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Victor

Axel

Kimberly

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Daniella

Braylynn

Kaylee Q.

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Deshaun

Ashley

Ellen

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Antonyio

Angela

Aiden

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Egypt

Sarai

Jocelyn

Joseph

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Natalie

Kenia

Ja'Nia

Kaley S.

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Leon

Melany

Natalie

Dakota

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Ben

Irene

Llasia

Gio

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📍 Location:

Spans Canada, Russia, Scandinavia, Alaska, and parts of Mongolia and Kazakhstan.

Covers 29% of Earth’s forests, the largest terrestrial biome.

🌡 Climate:

Winters: Can drop to -65°F (-54°C), lasting 6-7 months.

Summers: Short but warm, up to 70°F (21°C).

Moderate precipitation (15-30 inches per year), mostly snow.

🐺 Animal Adaptations:

Wolves, lynxes, and bears: Thick fur, hibernation.

Moose and elk: Long legs for deep snow.

Owls and woodpeckers: Thick feathers for insulation.

Mosquitoes thrive in summer due to melted snow.

🌲 Plant Adaptations:

Evergreen trees (pine, spruce, fir) with wax-coated needles to conserve water.

Some conifers require wildfires to release seeds.

🧐 Interesting Facts:

Absorbs more CO₂ than any other biome, helping reduce global warming.

🌍 Importance to Humans:

Provides wood for paper, timber, and fuel.

Stores carbon and helps regulate climate.

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📍 Location:

Covers less than 3% of Earth's water but supports over 40% of fish species.

Found in rivers, lakes, ponds, wetlands, and streams worldwide.

Major freshwater sources:

Amazon River – Largest river system.

Great Lakes (U.S./Canada) – Largest group of freshwater lakes.

Lake Baikal (Russia) – Deepest and oldest freshwater lake.

Mississippi River (U.S.) – Major waterway for trade and wildlife.

🌡 Climate:

Varies from tropical to polar regions.

Temperature in lakes and rivers fluctuates seasonally (frozen winters in temperate zones).

Tropical freshwater systems remain warm year-round, supporting diverse life.

🐟 Animal Adaptations:

Fish (trout, salmon, catfish) have gills adapted for oxygen intake in water.

Amphibians (frogs, salamanders) have permeable skin for moisture absorption.

Beavers build dams to create stable water habitats.

Otters and water birds (ducks, herons, kingfishers) are excellent swimmers.

🌿 Plant Adaptations:

Water lilies have broad leaves that float, absorbing maximum sunlight.

Reeds and cattails grow along riverbanks to prevent soil erosion.

Algae and aquatic plants produce oxygen for fish and invertebrates.

🧐 Interesting Facts:

Wetlands filter water, preventing pollution and absorbing floodwaters.

The Amazon River basin is home to the piranha, pink river dolphin, and anacondas.

Many migratory birds depend on freshwater ecosystems for breeding.

🌍 Importance to Humans:

Supplies drinking water to billions of people.

Essential for agriculture (irrigation) and hydroelectric power.

Recreational activities (fishing, boating, tourism) generate billions in revenue.

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📍 Location:

Found in small, isolated regions on multiple continents:

California (U.S.) – Coastal mountain ranges and hillsides.

Mediterranean Basin – Southern Europe, North Africa, and parts of the Middle East.

South Africa – Known as Fynbos, a biodiversity hotspot.

Australia – Coastal regions with eucalyptus-dominated vegetation.

Chile – Called Matorral, with dry shrublands.

🌡 Climate:

Hot, dry summers (up to 100°F / 38°C), mild, wet winters (40-60°F / 4-16°C).

Rainfall ranges from 10-20 inches (25-50 cm) per year, mostly in winter.

Droughts and wildfires are common and essential for ecosystem renewal.

El Niño can cause severe wet seasons, while La Niña leads to drier conditions.

🐺 Animal Adaptations:

Coyotes and foxes are nocturnal to avoid daytime heat.

Bobcats and mountain lions use camouflage to blend into rocky landscapes.

Jackrabbits and kangaroo rats have large ears that help dissipate heat.

Rattlesnakes and lizards are cold-blooded, sunbathe to regulate temperature.

Owls, hawks, and vultures prey on rodents and small mammals.

🌿 Plant Adaptations:

Evergreen shrubs (chamise, manzanita, sagebrush) have small, waxy leaves to reduce water loss.

Some plants store water in their roots (deep root systems).

Fire-adapted plants like chaparral oaks regenerate quickly after wildfires.

Certain seeds require fire exposure to sprout.

🧐 Interesting Facts:

Chaparral covers only about 5% of Earth’s surface but is incredibly biodiverse.

South Africa’s Fynbos region contains more plant species than tropical rainforests.

Frequent wildfires help maintain plant diversity by clearing out invasive species.

🌍 Importance to Humans:

Supports Mediterranean agriculture (grapes, olives, citrus fruits, lavender).

Chaparral areas attract millions of tourists annually for scenic landscapes and biodiversity.

Prevents soil erosion in hilly regions, reducing mudslides and floods.

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📍 Location:

Found in Eastern North America, Europe, East Asia, and parts of South America (Chile, Argentina, Brazil).

Stretches across the eastern U.S. (Appalachian region), Western Europe, and parts of China, Korea, and Japan.

🌡 Climate:

Four distinct seasons: Spring, Summer, Fall, and Winter.

Winters: Cold, with temperatures dropping to -22°F (-30°C).

Summers: Warm, reaching 86°F (30°C).

Precipitation: 30-60 inches per year, evenly distributed throughout the year.

Snowfall is common in winter, but rain dominates the other seasons.

🦌 Animal Adaptations:

Mammals: White-tailed deer, black bears, foxes, raccoons, and squirrels store fat or hibernate to survive winter.

Birds: Woodpeckers, hawks, robins, cardinals, and warblers migrate to warmer regions in winter.

Reptiles & Amphibians: Frogs, salamanders, and turtles hibernate in mud to avoid freezing temperatures.

Insects: Butterflies and bees hibernate or enter diapause (a suspended development state) in winter.

🌳 Plant Adaptations:

Deciduous trees (oak, maple, beech, hickory, and birch) shed leaves in fall to conserve water in winter.

Rich soil supports wildflowers, ferns, and shrubs.

Understory plants (dogwood, rhododendron) bloom in spring before trees grow leaves and block sunlight.

🧐 Interesting Facts:

Autumn colors result from the breakdown of chlorophyll, revealing red, orange, and yellow pigments.

Temperate forests store carbon in soil and trees, helping regulate climate change.

These forests once covered most of Europe and North America but have been reduced due to deforestation.

🌍 Importance to Humans:

Supports agriculture due to fertile soil.

Provides timber for construction and fuel.

Used for tourism, hiking, and recreation.

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📍 Location:

Prairies (North America), Pampas (South America), Savannas (Africa), Steppes (Asia, Eastern Europe, Mongolia).

Grasslands cover about 25% of the Earth's land area and are found in the interior regions of continents.

🌡 Climate:

Hot summers (up to 100°F/38°C) and cold winters (down to -40°F/-40°C).

Precipitation: 10-30 inches per year, mostly in the growing season.

Frequent wildfires and droughts shape the landscape, preventing forests from taking over.

🦬 Animal Adaptations:

Grazing animals: Bison, antelope, zebras, wildebeests, and kangaroos have specialized teeth to grind tough grasses.

Predators: Lions, cheetahs, coyotes, foxes, and wolves are adapted for speed and stealth.

Burrowing animals: Prairie dogs, meerkats, and ground squirrels dig underground tunnels to escape predators and extreme weather.

🌾 Plant Adaptations:

Deep-rooted grasses (tallgrass, buffalo grass) survive droughts and fires.

Wildflowers and shrubs have waxy leaves to reduce water loss.

Some plants rely on fire to break open their seed coatings.

🧐 Interesting Facts:

Once home to millions of bison in North America before they were nearly driven to extinction.

The world's most fertile soil, called mollisols, is found in temperate grasslands.

🌍 Importance to Humans:

Used extensively for agriculture (wheat, corn, soybeans, and livestock grazing).

Grasslands act as a carbon sink, storing CO₂ and preventing climate change.

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📍 Location:

Found in Amazon (South America), Congo (Africa), Southeast Asia, Central America, and islands in the Pacific.

Covers only 6% of Earth's land area but contains over 50% of all known species.

🌡 Climate:

Hot and humid year-round.

Average temperatures: 68-93°F (20-34°C).

Precipitation: 80-400 inches per year, with frequent rain showers.

🐒 Animal Adaptations:

Jaguars, ocelots, and snakes: Camouflaged to blend into the dense vegetation.

Toucans and parrots: Strong beaks to crack open nuts and seeds.

Monkeys and sloths: Adapted for tree-dwelling (arboreal) lifestyles.

Poison dart frogs: Bright colors to warn predators of their toxicity.

🌴 Plant Adaptations:

Drip-tip leaves help water run off quickly to prevent mold.

Epiphytes (orchids, bromeliads) grow on other trees to access sunlight.

Buttress roots stabilize large trees in nutrient-poor soil.

🧐 Interesting Facts:

A single rainforest tree can host thousands of insect species.

The Amazon Rainforest produces 20% of the world's oxygen.

🌍 Importance to Humans:

Source of medicine (70% of anti-cancer plants come from rainforests).

Regulates global climate and oxygen levels.

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📍 Location:

The largest biome on Earth, covering approximately 71% of the planet’s surface.

Includes five major oceans:

Pacific Ocean – Largest and deepest ocean.

Atlantic Ocean – Second-largest, contains the Gulf Stream, a major ocean current.

Indian Ocean – Warmest ocean, known for monsoon currents.

Southern Ocean – Surrounds Antarctica, influences global climate.

Arctic Ocean – Smallest and shallowest, covered in sea ice.

Also includes seas, bays, and estuaries (coastal zones where rivers meet the ocean).

🌡 Climate:

Ocean temperatures vary by depth and latitude.

Surface waters near the equator can reach 86°F (30°C).

Deep ocean (below 3,000 feet) stays near freezing (35°F/2°C).

Polar regions have ice-covered waters, while tropical waters support coral reefs.

The ocean drives Earth’s climate, absorbing solar heat and distributing it via currents.

El Niño and La Niña alter ocean temperatures, affecting global weather patterns.

🐋 Animal Adaptations:

Whales, dolphins, and seals use blubber to stay warm in cold waters.

Sharks and rays have electroreceptors (Ampullae of Lorenzini) to detect prey by sensing electric fields.

Anglerfish (deep sea) use bioluminescent lures to attract prey in the darkness.

Giant squid and sperm whales can dive to extreme depths to hunt.

Coral reef fish are brightly colored to blend into their environment, avoiding predators.

🌊 Plant Adaptations:

Phytoplankton (microscopic algae) perform photosynthesis, producing 50%–80% of Earth's oxygen.

Seagrasses (eelgrass, turtle grass) anchor in shallow waters, supporting marine life.

Kelp (brown algae) forms underwater forests, providing food and shelter.

Mangroves (coastal trees) have specialized roots that filter salt and stabilize coastlines.

🧐 Interesting Facts:

The Mariana Trench is the deepest part of the ocean, reaching 36,000 feet (11,000 meters).

Only 5% of the ocean has been explored; deep-sea ecosystems remain largely unknown.

The Great Barrier Reef (Australia) is the largest coral reef system, home to thousands of species.

🌍 Importance to Humans:

Primary food source for over 3 billion people (fish, shellfish, seaweed).

Regulates climate by absorbing CO₂ and redistributing heat via ocean currents.

Provides employment in fishing, tourism, and shipping industries.

Used for medicine production (anti-cancer compounds from marine organisms).

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📍 Location:

Found in the northernmost regions of Earth, including parts of Canada, Greenland, Russia, Alaska, Norway, Sweden, Finland, and Iceland.

Includes polar ice caps, tundra, and Arctic Ocean waters.

🌡 Climate:

Extremely cold year-round with long winters and short summers.

Winter temperatures: As low as -50°F (-45°C), little sunlight.

Summer temperatures: Rarely exceed 50°F (10°C).

Precipitation: 5-10 inches per year, mostly snow.

Permafrost (permanently frozen ground) prevents deep-rooted plants.

🦊 Animal Adaptations:

Polar bears: Thick fur and blubber for insulation, black skin absorbs heat.

Arctic foxes: Fur changes from brown in summer to white in winter for camouflage.

Caribou: Large hooves help walk on snow.

Walruses & seals: Blubber insulates from cold, adapted for swimming under ice.

Migratory birds: Arctic terns travel 24,000 miles yearly.

🌱 Plant Adaptations:

Low-growing plants to survive wind and cold.

Mosses, lichens, dwarf shrubs, Arctic poppies, cotton grass.

🧐 Interesting Facts:

The Arctic experiences 24-hour daylight in summer and total darkness in winter.

Ice is melting rapidly due to climate change, affecting ocean currents and wildlife.

🌍 Importance to Humans:

Regulates global temperatures by reflecting sunlight.

Stores large amounts of carbon, preventing excessive CO₂ emissions.

Indigenous communities (Inuit, Saami) rely on Arctic resources.

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Find the column labeled with your assigned biomeTHIS IS INDIVIDUAL! You are NOT working in groups but multiple people are assigned to the same biome!
3️⃣ Read the biome’s profile (found in the Padlet post).
4️⃣ Take brief notes on key facts (location, species, threats, importance).

🔹 Step 3: Post Your Argument to Padlet (20 Minutes)

📌 Now, make your case! Click on your biome’s column and create a new post defending why your biome should receive funding.

🌱 What to Include in Your Post:

🔹 1. Biome Importance – Why does the world need this biome?
🔹 2. Major Threats – What is putting this biome at risk?
🔹 3. Species at Risk – Which plants/animals are endangered?
🔹 4. Possible Solutions – How can we protect and restore this biome?
🔹 5. Persuasive Argument – Why should this biome be saved over others?

💡 Example Post:

🌊 OCEAN BIOME – DEFENSE ARGUMENT
The ocean covers 70% of the planet, provides 50% of our oxygen, and absorbs CO₂ to slow climate change. Coral reefs support 25% of marine life, but they are disappearing due to rising temperatures and pollution. If we don’t act, marine ecosystems will collapse.

Threats: Overfishing, plastic pollution, ocean acidification.
Endangered Species: Sea turtles, whales, coral reefs.
Solutions: Reduce plastic waste, enforce marine protected areas, invest in coral reef restoration.

Why fund the ocean? If the oceans die, our planet dies with them. We must protect them first!

🔹 Step 4: Debate! Respond to Two Other Posts (20 Minutes)

Now that you’ve posted, challenge other biomes!

💬 Respond to at least two other students by clicking “Comment” on their posts.

🔥 How to Debate:

✔ Agree or Challenge Their Argument – Do they make a strong case, or is your biome more critical?
✔ Ask a Thought-Provoking Question – What’s missing from their reasoning?
✔ Use Scientific Evidence – Mention facts from your biome’s profile or video.

💡 Example Response:

@Savanna Team – You say grasslands store carbon, but forests absorb way more CO₂ than grasslands. If we don’t stop deforestation first, global temperatures will rise even faster. Why should grasslands come before forests?

💡 Another Example:

@Tundra Team – You’re right that melting permafrost is dangerous, but only a few animals live in the tundra compared to the rainforest, which has millions of species. Shouldn’t we save the biome with the most biodiversity?

🔹 Step 5: Final Reflection (10 Minutes)

To wrap up the debate, write a short reflection in the Quick Write on ECHO!

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Chaparral biomes are essential for their role in controlling erosion, managing water, storing biomass, and supporting biodiversity. However, they face threats like wildfires, habitat loss, pollution, climate change, and global warming. Many endangered species live in chaparral, including the Costa's hummingbird, Coast horned lizard, Rosy boa, and California gnatcatcher. To protect this biome, we can use methods like weeding, planting, seeding, breaking seed dormancy, and stabilizing soil. Without chaparral, we'd lose these species, much of California could be overrun by flammable non-native grasses, and the state's water supply would suffer due to the loss of native shrubs that protect watersheds.

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i love the artic cuss of the animals and the biome with a big snowy clement the artic is just amazing

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The Arctic, considered important with respect to global climate regulation and biodiversity, has been facing direct threats of rapid warming that causes melting of key sea ice, changes in climatic patterns, and threatens iconic species such as polar bears. In addition, resource exploitation and pollution pose threats to the tiny, fragile ecosystem. This includes an immediate focus on actions: reducing greenhouse-gas emissions, creating protected areas, sustainable resource management, and global cooperation. Protecting the Arctic does not only concern raising awareness and keeping a remote region alive; it's about securing the future of our planet.

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Taiga Biome - Defense Argument (Kimberly Rico)

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Taiga Biome - Defense Argument (Kimberly Rico)

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My biome Taiga needs more land in the world. I think my biome needs more land to be able to keep reducing global warming and to keep providing us with wood for paper,timber and fuel. The species that are endangered if us humans and mostly mosquitoes. We can protect these species by giving the biome more space to thrive in and give us the resources we use and let the animals live in it safely and with peace. I think we should save this biome over the other biomes in the world because this biome gives us the paper most of us use daily, it helps regulate climate and stores carbon.

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1 The chaparral: supports unique species, regulates climate and keep water, stops soil erosion, is fire-adapted, helping the ecosystem resume.

2. Chaparral is threatened by: wildfires and climate change

3. Threaten species: habitat loss, urban development, and threatened by fire.

4. Protecting chaparral means: fire management, climate action, sustainable development, and rebuilding.

5. Chaparral plays a big role in supporting biodiversity, regulating climate, and stopping soil erosions. Saving it protects these services, especially in the face of climate change. Protecting chaparral ensures the survival of many species, including ours.

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My biome is essential to the planet because a lot of animals live in the rainforest. Some major threats it faces is humans will cut a lot of trees which are animals homes, which means they loose homes and have to migrate. Some strategies that can be used to save it is we can stop building a lot of houses, that means we use less trees. The rainforest deserves more priority than other biomes is because a lot of animals are adapted to their homes that are in the rainforest, if we lose the rainforest the animals would have to migrate and some might not know how to survive and eventually die.

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This biome is essential to the planet because it has trees and trees are important because they release oxygen .

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yes i do agree because it has good facts

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Step 1.The reason why it is important is because it actually provides and it also regulates the global climate. Also many people actually enjoy eating fish and many people actually have a job for that exact reason so if we keep on damaging the ocean there will be no more fish witch would then end up in people not enjoying any more fish and many people losing their jobs Step 2.Climate change can affect it a lot but when people over fish or pollute the ocean it can also cause a problem. Climates change can affect all of the plants that are in the ocean it can also affect the coral and pollution of the ocean can actually affect a lot of the animals that are habituating in the ocean. step 3.Endangered Hawksbill turtle They are very endangered due to the fact that pollution in the ocean causes them to get stuck with many plastics and more trash in the ocean Endangered Coral Coral Is actually sea animals and they are endangered due to the fact that climate change has actually increased causing water to get hotter witch then causes the coral to loose its color and die Step 4.A way that we can protect it is by watching what things we are throwing in the streets because many of those things will probably end up in the ocean. We always need to make sure that we are doing our best to try and recycle things that can be recycled. We also need to stop throwing oils in the ocean because that is one of the many thing that can affect all of the living things in the ocean. Step 5.The reason why i believe that my biome should be saved more than others is because the ocean makes up a lot of the planet so with out any water on earth we are literally dead. Also since most of the earth is made up of water that would also mean that most beaches would be just as polluted as the water. Also ocean also comes from the ocean so we would loose a lot of the oxygen that we have on the earth. So if we don't do anything to try and help the ocean and all of the living things that are currently living in it will end up going extinct and so will we.

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(Temperate Deciduous Forest)

The world needs this biome because of the “Air Quality” temperate deciduous forest produces oxygen and helps filter out pollutants from the air. This forest also plays a key role in regulating the water cycle by absorbing and releasing water. They help maintain groundwater levels, prevent flooding by maintaining consistent water flow through soil. Temperate deciduous forest is home to a lot of plants and animals. Many species rely on these forests for shelter and food.

Temperate Deciduous Forest is also important to humans because of there supports agriculture due to fertile soil. Provides timber for construction and fuel.

So yes the world needs this biome because it gives or provides vital air quality. These forests produce oxygen and help filter pollutants from the air, making them essential for clean, breathable air. Some of the major threats for temperate deciduous forest is climate change like For example, trees may bloom too early or too late, affecting species that depend on specific timing for food.

Another major threat is pollution like air pollution and water pollution. Another is “Deforestation and Habitat Loss.” As they destroy the habitats many species rely on.

Animals that are endangered

Some woodpecker species are critically endangered. Some warbler species are endangered due to habitat loss and limited nesting areas. Some amphibian species are endangered due to habitat loss and water pollution, but frogs as a group are not typically endangered. Some salamander species are endangered due to habitat destruction and climate change. Turtle species are at risk due to habitat loss. Many freshwater turtle species are also endangered.

Honeybees are not endangered but are under threat due to disease, and habitat loss. Wild bee species are facing greater declines and some are endangered due to similar threats. Possible Solutions – How can we protect and restore this biome?

So Instead of clear-cutting trees you should remove only certain trees and preserve the overall structure of the forest. This ensures that the ecosystem remains and that species relying on specific trees or habitats are not destroyed. Control invasive species, control invasive species before they spread. This could include removing or managing non-native plants and animals that threaten local species. Restoring Waterways and Wetlands, because many temperate forests rely on nearby rivers and wetlands. Restoring these habitats by improving water quality will help benefit forest species that depend on these waterways. Persuasive Argument – Why should this biome be saved over others?

In my opinion,

The temperate deciduous forest biome should be saved because it is home to a lot of species. While it covers only a small portion of the planet's surface, it supports a huge amount of home grounds for plants and animals, including some species like the black bears, white-tailed deers, woodpeckers, and foxes. Many more, and many of these species rely on this biome for food, and shelter. By protecting these forests, we are protecting the space, and the home for the countless species, some of which are already facing the threat of extinction.

And why does this matter? Ok Its not just about protecting cute animals or beautiful plants it is about preserving the health of our ecosystems. Every species plays a role. So by saving the temperate forests, we’re ensuring the stability of life itself. The temperate deciduous forest biome may not always get the same level of attention as some other ecosystems, but it is important. By saving this biome, we are protecting our future and the future of countless species.