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7 Fascinating Adaptations of Sea and Shore Birds

watercolor painting depicting several different birds feeding in the ocean
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If youโ€™ve ever watched birds along the coast, youโ€™ve probably noticed they behave a little differently from backyard birds. Sea and shore birds are full of fascinating adaptations that help them survive in windy, salty, ever-changing environments. Here are some amazing (and sometimes weird!) things to look for next time youโ€™re near the water:

Before we dive in: If youโ€™re an educator planning to teach sea and shorebirds, great learning resources are key to deepening understanding! I think you and your students will love my complete Sea and Shorebirds Unit (plus youโ€™ll support my blog with your purchase! โค๏ธ)

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1. Some Birds Nest Right on the Ground

Many seabirds, like terns, donโ€™t build elaborate nests in trees. Instead, they create a simple โ€œscrapeโ€โ€”a shallow depression in sand or gravel. It might not look like much, but it helps keep eggs from rolling away and provides just enough shelter to blend into their surroundings.

little ringed plover nesting in natural habitat
Photo by Marc Julien on Pexels.com

2. Albatrosses Are Masters of the Wind

Albatrosses have some of the largest wingspans of any bird on Earthโ€”some stretching to about 10 feet! These wings allow them to glide effortlessly on ocean winds, sometimes traveling miles without flapping much at all.

3. Skimmers Fish in a Totally Unique Way

Skimmers have one of the strangest feeding strategies in the bird world. They fly low over the water with their lower bill slicing through the surface. When they bump into a fish, SNAP!โ€”they quickly grab it. Their uneven bill (longer on the bottom than the top) makes this possible.

watercolor of a skimmer catching fish

4. Cormorants Have to Dry Their Wings

Unlike ducks, cormorants donโ€™t have fully waterproof feathers. After diving for fish, their feathers get soaked. Thatโ€™s why youโ€™ll often see them perched with wings spread wideโ€”air-drying in the sun and wind before their next dive.

watercolor cormorant painting

5. Some Birds Can Drink Saltwater

Living by the ocean presents a salty challengeโ€”but many seabirds have a special solution. Birds like gulls have salt glands near their eyes that remove excess salt from their bodies. The salt is then expelled through their nostrilsโ€”kind of like sneezing out seawater!

6. Shorebirds Are Long-Distance Migrants

Many shorebirds are incredible travelers. Some species migrate thousands of miles each year between breeding and feeding grounds. For example, the Arctic tern migrates between the Arctic and Antarctic!

photo of a black and gray forster s tern bird flying in the sky
Photo by Rajukhan Pathan on Pexels.com

7. Their Beaks Are Built for Specific Jobs

Take a close look at different shorebirds, and youโ€™ll notice a wide variety of beak shapes. Thatโ€™s because each one is adapted for a specific feeding style. Some probe deep into the sand for worms, while others pick tiny creatures off the surface. These specialized tools help reduce competition and allow many species to share the same habitat.

If you want to explore bird beak adaptations further, try out this bird beak educational activity for the classroom. I’ve also created printable worksheets and handouts for this activity.

bird beaks lab study materials, tools, and worksheets on a table

Sea and shore birds may live in harsh environments, but their unique adaptations make them perfectly suited for life along the water. Next time youโ€™re at the beach or coastal wetland, take a moment to watch themโ€”you might just spot one of these amazing behaviors in action!

Study this topic with Wild Earth Lab!

Thereโ€™s no need to scramble to put together the perfect lesson for teaching birds and animal adaptations โ€“ Iโ€™ve already created it for you! This set includes all the printable materials you need for studying this subject.

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If you enjoyed this post, I know you will love trying my other printable science and nature units in your classroom too!


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The Bird Life Cycle: a classroom guide

american robin life cycle images: birds on nests, eggs, and chicks
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In this post, we’ll dive into the stages of the bird life cycle: egg, hatchling, nestling, fledgling, and adult. At the bottom of this post, you’ll find links to bird life cycle learning materials and more educational posts and activities related to birds. Get ready to take flight into the world of birds with your classroom!

Before we dive in:ย If youโ€™re an educator planning toย teach bird life cycles, great learning resources are key to deepening understanding! I think you and your students will love myย bird life cycle mini study, which you can also find within my complete Bird Unit (plus youโ€™ll support my blog with your purchase! โค๏ธ)

Bird life cycles, eggs, and nest printables

Life Begins in an Egg

Baby birds hatch from eggs. Inside an egg, a chick develops while protected by a hard eggshell. The unborn chick is nourished by a yolk, which provides food as it grows.

Most birds lay their eggs in nests, which they build in trees, on the ground, on cliffs, or even on buildings. Nests come in several shapes and sizes. Some are tiny woven cups made of dried grass, while others are huge platforms constructed from sticks. Parent birds sit on the nest to keep the eggs warm, an act called incubation.

Hatching

When chicks hatch, they use a special bump on their bill called an egg tooth to crack open the eggshell.ย  Newly hatched chicks are small, weak, and cannot care for themselves. They are sometimes called hatchlings. Many are born with their eyes sealed closed. They have only a few soft feathers called down to help keep them warm.

Growing and Fledging

Parent birds play a critical role in caring for their young chicks in the nest, sometimes called nestlings. They bring food, protect the nest, and keep chicks warm. As the chicks grow, they develop flying feathers and stronger muscles. Eventually, they leave the nest for the first time. This stage is called fledging. Young birds at this stage are known as fledglings. Even after leaving the nest, fledglings may still rely on their parents until they learn to find food and fly longer distances. As adults, birds may migrate, build their own nests, and establish territories.

More Bird Posts & Classroom Activities:

Continue learning about birds in your classroom with these educational posts and activities for kids:

Study birds and their life cycles with Wild Earth Lab!

Thereโ€™s no need to scramble to put together the perfect lesson on birds and their life cycles. Iโ€™ve already created it for you! This bird unit includes all the printable materials you need for studying bird life cycles, adaptations, anatomy, types of birds, and much more!

Explore more bird and animal lessons:

If you enjoyed this post, I know you will love trying my other printable bird and animal units in your classroom too!


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Types of Bird Wings: functions, descriptions, and pictures!

A banner that says animal adaptations: types of bird wings, read more about it. With an image of 5 different types of bird wings (active soaring, passive soaring, high-speed, elliptical, and swimming)

Birds are a diverse group of animals. Despite their vast differences, hummingbirds, penguins, and eagles all share a common ancestry! Through the process of natural selection, birds adapted to thrive in unique ecological niches. One of their most fascinating adaptations is their wings. But wings are not one size fits all – bird wings come in many specialized forms that serve different functions and fit different lifestyles. Let’s take a look at a few different types of bird wings and what they do!

A note for teachers: Are you an educator? If you are teaching bird adaptations or animal adaptations, I highly recommend checking out my Bird Beaks Lab Activity Guide and my Bird Adaptations Task Cards:

Active Soaring Bird Wings

Active soaring wings have an extremely long, slender shape. They are ideal for catching horizontal air currents like sea breezes. They help minimize flapping to conserve energy, making them great for staying in the air for long periods while hunting or migrating. You will find many examples of active soaring wings among seabirds.

Examples: albatross, gannet

Passive Soaring Bird Wings

Passive soaring wings appear broad and slotted. They are best for catching updrafts and flying for long periods. They help minimize flapping to conserve energy while circling to look for food on the ground or in the water below. You will find raptors and seabirds with this wing type.

Example: pelican, eagle

High-Speed Bird Wings

High-speed bird wings are not as long as active or passive soaring wings. They may appear pointed at the ends. As the name implies, high-speed wings are great for rapid movement. However, the bird must spend lots of energy flapping to reach high speeds. This makes these wings ideal for short bursts of speed, such as chasing down a flying prey animal or insect.

Examples: falcon, tern

Elliptical Bird Wings

Elliptical bird wings have a more rounded appearance. They are great for quick maneuvers and turns, which is why they are often seen on birds that live in dense forests. They are also good for quick take-offs, which can help a bird escape from a predator. Elliptical wings require lots of flapping to stay in flight.

Examples: dove, turkey

Swimming Bird Wings

Some wings have a fin-like shape. These wings are great for swimming, which can be very useful for a penguin that hunts by pursuit diving for fish underwater. Swimming wings allow a bird to “fly” underwater! These fin-like wings lack true flight feathers and are not suitable for flight (in the air, at least).

Example: penguin

Hovering Bird Wings

Ruby-throated hummingbird drawing: small green, red, and white bird with a long beak and pointy tail.

Hovering wings are great for – you guessed it – hovering. This type of wing allows a bird to stay in one place, suspended in the air. Hovering wings are small and move very, very quickly. Furthermore, when a bird flaps its hovering wings, the motion comes mostly from the shoulder joint rather than joints further down the wing. Hovering lets a hummingbird drink nectar from flowers while in flight. However, a huge amount of energy is used to keep the wings flapping so quickly.

Example: hummingbird

Study Bird Adaptations with Wild Earth Lab:

I’ve created these learning material sets to help you study bird adaptations:

More from Wild Earth Lab:

If you enjoyed this post, I know you will love using my environmental science materials in your classroom!


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References and Further Reading

  1. All About Birds (n.d.). Why Can’t Penguins Fly. Cornell Lab. Available: https://www.allaboutbirds.org/news/why-cant-penguins-fly/
  2. Berberi, I (2020). How the wings of owls and hummingbirds inspire drones, wind turbines and other technology. Carleton Newsroom. Available: https://newsroom.carleton.ca/story/hummingbirds-wings-inspire-technology/
  3. Heisman, R. (2022). Extraordinary Appendages: An Introduction to Bird Wings. American Bird Conservancy. Available: https://abcbirds.org/blog/bird-wings/
  4. Jenney, P. (2022). Winter Wings: The Science of Soaring. Montana Natural History Center. Available: https://www.montananaturalist.org/blog-post/winter-wings-the-science-of-soaring/
  5. Peggy Notebaert Nature Museum (2021). Facts of Flight. Chicago Academy of Sciences. Available: https://naturemuseum.org/chicago-academy-of-sciences/blog/facts-of-flight
  6. Savile, D. B.O. (2006). Bird Fight. The Canadian Encyclopedia. Available: https://www.thecanadianencyclopedia.ca/en/article/bird-flight

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10 Waterbird and waterfowl activities for kids to try in your classroom!

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Waterfowl and other waterbirds are some of the best wildlife to go view with kids in wetlands and other natural areas, regardless of your location. If you are planning a waterfowl field trip – or a whole waterfowl and waterbird unit – this waterbird & waterfowl activities list is the place to start!

In case you are wondering, waterfowl are ducks, geese, and swans – birds in the biological order Anseriformes. Meanwhile, “waterbirds” is a more general term. Waterbirds refers to a large group including waterfowl and other water-loving birds. This includes wading birds (e.g., herons, egrets, cranes), shore birds (e.g., sand pipers, plovers), as well as loons, grebes, coots, cormorants, and more!

Try out some of these waterbird and waterfowl activity ideas with your class!

1. Waterfowl Origami

Fold an origami crane, swan, or duck. Or all three! Here are a few helpful online tutorials:

  • The National Crane Foundationโ€˜s instructions for folding Origami Cranes โ€“ with printable directions and a video!
  • Fold an Origami Swan โ€“ with this video from Origami Plus โ€“ Easy Origami Tutorials on YouTube!
  • How to Fold an Origami Duck โ€“ with this easy tutorial from WikiHow

2. Birdwatching

Go on a birdwatching adventure at a local wetland or lake. Bonus: before you head out, print out a species checklist of local waterfowl and waterbirds!

Here are a few online resources to help you begin birdwatching like a pro!

Photo by Mike on Pexels.com

3. Bird Stories

Read a childrenโ€™s book featuring waterfowl! Possibilities include โ€œMake Way for Ducklingsโ€ by Robert McCloskey and โ€œThe Trumpet of the Swanโ€ by E. B. White.

Here are some websites that put together lists of bird-related books:

Photo by Karolina Grabowska on Pexels.com

4. Pond Projects

Learn more about waterbird habitats! Try out these pond activities. Or, check out complete my Pond Ecology Unit!

5. Bird Beaks

Try a bird beak lab โ€“ use different โ€œbeaksโ€ (e.g., chopsticks, tweezers, slotted spoon), to pick up different โ€œfood sourcesโ€ (pasta, seeds, peas). See which beak is the best at โ€œcatchingโ€ each food.

There are lots of versions of Bird Beaks Labs around the web. Here are a few good ones:

This bird beaks lab activity comes from my Waterfowl and Waterbirds Unit! Perfect for learning about animal adaptations and natural selection!

6. DIY Duck Calls

Learn how to create a simple duck call. Then listen to recordings of the different sounds ducks make. Can you imitate any of them?

Here are a few examples of easy DIY duck calls to get you started:

Photo by Billel Moula on Pexels.com

7. Swim like a swan!

Experience swimming like a swan (or duck, or grebe…)! Grab a pair of swimming flippers (aka snorkeling fins) and head to a local pool or swimming area.

Bonus: toss some diving rings and practice diving under the surface of the water like a diving duck to retrieve them!

8. Duck Masks & Art Projects

Do a waterbird art or writing project! Learn to draw or paint a waterbird from your area. Write a poem about your favorite waterbird! Decorate a duck mask! Write a short story. Sit by a wetland habitat as you sketch, draw, or nature-journal!

These duck masks are one of the many activities in my Waterfowl and Waterbirds Unit!

9. Be a Habitat Helper

Volunteer to help clean up waterbird habitat in your local area. Research local conservation groups to find out about park and natural area clean-up days in your community.

grey heron bird on wetland
Photo by Tom Fisk on Pexels.com

10. Study Birds with Wild Earth Lab

Try out my Waterfowl and Waterbirds Unit in your classroom! It’s got lots of activities and all the worksheets, handouts, decorations, and guides you will need for a wonderous waterbirds unit in your classroom or homeschool!

Explore curriculum from Wild Earth Lab:

If you enjoyed these waterfowl activities, I know you will love using my environmental science materials in your classroom!


Are you interested in more nature activity ideas? Subscribe or follow Wild Earth Lab using the links below!


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What makes a bird a raptor? Five characteristics of birds of prey

hawk on a stump

What is a raptor?

A raptor is a predatory bird, with sharp talons, a hooked beak, and keen eyesight. Raptors are also sometimes called birds of prey. There are many different types of birds of prey, including eagles, hawks, owls, falcons, vultures, ospreys, and kites. Birds of prey come in many different sizes: from the American kestrel, the smallest of falcons, which is not much larger than a blue jay, to the golden eagle, which can have a wingspan over 6 feet (1.8 meters)! Condors, a type of vulture, can be even larger. The Andean condor of western South America may have a wingspan of up to about 10 feet (3 meters).

In this post, you will learn five traits shared by raptors that make them unique and amazing birds. But first…

A note for educators: if you plan to teach birds of prey in your classroom or homeschool, I hope you’ll check out my complete Birds of Prey Unit. It includes all the printable materials needed for a fun raptor study! Plus, every purchase in my shop supports this educational blog!

1. Great Eyesight

A bald eagle’s keen eyes. Photo by Darrell Gough on Pexels.com

Birds of prey have excellent eyesight to spot their prey from a great distance. Many birds of prey, hunt by circling high in the air over open fields or perching atop tall trees โ€“ it takes some amazing eyesight to spot tiny prey animals like mice and snakes from way up there!

2. Curved Beaks

A falcon’s sharp, curved beak. Photo by Jean van der Meulen on Pexels.com

All birds of prey have curved or hooked beaks. Curved beaks are an evolutionary adaptation of raptors, that serve as a sort of multi-tool. Raptors use their hooked beaks for many purposes, such as killing and eating prey, preening, and feeding their nestlings.

3. Sharp Talons

A raptor’s sharp talons. Photo by Pixabay on Pexels.com

Birds of prey have sharp talons for grasping their prey. Most birds of prey have anisodactyl feet, meaning that they have three talons facing forward, and one talon on the back of the foot (called a hallux). Owls have zygodactyl or semi-zygodactyl feet. Zygodactyl means two talons face forward and two talons face backward. Semi-zygodactyl feet are like zygodactyl feet but one of the back talons can rotate to the front as needed.

4. Meat Eaters

An osprey has caught a fish to eat. Photo by Tina Nord on Pexels.com

Birds of prey eat meat. This means that in a food web, they fill the role of a secondary or higher consumer. Most birds of prey are predators that hunt for a variety of prey animals such as squirrels, mice, rabbits, snakes, and smaller birds. Some raptors also hunt for insects. Vultures are carnivorous scavengers, which usually eat the dead carcasses of animals rather than hunting and killing their own prey.

5. Involved Parents

A pair of great horned owl fledglings. Photo by Tina Nord on Pexels.com

Both male and female parents take active roles in raising the young: incubating eggs, hunting and providing food to the young, and defending the nest from predators. Young raptors, called nestlings, are completely dependent on their parents for food, shelter, and protection. Once they develop flight feathers, the young birds are called fledglings. The fledglings practice leaving and returning to the nest, while still depending on their parents for food.

Learn more about raptors…

Continue reading my post with birds of prey activity ideas to try out in your classroom! You can also learn more about the specialization and functions of different bird beaks and bird wings.

Chances are you can find raptors in your local area! Raptors are found in all sorts of habitats, including forests, deserts, coastal areas, grasslands, wetlands, and even urban areas! Depending on where you live, you will find different species of raptors. Visit a local raptor center or check out your state or countyโ€™s parks and wildlife website to learn about common raptors in your area!

Finally, don’t forget to check out my complete printable birds of prey unit. It is perfect for taking a field trip to the raptor center with your students or studying birds of prey in your classroom or homeschool. Plus, you’ll support my blog with your purchase in my shop!


Are you interested in reading more posts about amazing wildlife? Subscribe or follow Wild Earth Lab using the links below!


References and Further Reading

  1. Cornell Ornithology Lab (n.d.). AllAboutBirds. Available: http://www.allaboutbirds.org
  2. LA Zoo (n.d.). Andean Condor. Available: https://www.lazoo.org/explore-your-zoo/our-animals/birds/condor-andean/
  3. The National Audubon Society (n.d.). Audubon.org. Available: http://www.audubon.org
  4. Tapia, L., & Zuberogoitia, I. (2018). Breeding and nesting biology in raptors. In Birds of Prey (pp. 63-94). Springer, Cham. Available: https://www.researchgate.net/publication/326127027_Breeding_and_Nesting_Biology_in_Raptors
  5. University of Minnesota (October 29, 2020). What makes a raptor – Part 1, hooked beaks. The Raptor Center. Available: https://raptor.umn.edu/about-us/news/what-makes-raptor-part-1-hooked-beaks

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