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! SEXUAL REPRODUCTION + TRUE SEXUAL REPRODUCTION EUBACTERIA * TRUE SEXUAL REPRODUCTION ABSENT EUBACTERIA TRUE SEXUAL REPRODUTION ABSENT PROKARYOTES TRUE SEXUAL REPRODUTION PRESENT EUKARYOTES ! ASEXUAL REPRODUCTION + ASEXUAL REPRODUCTION EUBACTERIA ^ ASEXUAL REPRODUCTION PRESENT EUBACTERIA B BINARY FISSION BINARY FISSION BINARY FISSION CYTOSOL DIVISION BINARY FISSION AP BINARY FISSION CYTOSOL DIVISION --WITHOUT NUCLEAR DIVISION BINARY FISSION BINARY FISSION APPLIED B EUBACTERIUM MOTHER CELL EUBACTERIUM CHROMOSOME CELL WALL CELL MEMBRANE CYTOSOL BINARY FISSION MOTHER CELL EUBACTERIUM CHROMOSOME CELL WALL CELL MEMBRANE CYTOSOL BINARY FISSION MOTHER CELL EUBACTERIUM CHROMOSOME REPLICATION CELL WALL CELL MEMBRANE CYTOSOL BINARY FISSION MOTHER CELL REPLICATED EUBACTERIUM CHROMOSOME REPLICATED EUBACTERIUM CHROMOSOME BINARY FISSION MOTHER CELL DNA CONTENT DOUBLED DNA CONTENT DOUBLED BINARY FISSION MOTHER CELL CELL MEMBRANE CHROMOSOME ATTACHED CELL MEMBRANE CHROMOSOME ATTACHED BINARY FISSION MOTHER CELL CELL GROWTH CELL MEMBRANE GROWTH CELL GROWTH CELL MEMBRANE GROWTH BINARY FISSION MOTHER CELL REPLICATED CHROMOSOME SEPARATE REPLICATED CHROMOSOMES SEPARATE BINARY FISSION MOTHER CELL CELL MEMBRANE INVAGINATION BINARY FISSION MOTHER CELL CELL MEMBRANE ISOLATES CHROMOSOMES BINARY FISSION MOTHER CELL CELL WALL FORMATION BINARY FISSION MOTHER CELL CELL WALL PARTITIONS MOTHER CELL CYTOSOL BINARY FISSION MOTHER CELL EUBACTERIUM CELL EUBACTERIUM CELL BINARY FISSION MOTHER CELL DAUGHTER CELL DAUGHTER CELL ^ DAUGHTER CELLS GENETICALLY IDENTICAL FRAGMENTATION FRAGMENTATION AP FRAGMENTATION COLONY OR FILAMENT BREAK-UP FRAGMENTATION FRAGMENTATION APPLIED COLONY AQUATIC HABITAT FILAMENT AQUATIC HABITAT + COLONY AQUATIC HABITAT FRAGMENTATION FILAMENT AQUATIC HABITAT FRAGMENTATION ^ COLONY AQUATIC HABITAT ASEXUAL REPRODUCTION FILAMENT AQUATIC HABITAT ASEXUAL REPRODUCTION + EUBACTERIA METABOLISM EUBACTERIA METABOLISM HIGHLY DIVERSE RESPIRATION & NUTRITION ? RESPIRATION MODES TYPES RESPIRATION TYPES RESPIRATION ? RESPIRATION ? RESPIRATION TYPES RESPIRATION TYPES RESPIRATION ANAEROBIC RESPIRATION AEROBIC RESPIRATION + L EUBACTERIA RESPIRATION MODES EUBACTERIA RESPIRATION MODES OBLIGATE ANAEROBES EUBACTERIA RESPIRATION MODES EUBACTERIA RESPIRATION MODES OBLIGATE ANAEROBES FACULTATIVE ANAEROBES EUBACTERIA RESPIRATION MODES EUBACTERIA RESPIRATION MODES O OBLIGATE ANAEROBE FACULTATIVE ANAEROBES OBLIGATE AEROBES EUBACTERIA RESPIRATION MODES OBLIGATE ANAEROBES ANAEROBIC RESPIRATION ONLY OBLIGATE ANAEROBES ANAEROBIC RESPIRATION ONLY OXYGEN LETHAL OBLIGATE ANAEROBES ^ CONFINED ANAEROBIC HABITATS OXYGEN LETHAL OBLIGATE ANAEROBES FACULTATIVE ANAEROBES AEROBIC RESPIRATION ANAEROBIC RESPIRATION FACULTATIVE ANAEROBES OXYGEN ABSENT FACULTATIVE ANAEROBES ANAEROBIC RESPIRATION OXYGEN ABSENT FACULTATIVE ANAEROBES OXYGEN PRESENT FACULTATIVE ANAEROBES ^ AEROBIC RESPIRATION OXYGEN PRESENT FACULTATIVE ANAEROBES OBLIGATE AEROBES AEROBIC RESPIRATION ONLY OBLIGATE AEROBES AEROBIC RESPIRATION ONLY OXYGEN REQUIRED OBLIGATE AEROBES ^ CONFINED AEROBIC HABITATS OXYGEN REQUIRED OBLIGATE AEROBES ? NUTRITION MODES TYPES NUTRITION TYPES NUTRITION ? NUTRITION ? NUTRITION TYPES NUTRITION TYPES NUTRITION HETEROTROPHIC NUTRITION AUTOTROPHIC NUTRITION HETEROTROPHIC EUBACTERIA HETEROTROPHIC EUBACTERIA ^ CANNOT SYNTHESIZE FOOD SUGARS HETEROTROPHIC EUBACTERIA AUTOTROPHIC EUBACTERIA AUTOTROPHIC EUBACTERIA ? CAN SYNTHESIZE FOOD SUGARS AUTOTROPHIC NUTRITION AUTOTROPHIC NUTRITION ? ? AUTOTROPHIC NUTRITION AUTOTROPHIC NUTRITION CHEMOSYNTHESIS PHOTOSYNTHESIS C CHEMOSYNTHESIS + INITIAL ENERGY SOURCE CHEMOSYNTHETIC EUBACTERIA + INITIAL ENERGY SOURCE CHEMICAL ENERGY CHEMOSYNTHETIC EUBACTERIA ^ CHLOROPHYLL ABSENT CHEMOSYNTHETIC EUBACTERIA PHOTOSYNTHESIS + INITIAL ENERGY SOURCE PHOTOSYNTHETIC EUBACTERIA + INITIAL ENERGY SOURCE LIGHT ENERGY PHOTOSYNTHETIC EUBACTERIA ^ CHLOROPHYLL PRESENT PHOTOSYNTHETIC EUBACTERIA EUBACTERIA CHLOROPHYLL BACTERIA CHLOROPHYLL S BACTERIA CHLOROPHYLL BACTERIA CHLOROPHYLL PHOTOSYNTHESIS HYDROGEN SULFIDE LIGHT EGY E- E- DONER LT RXT ATP HYDROGEN SULFIDE PHOTOLYSIS SULFUR CO2 DK RXT NADPH GLUCOSE ? UNITED STATES OF AMERICA ? UNITED STATES OF AMERICA WYOMING YELLOWSTONE NATIONAL PARK WYOMING YELLOWSTONE: HOT SPRINGS EG ^ PURPLE-SULFUR BACTERIA ? TRUE CHLOROPHYLL TRUE CHLOROPHYLL PHOTOSYNTHESIS WATER LIGHT EGY CO2 E- E- DONER LT RXT ATP WATER PHOTOLYSIS ? NADPH DK RXT BACTERIA CHLOROPHYLL GLUCOSE EG TRUE CHLOROPHYLL PHOTOSYNTHESIS WATER LIGHT EGY CO2 E- E- DONER LT RXT ATP WATER PHOTOLYSIS OXYGEN NADPH DK RXT BACTERIA CHLOROPHYLL GLUCOSE S CYANOBACTERIA OBLIGATE AEROBES CYANOBACTERIA OBLIGATE AEROBES PHOTOSYNTHETIC CYANOBACTERIA OBLIGATE AEROBES PHOTOSYNTHETIC TRUE CLOROPHYLL ? CYANOBACTERIA > CYANOBACTERIA TRUE PLANT CELL ? > CYANOBACTERIA CHLOROPLAST EVOLVED CHLOROPLASTS TRUE PLANT CELL CYANOBACTERIA CHLOROPLAST ENDOSYMBIOTIC THEORY TRUE PLANT CELL VASCULAR PLANT EVOLUTION 2.7 BILLION YEARS ~2.7 BILLION YEARS AGO CYANOPHYTA EVOLVE PHYLUM CYANOPHYTA L COMMON NAMES
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