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SYMBIOTIC RELATIONSHIPS

SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

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Page 1: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

SYMBIOTIC RELATIONSHIPS

Page 2: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

BACTERIA AND HUMAN INTESTINESBacteria further digest our food

releasing vitamins for us and gaining nutrition for its own processes.

Page 3: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

TAPEWORMS AND MAMMALS

Tapeworm feeds off food that animal consumes and gets a nice warm home. The animal often gets sick and could die.

Page 4: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

ANTS AND ACACIA TREESThe ants defend the acacia tree

against herbivorous insects and vertebrates. The ants chew away encroaching plants. The plant gives the ants food and nesting sites.

Page 5: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

TAWNY OWL AND MICETawny owls hunt and eat mice.

Page 6: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

DOGS AND FLEASFleas feed off the blood of dogs

and could possibly cause anemia.

Page 7: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

WHALES AND BARNACLESBarnacles use the slow-swimming

whales as a ride through nutrient-rich waters. They do not harm the whale.

Page 8: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

SPANISH MOSS AND TREES

Spanish moss absorbs nutrients and water from air. Rarely kills trees, but lowers growth rate by blocking sunlight.

Page 9: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

CLOWNFISH AND SEA ANEMONE

Clownfish are protected by stinging tentacles of the anemone, while the clownfish chases away other fish and fertilizes the anemone.

Page 10: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

FIGS AND FIG WASPSFig wasps travel inside of the fig

where the flower is and pollinates it in return for a place to lay eggs.

Page 11: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

EAGLE AND RABBITEagles hunt and consume

rabbits.

Page 12: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

HUMAN HEAD AND LICEHead lice spend their entire life

on the human scalp and feed exclusively on human blood.

Page 13: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

REMORA AND SHARKSRemora are transported and

protected by sharks and feeds on materials dropped by the sharks. Sharks are not harmed.

Page 14: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

TREES AND MISTLETOEMistletoe lives attached to and

within the branches of trees from which it gets water and nutrients. It can kill the tree.

Page 15: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

VENUS FLY TRAP AND INSECTS

Venus fly trap consumes insects to gain nutrients.

Page 16: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

TREES AND ORCHIDSmany orchids cling to trees and

bushes as a growth habit; but they take nothing from the host plant and do not injure it in any way.

Page 17: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

BUTTERFLY AND FLOWERButterflies get nectar from

flowers and move pollen from flower to flower.

Page 18: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

SQUIRRELS AND TREESSquirrels use trees for shelter

while the tree is unharmed.

Page 19: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

FIELD DIGGER WASP AND FLY

Field digger wasps feed on flies. When the field digger wasp sees a fly, it sneaks up, jumps on it and may fall with it to the ground. There, it paralyzes the fly and transports it to the nest. It may also happen that the field digger wasp does not paralyze the caught fly, but ‘kneads’ it until liquid comes from its mouth, which is then eaten by the field digger wasp.

Page 20: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

YUCCA MOTH AND YUCCA PLANT The female yucca moth gathers pollen from the flower anthers by

using her specially adapted mouthparts. She forms the sticky pollen into a ball. The pollen ball is then "stuffed" or "combed" into the stigma of the various flowers she visits. Without this process, the yucca flower will not develop into the fruit or pod with seeds.

When the female moth visits the flower, she backs up to the flower base and inserts her ovipositor to lay an egg in one or more of the six chambers. The chamber protects the egg while it develops. By the time the egg hatches into a microscopic caterpillar, the yucca will have begun to develop a pod with little seeds. The yucca and the yucca moth both benefit in the relationship.

Page 21: SYMBIOTIC RELATIONSHIPS. BACTERIA AND HUMAN INTESTINES Bacteria further digest our food releasing vitamins for us and gaining nutrition for its own processes

RAFFLESIA PLANT AND VINE

The rafflesia plant spreads root-like structures called haustoria within the root tissues of the host vine, growing hidden until blooming time.