Seeds and Plant Parts
Soil, pH & Growing Conditions
Water Sources, Water Rights & Drought
Drought-Resistant Gardening, GMOs & Human Decisions
Garden Design, Cost & Sustainability
100

This is what a seed needs to begin growing.

What are water, warmth, air, and the right conditions?

100

This is the loose material where many plants grow.

Answer: What is soil?

100

This is one source of water a farmer might use for crops.

What is a river, well, canal, reservoir, rainwater, or groundwater?

100

These plants are adapted to survive with little water.

What are drought-resistant plants?

100

This is one cost a gardener must plan for before starting a garden.

What is land, seeds, soil, water, fertilizer, pest control, tools, or upkeep?

200

This plant part absorbs water and nutrients from the soil.

What are roots?

200

This soil type holds water well but may drain slowly. (Potters use it)

Answer: What is clay soil?

200

This type of water is stored underground.

What is groundwater?

200

This watering method sends water directly to plant roots and reduces waste.

What is drip irrigation?

200

These plants live for more than two years and may reduce replanting costs over time.

What are perennials?

300

This plant part produces seeds and is often involved in reproduction.

What is the flower?

300

This soil type drains quickly but may not hold nutrients well. (Anakin hates it)

What is sandy soil?


300

These rights are connected to land located next to a river or stream.

What are riparian rights?

300

This is a plant made by crossing two different varieties.

What is a hybrid?

300

These plants complete their life cycle in one growing season.

What are annuals?

400

This information is listed on seed packets.

What is planting depth, spacing, sunlight needs, water needs, and harvest time?

400

This tells whether soil is acidic, neutral, or basic.

What is pH? 

400

These rights allow someone to use water from a source even if their land is not directly next to it.

What are appropriative rights?

400

This is a plant whose DNA has been changed using technology.

What is a GMO, or genetically modified organism?

400

This is why a gardener should compare annual, biennial, and perennial plants before designing a garden.

What is different plant types have different costs, lifespans, maintenance needs, and replacement schedules?

500

This is the difference between a fruit and a vegetable in plant science.

What is a fruit develops from a flower and contains seeds, while a vegetable may be another edible plant part?

500

This is why compost can improve soil health.

What is it adds nutrients, improves soil structure, and helps soil hold water?

500

This is why older water rights may matter more during a drought.

What is senior water rights may get access before junior water rights when water is limited?

500

This is one possible concern people may have about GMOs or large agricultural companies.

What is cost, seed ownership, environmental impact, pesticide use, loss of biodiversity, or farmer dependence?

500

This is the best explanation for why garden design is both a science and an engineering problem.

What is students must use evidence about plant needs, water availability, soil, cost, and constraints to design a working solution?

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