Stegosaurus (Stegosaurus stenops) would have been easily identified by the distinctive upright kite-shaped armor on their backs and tail with spikes. Its fossils were found in Portugal and the western USA, and it is believed to be an herbivore with four legs. The hind limbs were longer than the forelimbs and the back was round. Generally, it had a heavily built profile with a tail that was held high in the air. The short neck, small head, and shape of forelimbs suggest it ate shrubs or low-lying plant matter. This animal lived about 155 million years ago.
The Stegosaurus had an overall length between 21.3’-30’ (6.5-9.1 m), overall standing height of 10.8’-14.8’ (3.3-4.5 m), body width of 3.9’-5.9’ (1.2-1.8 m), and weight from 6,800-8,400 lb (3,100-3,800 kg). The typical lifespan of the Stegosaurus was between 75-100 years.
Stegosaurus (Stegosaurus stenops) would have been easily identified by the distinctive upright kite-shaped armor on their backs and tail with spikes. Its fossils were found in Portugal and the western USA, and it is believed to be an herbivore with four legs. The hind limbs were longer than the forelimbs and the back was round. Generally, it had a heavily built profile with a tail that was held high in the air. The short neck, small head, and shape of forelimbs suggest it ate shrubs or low-lying plant matter. This animal lived about 155 million years ago.
The Stegosaurus had an overall length between 21.3’-30’ (6.5-9.1 m), overall standing height of 10.8’-14.8’ (3.3-4.5 m), body width of 3.9’-5.9’ (1.2-1.8 m), and weight from 6,800-8,400 lb (3,100-3,800 kg). The typical lifespan of the Stegosaurus was between 75-100 years.
Stegosaurus
3D Model
Stegosaurus
Common Questions
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Dinosaurs Questions
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Dinosaurs Questions
When did dinosaurs live?
Dinosaurs lived in the Mesozoic Era which took place between 245 and 66 million years ago. The Mesozoic Era is divided into 3 time periods: Triassic (252 to 201 million years ago), Jurassic (201 to 145 million years ago), and Cretaceous (145 to 66 million years ago).
Why were dinosaurs so big?
Paleontologist believe dinosaurs grew so big in order to gain protection from predators, help regulate internal body temperature, and to allow them to reach their source of food. Today, whales are the only animal who are close to the size of dinosaurs.
Where did dinosaurs live?
Dinosaur fossils have been found on every continent, proving that they lived in every environment of the world. During the Triassic period the continents were one supercontinent called Pangea. The continents slowly spread across the world into the arrangement that they are at today.
When did dinosaurs live?
Dinosaurs lived in the Mesozoic Era which took place between 245 and 66 million years ago. The Mesozoic Era is divided into 3 time periods: Triassic (252 to 201 million years ago), Jurassic (201 to 145 million years ago), and Cretaceous (145 to 66 million years ago).
Why were dinosaurs so big?
Paleontologist believe dinosaurs grew so big in order to gain protection from predators, help regulate internal body temperature, and to allow them to reach their source of food. Today, whales are the only animal who are close to the size of dinosaurs.
Where did dinosaurs live?
Dinosaur fossils have been found on every continent, proving that they lived in every environment of the world. During the Triassic period the continents were one supercontinent called Pangea. The continents slowly spread across the world into the arrangement that they are at today.
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Reptiles Questions
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Reptiles Questions
What do reptiles eat?
Reptiles are typically carnivores and feed on eating other animals like insects, mollusks, birds, frogs, mammals, fishes, or sometimes other reptiles. Some reptile species like land tortoises are vegetarians and eat leaves, grass, or cactus while the marine iguana dives into the sea to obtain seaweed for consumption.
Why do reptiles shed?
Reptiles shed their skin so that they can continue to grow. When they shed, reptiles grow a new layer of skin underneath their old skin and then shed their old one. When they shed their skin reptiles also get rid of any parasites during the process. The process of shedding is referred to as sloughing.
When did reptiles first appear?
Reptiles first appeared 315 million years ago during the time period known as the Late Carboniferous Period. This time period is also referred to as the Pennsylvanian and the Coal Age. The first reptile is considered to be the Hylonomus lyelli and is also the first animal known to have fully adapted to life on land.
What do reptiles eat?
Reptiles are typically carnivores and feed on eating other animals like insects, mollusks, birds, frogs, mammals, fishes, or sometimes other reptiles. Some reptile species like land tortoises are vegetarians and eat leaves, grass, or cactus while the marine iguana dives into the sea to obtain seaweed for consumption.
Why do reptiles shed?
Reptiles shed their skin so that they can continue to grow. When they shed, reptiles grow a new layer of skin underneath their old skin and then shed their old one. When they shed their skin reptiles also get rid of any parasites during the process. The process of shedding is referred to as sloughing.
When did reptiles first appear?
Reptiles first appeared 315 million years ago during the time period known as the Late Carboniferous Period. This time period is also referred to as the Pennsylvanian and the Coal Age. The first reptile is considered to be the Hylonomus lyelli and is also the first animal known to have fully adapted to life on land.
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Extinct Animals Questions
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Extinct Animals Questions
What causes animals to go extinct?
The factors that cause animals to go extinct are mainly the loss and degradation of habitat which is mainly due to deforestation. Other causes for animals going extinct are exploitation through hunting and overfishing, invasive species, and climate change. Plastic pollution and emerging diseases are also factors that play a role in the extinction of animals.
Can extinct animals be brought back?
Extinct animals have not successfully been brought back as of today. Scientists need to sequence its genome and then edit the DNA of a close living relative to match it. Afterwards, they would need to make embryos with the revised genome and have a surrogate mother carry them.
Which animals have gone extinct because of climate change?
Animals that have gone extinct because of climate change include the golden toad and the north Atlantic cod is threatened. The staghorn coral and orange-spotted filefish have also had their population numbers affected by the effects of climate change. It is up to humans to make the necessary changes and help endangered animal species.
What causes animals to go extinct?
The factors that cause animals to go extinct are mainly the loss and degradation of habitat which is mainly due to deforestation. Other causes for animals going extinct are exploitation through hunting and overfishing, invasive species, and climate change. Plastic pollution and emerging diseases are also factors that play a role in the extinction of animals.
Can extinct animals be brought back?
Extinct animals have not successfully been brought back as of today. Scientists need to sequence its genome and then edit the DNA of a close living relative to match it. Afterwards, they would need to make embryos with the revised genome and have a surrogate mother carry them.
Which animals have gone extinct because of climate change?
Animals that have gone extinct because of climate change include the golden toad and the north Atlantic cod is threatened. The staghorn coral and orange-spotted filefish have also had their population numbers affected by the effects of climate change. It is up to humans to make the necessary changes and help endangered animal species.
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Grassland Animals Questions
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Grassland Animals Questions
How do grazing animals help grasslands?
Grazing animals help grasslands by maintaining the ecosystem as well as stimulating plants for new growth. The constant grazing of these animals helps trigger biological activity while promoting nutrient exchanges. Grazing animals also help compact soil with their hooves as well as open new areas for seeds to spread.
What are grazing animals called?
Grazing animals are called ruminants as they eat by looking for forage, selecting the grass, and then grabbing and eating the forage with their mouth. Ruminants stand out from other animals as the way that they grasp and ingest food is different. Grazing animals also move differently in new pastures than other animals.
How do animals adapt to the grasslands?
Animals adapt to the grasslands through multiple factors as they have to withstand the challenges of the grasslands. Animals adapt to the grasslands by being fast and agile as well as carrying out nesting behavior adequate for their environment. Grassland animals typically embrace camouflage to blend, have a structured social system, and burrowing behavior.
How do grazing animals help grasslands?
Grazing animals help grasslands by maintaining the ecosystem as well as stimulating plants for new growth. The constant grazing of these animals helps trigger biological activity while promoting nutrient exchanges. Grazing animals also help compact soil with their hooves as well as open new areas for seeds to spread.
What are grazing animals called?
Grazing animals are called ruminants as they eat by looking for forage, selecting the grass, and then grabbing and eating the forage with their mouth. Ruminants stand out from other animals as the way that they grasp and ingest food is different. Grazing animals also move differently in new pastures than other animals.
How do animals adapt to the grasslands?
Animals adapt to the grasslands through multiple factors as they have to withstand the challenges of the grasslands. Animals adapt to the grasslands by being fast and agile as well as carrying out nesting behavior adequate for their environment. Grassland animals typically embrace camouflage to blend, have a structured social system, and burrowing behavior.
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Forest Animals Questions
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Forest Animals Questions
How do forest animals adapt to the changing seasons?
Forest animals adapt to the changing seasons to be able to withstand the cold winters and hot summer temperatures. Forest animals adapt by either hibernating or migrating to warmer weather during the cold. During the warm summer seasons, forest animals typically find an abundance of food and find ways to stay cool.
How do animals help trees?
Animals help trees because they breathe oxygen and exhale carbon dioxide while plants take in carbon dioxide and emit oxygen back into their surrounding air. Plants also serve as food and shelter for animals. Plants rely on animals for seed dispersal and pollination. Plants also help with filtering water that animals drink.
How do forest fires affect animals?
Forest fires affect animals as they alter the 3 sources that animals rely on the most – food, water, and shelter. Forest fires often cause animals to move away from the areas they are used to in search of a new shelter. Forest fires also cause deaths among animals through smoke inhalation or fire-caused injuries.
How do forest animals adapt to the changing seasons?
Forest animals adapt to the changing seasons to be able to withstand the cold winters and hot summer temperatures. Forest animals adapt by either hibernating or migrating to warmer weather during the cold. During the warm summer seasons, forest animals typically find an abundance of food and find ways to stay cool.
How do animals help trees?
Animals help trees because they breathe oxygen and exhale carbon dioxide while plants take in carbon dioxide and emit oxygen back into their surrounding air. Plants also serve as food and shelter for animals. Plants rely on animals for seed dispersal and pollination. Plants also help with filtering water that animals drink.
How do forest fires affect animals?
Forest fires affect animals as they alter the 3 sources that animals rely on the most – food, water, and shelter. Forest fires often cause animals to move away from the areas they are used to in search of a new shelter. Forest fires also cause deaths among animals through smoke inhalation or fire-caused injuries.
