1.explain how carrying capacities can vary over time. 2.if a population is below its carrying...

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1. Explain how carrying capacities can vary over time. 2. If a population is below its carrying capacity, how will it respond? Why? 3. If a population is constant, what can be said for the birth and death rates? 3/11 Daily Catalyst Pg. 29 Cycles of matter

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Page 1: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

1. Explain how carrying capacities can vary over time.

2. If a population is below its carrying capacity, how will it respond? Why?

3. If a population is constant, what can be said for the birth and death rates?

3/11 Daily Catalyst Pg. 29 Cycles of matter

Page 2: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is
Page 3: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Quiz #8 on Friday 3rd- nine week grades are due Friday

Schedule a time with Mrs. Ireland to review your grade

Grade danger: Terriyan, Chris E., Daniel G., David, Nick, Ridel, Darrius, and

Avery

3/11 Class Business Pg. 30 Cycles of matter

Page 4: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Daily Catalyst Class Business Daily Objective Cycles of matter notes Work time Exit Ticket #8

3/11 Agenda Pg. 30 Cycles of matter

Page 5: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Today, we will illustrate Today, we will illustrate the flow of carbon, the flow of carbon, nitrogen, and water nitrogen, and water

through an through an ecosystem.ecosystem.

3/11 Objective

Page 6: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

ELEMENTS!

Page 7: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Let’s talk about a water cycle!

What comes

to mind when I

say the water

cycle?

Page 8: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Matter, made of elements move through the ecosystem.

Key Point #1: Matter is anything that has mass and takes up space

Remember: Matter is not created nor destroyed. It is RECYCLED!

Page 9: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

WATER CYCLE

Page 10: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

TRANSPIRATION

Page 11: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Transpiration

Key Point #2: Transpiration is water passing from a plant to the atmosphere.

Evaporation from a plant!

Page 12: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

TRANSPIRATION

EVAPORATION

Page 13: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Evaporation

Key Point #3: Evaporation is water turning from a liquid to a GAS!

From a body of water

Page 14: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

There is water present in both plants and bodies of water (rivers, lakes, oceans).

a. Water leaves a plant and enters the atmosphere through the process of:

TRANSPIRATION

b. Water leaves a body of water and enters the atmosphere through the process of:

EVAPORATION

Do we have it?!

Page 15: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

TRANSPIRATION

EVAPORATION

CONDENSATION CONDENSATION

Page 16: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Condensation

Key Point #4: Condensation is water vapor into liquid

Clouds!

Page 17: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

TRANSPIRATION

EVAPORATION

CONDENSATION CONDENSATIONPRECIPITATION

Page 18: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Precipitation

Key Point #5: Precipitation is water that falls from the clouds

Snow, hail, freezing rain, and rain

Page 19: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

TRANSPIRATION

EVAPORATION

CONDENSATION CONDENSATIONPRECIPITATION

RUN-OFF

COLLECTION

GROUNDWATER

Page 20: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Key Point #6: Water runs off and will collect in lakes, ponds, and oceans.

Ground water is water held under the soil

Page 21: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

http://www.schooltube.com/video/aa180d541f114c019778/Bill%20Nye%20Water%20Cycle

Bill Nye Clip

Page 22: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

How does water connect organisms to their

environment?

Revisiting the objective:

Page 23: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

NITROGEN CYCLE

Page 24: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Nitrogen Cycle

There is A LOTof ________ in the air, but plants and animals CAN’T use it!

NITROGEN

Page 25: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Nitrogen Cycle

Key Point #7: Fix: bacteria

changes nitrogen into ammonia

Nitrogen Fixation

Page 26: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Key Point #8: Plants and animals release nitrogen when they die.

RECYCLING!

Page 27: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Plants and animals die and return nitrogen

back to the soil.

This the nitrogen

that needs to be

“fixed”.

Page 28: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

What is the impact of removing ALL of the bacteria from the world?

Turn and Talk

Page 29: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Answer the following questions on a half sheet of paper for page 29!

1. After millions of years, what do decaying plants and animals turn into?

2. What process is very similar to evaporation?

3. When water from lakes goes into the air, what process is this called?

4. What form does nitrogen need to be in order for plants to use it?

5. When it snows, what part of the water cycle is this?

6. What part of the water cycle is it when water leaves plants and goes into the air as water vapor?

7. What organisms collect nitrogen in the air and change it into a form plants can use?

8. How do animals get their nitrogen?

9. When water vapor changes into clouds, what process is this called?

10. Name two different types of precipitation.

Work Time

Page 30: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Directions: Silently and independently complete the exit ticket. Turn your ET into the basket when you are finished. Make sure the notebook questions are completed. They will be checked tomorrow.

Noise: 0 (SILENT) Time:

Exit Ticket #8

Page 31: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Only 10% of energy is passed on to each tropic level and 90% of energy is lost as heat.

Evaporation

Condensation

Precipitation

Collection

The study of organisms interaction with their environment

Living factors

Non-living

Non living and living

A

B

C

D

3/12 Daily Catalyst Take 5 minutes to answer these questions with a classmate.

Page 32: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Put the following pictures in order of the water cycle.

3/12 Daily Catalyst Pg. 29 Cycles of Matter

Start HERE!

A

B C

D

E

Page 33: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Put the following pictures in order of the water cycle.

3/12 Daily Catalyst Pg. 29 Cycles of Matter

Start HERE!

A

BC

D

E

Page 34: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is
Page 35: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Quiz #8 on Friday 3rd- nine week grades are due Friday

Schedule a time with Mrs. Ireland to review your grade

Grade danger: Terriyan, Chris E., Daniel G., David, Nick, Ridel, Darrius, and

Avery

3/12 Class Business Pg. 29 Cycles of matter

Page 36: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Daily Catalyst Class Business Daily Objective Finish Cycles of matter notes Work time Exit Ticket #8

3/12 Agenda Pg. 29 Cycles of matter

Page 37: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Today, we will illustrate Today, we will illustrate the flow of carbon, the flow of carbon, nitrogen, and water nitrogen, and water

through an through an ecosystem.ecosystem.

3/12 Objective

Page 38: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Find a classmate who loves the same soda as you: Review the water cycle with this classmate(s) for 2

minutes. Find a classmate who loves the music group as

you: Review the nitrogen cycle with this classmate(s) for

2 minutes

Return to your seats!

Review

Page 39: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

CARBON CYCLE

Page 40: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is
Page 41: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Photosynthesis

Page 42: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

• Key Point #9:

Photosynthesis produces

carbs• (CO2 is removed from

the air, thanks plants)

Page 43: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Respiration

Photosynthesis

Page 44: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Respiration

Key Point #10: Plants and animals release CO2 into the air through respiration

Page 45: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Respiration

Photosynthesis

Decomposition

Page 46: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Decomposers

Key Point #11: Dead plants and animals decompose into CO2.

Page 47: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Respiration

Photosynthesis

Animals eat plants with

carbonDecomposition

Page 48: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Respiration

PhotosynthesisCombustion

Animals eat plants with

carbonDecomposition

Page 49: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Combustion

Key Point #12: Fossil fuels are burned and CO2 is released in COMBUSTION

Page 50: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Let’s earn these class points!

Show me what ya know!

Page 51: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Photosynthesis

Page 52: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Burning fossil fuels and releasing CO2 back in the air

Define Combustion

Page 53: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Respiration

Kobe uses sugar to keep going during a big game. He

breathes out CO2.

Page 54: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

DECOMPOSITION

Page 55: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Water taken from plants like evaporation

Define Transpiration

Page 56: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

This is the process where water turns from

a liquid into a gas. Evaporation

Page 57: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

N2 is changed to a usable form of nitrogen during:

Nitrogen Fixation

Page 58: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Snow, sleet, hail and rain are examples of this process.

Precipitation

Page 59: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Answer the following questions on a half sheet of paper for page 29!

11. Fossil fuels are burned by automobiles and release what back into the atmosphere?

12. Carbon dioxide is taken away from the air through what process?

13. Matching:

Work Time

Page 60: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

11. Fossil fuels are burned by automobiles and release what back into the atmosphere? Carbon Dioxide

12. Carbon dioxide is taken away from the air through what process? Photosynthesis by plants

13. Matching:

Work Time

g

cf

ae

b

h

d

Page 61: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Directions: Silently and independently complete the exit ticket. Turn your ET into the basket when you are finished. Make sure the notebook questions are completed. They will be checked tomorrow.

Noise: 0 (SILENT) Time:

Exit Ticket #8

Page 62: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Update your notebook tracker Update your notebook table of contents Clean out your folder

Only keep materials that are helpful Keep previous tests and quizzes (my advice!)

Page 63: 1.Explain how carrying capacities can vary over time. 2.If a population is below its carrying capacity, how will it respond? Why? 3.If a population is

Only 10% of energy is passed on to each tropic level and 90% of energy is lost as heat.

Evaporation

Condensation

Precipitation

Collection

The study of organisms interaction with their environment

Living factors

Non-living

Non living and living

A

B

C

D