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physiological adaptation : large brain size and complex neural system; humans developed a large brain compared to their body, particularly their cerebral cortex which enables them to develop advanced social structures, culture, technology, and adaptability to various environments.

behavioural adaptation: empathy, which played a crucial part in the development of humans, humans who could empathize with others were more likely to support other humans in their group , leading to collective efforts in tasks such as hunting, gathering, childcare, defence against predators and caring for weaker/older group members

structural adaptation: bipedalism, walking upright on two legs allowed them to use their hands freely to make and use tools. it is also useful for traveling long distances as it would cause less strain on organs when running

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Structural adaptation- unusually long legs that aid in its unique stomping method of hunting the snakes it preys on, however this masivly lowers its running speed. its feet are primeraly adapted for walking. 

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physiological circulatory and respiratory systems capable of very high metabolic rates and oxygen supply

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Structual - Their smaller ears and tail lead to less heat loss.

Behavioral - They arent as big a hibanator as other bears as they need to eat alot to hibernate during the summer so they have no time to hibernate during the winter

Physiological - Polar bears have developed a unique physiological adaptation to be able to consume a high-fat diet. They primarily feed on the blubber from the seals they catch, which is mainly fat and acts as their source of energy. Other animals will not survive if they consume such large amounts of fats in their meals.

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Structural- Giraffe's long neck

Behavioural- Giraffe's behavioural is when they drink waters they gulp it.

Physiological - Giraffe's height enables them to reach food sources that are out of reach for other animals.

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Structural adaptiations of the barn owl include a Face Disk, like other owls which hellps in sound localisation. This disk is particularly well-developed in barn owls, helping them detect prey movement.

They have lightweight weathers that help them have silent flight. This adaptation helps them approach their prey without them notifying them that they are there.

Behavioural adaptations would be nocturnal hunting, taking advantage of darkness to hunt for small mammals like rodents, they are very well adapted to low light conditions relying on their senses to locate prey. they also have nesting behaviour that includes occupying abanoned structures like barn etc.

Physiological adaptations include acute hearing, allowing them to detect the slightest rustle of prey in grass or under snow. their facial disk and asymmetrical ear openings help in precise sound localization. They also have thermal regulation which allows them to regulate their body temeprature in different envioromental conditions. They can adjust their metabolism to conserve energy during the cold weather.

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Dolphins have structural adaptations such as flippers on the side of the body (pectoral flipper) to help the animal steer and stop.

An example of a behavioural adaptation in the dolphin is pod formation. Dolphins travel through the oceans in groups. This allows them to round up food together and stay safer from predators.

Dolphins are warm blooded which makes it easier for them to regulate their body temperature in the cold ocean. This is a physiological adaptation.

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structural adaptations:

Python possess muscular bodies which they use for constriction, a method of subduing prey and suffocating it.

They possess flexible jaws combined with backward-facing teeth that allow them to eat and consume prey much larger than their heads.

physiological adaptation:

These snakes also have two lungs. This adaptation allows for a more elongated and flexible body, which is advantageous in navigating narrow spaces or moving across various terrains

Pythons also possess specialized heat-sensing pits near their mouths, allowing them to detect thermal radiation from warm-blooded animals. This sensory adaptation is beneficial for nocturnal hunting and other low-light conditions, compensating for their generally limited vision.

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Structural Adaptation -

They have dark fur that helps blend into their environment when hunting for food at night.

Behavioural Adaptation -

Tasmanian Devils are nocturnal and spend the daytime sleeping in dens made in hollow logs, caves or old wombat burrows which they line with grass and leaves.

Transmissible cancers, which occur only rarely in the animal kingdom, are spread by the transfer of living cancer cells. In the case of Tasmanian devils, the cells are transferred through biting – a behaviour that is common in devils especially in fights over mates and food.

Physiological Adaptation -

Tasmanian devils have a keen sense of smell which helps them track food and thus helps them survive.

Tasmanian devils will also produce an odour as a defence mechanism when threatened.

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A structural adaptation of a bat includes echolocation which allows them to let out a high pitched squeal in which it bounces of an object through sound waves which allows to navigate through the dark.

A behavioural adaptation of bats are that they are nocturnal creatures in which they normally sleep during the daytime in caves or empty buildings they do this to protect themselves form predators.

The physiological attributions of a bat the have the ability to decrease their body temperature in response of the environment since they are warm blood animals and save energy when their food is low.

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Structural adaption(s) - Rattlesnakes have no limbs or external ears. Both of these adaptations allow them to survive and travel in tight spaces. Rattlesnakes also have a thermal sensor which allow them to spot prey.

Behavioural adaption - Rattlesnakes will coil up and shake its tail, creating a rattling sound which intimidates predators.

Physiological adaption - Rattlesnakes are cold-blooded, keeping the snakes cool in the warm environments that they live in. Rattlesnakes also posses venom, which they can transfer into the blood-stream through a bite.