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Museum
Educator-led Programs
Pre & Post Visit Resources
Mammal
Adaptations
Grades 3-5
Scroll down the page to find items on the menu below or click on a link to jump to an item.
Program
Description and Frameworks
Program
Outline
Key
Terms and Concepts
Classroom Activities
Print and Web Resources
Go
to the Berkshire Backyard Gallery Page
Click
here for printable version of all resources listed above
Program
Description and Frameworks
print
only this section
Compare
and contrast different pelts, skulls, and teeth to determine how
Berkshire animals are adapted for survival. Using what they have
learned about animal adaptations, students identify a mystery skull
through careful examination.
Location:
Berkshire Backyard Gallery
Length:
One hour
Grades: 3 - 5
Massachusetts
Frameworks
Science and Technology/ Engineering Strand 2
| 1 |
Recognize
that all living things (including humans) and plants are living
things that grow, reproduce, and need air, food, and water.
|
| 5 |
Recognize
that fossils provide us with information about living things
that inhabited the earth years ago. |
| 6 |
Recognize
that people and other animals interact with the environment
through their senses of sight, hearing, touch, smell and taste. |
| 8 |
Identify
the ways in which an organism's habitat provides for its basic
needs (plants require air, water, nutrients, and light; animals
require food, water, air and shelter). |
New
York Standards
Standard 4 Science The Living Environment
| 1 |
Living
things are both similar to and different from each other and
nonliving things. |
| 2 |
Organisms
inherit genetic information in a variety of ways that result
in continuity of structure and function between parents and
offspring. |
| 3 |
Individual
organisms and species change over time. |
| 4 |
The continuity
of life is sustained through reproduction and development. |
| 5 |
Organisms
maintain a dynamic equilibrium that sustains life. |
Program
Outline
print
only this section
Introduction
Students are given a few moments to explore the Berkshire Backyard.
We will gather around the mammals case and identify the different
species inside.
Mammal
Characteristics
Students will discuss with an educator the unique adaptations
that mammals possess.
Fur
By examining different mammal pelts, students will understand
the adaptations of different colors and types of fur.
Adaptation
Game
Students pretend to be hawks as they search for mice on the "mapville"
board. Learn why some genetic traits are more successful for survival
than others and how adaptation may occurs.
Skulls
and teeth
Learn the functions of different types of teeth. Why do some
mammals have eyes on the side of their head?
Skull
ID Activity
Students will be broken into smaller groups to identify a mystery
skull. After they have identified it, they can look in the case
for their mammal.
Concepts
Covered
print
only concepts and key terms
- Mammals
are different from other animals because they have hair, milk,
and are able to produce their own body heat.
- A mammal's
fur protects them from injury, keeps them warm, and camouflages
them.
- Adaptation
happens over time.
- Mammals that have a specific characteristic
and reproduce will bear young that may have that same characteristic.
- Mammals
have different teeth and skulls that help them to eat different
types of food.
Key
Terms Used in the Program
- Endothermic
organisms that create their own body heat by burning food for
energy rather than relying on the temperature of the environment
to control their body temperature. Mammals'
body temperatures are not always constant (e.g. hibernating mammals
frequently have lower body temperatures in the winter to conserve
energy).
- Ectothermic
animals that cannot create their own body heat and must gain their
heat from outside sources, such as the warmth from sunlight, or
coolness of the shade.
- Adaptation
a useful feature in an organism that develops over generations.
- Guard
hair
the long, top coat of a mammal's pelt.
- Under
hair
the fuzzy coat found beneath the top coat and helps to keep a
mammal warm.
- Camouflage
an animal's ability to hide in its surroundings by blending in
with the colors or patterns around them. Counter shading a body
coloration that allows an animal to be camouflaged when seen from
both below and/or above.
- Warning
colors
colors on an animal that send other animals a message to
stay away; it implies that they have a defense mechanism that
other animals will want to steer clear of, like being poisonous.
- Glands
an organ that secrets a substance (such as tears or milk).
- Hibernator
a deep sleep during the winter months to conserve energy and warmth.
A hibernating
mammal will slow its breathing rate, its pulse, its metabolism,
and lower its body temperature a few degrees.
- Scat
an animal's feces. Different animals leave behind different shapes
and sizes of scat, so it can be used to help track animals.
- Incisors
teeth located in the front of the mouth. Carnivores
normally have small incisors and rodents have long incisors. Mammals
like the deer and the moose have only bottom incisors. Canines
long pointed teeth that are located between the molars and incisors.
Mammals that have canines eat meat.
- Molars
broad flat teeth at the back of the mouth, used for grinding.
Herbivore animal that eats plants.
- Carnivore
animal that eats meat.
- Omnivore
animal that eats plants and meat.
Pre
& Post Visit Activities
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only this section
Rabbit
Camouflage
Each child is given a piece of paper shaped like a rabbit. They
are to color their rabbits any way they would like. Then the group
is divided in half. One half has 3 minutes to hide their rabbits
(this game works best if done outside) while the other half is
kept from seeing where the rabbits are hidden. The group that
hid their rabbits sits down while the other group "hunts." You
can pretend that the group is a pack of coyotes or great horned
owls. They have 5 minutes to hunt. After the hunting time is over,
gather all the students together to discuss your findings. (Those
rabbits that weren't found can be gathered up separately). Were
their any similarities among the rabbits that got caught? Which
rabbits didn't get caught? Switch groups and repeat the process
to let the other group hide their rabbits. Gather students and
discuss findings. Would the rabbits that got eaten be able to
reproduce anymore? Would the rabbits that didn't get eaten be
able to reproduce again? How would this affect the genetic make-up
of the rabbits living in this area? What do you imagine would
happen to the rabbit population is this trend were to continue?
What would the rabbits look like in a hundred years?
Mammal
Habitat Observation
Take your students out on a nature walk to look for signs of mammal
homes. Do you see those circular holes in the ground? Those aren't
snake holes (snakes can't dig!) but most likely chipmunk homes.
Look in natural grasses for rabbit runways - trampled down paths
that rabbits repeatedly travel on. Look for sleeping areas - grasses
that have been pressed down in a circular pattern - depending
on the size they could be made my rabbits, foxes, bobcats, or
deer. Winter is also a good time to look for mammal signs. Mammals
that are active need to get out to find food. Look for nut shells
and dug up dirt near the entrance to their dens. Even though many
times mammals will hide when they hear us coming, we can still
be alert to their presence through the signs they leave behind.
Look in the printed material section for Who's track's are these?
and Stokes: Guide To Animal Tracking and Behavior for information
on this topic.
Who Am
I?
A pair of students picks the name of a mammal out of a hat. Then
the class can ask up to 20 yes or no questions to try to figure
out which mammal the students picked. This is a fun way to review
what students have learned about individual mammals as well as
overall concepts such as omnivores, herbivore, hibernation, etc.
Suggested
Web and Print Resources
print
only this section
Use the Berkshire Athenaeum’s on-line catalogue to search for these print resources in Central/Western Massachusetts.
Print
Materials For Students
Gamlin, Linda.
Eyewitness Books: Evolution. London, Dorling Kindersley,
2000. Discover what life was like millions of years ago; how new
species develop; and learn why pandas have false thumbs and penguins
stand upright. Superb full-color photographs of animals, plants
and fossils make this book a compelling look at evolution.
Parker, Steve.
Eyewitness Books: Mammal. London: Dorling Kindersley, 1989.
Here is a spectacular and informative guide to the natural world
of mammals. Stunning real-life photographs of bushbabies, badgers,
wallabies and more offer a unique "eyewitness" view of the natural
history of mammal behavior and anatonomy.
Stein, Sara.
The Evolution Book. New York: Workman Publishing, 1986.
The story of 4,000 million years on Earth revealed through observations,
experiments, projects, and investigations for children 10 - 14.
Zim, Herbert.
Mammals: A Guide to Familiar American Species. New York:
Golden Books, 1987. An accurate and fascinating introduction to
more than 200 of the most common species of mammals in North America,
including information on: habits and habitats, families trees,
raising young, food, enemies, and more. Includes full-color illustrations
and range maps.
Print
Materials For Educators
Holley,
Dennis. Animals Alive! Niwot, Colorado: Roberts Rinehart
Publishers © 1994. Animals Alive! is a guide and resource for
designing and conducting live animal activities that are non-invasive
and observation-oriented. It provides practical, inexpensive,
and ethical alternatives to traditional life science education
with activities that can be used in the classroom or at home.
Macdonald,
Dr. David, ed. The Encyclopedia of Mammals. 1984. New York,
NY: Facts on File, Inc., 1995. Contains information about mammals
throughout the world including animal behavior, conservation,
skull size, geographical location, and ecology. Sections are broken
down by family and the animals within the families.
Stokes, Donald
& Lillian. Stokes: Guide To Animal Tracking and Behavior.
Boston: Little Brown and Company, 1986. A great resource to help
in identifying animal tracks, trails, scats, and signs left behind
by North American mammals.
Web
Materials for Students
Adaptations
A fun website that explains adaptations and evolution.
Mammals
Pictures and descriptions of over 75 mammals from the African
Elephant to the Eastern Chipmunk to the Zebra.
Marine
Mammals
Marine mammals are animals that spend the majority of their lives
in or near the sea. Animals like dolphins, whales, seals, manatees,
sea otters and even polar bears are considered marine mammals.
This site was created by the National Marine Mammal Laboratory.
Web
Materials for Educators
Discovery
School Lesson Plan Library
Lesson plans for K - 5 including animals, ecology, earth science
and more.
eNature.com
eNature's Web-based Field Guides contain full-color photographs
and descriptions of more than 4,800 species found in North America.
With eNature's zip-code search capabilities, site visitors can
quickly and easily identify their local plant and animal life.
Enchanted
Learning - All About Mammals
Get lesson ideas, printouts, and information on mammals, their
evolution and classification.
MassWildlife's
State Mammal List
This is a list of the mammals that live in Massachusetts. It includes
special notation of species appearing on the current list of Endangered,
Threatened, and Special Concern species in Massachusetts.
Nature
of New England
Photos and links to information about birds, butterflies, and
mammals.
Mammals
in the Berkshire Backyard
The
following is a list of all of the mammal specimens on display in
the Berkshire Backyard. A laminated copy of this list hangs from
one of the mammal cases in the Berkshire Backyard. The numbers on
the list refer to the number given to each specimen in the cases.
Click
here for a printable list.
| 1 |
Opossum |
28-29 |
Bobcat |
| 2 |
Big-brown
bat |
30-31 |
Northern
flying squirrel |
| 3 |
Northern
red bat |
32-33 |
Gray
squirrel |
| 4 |
Short-tailed
shrew |
34 |
Red
squirrel (melanistic) |
| 5 |
Long-tailed
shrew |
35 |
Red
squirrel |
| 6-7 |
Star-nosed
mole |
36,38 |
Eastern
chipmunk |
| 7 |
Hairy-tailed
mole |
37 |
Eastern
chipmunk (melanistic) |
| 9 |
Gray
fox |
40,42 |
Woodchuck
(groundhog) |
| 10 |
Red
fox |
41 |
Woodchuck
(juvenile) |
| 11 |
Raccoon |
43 |
Meadow
vole |
| 12 |
Black
Bear |
44 |
Woodland
jumping mouse |
| 13 |
Short-tailed
weasel |
45 |
White
footed mouse |
| 14 |
Long-tailed
weasel |
46,47 |
Muskrat |
| 15 |
Skunk |
48 |
New
England cottontail (partial albino) |
| 16 |
Fisher |
49 |
Eastern
cottontail |
| 17 |
River
otter |
50 |
Snowshoe
hare |
The
Institute of Museum and Library Services, an independent Federal
grant- making agency dedicated to creating and sustaining a nation
of learners by helping libraries and museums serve their communities
supports the Berkshire Museum.
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