The Maple Syrup Mystery
Photosynthesis & Food
Matter Cycling
Energy Flow
Tree Anatomy & Growth
100

This is the specific type of tree that produces the sap used to make maple syrup.

Sugar Maple

100

These are the three primary "inputs" a plant needs to perform photosynthesis.

sunlight, water, and carbon dioxide

100

This law states that matter (like carbon) cannot be created or destroyed, only transformed.

Law of Conservation of Mass

100

This is the original source of energy for almost all life in the maple forest.

The Sun

100

These structures anchor the tree and absorb water from the ground.

roots

200

Producers typically wait for this specific weather pattern—freezing nights and thawed days—to begin the "run."

fluctuating temperatures (or the freeze-thaw cycle)

200

This green pigment in the leaves is responsible for capturing light energy.

chlorophyll

200

This is the specific molecule that provides the "carbon" source for the sugar in a maple tree.

carbon dioxide

200

Photosynthesis converts light energy into this type of stored energy.

chemical energy

200

This tissue acts like a "straw," transporting water from the roots up to the leaves.

xylem

300

To make one gallon of maple syrup, it takes approximately this many gallons of raw sap.

40 gallons

300

This is the primary sugar (food) produced during photosynthesis.

glucose

300

When a tree drops its leaves, these organisms break them down and return nutrients to the soil.

decomposers

300

In a food web, these organisms must eat other organisms to gain energy.

consumers (or heterotrophs)

300

This tissue transports the sugar (food) made in the leaves down to the rest of the tree.

phloem

400

This process is used to remove water from the sap to increase the sugar concentration.

evaporation (or boiling)

400

Aside from sugar, this gas is the primary "output" or byproduct released by the plant.

oxygen

400

This process is the "opposite" of photosynthesis, where plants and animals break down sugar to release energy.

cellular respiration

400

This is the term for a diagram that shows the complex, overlapping feeding relationships in an ecosystem.

 food web

400

Trees store excess sugar during the winter in this form, which is a complex carbohydrate.

starch

500

n the "Syrup Storyline," this is the main question students investigate regarding where the sap's sweetness comes from.

How do maple trees get the food (sugar) they need to grow

500

Unlike animals, plants are called this because they can make their own food.

producers (or autotrophs)

500

Carbon moves from the atmosphere into the plant through these tiny openings on the underside of leaves.

stomata

500

Only about this percentage of energy is transferred from one level of a food chain to the next.

10%

500

This is the name for the process of water evaporating from a plant's leaves, which helps "pull" water up from the roots.

transpiration