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1. black bears have curved claws for climbing, tear open tree stumps, and turn over logs.
2. Black bears use their nose, eyes, and ears to locate food.

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By Brylie and Dahlia
Our organism is a hedgehog. The hedgehog has many beneficial adaptations to help it survive in its dry and rocky environment. First, hedgehogs posses sharp spines on their backs. When a muscle in their back pulls, their little bodies curl up into a ball and the bristling quills stick up. Protecting its soft underbelly.

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Structural and Internal Adaptation;Ashton and Lilly

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Structural and Internal Adaptation;Ashton and Lilly

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Sloths are built for life in the trees because their arms that are longer than their legs and have curved feet for grasping branches. They cannot walk, but can swim. They move slowly, but this helps them stay unseen by predators.

Sloths have 3 compartment stomachs. The fist 2 compartments have symbiotic bacteria to digest the tough leaves the sloth eats. The last compartment completely digests the digested food.

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The Peregrine Falcon -Structual and behavioral adaptation

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The Peregrine Falcon -Structual and behavioral adaptation

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My chosen animal was the great bird of prey, the peregrine falcon. One of the External, or, structual adaptions of this bird is its claws. The talons on this bird are hooked- used for quickly grabing prey such as, fish, mice, and even smaller birds like robins. This birds claws allow it to grab the prey without it dropping out of its grasp due to the claws sinking in to the hunted animals flesh. Its behavioral adaptation is migration. Once the falcons enviroment becomes cold it is able to fly miles to a warmer location during the winter. Durning this piriod of time the falcon is able to fly solo and thrive on its own. The peregrine falcon can fly at amasing speeds, infact, if it wern't for the chetta it would be the fastest animal on earth! So you can only imagine how easy migration is for this bird. This wonderful animal can go at speeds up to 240 mph! The name "peregrine" means wanderer. The Peregrine Falcon has one of the longest migrations of any North American bird. Tundra-nesting falcons winter in South America, and may move 25,000 km (15,500 mi) in a whole year! Overall the Peregrine Falcon is an amaizing animal, and it would be absolutly wonderful to see this bird in the wild.

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We have the Blow fish.It has 2 main adaptations.1 is the ability to inflate itself up to 3 times it's natural size.It does intimidate predators so it does not get attacked.It's 2nd adaptation is the production of a deadly toxin,it is called tetrodotoxin.It does this to defend itself and to kill anything it needs to kill.

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Our Organism is a Bird. 1.External adaptation,having different beaks to get different foods,to make it easier to get food for the place they live
2.Behavioral adaptation,flying to warmer places usually flying south,helps them keep warm

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Structural & Internal Adaptation: By:  Ella and Nayon

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Structural & Internal Adaptation: By:  Ella and Nayon

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Our organim is a polar bear. Polar bears have fur on the soles of their feet. This helps them have a better grip on ice and provides them with insulation for their feet.

An example of an internal adaptation for polar bears is that they have a thick layer of blubber/fat for storing energy and keeping warm from the cold.

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Structural Adaptations Jacob & Elizabeth

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Structural Adaptations Jacob & Elizabeth

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The pelican
The pelicans long slender beak allows it do dive its beak into the water and grab fish. The pelicans long legs allow it to stand in water for long periods of time looking for near by food. The wings of a pelican allow it to fight strong winds and pull up their catch from the water. The average wingspan of an adult pelican can be anywhere from 6-12 feet long.

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Structural
1. One thing that most lizards can do is detach their tail when predators grab on to their tail to get away.
External
2.Some lizards have camouflage so they can hide from predators in bushes, trees and dirt.
Internal
3. Some lizards like the Leopard Gecko can store food and nutrients in their tails. This can help them by letting them consume the nutrients in their tail if they don't have any food.

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This is a test

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Our organism is a Camel. A structural adaptation is the camel's hump. The hump allows the camel to store water and go up to a week without water and up to several months without food. An internal adaptation is the camels body temperature fluctuates/changes . This allows the camel to conserve water by not sweating as the temperature rises throughout the day (because they live in the desert).

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These adaptations have to do with physiology but are typically more visible than internal adaptations. For example beak shape, fur color and tooth sharpness are all examples of structural adaptations.

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Adaptations that have to do with internal organs and basic functions.

Differences in internal adaptations are things that separate organisms in higher levels of classification. For example mammals and reptiles have significantly different internal adaptations (cold blooded vs warm blooded,

digestive tracts, heart sizes and rates etc)

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these adaptations are not physiological, but have
to do with actions or activities of an organism.

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characteristics that help an organism to survive

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1.  With your partner, research and find one organism (not from Videos) and give an example of at least 2 of the 3 types of adaptations.

2.  Make a note on this page with your name in the title line and your adaptations identified.  Explain how this adaptation benefits your organism.

3. Include an image or video to go with your example.

4. You may not have the same other class members.

5. View the unusual adaptations video links :).