Meet nine wild animals that live in forests, parks, gardens, and neighborhoods: the red fox, white-tailed deer, mallard duck, striped skunk, eastern grey squirrel, raccoon, European badger, hedgehog, and hazel dormouse.
Click on each animal's picture to watch a short video, then click on its name for a fact about what makes it unusual, from its senses and behavior to the ways it has adapted to survive.
Some of these animals may live near you, while others are much harder to spot. Along the way, you'll learn how each one finds food, raises its young, avoids predators, and makes use of the habitat around it.
For Teachers and Parents:
Woodland Animals works well as an introduction to habitats and adaptations or as a self-guided activity for students working on their own or in pairs. Here are a few ways to use it:
- Before exploring: Ask students which of the nine animals they've seen in real life and where. It's a quick way to connect the lesson to their own surroundings.
- While exploring: Have students record one adaptation for each animal, such as a special sense, body feature, or behavior, and how it helps the animal survive.
- After exploring: Ask students to sort the animals by what they eat, when they're active, or how they avoid predators. They can then compare animals that share a habitat but survive in different ways.
- Extension: Some of these animals live in North America, some in Europe, and some in both. Students can research which ones live in their region and why others don't.
“Please, can we have more mosquitoes?” said nobody ever. Until now.
Maybe your method of mosquito control is to smack them as you see them, but what if we told you that the way to get rid of mosquitos might actually be… more mosquitoes? Hundreds of thousands of mosquitoes are being deliberately released around Washington, D.C. with the goal to reduce the mosquito population.
One crucial part is that the released insects are male mosquitoes, which actually do not bite people. Another important piece is that they’ve been infected with a bacterium called Wolbachia. When these male mosquitoes mate with females, the Wolbachia prevents the eggs from hatching.
This “fight fire with fire” method of mosquito control is new in the United States, but similar approaches have already been used elsewhere. Places like Singapore have reduced mosquito populations by roughly 80–90%.
The issue may become increasingly important as climate change allows mosquitoes to thrive in more temperate areas. That's not just annoying (and itchy), but it can also be dangerous. In fact, mosquitoes are the deadliest animal in the world because they’re notorious carriers of diseases.
Noisy, messy, and always after your snacks: that's how a lot of people think of seagulls. But Patrick Safford, Scotland's first "gull ranger," says the birds are misunderstood.
Patrick works in Eyemouth, a seaside town in Scotland, which is part of the United Kingdom. His job is to teach residents and visitors how to live alongside gulls. He admits some gulls can be a problem, swooping at people and grabbing food. But he says those birds are a small minority. He estimates only about one in four gulls is bold enough to steal food.
Gulls also need protecting. Some species are now red-listed in the UK, meaning they're among the birds of greatest conservation concern because their numbers are falling fast. Much of that decline is caused by humans.
Patrick's advice for avoiding trouble with gulls is simple: don't feed them, keep food covered, throw trash away properly, and use gull-proof bins. Local leaders have also proposed a bylaw, a rule made by a town or local council, that would make feeding gulls illegal.
Officials in other places are watching to see whether changing how people behave can reduce problems with gulls. If it works, more towns could hire gull rangers of their own.
“Beautiful on the inside” may be weirdly appropriate for bugs, considering the 3D map of the male fruit fly brain and nervous system more closely resembles a museum-worthy mosaic or a bowl of fruity cereal than the tiny nuisance you’re used to seeing flying around your apples. Scientists recently created this colorful detailed map by slicing and analyzing every nerve cell with an electron microscope — that’s a microscope that uses accelerated electrons instead of visible light to produce images that can be both extremely magnified and incredibly clear at the same time.
The same team previously mapped a female fly brain a couple of years ago and compared the male and female brains to see that roughly 95% of their brain wiring was similar, while about 5% differed.
But those small differences make for some big differences in behavior, including courtship, aggression, detecting competitors, and producing a “love song” by beating the wings.
It's not news (to these scientists, at least) that just two genes were linked to these behaviors, but comparing these 3D maps helped them learn more about the connection between those genes and the specific brain circuits producing the behavior.
Researchers hope the same logic around connecting genes to brain wiring to behavior can eventually be applied to other animals and maybe even humans! This might help scientists investigate conditions with strong genetic influences, including schizophrenia and autism.
Could you sleep for six months and still have plenty of energy when you wake up? The hazel dormouse does just that, spending much of the colder part of the year in hibernation.
This tiny golden-brown rodent spends the warmer months climbing through trees and hedgerows, eating flowers, insects, berries, and nuts before preparing for winter. Discover how a dormouse’s furry tail and large eyes help it navigate after dark, why autumn is a race to build up energy reserves, and how its long winter sleep helps it survive when food is scarce. You'll also find out why these little climbers need connected woodlands and hedgerows to thrive.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
How many earthworms could a hungry badger eat in one night? More than 200 — and that’s just one of the surprising things about this underground-dwelling mammal.
Meet the European badger, a powerful digger that spends its days below ground and its nights exploring above it. Take a look inside a badger’s sett, discover how its strong claws and keen sense of smell help it find food, and find out why earthworms are such an important part of its diet. You'll also learn how badger families live together, raise their cubs, and keep their underground homes in order.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
How can an animal identify what it’s holding without even looking at it? For the common raccoon, the answer is all in its paws.
Raccoons are equipped with remarkably sensitive front paws that help them explore, handle food, and investigate their surroundings. Find out how these dexterous mammals use touch, climbing skills, and an anything-goes diet to thrive in forests, wetlands, and neighborhoods. You'll also discover why raccoons sometimes seem to “wash” their food, where they sleep during the day, and how their adaptability can create both opportunities and challenges when they live near people.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
Can a squirrel really fly? Not exactly — but it can leap, fall, and glide through the air with surprising control.
Eastern grey squirrels may be familiar sights in parks and backyards, but there’s a lot going on behind those quick paws and bushy tails. Explore the climbing skills that help them navigate the treetops, the clever way they stash food for later, and the surprising role those forgotten nuts can play in growing new trees. You'll also discover how squirrels communicate, raise their young, and adapt to life in both forests and human neighborhoods.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
What animal can warn an attacker with stomps, raised fur, and a lifted tail before turning its rear end into a surprisingly powerful defense?
Meet the striped skunk, a small mammal with a big reputation. Find out how its bold black-and-white markings serve as a warning, why spraying is actually a last resort, and how its sharp claws help it dig up dinner. You'll also discover where skunks make their homes, what they eat, and how these mostly nighttime animals manage to live surprisingly close to people.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
Which duck makes the classic “quack” you hear at ponds and parks? Surprisingly, it’s usually the female mallard!
Meet one of the world’s most widespread and adaptable ducks. Explore how mallards move between water, land, and sky, from tipping upside down to feed underwater to flying at speeds of around 55 miles per hour. You'll also discover why males and females look so different, how ducklings become independent within hours of hatching, and why healthy wetlands matter even to a species that seems to be everywhere.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
What animal can grow a brand-new set of antlers every year — and grow them faster than you might think?
White-tailed deer are built for life on the move. Explore how their powerful legs help them sprint and leap, how their senses keep them alert to danger, and how their bodies change with the seasons. You'll also discover what fawns do to stay safe, why bucks grow and shed their antlers, and how deer populations have changed over time.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
What animal can run 30 miles per hour, leap 15 feet in a single bound, and make itself at home in forests, deserts, farmland, and even cities?
Red foxes are masters of adapting to their surroundings. Explore how their sharp senses, flexible diet, and varied hunting strategies help them find food and survive in habitats all over the world. You'll also discover how foxes communicate, raise their young, and navigate life alongside people — and why being adaptable doesn't make them invincible.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
Meet nine wild animals that live in forests, parks, gardens, and neighborhoods: the red fox, white-tailed deer, mallard duck, striped skunk, eastern grey squirrel, raccoon, European badger, hedgehog, and hazel dormouse.
Click on each animal's picture to watch a short video, then click on its name for a fact about what makes it unusual, from its senses and behavior to the ways it has adapted to survive.
Some of these animals may live near you, while others are much harder to spot. Along the way, you'll learn how each one finds food, raises its young, avoids predators, and makes use of the habitat around it.
For Teachers and Parents:
Woodland Animals works well as an introduction to habitats and adaptations or as a self-guided activity for students working on their own or in pairs. Here are a few ways to use it:
- Before exploring: Ask students which of the nine animals they've seen in real life and where. It's a quick way to connect the lesson to their own surroundings.
- While exploring: Have students record one adaptation for each animal, such as a special sense, body feature, or behavior, and how it helps the animal survive.
- After exploring: Ask students to sort the animals by what they eat, when they're active, or how they avoid predators. They can then compare animals that share a habitat but survive in different ways.
- Extension: Some of these animals live in North America, some in Europe, and some in both. Students can research which ones live in their region and why others don't.
“Please, can we have more mosquitoes?” said nobody ever. Until now.
Maybe your method of mosquito control is to smack them as you see them, but what if we told you that the way to get rid of mosquitos might actually be… more mosquitoes? Hundreds of thousands of mosquitoes are being deliberately released around Washington, D.C. with the goal to reduce the mosquito population.
One crucial part is that the released insects are male mosquitoes, which actually do not bite people. Another important piece is that they’ve been infected with a bacterium called Wolbachia. When these male mosquitoes mate with females, the Wolbachia prevents the eggs from hatching.
This “fight fire with fire” method of mosquito control is new in the United States, but similar approaches have already been used elsewhere. Places like Singapore have reduced mosquito populations by roughly 80–90%.
The issue may become increasingly important as climate change allows mosquitoes to thrive in more temperate areas. That's not just annoying (and itchy), but it can also be dangerous. In fact, mosquitoes are the deadliest animal in the world because they’re notorious carriers of diseases.
Noisy, messy, and always after your snacks: that's how a lot of people think of seagulls. But Patrick Safford, Scotland's first "gull ranger," says the birds are misunderstood.
Patrick works in Eyemouth, a seaside town in Scotland, which is part of the United Kingdom. His job is to teach residents and visitors how to live alongside gulls. He admits some gulls can be a problem, swooping at people and grabbing food. But he says those birds are a small minority. He estimates only about one in four gulls is bold enough to steal food.
Gulls also need protecting. Some species are now red-listed in the UK, meaning they're among the birds of greatest conservation concern because their numbers are falling fast. Much of that decline is caused by humans.
Patrick's advice for avoiding trouble with gulls is simple: don't feed them, keep food covered, throw trash away properly, and use gull-proof bins. Local leaders have also proposed a bylaw, a rule made by a town or local council, that would make feeding gulls illegal.
Officials in other places are watching to see whether changing how people behave can reduce problems with gulls. If it works, more towns could hire gull rangers of their own.
“Beautiful on the inside” may be weirdly appropriate for bugs, considering the 3D map of the male fruit fly brain and nervous system more closely resembles a museum-worthy mosaic or a bowl of fruity cereal than the tiny nuisance you’re used to seeing flying around your apples. Scientists recently created this colorful detailed map by slicing and analyzing every nerve cell with an electron microscope — that’s a microscope that uses accelerated electrons instead of visible light to produce images that can be both extremely magnified and incredibly clear at the same time.
The same team previously mapped a female fly brain a couple of years ago and compared the male and female brains to see that roughly 95% of their brain wiring was similar, while about 5% differed.
But those small differences make for some big differences in behavior, including courtship, aggression, detecting competitors, and producing a “love song” by beating the wings.
It's not news (to these scientists, at least) that just two genes were linked to these behaviors, but comparing these 3D maps helped them learn more about the connection between those genes and the specific brain circuits producing the behavior.
Researchers hope the same logic around connecting genes to brain wiring to behavior can eventually be applied to other animals and maybe even humans! This might help scientists investigate conditions with strong genetic influences, including schizophrenia and autism.
Could you sleep for six months and still have plenty of energy when you wake up? The hazel dormouse does just that, spending much of the colder part of the year in hibernation.
This tiny golden-brown rodent spends the warmer months climbing through trees and hedgerows, eating flowers, insects, berries, and nuts before preparing for winter. Discover how a dormouse’s furry tail and large eyes help it navigate after dark, why autumn is a race to build up energy reserves, and how its long winter sleep helps it survive when food is scarce. You'll also find out why these little climbers need connected woodlands and hedgerows to thrive.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
How many earthworms could a hungry badger eat in one night? More than 200 — and that’s just one of the surprising things about this underground-dwelling mammal.
Meet the European badger, a powerful digger that spends its days below ground and its nights exploring above it. Take a look inside a badger’s sett, discover how its strong claws and keen sense of smell help it find food, and find out why earthworms are such an important part of its diet. You'll also learn how badger families live together, raise their cubs, and keep their underground homes in order.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
How can an animal identify what it’s holding without even looking at it? For the common raccoon, the answer is all in its paws.
Raccoons are equipped with remarkably sensitive front paws that help them explore, handle food, and investigate their surroundings. Find out how these dexterous mammals use touch, climbing skills, and an anything-goes diet to thrive in forests, wetlands, and neighborhoods. You'll also discover why raccoons sometimes seem to “wash” their food, where they sleep during the day, and how their adaptability can create both opportunities and challenges when they live near people.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
Can a squirrel really fly? Not exactly — but it can leap, fall, and glide through the air with surprising control.
Eastern grey squirrels may be familiar sights in parks and backyards, but there’s a lot going on behind those quick paws and bushy tails. Explore the climbing skills that help them navigate the treetops, the clever way they stash food for later, and the surprising role those forgotten nuts can play in growing new trees. You'll also discover how squirrels communicate, raise their young, and adapt to life in both forests and human neighborhoods.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
What animal can warn an attacker with stomps, raised fur, and a lifted tail before turning its rear end into a surprisingly powerful defense?
Meet the striped skunk, a small mammal with a big reputation. Find out how its bold black-and-white markings serve as a warning, why spraying is actually a last resort, and how its sharp claws help it dig up dinner. You'll also discover where skunks make their homes, what they eat, and how these mostly nighttime animals manage to live surprisingly close to people.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
Which duck makes the classic “quack” you hear at ponds and parks? Surprisingly, it’s usually the female mallard!
Meet one of the world’s most widespread and adaptable ducks. Explore how mallards move between water, land, and sky, from tipping upside down to feed underwater to flying at speeds of around 55 miles per hour. You'll also discover why males and females look so different, how ducklings become independent within hours of hatching, and why healthy wetlands matter even to a species that seems to be everywhere.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
What animal can grow a brand-new set of antlers every year — and grow them faster than you might think?
White-tailed deer are built for life on the move. Explore how their powerful legs help them sprint and leap, how their senses keep them alert to danger, and how their bodies change with the seasons. You'll also discover what fawns do to stay safe, why bucks grow and shed their antlers, and how deer populations have changed over time.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)
What animal can run 30 miles per hour, leap 15 feet in a single bound, and make itself at home in forests, deserts, farmland, and even cities?
Red foxes are masters of adapting to their surroundings. Explore how their sharp senses, flexible diet, and varied hunting strategies help them find food and survive in habitats all over the world. You'll also discover how foxes communicate, raise their young, and navigate life alongside people — and why being adaptable doesn't make them invincible.
Teachers and parents, you can use this fact file to:
- Introduce an animal, wildlife, or life science unit
- Support nonfiction reading and vocabulary practice
- Explore animal adaptations, behaviors, and habitats
- Compare animals and the ecosystems they live in
- Practice finding and organizing information from nonfiction texts
- Prepare students for animal research projects or presentations (use our animal report templates!)
- Connect science learning to conservation and environmental issues
- Pair with videos, articles, or other informational texts (see Related Resources below)