This activity sheet challenges students to apply their knowledge of biology by designing plants adapted to specific environments.

Since I can't view or access images directly, I’ll help you solve the task based on the text you've provided. The worksheet titled "How Plants Survive in Different Places" asks you to design and label a plant that would survive in four different environments. Here's a breakdown of each scenario with creative, scientifically sound plant designs and explanations.

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1. Plant for a Large Forest

Challenge: Low light due to dense canopy; need to grow tall or have large leaves to capture sunlight.

Design:
- Tall, slender trunk with minimal branching near the base (to reduce energy use).
- Large, broad leaves at the top (like a canopy) to maximize light absorption.
- Light green or dark green leaves to efficiently absorb available light.
- Shallow root system (since soil is rich and moist), but strong enough to anchor the plant.
- Fast-growing to reach the light quickly before being shaded out.

Why it works:
In forests, competition for light is intense. A tall plant with large upper leaves can capture more sunlight, while a slender trunk reduces material cost. This design mimics real forest giants like tropical trees (e.g., kapok trees).

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2. Plant for the Desert

Challenge: Extreme heat, little water, high evaporation.

Design:
- Thick, fleshy stem (succulent-like) to store water.
- Very small or no leaves (to reduce water loss via transpiration).
- Deep taproot to reach underground water sources.
- Waxy coating on stem to prevent water loss.
- Green stem (photosynthesis occurs here instead of leaves).
- Spines or thorns to protect from herbivores.

Why it works:
This resembles a cactus. Thick stems store water, reduced leaf surface minimizes evaporation, and deep roots access moisture. Spines deter animals.

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3. Plant That Keeps Animals Away

Challenge: Avoid being eaten by herbivores.

Design:
- Sharp spines or thorns covering the stem and leaves.
- Toxic sap or chemicals that make it unpalatable (e.g., bitter taste or poison).
- Sticky or slippery surface to discourage climbing animals.
- Strong smell (e.g., pungent or foul odor) to repel animals.
- Camouflage (blend into surroundings so animals don’t notice it).

Why it works:
Many plants use physical (spines) or chemical (toxins) defenses. For example, prickly pear cacti have spines, and poison ivy has irritants. This design combines multiple defense strategies.

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4. Plant That Grows in Water (Aquatic Plant)

Challenge: Needs to float to get sunlight; may not have roots.

Design:
- Floating leaves that are wide and flat to catch sunlight.
- Hollow stems to provide buoyancy.
- No true roots or very short roots (if any), anchored loosely in mud.
- Seeds that float and spread via water currents.
- Leaves with air pockets (aerenchyma) to help float and allow gas exchange.

Why it works:
This mimics real aquatic plants like water lilies or duckweed. Floating leaves access sunlight, hollow stems help stay afloat, and floating seeds spread easily. Roots aren’t needed since nutrients come from water.

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✔ Summary Table:

| Environment | Key Features of Designed Plant | Real-Life Example |
|-----------|-------------------------------|-------------------|
| Forest | Tall trunk, large upper leaves, shallow roots | Tropical tree (e.g., Kapok) |
| Desert | Thick stem, small/no leaves, deep roots, spines | Cactus |
| Animal Defense | Spines, toxins, bad smell, sticky surface | Prickly pear, poison ivy |
| Water | Floating leaves, hollow stems, buoyant seeds | Water lily, duckweed |

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🖼️ How to Draw & Label:

For each plant, sketch a simple diagram and label:
- Leaves
- Stem
- Roots (or lack thereof)
- Special features (spines, waxy coating, etc.)

Example labels:
- "Large leaves for sunlight"
- "Thick stem stores water"
- "Spines deter animals"
- "Floating leaves for sun"

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Let me know if you’d like a printable version or a drawing guide!