| |
|
C |
| Caduceus |
| Caenorhabditis elegans |
| Cambrian Explosion |
|
Carotenoids |
| Cartilage Fish - Basic Features |
|
Cartilage Fish - Subgroups |
| Catastrophes |
| Cavities,
Body |
| Cell Division: Meiosis
|
| Cell Division: Meiosis
|
| Cell
Layers, Three - Flatworms |
| Cell
Membrane |
| Cell Membranes, and Lipids |
| Cells:
Size
Limits on |
| Cell
Theory (1838) |
|
Cell Walls |
| Centipedes |
| Central
Nerve Cord in Invertebrates |
| Cephalization |
| Cephalochordates |
| Cephalopods - Octopus, Squids, & Relatives
|
| Cestodes |
| Chagas
Disease |
| Chance,
Role of |
| Chelicerates |
| Chelipeds
(Scorpion) |
| Chemosynthesis |
|
Chinese Liver Fluke / Clonorchis |
| Chlorophyll |
| Chloroplasts,
Origin |
| Choanocyte
/ Collar Cell |
| Chordates |
| Chordates,
Invertebrate - Types
|
| Chromatophores
|
| Chromosome
Number |
| Chromosome
Number: Diploid
|
| Chromosome
Number: Haploid
|
| Chromosomes |
| Chromosomes |
| Cicadas
|
| Cilia
& Flagella |
| Circular
Muscles |
| Circulation,
Closed |
| Circulation,
Open
|
| Cladistics |
| Clams & Relatives
|
| Classification:
Determining
Groups |
| Classification:
Rules
for Disputes |
| Classification:
Super-
and Sub- Groupings |
| Classification:
System
Organization Levels |
| Cleavage,
Radial |
| Cleavage,
Spiral |
| Clock,
Molecular |
| Clonorchis |
| Closed
Circulation |
| Closed
Circulation
in Chordates |
| Club Mosses
|
| Cnidaria
|
| Cnidaria
Characteristics
|
| Cnidaria-Sponge
Similarities
|
| Cnidaria: Human
Impacts
|
| Cnidaria
Types
|
| Cockroaches
|
| Coevolution
|
| Cohesion
(Water)
|
| Coleoptera
/ Beetles
|
| Collar
Cell
|
| Colonial
Organisms |
| Colonialism,
Origins |
| Commensals
- Protozoan |
| Commensals
- Pinworms |
| Comparative
Biochemistry |
| Comparative
Embryology |
| Compound
Microscopes |
| Cones:
Male vs Female
|
| Confounding
Factors |
| Conifers
|
| Conifers:
Life Cycle
|
| Conjugation |
| Continental Drift |
| Contractile
Vacuole |
| Control
Group |
| Controlled
Experiments |
| Convergent
Evolution |
| Corals |
| Cotyledon |
| Creeping
Eruption |
| Crickets |
|
Crocodiles & Alligators |
| Crustaceans |
| Cuticle
(Plants) |
| Cuticle
(Roundworms) |
| Cycads
|
| Cytoplasm |
| Cytoplasm
(Ameba) |
|
E |
| Earth: Age
of the Earth |
| Earth:
Conditions,
Early Earth |
| Earth: Hydrothermal Vents |
|
Earth: Life History,
Overview |
| Earth: Oxygens
Effects,
Early |
| Earthworms |
| Echinoderms |
| Echinoderm
Features |
| Echinoderm
Subgroups |
| Ectoderm
/ Epidermis |
| Ectoderm
- Flatworms |
| Ectoplasm |
| Eggs,
Amniote |
| Egg
Cells |
| Electron
Microscope |
| Elephantiasis |
| Embryo,
Conifer
|
| Embryology,
Comparative |
| Embryology:
Protostomes & Deuterostomes
|
| Endocrine System
|
| Endoderm |
| Endoderm
- Flatworms |
| Endoplasm |
| Endoskeleton
|
| Endoskeleton
- Chordates |
| Endoskeleton
- Echinoderm |
| Endosymbiont Theory |
| Endotherms / "Warm-Blooded" |
| Environments,
Protozoans |
| Epidermis & Dermis
|
| Epidermis
/ Ectoderm - Sponge |
| Epigenetic
Factor |
| Eukaryote
/ Prokaryote Differences |
| Eukaryote
vs Prokaryote |
| Eukaryotes,
Rise of |
| Eukaryote
Origins: Endosymbiont Theory |
| Evolution:
Arthropods |
| Evolution:
Arthropods: Segmented Worm Similarities |
| Evolution: Artificial
Selection |
| Evolution:
Birds
& Dinosaurs |
| Evolution: Bony Fish |
| Evolution:
Bottleneck Effect |
| Evolution and
Chance |
| Evolution:
Coevolution |
| Evolution:
Divergent
vs Convergent Evolution |
| Evolution
- Definition |
| Evolution:
Fish,
Bony |
| Evolution:
Flight:
Insects |
| Evolution:
&
Fossil Record |
| Evolution:
Founder Effect |
| Evolution:
Genetic Drift |
| Evolution:
Hardy-Weinberg Law |
| Evolution & Isolation |
| Evolution:
Lungs, Vertebrate |
| Evolution: Mammals |
| Evolution,
Molecular |
| Evolution
by Natural Selection |
| Evolution through Non-Change |
| Evolution,
Parasite |
| Evolution:
Plants,
Seed
|
| Evolution
as Progress |
| Evolution:
Rates: Gradual vs
Punctuated Evolution |
| Evolution
by Sexual Selection |
| Evolution:
Theories: Inheritance
of Acquired Characteristics |
| Evolution:
Wings, Insect |
| Exoskeleton
|
| Experimental
Group |
| Experiments:
Anecdotal
Evidence |
| Experiments:
Blind
& Double-Blind Tests |
| Experiments:
Chance,
Role of |
| Experiments:
Confounding
Factors |
| Experiments:
Control
Group |
| Experiments:
Controlled
Experiments |
| Experiments:
Hypothesis |
| Experiments:
Observation |
| Experiments:
Predictions |
| Experiments:
Reproducibility |
| Experiments:
Test
Group - Need for Numbers / Size |
| Extinction
& Biblical beliefs |
| Extinctions,
Mass |
|
F |
| Facultative |
| Feather
Stars |
| Female
/ Male Differences |
| Female
/ Male Differences: Pine Cones |
| Fern Life
Cycle
|
| Fertilization,
Internal - Land Vertebrates
|
| Field
Test |
| Filarial Worms
|
| Filter
Feeding |
| Filter
Feeding -
Chordates |
| Final Hosts |
| Fish,
Bony - Basic Features |
| Fish,
Bony - Subgroups |
| Fish,
Cartilage - Basic Features |
| Fish,
Cartilage - Subgroups |
| Fish,
Jawless - Basic Features |
| Fish,
Jawless - Subgroups |
| Fish,
Lobe-Finned |
| Fish,
Ray-Finned |
| Flagella |
| Flagella
& Cilia |
| Flagellates
/ Mastigophora |
|
Flatworms |
| Fleas / Siphonaptera
|
| Flies / Diptera
|
| Flower
Form & Function |
| Flower
- Introduction |
| Flower
Parts - Pistil |
| Flower
Parts - Stamen |
| Flukes |
| Food
Vacuole |
| Foot
(Mollusk) |
| Fossils
& Biblical Beliefs |
| Fossils:
How
Fossils Form |
| Fossil
Layers & Age |
| Fossil
Record and Evolution |
| Founder Effect |
| Frequencies,
Light |
|
Frogs & Toads |
| Fruit |
| Fruit
Formation |
| Fruiting
Bodies |
| Fungi |
| Fungi
- Plant Symbionts |
|
H |
| Haeckel,
Ernst (late 1800s) |
| Hagfish
/ Slime Eels |
| Haploid
|
| Haploid
in Ferns
|
| Hardy-Weinberg Law |
| Harvestman |
| Head
(Insects) |
| Heart
Positions -
Invertebrates vs Chordates |
| Hemiptera
- Bugs, True |
| Heterotroph Hypothesis |
|
Homeogenes
|
|
Homeogene
Research, C. elegans |
| Homologous
Traits |
| Homology,
Serial |
| Homology,
Serial: Arthropods |
| Homology,
Serial: Vertebrates |
| Hooke,
Robert (1665) |
| Hookworms |
| Hormone
Effects (Plants) |
| Horseshoe Crabs |
| Horsetails
|
| Host,
Definitive / Final
|
| Host,
Definitive / Final - Flatworms
|
| Host,
Intermediate
|
| Host,
Intermediate - Flatworms
|
| Host-Specific
|
| Host,
Vector
|
|
HOX
Genes |
| Hybrid
Vigor |
| Hydatids / Bladder Worms |
| Hydra |
| Hydrostatic
Skeleton (Roundworm) |
| Hydrostatic
Skeleton (Segmented Worm) |
| Hydrothermal Vents |
| Hymenoptera
/ Ants, Bees, and Wasps |
| Hypothesis |
|
L |
|
Lamarck |
|
Lamprey Eels |
|
Lancelets
(Cephalochordates)
|
|
Land, Life of: Amniote
Egg |
|
Land, Life on: Challenges of
Living on Land |
|
Land, Life on: &
Internal Fertilization |
|
Land, Life on: Lungs -
Evolution, Vertebrates |
|
Land, Life on: Transitional
Ecosystems /
"Staging Areas" |
|
Larva |
|
Lateral
Meristem |
|
Leaf Hoppers
|
|
Leaves,
Angiosperm |
|
Leaves: Conifer: Needles
|
|
Leeches |
|
Leeuwenhoek,
Antony
van |
|
Leg Numbers - Arachnids |
|
Leg Numbers - Decapods
|
|
Leg Numbers - Insects
|
|
Lepidoptera
/ Butterflies and Moths |
|
Lice / Phthiraptera &
Psocoptera
|
|
Lichens
|
|
Life, First: Features of |
|
Life, First: "Later"
Developments |
|
Life
History, Earth |
|
Life Origins: Cambrian Explosion |
|
Life Origins: Respiration,
Aerobic |
|
Life Origins: Conditions
of Earth, Early |
|
Life Origins: Eukaryotes,
Rise of |
|
Life Origins: Features of
First "Life" |
|
Life Origins: Heterotroph Hypothesis |
|
Life Origins: Hydrothermal Vents |
|
Life Origins: "Later"
Developments |
|
Life Origins: Oxygens
Effects |
|
Life Origins: Panspermia / Space Seed Hypothesis |
|
Life Origins: Primordial Soup |
|
Life Origins: Respiration |
|
Life Origins: RNA World Hypothesis |
|
Life Origins: Special
Creation Theory |
|
Life Origins: Steps toward
Life in the
Soup |
|
Life Origins:
and
Viruses |
|
Light Absorption and
Reflection |
|
Light-Dependent Reaction |
|
Light-Independent Reaction |
|
Light
Microscope |
|
Light: Wavelength and
Frequencies |
|
Linnaeus, Carolus |
|
Linkage |
|
Lipids
and Cell Membranes, First |
|
Lobe-Finned Fish |
|
Longitudinal
Muscles - Segmented Worms |
|
Lungs,
Vertebrate - Evolution |
|
Charles
Lyell (1830s) |
|
M |
| Macronucleus
|
| Maggots
|
| Malaria
|
| Male / Female Differences
|
| Male
/ Female Differences: Pine Cones
|
|
Malpighim, Marcello (1660) |
|
Malthus, Thomas (early 1800s) |
| Mammals - Basic Features |
|
Mammals - Evolution |
|
Mammals - Subgroups |
| Mandibulates |
| Mantises
|
| Mantle & Mantle Cavity
|
| Marine |
|
Marsupials |
| Mastigophora |
| Mayflies |
| Medusae |
| Meiosis
|
| Meiosis
|
| Membrane,
Cell |
| Membrane,
Cell, First, and Lipids |
| Memes |
| Mendel,
Gregor (mid to late 1800s) |
| Meristem |
| Meristem,
Apical |
| Meristem,
Lateral |
| Mesoderm |
| Metamerism
/ Segmentation |
| Metamorphosis
- Insects |
| Metamorphosis
- Amphibians |
| Micronucleus |
| Microscopes:
Compound |
| Microscopes:
Electron |
| Microscopes:
Light |
| Microscopes:
Scanning |
| Microscopes:
Simple |
| Microscopes:
Transmission |
| Microtubules |
| Migration,
Birds |
| Millipedes |
| Mites |
| Mites and Allergies |
| Mitochondria,
Origin |
| Molecular
Clocks |
| Molecular Evolution |
| Molecular
Evolutionary Taxonomy |
| Mollusks |
| Mollusks:
Body Plan |
| Mollusks:
Subgroups
|
| Molting
(Exoskeleton)
|
| Molting
(Insects) |
| Molting
(Roundworms) |
| Monera |
| Monocots
vs Dicots |
| Monoecious
|
| Monoecious
- Flatworms
|
|
Monotremes
|
| Moss Life Cycle
|
| Moths / Lepidoptera
|
| Mutations |
| Multicellular
vs Unicellular |
| Multiple-Gene
Traits |
| Muscles,
Circular - Segmented Worms |
| Muscles,
Longitudinal - Segmented Worms |
| Mutations |
|
|