Vocab
Gen Concepts
Gen Concepts 2
Random
100

This type of consumer eats only decomposing materials

What is a detritivore

100

How do producers get their energy

What is they create through photo- or chemosynthesis


100

Double Jeopardy: This is the amount of energy lost between each trophic level

What is 90%

100

All energy in any food chain comes from this source

What is the SUN

200

This type of consumer eats only other consumers

What is a carnivore


200

How do consumers get their energy

What is they eat other organisms

200

This is another name for a consumer that eats producers

What is a primary consumer
200

Give an example of a detritivore

Answers may vary (fly, worm, dung beetle, etc)

300

This type of consumer eats only producers

What is an herbivore


300

Double Jeopardy: This shows how energy flows between trophic levels

What is a food chain

300

This is a visual representation of the energy available at each trophic level

What is an energy pyramid


300
This is what occurs if one part of the food chain/web is disrupted

Death or decline of one organism and over abundance of another

400

This type of organism creates their own energy

What is a producer



400

Many interconnected food chains make up this

What is a food web

400

Describe a secondary consumer

A consumer that eats the primary consumer in a food chain


400

Double Jeopardy: Describe a basic food chain with one example at each trophic level.

Answers may vary (ex. producer - grass, primary consumer - grasshopper, secondary consumer - mouse, tertiary consumer - hawk)

500

Double Jeopardy: This is the rule that explains the amount of energy transferred between trophic levels

What is the 10% rule

500

What is the similarity between photosynthesis and chemosynthesis?

What is both types of production create energy from nonliving materials
500

Why does the energy pyramid provide a good visual explanation for the energy available at trophic levels

Answers may vary (more energy available from producers at the bottom than energy available from tertiary consumers at the top)

500

(From the video in class) This is how giant tube worms live off of energy provided from volcanic vents

Answers may vary (chemosynthesis from the bacteria living in their trophosomes)