Transcriber's notes: Obvious typographical errors have been corrected, but otherwise the author's spelling has been preserved.
A GUIDE FOR THE STUDY OF ANIMALS
BY A COMMITTEE FROM THE BIOLOGY ROUND TABLE OF THE CHICAGO HIGH SCHOOLS
WORRALLO WHITNEY, Chairman BOWEN HIGH SCHOOL
FREDERIC C. LUCAS ENGLEWOOD HIGH SCHOOL
HAROLD B. SHINN SCHURZ HIGH SCHOOL
MABEL E. SMALLWOOD LANE TECHNICAL HIGH SCHOOL
D. C. HEATH & CO., PUBLISHERS BOSTON -- NEW YORK -- CHICAGO
Copyright, 1911, By D. C. Heath & Co. 1 E 3
PREFACE
The following guide to the study of animals is intended for pupils in secondary schools. It was prepared by the authors at the request of the Biology Round Table, an association composed of the teachers of Biology in the Chicago High Schools, to whom the authors wish to take this opportunity of expressing their appreciation of the many helpful suggestions and criticisms of the manuscript.
The time has passed when a high school course in zoology consists simply of a somewhat simplified edition of a similar course in college. All teachers now recognize that the motivization of any course should be its adaptability to the needs of the student, and that zoology must be taught from the standpoint of the student rather than that of the subject. In preparing this guide, the authors have tried to keep these points in mind.
The matter of presentation, the order of topics, and the choice of material has been much discussed, but the trend of opinion has finally set in toward an ecological rather than a type study of animals; that there should be in the case of young students a brief study of rather a large number of animals to bring out some general biological law, rather than an exhaustive study of a very few types. It is further recognized that the use of a reference library is absolutely essential in connection with and to supplement the laboratory work, as there are some topics beyond the ability of the young student for original investigation as well as impossible in the amount of time usually allotted to the subject in our crowded curricula. Of great importance is the economic side of zoology, especially its bearing upon the applied sciences of medicine, sanitation, household science, and agriculture, and this phase has received special attention in this guide.
The desirability of field work has always been recognized, but the special conditions under which schools must work are so variable as to make any set directions for field work of little value, and so they have in most cases been omitted in this work. Each teacher can easily give such special direction for collecting material and study in the field as the locality of the school and the time available for it shall determine.
Since zoology will probably be the pupil's first laboratory science, the authors have preceded the more formal portion of the manual with a series of short exercises on familiar and easily obtained animals in order to introduce the pupil to the laboratory method and to stimulate his interest, training him at the outset to be constantly on the outlook for specimens and to show him how much may be learned from common things right around him, if he will only use his eyes. We have also begun the more formal portion of the guide with insects, since in the fall they are easily collected and may be studied alive. They illustrate, moreover, the principles of classification and method of using keys and other means of finding out the names of animals. This would seem to be pedagogically sound, for some recent experiments with pupils show that the first question that comes into a child's mind upon seeing a new or strange specimen is "What is it?"
Table of contents (by pages)
- 1: A Guide for the Study of Animals by Frederic Lucas
- 2: Comparative Study of Orthoptera
- 3: Carnivora Laboratory Exercise
- 4: THE LIVING MAGGOT Materials
- 5: THE LIVING COCKROACH Materials
- 6: If you can open a cocoon carefully with scissors
- 7: A tiny one between the two feelers
- 8: THE LIVING CATERPILLAR Materials
- 9: THE TUSSOCK MOTH Materials
- 10: They should be kept in aquaria
- 11: Are the lice active or sluggish
- 12: WATER BUGS AND BEETLES Water Bugs Materials
- 13: Record these observations in your notebook
- 14: Order to which belong grasshoppers
- 15: Primary jaws situated under the labrum
- 16: There are two pairs of spiracles on the thorax
- 17: Key to some common orthoptera a
- 18: Mounted specimens of dragon flies
- 19: Examine and test in various ways a small piece of beeswax
- 20: What is the home of wild honeybees
- 21: A REVIEW OF INSECTS Directions
- 22: Fore wings much larger than hind wings
- 23: General characteristics of insects
- 24: Their habits and use in exterminating harmful pests
- 25: Life history of the clothes moth
- 26: Burdock Mottled with pink
- 27: Fields Purplish violet color
- 28: Contracting or pulsating vacuoles
- 29: The nucleolus or the micronucleus
- 30: Comparing and contrasting it with paramecium
- 31: Name some protozoa which encyst
- 32: Identify the endoderm and ectoderm cells
- 33: Compare that with the work done by a paramecium
- 34: What motions may a hydra perform
- 35: Comparative Study of Coelenterates Materials
- 36: What advantages are derived by the hydractinia
- 37: Identify also the somites and the girdle
- 38: Where are the setae located in a somite
- 39: The nephridia are not easily distinguished
- 40: How many cells has an earthworm
- 41: Where are earthworms found geographically
- 42: Comparing earthworm and nereis
- 43: Living Crayfishes Directions and observations
- 44: Consisting of a number of somites
- 45: Assuming a swimmeret of the third
- 46: How often do crayfishes reproduce
- 47: Which somite of the crayfish is without appendages
- 48: One of two parts of the clamshell
- 49: Break a thick clamshell and examine the broken edge
- 50: Search for pond snail's eggs on the side of the aquaria
- 51: What is the shape of the squid
- 52: Is an exoskeleton present or wanting
- 53: Describe the exoskeleton of a starfish
- 54: Specimens such as the Kny Scheerer mimicry collections
- 55: Mention other cases of symbiosis that you have come across
- 56: Where is the sting of a hornet located
- 57: Identify the opercula and the gill openings
- 58: Simple or compound microscopes
- 59: Lateral projections from the gill arches
- 60: This lies between the gill chambers
- 61: If the capillaries can stand the pressure
- 62: The geographic distribution of fishes
- 63: Lancelet Observe the form of the body
- 64: Living frogs in small cages or aquaria
- 65: The frog has certain other responses
- 66: Behind the spleen and against the back
- 67: In herbivorous forms it is yellow
- 68: The first branches of the conus
- 69: A copy of the diagram or model of the circulatory system
- 70: Corresponding to the maxillary
- 71: A light bone in front of the coracoid
- 72: Comparative Study of Amphibia Materials
- 73: What are the lizard's locomotory abilities
- 74: How they differ from pond turtles
- 75: What is the shape and width of the tail when outspread
- 76: Varieties or breeds of pigeons
- 77: Some of which are provided with hooklets
- 78: Flesh eating birds from seed eaters
- 79: In spring migration which birds come first
- 80: Give a short biography of Audubon
- 81: What methods of locomotion has the rabbit
- 82: When do wild rabbits do their feeding
- 83: Summary of the Study of Rabbits 1
- 84: How does a squirrel protect itself
- 85: Variation in the homes among rodents
- 86: The general characters of carnivora
- 87: Distribution and range of carnivora
- 88: The relative length of the neck
- 89: Geographical distribution of ungulates
- 90: A body full chested but not blocky
- 91: But a roadster of high quality
- 92: On the surfaces of the incisors are the depressions
- 93: Find the vertebrae of the neck cervical
- 94: What has an amoeba gained by dividing
- 95: Describe the conjugation of a paramecium
- 96: Contrast the blastula and gastrula as to number of cavities
- 97: How many prolegs has the caterpillar
- 98: What rudimentary structures can you identify in the pupa
- 99: What is meant by the term parthenogenesis
- 100: What important contribution did he make to zoology
- 101: And Langshans are the chief breeds
- 102: The French Class includes the Houdans
- 103: Or hinder opening of the intestine
- 104: The large claws in many crustaceans
- 105: Reproductive organs in different individuals
- 106: As a rule they have cilia or flagella
- 107: Folds of skin covering the body of a bivalve
- 108: 2 oral appendages found in mollusca
- 109: The same is true of carbon dioxide
- 110: The coiled portion of a gasteropod shell
