature
... organization or animal shelter under this section shall enter into an agreement with the animal rescue organization or animal shelter for the implementation of this section. A research facility that provides a retired animal to an animal rescue organization or animal shelter under this section is im ...
... organization or animal shelter under this section shall enter into an agreement with the animal rescue organization or animal shelter for the implementation of this section. A research facility that provides a retired animal to an animal rescue organization or animal shelter under this section is im ...
Ch. 17 (word) - Ltcconline.net
... surface; muscular tube protrudes through mouth and pulls food in. Planaria live on undersurfaces of rocks in ponds and streams. Using cilia, they crawl in search of food. Muscles allow them to twist and turn. b. flukes - parasites. e.g. Schistosoma - female spends much of time in a groove in the mal ...
... surface; muscular tube protrudes through mouth and pulls food in. Planaria live on undersurfaces of rocks in ponds and streams. Using cilia, they crawl in search of food. Muscles allow them to twist and turn. b. flukes - parasites. e.g. Schistosoma - female spends much of time in a groove in the mal ...
Simple Invertebrates1
... Sponges (respiration, excretion and internal transport)? -water flowing through a sponge will accomplish respiration, excretion, and internal transport ...
... Sponges (respiration, excretion and internal transport)? -water flowing through a sponge will accomplish respiration, excretion, and internal transport ...
Building A Butterfly, Making a Moth
... Ask students to describe what insects they’ve observed in their yard or garden. How were they able to identify what type or species they found? Ask if they think that the same species of insect could have more than one “look” during differ ent periods of its life. Why or why not? Show Chapter 1 of ...
... Ask students to describe what insects they’ve observed in their yard or garden. How were they able to identify what type or species they found? Ask if they think that the same species of insect could have more than one “look” during differ ent periods of its life. Why or why not? Show Chapter 1 of ...
Kingdom Animalia - hrsbstaff.ednet.ns.ca
... means that the majority of animals come from a group of critters that give most folks the creeps! So, what exactly is an "animal"? With so many different kinds of animals, it's hard to imagine what they all might have in common. First, animals are multicellular. This means they are made of many cell ...
... means that the majority of animals come from a group of critters that give most folks the creeps! So, what exactly is an "animal"? With so many different kinds of animals, it's hard to imagine what they all might have in common. First, animals are multicellular. This means they are made of many cell ...
p •ot - wwphs
... developmenta.l characteristics but have existed as sep.. arate phyla for at least 500 million years. ...
... developmenta.l characteristics but have existed as sep.. arate phyla for at least 500 million years. ...
For Creative Minds - Arbordale Publishing
... some characteristic. You might sort candy by the shape or by what’s in the candy. Or you might sort some types of candy by color. You can sort toys by how you use them, where you use them, or by size. When you sort things, you are classifying them by some characteristic. Scientists sort things too. ...
... some characteristic. You might sort candy by the shape or by what’s in the candy. Or you might sort some types of candy by color. You can sort toys by how you use them, where you use them, or by size. When you sort things, you are classifying them by some characteristic. Scientists sort things too. ...
Ch30
... and organized into tissues, organs, etc; they inhabit the sea, fresh water and land; most are capable of locomotion at some stage of their lives; most can respond adaptively to external stimuli and have well developed sense organs and nervous system; most reproduce sexually, with large non-motile eg ...
... and organized into tissues, organs, etc; they inhabit the sea, fresh water and land; most are capable of locomotion at some stage of their lives; most can respond adaptively to external stimuli and have well developed sense organs and nervous system; most reproduce sexually, with large non-motile eg ...
Lecture Exam 2
... A) I only B) II only C) III only D) I and III only E) II and III only 13) Compared to the seawater around them, most marine invertebrates are _____. A) hyperosmotic and isoosmotic B) hyperosmotic C) isoosmotic D) hypoosmotic 14) In examining an unknown animal species during its embryonic development ...
... A) I only B) II only C) III only D) I and III only E) II and III only 13) Compared to the seawater around them, most marine invertebrates are _____. A) hyperosmotic and isoosmotic B) hyperosmotic C) isoosmotic D) hypoosmotic 14) In examining an unknown animal species during its embryonic development ...
Chapter Outline
... 2. They have jointed limbs, eyelids, ears, and a voice-producing larynx. 3. The brain is larger than that of a fish. 4. They usually have small lungs. 5. Amphibians have a heart with three chambers. 6. Most members lead an amphibious life. a) The larval stage lives in the water and the adult stage l ...
... 2. They have jointed limbs, eyelids, ears, and a voice-producing larynx. 3. The brain is larger than that of a fish. 4. They usually have small lungs. 5. Amphibians have a heart with three chambers. 6. Most members lead an amphibious life. a) The larval stage lives in the water and the adult stage l ...
Zoology Chapter 8-9: Introduction to Animals Review for Test List the
... 23. _open___________________________________: circulatory system with blood loose inside body spaces 24. ___closed_________________________________: circulatory system with blood flowing through veins and vessels 25. ___bidirectional___________________: type of digestive system in which there is onl ...
... 23. _open___________________________________: circulatory system with blood loose inside body spaces 24. ___closed_________________________________: circulatory system with blood flowing through veins and vessels 25. ___bidirectional___________________: type of digestive system in which there is onl ...
Zoology Chapter 8-‐9: Introduction to Animals Review for Test
... 23. _open___________________________________: circulatory system with blood loose inside body spaces 24. ___closed_________________________________: circulatory system with blood flowing through veins and vessels 25. ___bidirectiona ...
... 23. _open___________________________________: circulatory system with blood loose inside body spaces 24. ___closed_________________________________: circulatory system with blood flowing through veins and vessels 25. ___bidirectiona ...
What Our Common Native Critters Eat
... vines), forbs (weeds and wildflowers), a small amount of fresh tender grass. In winter, acorns and nuts, twigs and buds and especially live oak leaves. Our non-mammal critters have interesting food habits also. Lizards, snakes, frogs and toads are all carnivores. Lizards eat almost entirely insects ...
... vines), forbs (weeds and wildflowers), a small amount of fresh tender grass. In winter, acorns and nuts, twigs and buds and especially live oak leaves. Our non-mammal critters have interesting food habits also. Lizards, snakes, frogs and toads are all carnivores. Lizards eat almost entirely insects ...
Chapter 28: The Animal Kingdom
... 2. In the "solid worms," which are the flatworms and a few relatives, there is no body cavity (except for the digestive cavity), hence the name acoelomates 3. Pseudocoelomates, which include nematodes and rotifers, have a false body cavity between the mesoderm and the endoderm 4. Coelomates, which i ...
... 2. In the "solid worms," which are the flatworms and a few relatives, there is no body cavity (except for the digestive cavity), hence the name acoelomates 3. Pseudocoelomates, which include nematodes and rotifers, have a false body cavity between the mesoderm and the endoderm 4. Coelomates, which i ...
Zoology - Central Lyon CSD
... a. Pneumatophore – sac like structure filled with gas -allows movement (wind + water currents) ...
... a. Pneumatophore – sac like structure filled with gas -allows movement (wind + water currents) ...
panther fact sheet - World Animal Foundation
... recessive gene mutation. Close examination of one of these black cats will show that the typical markings are still there, and are simply hidden by the surplus of the black pigment melanin. Cats with melanism can coexist with litter mates that do not have this condition. In cats that hunt mainly at ...
... recessive gene mutation. Close examination of one of these black cats will show that the typical markings are still there, and are simply hidden by the surplus of the black pigment melanin. Cats with melanism can coexist with litter mates that do not have this condition. In cats that hunt mainly at ...
Veterinary Compounding
... Routes of Administration › The route of administration will depend on each individual animal. › It is imperative that the owner be contacted before deciding which dosage form the medication should be made into. › Combining multiple medications that are given on the same dosing schedule into one dos ...
... Routes of Administration › The route of administration will depend on each individual animal. › It is imperative that the owner be contacted before deciding which dosage form the medication should be made into. › Combining multiple medications that are given on the same dosing schedule into one dos ...
BL 1021 – Unit 3-1
... fungi. However, unlike those other groups, animal cells lack cell walls. This makes animal cells less rigid and will often retain a spherical shape. • Animals share many of the organelles that plants have. However, animals lack the chloroplasts, and thus cannot perform photosynthesis. • As well, ani ...
... fungi. However, unlike those other groups, animal cells lack cell walls. This makes animal cells less rigid and will often retain a spherical shape. • Animals share many of the organelles that plants have. However, animals lack the chloroplasts, and thus cannot perform photosynthesis. • As well, ani ...
Biomes - WordPress.com
... scales in snakes help reduce water loss. Thin large ears with dense surface capillaries aid in heat loss. To prevent overheating both reptiles and amphibians make burrows to escape heat. During the hottest, driest times of the year, some animals estivate (similar to hibernation but they are avoiding ...
... scales in snakes help reduce water loss. Thin large ears with dense surface capillaries aid in heat loss. To prevent overheating both reptiles and amphibians make burrows to escape heat. During the hottest, driest times of the year, some animals estivate (similar to hibernation but they are avoiding ...
Animals: Invertebrates
... ____________ are free-living (nonparasitic) flatworms that live in freshwater ponds & streams. Their features include ...
... ____________ are free-living (nonparasitic) flatworms that live in freshwater ponds & streams. Their features include ...
Topic 10 BIOL1030NR
... D. move using comb-like plates of fused cilia (largest animals to use cilia for locomotion) E. most are bioluminescent ...
... D. move using comb-like plates of fused cilia (largest animals to use cilia for locomotion) E. most are bioluminescent ...
Topic 10 BIOL1030NR
... B. have anal pores (two openings – water passes through) C. no cnidocytes; some use tentacles to capture prey D. move using comb-like plates of fused cilia (largest animals to use cilia for locomotion) ...
... B. have anal pores (two openings – water passes through) C. no cnidocytes; some use tentacles to capture prey D. move using comb-like plates of fused cilia (largest animals to use cilia for locomotion) ...
Animal Phyla Lab - Biology Junction
... Order, Family, Genus, and Species. All animals are in the Kingdom Animalia. As you move from species to kingdom, the animals that are grouped together share fewer and fewer characteristics at each succeeding level. The next level after Kingdom is Phyla, which is the main focus of the lab today. Even ...
... Order, Family, Genus, and Species. All animals are in the Kingdom Animalia. As you move from species to kingdom, the animals that are grouped together share fewer and fewer characteristics at each succeeding level. The next level after Kingdom is Phyla, which is the main focus of the lab today. Even ...
DNA Technology - Loyalsock Township School District
... • Gametes –Produced by meiosis; haploid –Sperm small and flagellated –Egg large and nonmotile ...
... • Gametes –Produced by meiosis; haploid –Sperm small and flagellated –Egg large and nonmotile ...
Animal coloration
![](https://commons.wikimedia.org/wiki/Special:FilePath/Orientalischer_Süßlippfisch.jpg?width=300)
Animal coloration is the general appearance of an animal resulting from the reflection or emission of light from its surfaces. Some animals are brightly coloured, while others are hard to see. In some species, such as the peacock, the male has strong patterns, conspicuous colours and is iridescent, while the female is far less visible.There are several separate reasons why animals have evolved colours. Camouflage enables an animal to remain hidden from view. Signalling enables an animal to communicate information such as warning of its ability to defend itself (aposematism). Animals also use colour in advertising, signalling services such as cleaning to animals of other species; to signal sexual status to other members of the same species; and in mimicry, taking advantage of another species' warning coloration. Some animals use colour to divert attacks by startle (deimatic behaviour), surprising a predator e.g. with eyespots or other flashes of colour, and possibly by motion dazzle, confusing a predator's attack by moving a bold pattern (such as zebra stripes) rapidly. Some animals are coloured for physical protection, such as having pigments in the skin to protect against sunburn, while some frogs can lighten or darken their skin for temperature regulation. Finally, animals can be coloured incidentally. For example, blood is red because the haem pigment needed to carry oxygen is red. Animals coloured in these ways can have striking natural patterns.Animals produce colour in different ways. Pigments are particles of coloured material. Chromatophores are cells containing pigment, which can change their size to make their colour more or less visible. Some animals, including many butterflies and birds, have microscopic structures in scales, bristles or feathers which give them brilliant iridescent colours. Other animals including squid and some deep-sea fish can produce light, sometimes of different colours. Animals often use two or more of these mechanisms together to produce the colours and effects they need.