PowerPoint Presentation Topic :Adaptations
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This document discusses physical adaptations in animals and plants that help them survive. It provides examples of physical adaptations for different species, including camels, bats, chameleons, stick and leaf insects, polar bears, hummingbirds, and humans. Physical adaptations develop over many generations and include traits like beak shape, fur thickness, skin toughness, limb length, and opposable thumbs. They help animals obtain food, stay safe from predators and weather, build homes, and attract mates. Plants also have adaptations for survival like cacti that can store water and deter grazing animals with spikes.
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PowerPoint Presentation (Topic : Adaptations)
This document discusses physical adaptations that help animals and plants survive in their environments. It provides examples of physical adaptations for several different species, including camels, bats, chameleons, stick and leaf insects, polar bears, hummingbirds, and humans. Adaptations develop over many generations and include physical features that help animals obtain food, stay safe, build homes, withstand weather conditions, attract mates, and store water. Plants also have adaptations like thorns and the ability to photosynthesize without leaves to survive in harsh environments.
Powerpoint presentation - Raji (sabarigiri)
This document discusses physical adaptations in animals and plants. It provides examples of physical adaptations for different species that help them obtain food, protect themselves, build homes, withstand weather conditions, and attract mates. These adaptations include a camel's ability to drink and store water, a polar bear's thick fur, and a hummingbird's ability to hover by beating its wings 80 times per second. The document also mentions that adaptations develop over many generations and help animals and plants like cacti and stick insects survive in their environments.
Adaptation
Organisms develop physical, behavioral, and physiological adaptations to adjust and survive in their environments. Physical adaptations include body structures like leaves that attract pollinators or fleshy stems and leaves that store water in desert plants. Behavioral adaptations comprise using tools, defensive behaviors like skunks releasing foul smells, and migration to find food. Physiological adaptations involve hibernation in winter and estivation in summer to conserve energy and avoid drying out.
Body Coverings of Animals
Mammals have fur as their body covering. Feathers are only found on birds. Fish and reptiles have scales as their outer layer. Shells are the hard outer layer of animals that live in the sea. People use fur, feathers, and shells in various ways such as coats, hats, pillows, blankets, and ornaments.
Animal adaptation
Animals have developed various physical and behavioral adaptations that enable them to survive in their environments. Adaptations take a long time to develop through gradual changes over generations. They allow animals to obtain food, reproduce, and protect themselves from threats. Examples of physical adaptations include teeth for eating plants or meat, beaks for obtaining food, camouflage for protection, and body changes for hibernation or migration to cope with seasonal variations.
Bird Adaptations
This document discusses bird adaptations through their beaks, feet, and feathers. It describes different beak shapes including cone-shaped, slender, chisel-shaped, long and tubular, sharp and hooked, fringed edges, and flat and wide beaks. Each shape is adapted for different feeding methods. It also discusses feet adaptations such as toes for grasping, climbing, swimming, walking on soft surfaces, capturing prey, scratching, and protection. Finally, it covers feather structures, types including contour, down, semiplumes and filoplumes, and their functions in insulation, flight, and appearance.
Classification Of Animals
This document classifies animals into groups based on their characteristics. It discusses the key traits of mammals, reptiles and amphibians, birds, insects and arachnids, and fish. Mammals are warm-blooded, have hair or fur, and feed their live young with mother's milk. Reptiles and amphibians are cold-blooded and lay eggs, but amphibians have moist skin and begin life in water. Birds are warm-blooded and covered in feathers, laying eggs from which hatch. Insects and arachnids have exoskeletons, multiple legs, breathe through holes, are cold-blooded, and hatch from eggs. Fish live entirely in water, breathe
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The document describes the physical features and habitat of the extinct dodo bird. It had a large body, stubby wings, short legs, and a large curved beak. It lived in the tropical forests of Mauritius and relied on the tambalacoque fruit from the Dodo Tree for food. While it had wings, they were too small to allow the dodo to fly due to its large size.
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PowerPoint Presentation (Topic : Adaptations)
This document discusses physical adaptations that help animals and plants survive in their environments. It provides examples of physical adaptations for several different species, including camels, bats, chameleons, stick and leaf insects, polar bears, hummingbirds, and humans. Adaptations develop over many generations and include physical features that help animals obtain food, stay safe, build homes, withstand weather conditions, attract mates, and store water. Plants also have adaptations like thorns and the ability to photosynthesize without leaves to survive in harsh environments.
Powerpoint presentation - Raji (sabarigiri)
This document discusses physical adaptations in animals and plants. It provides examples of physical adaptations for different species that help them obtain food, protect themselves, build homes, withstand weather conditions, and attract mates. These adaptations include a camel's ability to drink and store water, a polar bear's thick fur, and a hummingbird's ability to hover by beating its wings 80 times per second. The document also mentions that adaptations develop over many generations and help animals and plants like cacti and stick insects survive in their environments.
Adaptation
Organisms develop physical, behavioral, and physiological adaptations to adjust and survive in their environments. Physical adaptations include body structures like leaves that attract pollinators or fleshy stems and leaves that store water in desert plants. Behavioral adaptations comprise using tools, defensive behaviors like skunks releasing foul smells, and migration to find food. Physiological adaptations involve hibernation in winter and estivation in summer to conserve energy and avoid drying out.
Body Coverings of Animals
Mammals have fur as their body covering. Feathers are only found on birds. Fish and reptiles have scales as their outer layer. Shells are the hard outer layer of animals that live in the sea. People use fur, feathers, and shells in various ways such as coats, hats, pillows, blankets, and ornaments.
Animal adaptation
Animals have developed various physical and behavioral adaptations that enable them to survive in their environments. Adaptations take a long time to develop through gradual changes over generations. They allow animals to obtain food, reproduce, and protect themselves from threats. Examples of physical adaptations include teeth for eating plants or meat, beaks for obtaining food, camouflage for protection, and body changes for hibernation or migration to cope with seasonal variations.
Bird Adaptations
This document discusses bird adaptations through their beaks, feet, and feathers. It describes different beak shapes including cone-shaped, slender, chisel-shaped, long and tubular, sharp and hooked, fringed edges, and flat and wide beaks. Each shape is adapted for different feeding methods. It also discusses feet adaptations such as toes for grasping, climbing, swimming, walking on soft surfaces, capturing prey, scratching, and protection. Finally, it covers feather structures, types including contour, down, semiplumes and filoplumes, and their functions in insulation, flight, and appearance.
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This document classifies animals into groups based on their characteristics. It discusses the key traits of mammals, reptiles and amphibians, birds, insects and arachnids, and fish. Mammals are warm-blooded, have hair or fur, and feed their live young with mother's milk. Reptiles and amphibians are cold-blooded and lay eggs, but amphibians have moist skin and begin life in water. Birds are warm-blooded and covered in feathers, laying eggs from which hatch. Insects and arachnids have exoskeletons, multiple legs, breathe through holes, are cold-blooded, and hatch from eggs. Fish live entirely in water, breathe
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The document describes the physical features and habitat of the extinct dodo bird. It had a large body, stubby wings, short legs, and a large curved beak. It lived in the tropical forests of Mauritius and relied on the tambalacoque fruit from the Dodo Tree for food. While it had wings, they were too small to allow the dodo to fly due to its large size.
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Birds have several key features that help them survive and thrive. They have wings that allow most birds to fly, lightweight hollow bones, and claws and feet adapted for their environments and diets. Birds also have beaks suited to their food sources - some have crushing beaks, others curved or probing beaks. Their bodies are streamlined for flight and many have specialized leg and foot structures for swimming, wading, or perching.
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This 3 sentence summary provides the high level information from the document:
The document is a PowerPoint presentation on Natural Science presented by Dhanya G R at the KTCT College of Teacher Education in Kaduvayil, Thottakkadu. The presentation introduces the topic of Natural Science and welcomes the audience. The presenter's name and the topic of the presentation are provided.
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A habitat provides living things with food, shelter, and everything they need to survive. It includes the whole surrounding environment. Animals and plants are specially adapted to their habitats through features like camouflage, storage organs, insulation, and body shapes. Their adaptations allow them to obtain resources and avoid threats in their particular environment. Habitats meet the needs of their residents through interdependent relationships between different species.
Habitats
A habitat provides living things with food, shelter, and everything they need to survive. It includes the whole surrounding area where an animal or plant lives. Many plants and animals are specially adapted to their particular habitat through features like camouflage, storage organs, insulation, or body shapes that suit the environment. Habitats meet an organism's needs and allow plants and animals to help each other by providing food, shelter, reproduction sites, and other functions.
Habitats
A habitat provides living things with food, shelter, and everything they need to survive. It includes the whole surrounding area where an animal or plant lives. Many plants and animals are specially adapted to their particular habitat through features like camouflage, storage organs, insulation, or body shapes that suit the environment. Habitats meet an organism's needs and allow plants and animals to help each other through providing food, shelter, reproduction sites, and other functions.
Habitats
A habitat provides animals and plants with food and shelter. Most species are specially adapted to their particular habitat through features that help them survive. These adaptations can include camouflage to avoid predators, streamlined bodies for aquatic animals, and traits like thick fur or fat layers that help cold climate species retain heat. Habitats involve complex relationships where plants and animals depend on each other for food, shelter, reproduction, and other needs.
Paw Creek Animal adaptations
This document provides information about animal adaptations for different environments including deserts, grasslands, arctic regions, and more. It discusses physical adaptations that help animals obtain food, stay safe from predators and weather, and attract mates. Examples of adaptations discussed include thick fur, camouflage coloring, ability to store water or fat, and physical features suited to environments like wide paws, nostrils that can close, or long necks. The document also summarizes adaptations of specific animals like camels, tortoises, foxes, giraffes, lions, lizards, penguins, and polar bears that allow them to survive in their respective habitats.
Adaptation
Adaptation of different animals, Migration, Habitats, Hibernation, How do Pandas, penguins, tigers, camels, cactus lotus, have different adaptation features, Bears Hibernation, Squirrels, Black American Bear Hibernate, Birds Migration Reason of migration, Importance of Migration in birds. Protection of wildlife
Animals
This document summarizes the life cycles of amphibians, insects, and birds. It also discusses animal adaptations, migration, habitats, and the impact of human activities. Animals adapt through physical features that help obtain food, safety, shelter, and attract mates. Adaptations develop over generations through evolution. Examples given are camels' eyelashes for sand and giraffes' long necks. Animals migrate for warm weather, food, or mating like birds flying south for winter or antelope following rain. Habitats are where species live, such as polar bears in the Arctic. The document also covers domesticated versus wild animals and ways to protect habitats and species.
Animals
This document summarizes the life cycles of amphibians, insects, and birds. It also discusses animal adaptations, migration, habitats, and the impact of human activities. Animals adapt through physical features that help obtain food, safety, shelter, and attract mates. Examples given are camels' eyelashes and giraffes' long necks. Animals migrate for warm weather, food, or mating like birds flying south for winter or antelope following rain. Habitats include polar bears in the Arctic and manatees in estuaries. The document also covers domesticated versus wild animals and how recreation and habitat loss affect wildlife.
Animals and adaptation
Animals and Adaptation discusses how animals adapt both structurally and behaviorally in order to survive in their environments. It provides examples of structural adaptations like thick fur coats and behavioral adaptations like moving in large groups. The document then focuses on penguins, describing their structural adaptations like dense feathers and behavioral adaptations like huddling in large groups to stay warm. It notes that while penguins' structural adaptations help with things like insulation and camouflage, their behavioral adaptations of returning to the same breeding locations make them vulnerable to predators.
External Structure and locomotion.pdf
All animals have external structures, or bodily organs on the outside. The majority of animals have a head, a body covering, limbs, and a tail of some kind. These body parts are all essential to an animal's ability to live and reproduce, despite the fact that they may appear differently on different animals.
The limbs of mammals may be modified for a particular movement. They could be taught how to swim, fly, climb, and run. More commonly known as "ricochetal locomotion," saltatory (leaping) movement has been observed in a variety of unrelated species (some marsupials, lagomorphs, and several independent lineages of rodents).
The skin of mammals, like that of other vertebrates, consists of epidermal and dermal layers. It protects against actual injury, microbiological invasion, and UV rays from the sun. skin is also important for temperature regulation, sensory perception excretion, and water regulation.
Hairs are a keratinized derivative of the epidermis of the skin and are uniquely mammalian. It is seated in an invagination of the epidermis called a hair follicle. Two distinct kinds of hair typically compose a pelage, a coat of hair. Long guard hairs protect a dense coat of shorter, insulating under hairs.
Hair must periodically molt because it is made mainly of dead cells. In some mammals (e.g., humans), molting occurs gradually and may not be noticed. Others have rapid hair loss, which could alter the characteristics of their pelage. In the fall, many mammals acquire a thick coat of insulting under hair, and the pelage color may change.
For example, the Arctic fox takes on a white or cream color with its autumn molt, which helps conceal the fox in a snowy environment. with its spring molt, the Arctic fox acquires a gray and yellow pelage
Hairs are also important for the sense of touch. The mechanical displacement of hair stimulates nerve cells associated with the hair root. Guard hairs may sometimes be modified into thick-shifted hairs called vibrissae. Vibrissae occur around the legs, nose, mouth, and eyes of very sensitive to displacement.
Air space in the hair shaft and hair trapped between hairs and the skin provides an effective insulating layer. A band of smooth muscle, called the arrector pili muscle, runs between the hair follicle and lower epidermis. when the muscle contract, the hair stands upright, increasing the amount of air trapped the in the pelage and improving its insulating properties.
Arrector pili muscles are under the control of the autonomic nervous system, which also controls a mammal's "fight-or-flight" response. In threatening situations, the hair stands on end and may give the perception of increased size and strength.
Hair color depend on the number of pigments (melanin) deposited in it and the quantity of air in the hair shaft. The pelage of most mammals is dark above and lighter underneath. This pattern them less conspicuous under most conditions. Some mammals advertised their defenses using aposematic (warning
3rdGradeReptilesandAmphibians.ppt
There are over 6,800 reptile species including alligators and crocodiles, turtles and tortoises, snakes, and lizards. Reptiles are ectothermic vertebrates with scaly skin and internal skeletons. They lay shelled eggs and undergo little development from hatching to adulthood. Amphibians include over 4,000 species of frogs, salamanders and caecilians. They are also ectothermic vertebrates but have permeable skin and undergo metamorphosis from aquatic young to terrestrial adults. Both groups shed their skin and use environmental heat to regulate their body temperature.
Super Senses for cbse class one students
The document discusses different types of adaptations that help organisms survive in their environments. There are two main types of adaptations - structural adaptations, which are physical features like fur or webbed feet, and behavioral adaptations, which are ways organisms behave to survive like forming protective circles. The document then provides many examples of structural, behavioral, and other adaptations in plants and animals that help with tasks like movement, camouflage, breathing, and sensing their surroundings.
Habitats
A habitat provides living things with food, shelter, and everything needed to survive. It includes both the home and surrounding environment. Plants and animals are specially adapted to their particular habitats through features that help them suit the demands of the local environment, such as camouflage, water storage, and insulation. People can inhabit diverse areas by building shelter and wearing clothing suited to the temperature and conditions.
The animals and their habitats
The document discusses habitats and how animals adapt to their environments. It explains that a habitat provides animals with food and shelter. It gives examples of how different types of animals, such as birds, aquatic animals, desert animals, and arctic animals, have adapted traits that help them survive in their particular habitats. These adaptations include physical features like webbed feet, camouflage, streamlined bodies, and thick fur or layers of fat.
Animal Sceience; Tanhui
This document provides an overview of different animal groups:
- Amphibians such as frogs and salamanders spend time both in water and on land, laying jelly-covered eggs in water and breathing through gills, lungs or skin.
- Birds come in many varieties from hummingbirds to ostriches and can be grouped by habitat, diet or physical features.
- Fish are cold-blooded, lay eggs, have scales and fins instead of legs, and breathe through gills in water.
- Insects have six legs, three body parts, an exoskeleton, one or two pairs of wings, are cold-blooded and lay many eggs.
- Mammals are intelligent,
Report text (complete explanation)
A report provides its reader with information about something in an objective and scientific manner. It describes things by reporting facts without subjective opinions. A report focuses on generic participants and uses relational processes to state what something is without temporal sequence. It may include an opening statement to introduce the topic, a description of the parts and their functions, and relevant details.
Habitats-PPT.pdf
A habitat provides animals with food, shelter, and a safe place to raise young. The document discusses the specific habitat needs of different animals such as frogs, polar bears, birds, lions, dogs, pandas, and foxes. For example, frogs need water and camouflage to hide from predators, so they are suited to living near ponds or lakes. Polar bears need sea ice to hunt on and live on, so they are suited to the Arctic. The document concludes that while humans can adapt many environments to live in, some animals cannot do this and have become extinct when their habitats have changed too much.
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PowerPoint Presentation Topic :Adaptations
- 1. KERALA UNIVERSITY CENTRE FOR TEACHER EDUCATION,ANCHAL POWERPOINT PRESENTATION ABHILASH P M NATURAL SCIENCE REG. NO : 13975001 KUCTE ANCHAL
- 3. Animals also depend on their physical features to help them obtain food, keep safe, build homes, withstand weather, and attract mates. These physical features are called physical adaptations. Adaptations develop over many generations. The shape of a bird's beak, the number of fingers, colour of the fur, the thickness of the fur, the shape of the nose or ears are all examples of physical adaptations which help different animals to survive. Plants also have adaptations for survival.
- 4. Cactus Photosynthesis without leaves… can absorb and store lots of water… tough skin that won’t dry out…spikes to repel grazing animals
- 5. Camel Can drink and store huge amounts of water. Eyelashes, long legs keep body away from hot sand. big feet to stop it sinking into sand. Excretes hardly any water
- 6. BAT They have petagium –Act as wings
- 7. Chamaleon They can change it’s colour according to it’s environment.
- 8. STICK &LEAF INSECT They can mimic their environment and they look like leaf and dry stick
- 9. Polar Bear Thick white fur for camouflage and warmth… fur made of hollow hairs…blubber under skin…like all bears, store body fat.. stiff hairs on soles of paws for grip
- 10. Humming Bird Smallest bird can beat wings 80 times a second to hover in mid air… long beak for drinking nectar from flowers…fastest metabolism of any animal, heart beats 1200 times a minute
- 11. Sexual Selection Some adaptations, usually in males, make the male more likely to attract a mate in competition with other males of the same species.
- 12. . Humans We have a massive brain capable of thinking, imagination and problem solving. We are the only animals that can make very complex language. We have opposable thumps that can make stuffs, more than any animal can.
- 13. Thank you