Glencoe Science Life Science
Buku ini diterbitkan oleh McGraw-Hill.
Judul: Glencoe Science Life Science
Oleh: Lucy Daniel, EdD, et al
Penerbit: Glencoe, McGraw-Hill Companies, Inc.
Tahun: -
Jumlah Halaman: 933 hal.
Penulis:
Alton Biggs
Retired Biology Teacher Allen High School
Allen, TX
Lucy Daniel, EdD
Teacher/Consultant Rutherford County Schools
Rutherfordton, NC
Edward Ortleb
Science Consultant
St. Louis, MO
Peter Rillero, PhD
Associate Professor of Science Education
Arizona State University West
Phoenix, AZ
Dinah Zike
Educational Consultant
Dinah-Might Activities, Inc.
San Antonio, TX
Lingkup Pembahasan:
Buku ini terdiri atas 5 Unit Utama. Setiap unit terdiri atas bab-bab dan setiap bab kemudian membahas secara rinci melalui topic-topik dan dilengkapi dengan kegiatan Lab. Unit 1 Struktur kehidupan dan Fungsi meliputi pembahasan Bab 1 menjelajahi dan Klasifikasi Kehidupan, Bab 2 Sel, Bab 3 Proses Sel,
Bab 4 Reproduksi Sel, Bab 5 Heredita, dan Bab 6 Adaptasi dengan Waktu. Unit 2 Dari Bakteri untuk Tanaman, mencakup pembahasan Bab 7 Bakteri, Bab 8 Protista dan Fungi, Bab 9 Tanaman, Bab 10 Tanaman Reproduksi, dan Bab 11 Proses Tanaman. Unit 3 Keanekaragaman Hewan. Unit ini mencakup pembahasan Bab 12 Pengantar Hewan, Bab 13 Moluska, Worms, Arthropoda, Echinodermata, Bab 14 Ikan, Amfibi, dan Reptil, Bab 15 Burung dan Mamalia, dan Bab 16 Animal Behavior. Unit 4 Sistem Tubuh Manusia meliputi Bab 17 Struktur dan Gerakan, Bab 18 Nutrisi dan Pencernaan, Bab 19 Sirkulasi, Bab 20 Respirasi dan Ekskresi, Bab 21 Pengendalian dan Koordinasi, Bab 22 Peraturan dan Reproduksi, dan
Bab 23 Imunitas dan Penyakit. Unit 5 Ekologi mencakup Bab 24 Interaksi Kehidupan, Bab 25 Lingkungan
tak hidup, Bab 26 Ekosistem, dan Bab 27 Konservasi Sumber Daya.
Daftar Isi Buku:
UNIT 1 Life’s Structure and Function—2
Chapter 1 Exploring and Classifying Life —4
Section 1 What is science? 6
Section 2 Living Things 14
Section 3 Where does life come from? 19
Section 4 How are living things classified? 22
Lab Classifying Seeds 27
Lab: Design Your Own Using Scientific Methods 28
Chapter 2 Cells—36
Section 1 Cell Structure 38
Lab Comparing Cells 46
Section 2 Viewing Cells 47
Section 3 Viruses 52
Lab: Design Your Own Comparing Light Microscopes 56
Chapter 3 Cell Processes—64
Section 1 Chemistry of Life 66
Section 2 Moving Cellular Materials 74
Lab Observing Osmosis 80
Section 3 Energy of Life 81
Lab Photosynthesis and Respiration .86
Chapter 4 Cell Reproduction—94
Section 1 Cell Division and Mitosis 96
Lab Mitosis in Plant Cells 103
Section 2 Sexual Reproduction and Meiosis 104
Section 3 DNA 110
Lab: Use the Internet
Mutations 116
Chapter 5 Heredity—124
Section 1 Genetics 126
Lab Predicting Results 133
Section 2 Genetics Since Mendel 134
Section 3 Advances in Genetics 141
Lab: Design Your Own
Tests for Color Blindness 144
Chapter 6 Adaptations over Time—152
Section 1 Ideas About Evolution 154
Lab Hidden Frogs 162
Section 2 Clues About Evolution 163
Section 3 The Evolution of Primates 170
Lab: Design Your Own
Recognizing Variation in a Population 174
UNIT 2 From Bacteria to Plants—182
Chapter 7 Bacteria—184
Section 1 What are bacteria? 186
Lab Observing Cyanobacteria 192
Section 2 Bacteria in Your Life .193
Lab: Design Your Own
Composting 200
Chapter 8 Protists and Fungi—208
Section 1 Protists 210
Lab Comparing Algae and Protozoans 221
Section 2 Fungi 222
Lab:Model and Invent
Creating a Fungus Field Guide 230
Chapter 9 Plants—238
Section 1 An Overview of Plants 240
Section 2 Seedless Plants 246
Section 3 Seed Plants 252
Lab Identifying Conifers 261
Lab: Use the Internet
Plants as Medicine .262
Chapter 10 Plant Reproduction—270
Section 1 Introduction to Plant Reproduction 272
Section 2 Seedless Reproduction 276
Lab Comparing Seedless Plants 280
Section 3 Seed Reproduction 281
Lab: Design Your Own
Germination Rate of Seeds 292
Chapter 11 Plant Processes—300
Section 1 Photosynthesis and Respiration 302
Lab Stomata in Leaves 310
Section 2 Plant Responses 311
Lab Tropism in Plants 318
UNIT 3 Animal Diversity—326
Chapter 12 Introduction to Animals—328
Section 1 Is it an animal? 330
Section 2 Sponges and Cnidarians 336
Lab Observing a Cnidarian 343
Section 3 Flatworms and Roundworms 344
Lab: Design Your Own
Comparing Free-Living and Parasitic Flatworms 350
Chapter 13 Mollusks,Worms, Arthropods, Echinoderms—358
Section 1 Mollusks 360
Section 2 Segmented Worms 365
Section 3 Arthropods 370
Lab Observing a Crayfish 379
Section 4 Echinoderms 380
Lab What do worms eat? 384
Chapter 14 Fish, Amphibians, and Reptiles—392
Section 1 Chordates and Vertebrates 394
Lab Endotherms and Ectotherms 398
Section 2 Fish 399
Section 3 Amphibians 407
Section 4 Reptiles 412
Lab: Design Your Own
Water Temperature and the Respiration Rate of Fish 418
Chapter 15 Birds and Mammals—426
Section 1 Birds 428
Section 2 Mammals 436
Lab Mammal Footprints 445
Lab: Use the Internet Bird Counts 446
Chapter 16 Animal Behavior—454
Section 1 Types of Behavior 456
Section 2 Behavioral Interactions 462
Lab Observing Earthworm Behavior 471
Lab:Model and Invent Animal Habitats 472
UNIT 4 Human Body Systems—480
Chapter 17 Structure and Movement—482
Section 1 The Skeletal System 484
Section 2 The Muscular System 490
Section 3 The Skin 496
Lab Measuring Skin Surface 501
Lab Similar Skeletons .502
Chapter 18 Nutrients and Digestion—510
Section 1 Nutrition .512
Lab Identifying Vitamin C Content 522
Section 2 The Digestive System .523
Lab Particle Size and Absorption 530
Chapter 19 Circulation—538
Section 1 The Circulatory System 540
Lab The Heart as a Pump 549
Section 2 Blood 550
Section 3 The Lymphatic System 556
Lab: Design Your Own
Blood Type Reactions 558
Chapter 20 Respiration and Excretion—566
Section 1 The Respiratory System 568
Section 2 The Excretory System 577
Lab Kidney Structure 583
Lab:Model and Invent
Simulating the Abdominal Thrust Maneuver 584
Chapter 21 Control and Coordination—592
Section 1 The Nervous System 594
Lab Improving Reaction Time 603
Section 2 The Senses 604
Lab: Design Your Own
Skin Sensitivity 612
Chapter 22 Regulation and Reproduction—620
Section 1 The Endocrine System 622
Section 2 The Reproductive System 627
Lab Interpreting Diagrams 632
Section 3 Human Life Stages 633
Lab Changing Body Proportions 642
Chapter 23 Immunity and Disease—650
Section 1 The Immune System 652
Section 2 Infectious Diseases 657
Lab Microorganisms and Disease 665
Section 3 Noninfectious Diseases 666
Lab: Design Your Own
Defensive Saliva 672
UNIT 5 Ecology—680
Chapter 24 Interactions of Life—682
Section 1 Living Earth 684
Section 2 Populations 688
Section 3 Interactions Within Communities 696
Lab Feeding Habits of Planaria 701
Lab: Design Your Own
Population Growth in Fruit Flies 702
Chapter 25 The Nonliving Environment—710
Section 1 Abiotic Factors 712
Lab Humus Farm 719
Section 2 Cycles in Nature 720
Section 3 Energy Flow .726
Lab Where does the mass of a plant come from? 730
Chapter 26 Ecosystems—738
Section 1 How Ecosystems Change 740
Section 2 Biomes 744
Lab Studying a Land Ecosystem 752
Section 3 Aquatic Ecosystems 753
Lab: Use the Internet
Exploring Wetlands 760
Chapter 27 Conserving Resources—768
Section 1 Resources 770
Section 2 Pollution 778
Lab The Greenhouse Effect 787
Section 3 The Three Rs of Conservation 788
Lab:Model and Invent
Solar Cooking 792
Student Resources—800
Science Skill Handbook—802
Scientific Methods 802
Safety Symbols .811
Safety in the Science Laboratory 812
Extra Try at Home Labs—814
Technology Skill Handbook—828
Computer Skills .828
Presentation Skills 831
Math Skill Handbook—832
Math Review 832
Science Applications 842
Reference Handbooks—847
Care and Use of a Microscope 847
Diversity of Life: Classification of Living Organisms 848
Periodic Table of the Elemnets 852
English/Spanish Glossary—854
Index—880
Credits—901
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