Y7 chp 5
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This document discusses adaptations that allow plants and animals to adjust to daily changes between day and night caused by the Earth's rotation. Some plant adaptations include opening flowers during the day for pollination and closing at night for protection. The night-scented stock opens its flowers at night for moth pollination. Leaf movements also help plants adapt by spreading to photosynthesize in the day and folding to conserve water at night. Animal adaptations include being active during the day or night for foraging and having senses like vision or echolocation to aid in finding food in their active periods.
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Daily And Seasonal Changes
Organisms are adapted to both daily and seasonal changes in their environments. Daily changes include flowers opening and closing and sea anemones pulling in their tentacles at low tide. Seasonal changes require adaptations like migration to find food sources, hibernation to avoid winter conditions, and storing nutrients underground or in protective cases to last through seasons with less available resources. Some animals like squirrels store nuts in autumn to eat over winter when food is scarce.
Melissa southern weather and seasonal changes
The weather and seasonal changes affect plants, animals, and their surroundings through various adaptations. Adaptations like whiskers, sharp teeth, webbed feet, and wings help animals survive in their environments. Seasonal behaviors like migration, hibernation, and dormancy allow animals to respond to changes in temperature, light levels, and precipitation. Camouflage also provides protection by allowing animals to blend into their surroundings.
Plant And Animal Adaptation
Plant and animal adaptations allow organisms to survive and reproduce in their environments. Adaptations occur at the cellular level in response to environmental changes. Some key plant adaptations include phototropism (response to light), hydrotropism (response to water), and gravitropism (response to gravity). Animal adaptations include camouflage to blend in with surroundings, mimicry to resemble other organisms for protection, and insulation or fat storage to regulate body temperature in hot and cold climates. Migration allows some species to track availability of food and favorable climates throughout the seasons.
How do ecosystems compare FINAL
1. The document compares different ecosystem types and their climates. It discusses desert, forest, ocean, and wetland ecosystems.
2. Desert ecosystems are very hot and dry, receiving little rain. Animals and plants have adapted to survive, such as camels storing water in humps and desert animals hiding from the sun.
3. Forest ecosystems include tropical rainforests, which are hot and wet year-round, and temperate forests, which are warmer in summer and colder in winter with less rain than rainforests.
Living organisms & their surroundings
The document discusses habitats and adaptations. It defines habitat as the surroundings where an organism lives, including biotic components (living things like plants and animals) and abiotic components (non-living things like air, water, soil, and temperature). Adaptations are specific features or behaviors that allow organisms to adjust to their habitat. Examples of adaptations in desert, mountain, grassland, and aquatic habitats are provided, such as a camel's humps for fat storage or long eyelashes to protect from sand. The document also discusses plant adaptations like creeping stems in grasslands and floating leaves in aquatic plants.
Lesson 1 where do organisms live
This document discusses habitats and environments. It defines an organism as a living thing that needs food, water, shelter and space. An organism's habitat is where it lives, and ecology is the scientific study of organism-environment interactions. There are many different habitat types, including terrestrial habitats like rainforests and deserts, and aquatic habitats like oceans. An environment encompasses a larger area than a habitat and can contain multiple habitats. Organisms can change their environment through activities like building dams.
How do living things survive in different places
Living things survive in different places by adapting to the environment. In deserts, cacti store water and have sharp needles while lizards hide under rocks during the day. In tundras, plants grow close together and animals have thick fur. In grasslands, elephants and other animals travel in groups to stay safe. Rainforests are wet and hot, with tall trees for monkeys and green tree frogs with sticky feet. Oceans have animals at the top to access food and sunlight, while fish change color, have scales, and jellyfish sting. Ponds support plants on the surface for sunlight.
How do an organism’s trait help it survive
Animals adapt in different ways to survive in their environments. Some camouflage by blending in with their surroundings, like polar bears and chameleons. Desert animals adapt through traits like long ears and underground roots. Forest plants have drip tips or large leaves to cope with rainfall or lack of sunlight. Animals use mimicry, hibernation, stinky sprays or migration. Ocean life adapts through structures that provide flotation, lighting or attachment to surfaces. Wetland plants and animals evolve traits suited to their muddy soil or ability to move between land and water.
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Daily And Seasonal Changes
Organisms are adapted to both daily and seasonal changes in their environments. Daily changes include flowers opening and closing and sea anemones pulling in their tentacles at low tide. Seasonal changes require adaptations like migration to find food sources, hibernation to avoid winter conditions, and storing nutrients underground or in protective cases to last through seasons with less available resources. Some animals like squirrels store nuts in autumn to eat over winter when food is scarce.
Melissa southern weather and seasonal changes
The weather and seasonal changes affect plants, animals, and their surroundings through various adaptations. Adaptations like whiskers, sharp teeth, webbed feet, and wings help animals survive in their environments. Seasonal behaviors like migration, hibernation, and dormancy allow animals to respond to changes in temperature, light levels, and precipitation. Camouflage also provides protection by allowing animals to blend into their surroundings.
Plant And Animal Adaptation
Plant and animal adaptations allow organisms to survive and reproduce in their environments. Adaptations occur at the cellular level in response to environmental changes. Some key plant adaptations include phototropism (response to light), hydrotropism (response to water), and gravitropism (response to gravity). Animal adaptations include camouflage to blend in with surroundings, mimicry to resemble other organisms for protection, and insulation or fat storage to regulate body temperature in hot and cold climates. Migration allows some species to track availability of food and favorable climates throughout the seasons.
How do ecosystems compare FINAL
1. The document compares different ecosystem types and their climates. It discusses desert, forest, ocean, and wetland ecosystems.
2. Desert ecosystems are very hot and dry, receiving little rain. Animals and plants have adapted to survive, such as camels storing water in humps and desert animals hiding from the sun.
3. Forest ecosystems include tropical rainforests, which are hot and wet year-round, and temperate forests, which are warmer in summer and colder in winter with less rain than rainforests.
Living organisms & their surroundings
The document discusses habitats and adaptations. It defines habitat as the surroundings where an organism lives, including biotic components (living things like plants and animals) and abiotic components (non-living things like air, water, soil, and temperature). Adaptations are specific features or behaviors that allow organisms to adjust to their habitat. Examples of adaptations in desert, mountain, grassland, and aquatic habitats are provided, such as a camel's humps for fat storage or long eyelashes to protect from sand. The document also discusses plant adaptations like creeping stems in grasslands and floating leaves in aquatic plants.
Lesson 1 where do organisms live
This document discusses habitats and environments. It defines an organism as a living thing that needs food, water, shelter and space. An organism's habitat is where it lives, and ecology is the scientific study of organism-environment interactions. There are many different habitat types, including terrestrial habitats like rainforests and deserts, and aquatic habitats like oceans. An environment encompasses a larger area than a habitat and can contain multiple habitats. Organisms can change their environment through activities like building dams.
How do living things survive in different places
Living things survive in different places by adapting to the environment. In deserts, cacti store water and have sharp needles while lizards hide under rocks during the day. In tundras, plants grow close together and animals have thick fur. In grasslands, elephants and other animals travel in groups to stay safe. Rainforests are wet and hot, with tall trees for monkeys and green tree frogs with sticky feet. Oceans have animals at the top to access food and sunlight, while fish change color, have scales, and jellyfish sting. Ponds support plants on the surface for sunlight.
How do an organism’s trait help it survive
Animals adapt in different ways to survive in their environments. Some camouflage by blending in with their surroundings, like polar bears and chameleons. Desert animals adapt through traits like long ears and underground roots. Forest plants have drip tips or large leaves to cope with rainfall or lack of sunlight. Animals use mimicry, hibernation, stinky sprays or migration. Ocean life adapts through structures that provide flotation, lighting or attachment to surfaces. Wetland plants and animals evolve traits suited to their muddy soil or ability to move between land and water.
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This document discusses animal and plant adaptations that enable survival in different environments. It provides examples of structural, behavioral and physical adaptations in both animals and plants. It explains how adaptations like camouflage, mimicry and body coverings help animals survive and find food, shelter and protect themselves from predators and weather. Adaptations in plants like roots, leaves, dormancy and response to seasonal changes are also covered. Examples of adaptations in polar bears, walruses, giraffes and pelicans are given to illustrate how structures help animals survive.
Adaptations
This document discusses adaptations that allow organisms to survive in their environments. It defines adaptations as characteristics that improve an organism's chance of survival. Adaptations can be structural, like body size or shape; behavioral, such as being nocturnal; or physiological, like hibernation. Examples are given of structural adaptations like sharp teeth in carnivores or thick fur in arctic foxes that protect against cold. Behavioral adaptations include animals moving in groups for protection. Physiological adaptations include ways organisms regulate internal functions. Specific habitat adaptations are described for kangaroos, orcas, tigers, orangutans, cacti, and aquatic plants.
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1. Ecosystems differ based on climate patterns over long periods of time. Climate can be wet, dry, hot and wet, or cold.
2. Three ecosystems are described: deserts, forests, and oceans. Deserts are dry due to low rainfall and organisms adapt through behaviors like camel humps storing water. Forests include tropical rainforests, which are hot and wet year-round, and temperate forests, which are warmer in summer and colder in winter. Oceans have more life in shallow, sunlit areas than in deep, dark waters below 1500m.
3. Tropical rainforests have many tall trees and plants due to constant rainfall, while temperate forests vary
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The document compares different ecosystems by describing their climates and key characteristics. It discusses deserts, forests, wetlands, and oceans. Deserts have hot, dry climates and plants/animals like camels, snakes, and cacti that have adapted to the heat and lack of water. Forests include tropical rainforests with hot, wet climates supporting tall trees, and temperate forests with warm summers and cold winters. Wetlands are covered in water and found near water sources, helping to absorb flood waters and cleanse dirty water. Oceans, the largest ecosystem, have most life in the sunlit shallow areas where plants can photosynthesize.
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Animals and plants have developed special features and behaviors to survive in their environments, which is known as adaptation. There are several types of adaptations including structural, behavioral, migration, hibernation, camouflage, and adaptations related to temperature regulation. Structural adaptations involve physical features like teeth, body coverings, wings, and webbed feet. Behavioral adaptations include learned or instinctive behaviors for activities like social interaction, protection, and migration between regions. Plants also show adaptations like seeds, plant movements, and storage of water or fat to suit their habitats.
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jeiwoixls ij[duws[[QPOWDIEFU8EDISPAZ=SODPS[Z]Z[SPDOFIODPX[ZPDFOPD[X]Z[XPCOFPX[Z][XPDODXPZ['[XPDOXPZ[XPDFOCP;X'ZX;C;'WSLKJDUJXKZLKJDKXJDCFXK,CJFMMKZ
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The document is a review of Georgia animals, plants, and habitats. It contains multiple choice questions about key terms related to environments, adaptations, regions of Georgia, and examples of specific plants and animals found in each region. It reviews definitions of environment, adaptation, trait, hibernation, migration, reproduction, and survival. It also asks students to identify Georgia's mountain, piedmont, coastal plain, Atlantic ocean, and wetland regions on a map and provides characteristics and examples of plants and animals found in each region.
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Animals and plants have developed special features and behaviors to survive in their environments, which is known as adaptation. There are several types of adaptations including structural, behavioral, migration, hibernation, camouflage, and adaptations related to temperature regulation. Structural adaptations involve physical features like teeth, body coverings, wings, and webbed feet. Behavioral adaptations include learned or instinctive behaviors for activities like social interaction, protection, and migration between regions. Plants also show adaptations like seeds, plant movements, and storage of water or fat to suit their habitats.
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This document summarizes the adaptations of different types of organisms to their environments. It describes how aquatic plants and animals are adapted for life in water, having traits like floatation devices, gills, and streamlined bodies. It also outlines adaptations of terrestrial organisms like specialized limbs and senses that allow cursorial, fossorial, arboreal, aerial, desert, and xerophytic plants to survive on land. Overall, the document covers the wide variety of physical adaptations observed across living things that allow occupation of diverse habitats.
Chapter 1 the living world adaptation and classification
1) The document discusses the concept of adaptation and how organisms adapt to their environments through gradual changes to their bodies and behaviors.
2) It provides examples of physical adaptations for different plants and animals, including camouflage adaptations.
3) The document also summarizes Charles Darwin's theory of evolution by natural selection and his principle of survival of the fittest. It explains how organisms best suited to their environment are more likely to survive and pass on beneficial traits.
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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.
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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.
A journey in the world of animals. english
This document provides information about various animals and their abilities, as well as lessons about being grateful to God. It discusses how different birds fly, how ants farm fungus, and special adaptations of penguins, koalas and camels. It emphasizes that God created each species perfectly for their environment and needs. The document concludes with messages about loving God and expressing gratitude for His blessings, being honest, and complying with His moral teachings.
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Fruit bats, also known as flying foxes, are bats that eat fruit, flowers, and nectar. They belong to the group Chiroptera and have wings formed from an elongated hand with a thin membrane between the fingers. There are over 173 species of fruit bats found in tropical regions worldwide, ranging dramatically in size, from the smallest fitting in a human palm to the largest with a 5.5 foot wingspan. Fruit bats roost in various locations like trees, caves, or tents made from plants.
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Animals have various needs that must be met in order to survive, including food, water, oxygen, shelter, space, protection, and the ability to regulate temperature. An animal's habitat provides the resources and environment necessary to meet these needs. A habitat includes both living and non-living components, and provides an animal with everything it requires for food, protection from predators, raising young, and accessing energy from the sun either directly or indirectly through a food chain. Without a suitable habitat, an animal cannot survive.
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The document discusses nocturnal plants that bloom at night and their adaptations for blooming in low light or darkness. It describes how plant volatiles can affect caterpillar behavior and allow them to sense their environment. Nocturnal plants still require proper growing conditions like sunlight during the day to build energy for blooms at night. An experiment showed that a plant receiving sunlight grew healthily while one in darkness became limp and unhealthy without the ability to photosynthesize.
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Plants benefit in many ways from animals; e.g.,
animals play a role as pollinators and as dispersers
of fruits
Habitats
A habitat is the place where living things live and includes the surrounding area that provides food and shelter. Animals and plants are specially adapted to survive in their particular habitat through features like camouflage, streamlined bodies, or physical attributes for hot or cold climates. Even plants have adapted traits such as cacti storing water or dandelion seeds dispersing easily. Habitats involve interdependence as plants and animals rely on each other for food, nesting, shelter, and other needs.
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Y7 chp 5
- 2. Adaptations Adaptations A feature that allows plants and animals species to adjust to their habitat (home)
- 3. How does the Earth help with Adaptation? When the earth spins on its axis it brings each place on the surface towards the sun then away from it. When the earth is facing the sun at any time it is in daylight. When the earth turns and faces away from the sun it becomes night. During the time that the earth changes from day to night some plants and animals are able to adapt.
- 4. Plant Adaptations to Daily Changes Daylight Plants such as crocus and tulip open their flowers. Insects visit the open flowers for nectar and help transport pollen from one flower to another bringing about pollination Nectar is a sugar-rich liquid produced by plants. Pollination is what allows plants to make seeds and reproduce (have babies!) Night Flowers close to protect the delicate structures inside the petal from low temperatures and dew. The dew could wash the pollen off so that it cannot be transported by the insects. However not all plants react this way ----
- 5. Plants Adaptations to Daily Changes The Night-scented stock Day The flowers closes Night The flowers open which allows moths to visit and pollinate.
- 6. Plant adaptation to daily changes A few plants make movements of their leaves over a 24-hour period. Leaves make food and provide a large surface area for the evaporation of water which is turn helps to draw water through the plants from the roots. Wood sorrel – each leaf is divided into three leaflets. Day Leaflets spread out and become horizontal Receive sunlight to make food and draw up water from the roots Night The leaflets fold close together which helps them lose less water when the plant is not making food
- 7. Animal Adaption to Daily Changes Animals are adapted to being active certain times of the day and resting at other times. Most birds roost (sleep) at night but in the day start flying in search of food Have large eyes with excellent vision which helps them fly, land and search for food Tawny Owl has several adaptation that allow it to catch mice at night. Large eyes that are sensitive to low intensity of light in the countryside at night The edge of some of the owl’s wing feathers are shaped to move noiselessly through the air when the bird beats its wings Sharp talons on its toes act as daggers to kill its prey quickly and to help carry the prey away to be eaten.
- 8. Animal Adaption to daily changes Bats Roost in the day come out at dusk to feed Unlike other birds bats don’t use their eyes to search for food They send out very high pitched squeaks that we cannot hear The sound reflect off all the surfaces around the bat and travel back to the bats ears. They use this info from these sounds to work out the distance, size and shape of objects around it This all allows the bat to fly safely and detect insects in the air, which it can swoop towards and eat.
- 9. Animal Adaptation to Daily Changes Butterflies, bees, and wasps- active fly during the day Moths- active at night to search for food Squirrel- active during day Deer- may be active in day but hide away in vegetation Field mice and voles- may be active in day but hide in the grass and low vegetation These animals are also active for periods at night, when they are at risk of falling predators like the fox and the owl