Animal scinece - Vloume 4

LINK DOWNLOAD MIỄN PHÍ TÀI LIỆU "Animal scinece - Vloume 4 ": http://123doc.vn/document/541960-animal-scinece-vloume-4.htm

Copyright © 2002 by Macmillan Reference USA,
an imprint of the Gale Group
All rights reserved. No part of this book may be reproduced or transmitted in
any form or by any means, electronic or mechanical, including photocopying,
recording, or by any information storage and retrieval system, without per-
mission in writing from the Publisher.
Macmillan Reference USA The Gale Group
1633 Broadway 27500 Drake Rd.
New York, NY 10019 Farmington Hills, 48331-3535
Printed in the United States of America
1 2 3 4 5 6 7 8 9 10
Library of Congress Cataloging-in-Publication Data
Animal Sciences / Allan B. Cobb, editor in chief.
p. cm.
Includes bibliographical references and index.
ISBN: 0-02-865556-7 (set) - ISBN 0-02-865557-5 (vol. 1) - ISBN
0-02-865558-3 (vol. 2) - ISBN 0-02-865559-1 (vol. 3) - ISBN 0-02-865560-5
(vol. 4)
1. Animal Culture. 2. Livestock. I. Title.
SF61.C585 2001
590.3-dc21 2001026627
Rev
Preface
Six hundred million years of animal evolution and adaptation have pro-
duced a stunning range and variety of life on Earth. From the oldest,
single-celled creatures to the most complex mammalian forms, animal di-
versity defies easy categorization or explanation. The Macmillan Animal
Sciences encyclopedia provides a clear and comprehensive resource for bet-
ter understanding this vast domain. By the nature of its interdisciplinary
scope, the subject of animal sciences demands an approach that is both spe-
cific and general, detailed and thematic. Animal Sciences achieves this end
in the course of nearly three hundred well-researched, clearly presented en-
tries that explore the wide ranging diversity that exists within the animal
kingdom.
Students will learn how animals develop throughout their lives, how
they adapt to their changing environments, and how they develop special-
ized structures over time. Entries in this category explain how animals de-
velop from fertilized eggs to adults. While some forms of development are
straightforward—like a puppy maturing to become a dog—other changes
are more dramatic—like a caterpillar changing its body forms over the course
of its metamorphosis into a butterfly. Other entries study the various forms
of animals and how body parts function.
The encyclopedia gives significant attention to animal ecology and be-
havior. Entries show how animals are part of the world environment while
exhibiting unique behaviors within their own particular environments. An-
imal ecology addresses how animals are a part of ecosystems and how they
interact with plants and other animals, both within and beyond their indi-
vidual species. Given the close relationship of animal behavior and ecology,
a number of entries discuss how animals select mates, whether they live alone
or as members of groups, or how they share resources within an ecosystem,
to give just a few examples.
Finally, Animal Sciences surveys the connection between animals and hu-
mans. Humans are unique in the animal kingdom because of their ability to
alter environments significantly. Agriculture, which includes the domesti-
cation of animals and farming, serves as the chief example of such human-
inspired environmental change and its impact on animal life worldwide. In
addition, humans are the most social of animals and have developed com-
plex social interactions. As human populations grow, habitat once occupied
v
by other animals is converted to human use. One consequence of such so-
cialization is the pollution generated from an expanding human population
and its deleterious effect on animal environments.
Animal Sciences also presents biographies of selected scientists who have
made significant contributions to the many related fields, and introduces
readers to the myriad career opportunities in the discipline.
The authors who contributed entries to Animal Sciences represent diverse
backgrounds, and include members of academic and research institutions, as
well as practicing scientists. The editorial board sought informative, up-
to-date, and engaging articles, most of which include cross references,
photographs or illustrations that prove helpful in understanding challenging
concepts. A generous collection of sidebars accent related subjects. Every
attempt has been made to avoid overly technical terms or scientific jargon,
and whenever necessary such terms are highlighted and defined in the mar-
gin. Selected bibliographies guide readers to additional up-to-date resources,
including those found on the Internet. Each of the four volumes also includes
a geologic time scale, with particular emphasis on animals, as well as a phy-
logenetic tree and an alternative table of contents that groups articles under
more general topic headings.
I wish to thank the staff at Macmillan Reference USA and the Gale
Group for their hard work and attention to detail. In particular, I would like
to thank Hélène Potter, Elly Dickason, Linda Hubbard, and Christa Bre-
lin. I want to offer special thanks to Kate Millson for all her efforts and long
hours in helping guide this project to fruition. I wish to thank the editorial
board members—Amy Bryan, Andrew Gluesenkamp, and Marvin Elliot
Richmond—for their vast knowledge and hard work. Finally, it is my hope
that Animal Sciences can spark the interest of the next generation of com-
mitted scholars, researchers, and laypersons.
Allan B. Cobb
Editor in Chief
Preface
vi
vii
viii
COMPARISON OF THE FIVE-KINGDOM AND SIX-KINGDOM CLASSIFICATION OF ORGANISMS
Five Kingdom Six Kingdom
Kingdom: Monera Kingdom: Archaebacteria
Phylum: Bacteria Kingdom: Eubacteria
Phylum: Blue-green algae (cyanobacteria)
Kingdom: Protista
Phylum: Protozoans
Class: Ciliophora
Class: Mastigophora
Class: Sarcodina
Class: Sporozoa
Phylum: Euglenas
Phylum: Golden algae and diatoms
Phylum: Fire or golden brown algae
Phylum: Green algae
Phylum: Brown algae
Phylum: Red algae
Phylum: Slime molds
Kingdom: Fungi
Phylum: Zygomycetes
Phylum: Ascomycetes
Phylum: Basidiomycetes
Kingdom: Plants
Phylum: Mosses and liverworms
Phylum: Club mosses
Phylum: Horsetails
Phylum: Ferns
Phylum: Conifers
Phylum: Cone-bearing desert plants
Phylum: Cycads
Phylum: Ginko
Phylum: Flowering plants
Subphylum: Dicots (two seed leaves)
Subphylum: Monocots (single seed leaves)
Kingdom: Animals
Phylum: Porifera
Phylum: Cnidaria
Phylum: Platyhelminthes
Phylum: Nematodes
Phylum: Rotifers
Phylum: Bryozoa
Phylum: Brachiopods
Phylum: Phoronida
Phylum: Annelids
Phylum: Mollusks
Class: Chitons
Class: Bivalves
Class: Scaphopoda
Class: Gastropods
Class: Cephalopods
Phylum: Arthropods
Class: Horseshoe crabs
Class: Crustaceans
Class: Arachnids
Class: Insects
Class: Millipedes and centipedes
Phylum: Echinoderms
Phylum: Hemichordata
Phylum: Cordates
Subphylum: Tunicates
Subphylum: Lancelets
Subphylum: Vertebrates
Class: Agnatha (lampreys)
Class: Sharks and rays
Class: Bony fishes
Class: Amphibians
Class: Reptiles
Class: Birds
Class: Mammals
Order: Monotremes
Order: Marsupials
Subclass: Placentals
Order: Insectivores
Order: Flying lemurs
Order: Bats
Order: Primates (including humans)
Order: Edentates
Order: Pangolins
Order: Lagomorphs
Order: Rodents
Order: Cetaceans
Order: Carnivores
Order: Seals and walruses
Order: Aardvark
Order: Elephants
Order: Hyraxes
Order: Sirenians
Order: Odd-toed ungulates
Order: Even-toed ungulates
ix
This diagram represents the phylogenetic relationship of living organisms,
and is sometimes called a “tree of life.” Often, these diagrams are drawn as
a traditional “tree” with “branches” that represent significant changes in the
development of a line of organisms. This phylogenetic tree, however, is
arranged in a circle to conserve space. The center of the circle represents
the earliest form of life. The fewer the branches between the organism’s
name and the center of the diagram indicate that it is a “lower” or “sim-
pler” organism. Likewise, an organism with more branches between its name
and the center of the diagram indicates a “higher” or “more complex” or-
ganism. All of the organism names are written on the outside of the circle
to reinforce the idea that all organisms are highly evolved forms of life.
PHYLOGENETIC TREE OF LIFE
x
SI BASE AND SUPPLEMENTARY UNIT NAMES
AND SYMBOLS
Physical Quality Name Symbol
Length meter m
Mass kilogram kg
Time second s
Electric current ampere A
Thermodynamic temperature kelvin K
Amount of substance mole mol
Luminous intensity candela cd
Plane angle radian rad
Solid angle steradian sr
UNITS DERIVED FROM SI, WITH SPECIAL NAMES AND SYMBOLS
Derived Name of Symbol for Expression in
Quantity SI Unit SI Unit Terms of SI Base Units
Frequency hertz Hz s-1
Force newton N m kg s-2
Pressure, stress Pascal Pa N m-2 =m-1 kg s-2
Energy, work, heat Joule J N m =m2 kg s-2
Power, radiant flux watt W J s-1 =m2 kg s-3
Electric charge coulomb C A s
Electric potential, volt V J C-1 =m-2 kg s-3 A-1
electromotive force
Electric resistance ohm _ V A-1 =m2 kg s-3 A-2
Celsius temperature degree Celsius C K
Luminous flux lumen lm cd sr
Illuminance lux lx cd sr m-2
UNITS USED WITH SI, WITH NAME, SYMBOL, AND VALUES IN SI UNITS

The following units, not part of the SI, will continue to be used in appropriate contexts (e.g., angtsrom):
Physical Quantity Name of Unit Symbol for Unit Value in SI Units
Time minute min 60 s
hour h 3,600 s
day d 86,400 s
Plane angle degree ˚ (␲/180) rad
minute ' (␲/10,800) rad
second " (␲/648,000) rad
Length angstrom Å 10
-10
m
Volume liter I, L 1 dm
3
= 10
-3
m
3

Mass ton t 1 mg = 10
3
kg
unified atomic mass unit u (=m
a
(
12
C)/12) Ϸ1.66054 x 10
-27
kg
Pressure bar bar 10
5
Pa = 10
5
N m
-2

Energy electronvolt eV (= ᒂ X V) Ϸ1.60218 x 10
-19
J
Temperature
Scientists commonly use the Celsius system.
Although not recommended for scientific and technical
use, earth scientists also use the familiar Fahrenheit
temperature scale (ºF). 1ºF = 1.8ºC or K. The triple
point of H
2
0, where gas, liquid, and solid water coexist,
is 32ºF.
• To change from Fahrenheit (F) to Celsius (C):
ºC = (ºF
-
32)/(1.8)
• To change from Celsius (C) to Fahrenheit (F):
ºF = (ºC x 1.8) + 32
• To change from Celsius (C) to Kelvin (K):
K = ºC + 273.15
• To change from Fahrenheit (F) to Kelvin (K):
K = (ºF
-
32)/(1.8) + 273.15
Measurements, Abbreviations and Conversion Charts
Measurements, Abbreviations and Conversion Charts
xi
xii
Contributors
Allan B. Cobb
Austin, Texas
Jes Marie Creech
University of Texas, Austin
Emily H. DuVal
University of California, Berkeley
Andrew G. Gluesenkamp
University of Texas, Austin
Ann Guidry
Austin, Texas
Brook Ellen Hall
California State University,
Sacramento
Laura A. Higgins
University of Texas, Austin
Ryan I. Hill
University of Texas, Austin
Alisha K. Holloway
University of Texas, Austin
Leslie Hutchinson
Flagstaff, Arizona
Jean Krejca
University of Texas, Austin
Stephanie A. Lanoue
Panama City Beach, Florida
Denise Prendergast
Austin, Texas
Ian Quigley
University of Texas, Austin
Elliot Richmond
Austin Community College
Karen Rogowski
University of Texas, Austin
Gil G. Rosenthal
University of California, San Diego
Todd A. Schlenke
University of Texas, Austin
Danielle Schnur
Austin, Texas
Judy P. Sheen
University of California, Berkeley
Kathrin F. Stanger-Hall
University of Texas, Austin
Rebecca M. Steinberg
University of Texas, Austin
Nancy Weaver
Driftwood, Texas
Brian R. West
University of Texas, Austin
Jennifer Yeh
University of Texas, Austin
Table of Contents
xiii
VOLUME 1:
P
REFACE

V
G
EOLOGICAL
T
IME
S
CALE

VII
C
OMPARISON OF THE
F
IVE
-
AND
S
IX
-
K
INGDOM
C
LASSIFICATION OF
O
RGANISMS

VIII
P
HYLOGENETIC
T
REE OF
L
IFE

IX
M
EASUREMENTS AND
A
BBREVIATIONS

X
L
IST OF
C
ONTRIBUTORS

XII
A
Absorption 1
Acoustic Signals 3
Adaptation 6
African Cichlid Fishes 8
Aggression 10
Agnatha 13
Allometry 14
Altruism 17
Amphibia 19
Animal 23
Animal Rights 24
Animal Testing 28
Annelida 30
Antibody 33
Antlers and Horns 35
Apiculture 36
Aposematism 38
Aquaculture 41
Aristotle 44
Arthropoda 46
Aves 52
B
Bailey, Florence Augusta Merriam 57
Bates, Henry Walter 58
Behavior 59
Behavioral Ecology 62
Binomial (Linnaean System) 64
Biodiversity 65
Bioethics 69
Biogeography 73
Biological Evolution 74
Biological Pest Control 78
Biomass 82
Biomechanics 83
Biomes 85
Biometry 93
Biotic Factors 95
Blood 97
Body Cavities 99
Body Plan 105
Bone 110
Burgess Shale and Ediacaran Faunas . . . 112
C
Cambrian Explosion 115
Cambrian Period 118
Camouflage 120
Cancer 122
Carboniferous 126
Carson, Rachel 128
Cartilage 129
Catadromous—Diadromous and
Anadromous Fishes 130
Cell Division 133
Cells 135