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Page 1: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 2: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

“TheFiveBiggerIdeas”

1.  Climatechangeisarealandseriousproblemfacingglobalsocietyinthecomingdecadesandcenturies.

2.  Climatechangeinrecentdecadesisprimarilycausedbyhumanactivities,especiallyasrelatedtoenergyuse.

3.  Humanscantakeactionstoreduceclimatecahgneanditsimpacts.

4.  Tounderstanddeeptimeandscaleofspace,modelsandmapsarenecessary.

5.  Theearthisasystemofcomplexsystems.

Page 3: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Source: NASA

Page 4: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 5: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Systems Vulnerable to Climate

Disruptions May Lead to Political or Societal Instability

Global Health

Food Supply

Water

© iStockphoto/Ryan Burke

Page 6: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

How Does Climate Change Affect Food Supply?

Floods Drought

Disease

Heat

Pests

Fires

Nutrition Toxins

Water Availability

Food

Page 7: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Whatevidenceistheretoshowthereisariseinglobal

temperature?

Page 8: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Introduction:What’shappeningtoglobaltemperature?

• Whatareclarifyingquestions?• Clarifyingquestions:expandsonunderstandingtheinformationisispresented• Whocollectedthisdata?• Whenwasitcollected?• Doesitrepresentwhatit’ssupposedto?• Whofundedtheresearch?

Page 9: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Introduction:What’shappeningtoglobaltemperature?

GlobalLandandOceanTemperatureAnomaliesGraph• Thisgraphshowstemperaturechangefromaverage• Takealookatyourpieceofthegraph• Writeonstickynotes

• 3thingsyounotice• 3Clarifyingquestions

• Sharehttps://www.climate.gov/news-features/understanding-climate/climate-change-global-temperature

Page 10: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Introduction:What’shappeningtoglobaltemperature?

• Discussionaboutthegraphsections• Bringyourgraphsectionstothefrontandputthemtogether

Page 11: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Introduction:What’shappeningtoglobaltemperature?

• Whyisitimportanttolookatthisgraphasawhole?• Whyisitimportanttolookatchangeovertime?

• http://www.skepticalscience.com/graphics.php?g=47

Page 12: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Activity2:Whataretheindicatorsoftheriseinglobaltemperature?

• Besideslookingatathermometer,whatarethingsyousee/hear/smellthatindicatechangesintemperature?

Page 13: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Activity2:Whataretheindicatorsoftheriseinglobaltemperature?

• Eachgroupwillget1figuretolookat• FindTemperatureIndicatorsstudentworksheet• Studyyourfigure,discoverwhatindicatorsareshown,answerquestionstohelpclarifyandensuretheevidenceisreliable

• Page25-26:Readyourfigure’sexplanation,tohelpaddtoyouranswers

Page 14: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 15: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Conclusion:Whataretheindicatorsoftheriseinglobaltemperature?

• Presentandhangfigureonwall• Whatcanwelearnfrommultiplelinesofevidence?• Whatconclusionscanyoudraw?• Thesefigures,whenputtogether,provideevidencefor__________.

• Whatdataismissing?Anythingyouwouldadd?

Page 16: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 17: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 18: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 19: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 20: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 21: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 22: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 23: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 24: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Duluth, Minnesota June 2012

Page 25: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

“[Climate change] is contributing to an

increased incidence of extreme weather

because the environment in which all storms form has

changed from human activities.”

Kevin Trenberth U.S. National Center for Atmospheric Research

June 15, 2011

Page 26: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 27: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 28: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

AllergiesWillBeMuchWorseby2040

2040 Grains of pollen per cubic meter: 21,735

2000 Grains of pollen per cubic meter: 8,455

Average pollen counts are specific to North America Source: Dr. Leonard Bielory, Visiting Professor, Center for Environmental Prediction, SEBS, Rutgers University. Image: © Jill Fromer/Photodisc/Getty Images

Page 29: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

As Temperatures Rise, So Does Water Use

People Crops Energy AnimalsIndustry

© 25StockMedia

Page 30: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Ahmedabad, India May 21, 2015

© 2015 AP Photo/Ajit Solanki

At least 2,330 people died in the 2015 India heat wave

Page 31: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

IsledeJeanCharlesFirstUnitedStatesClimateRefugees

Page 32: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 33: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

TurnandTalkHaveyouwitnessedchangesinyourcommunity?Howhavethesechangesimpactedyouoryourstudents?

Page 34: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Sowhyisthishappening?

Page 35: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Stand up Introduce yourself to a new person Share your favorite example of a model

Page 36: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Whatisamodel?

• representstheobjectsandtherelationshipsamongthemtoexplainandpredictphenomena

• providesacausalmechanismthataccountsforthephenomenon

• couldbedepictedasadrawing,diagram,3-D,orotherrepresentation,butonlyrepresentationsthatexplainandpredictphenomenaarescientificmodels

• Modelsexplainorpredicthowandwhyphenomenahappen

Page 37: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Whatisamodel?

• representstheobjectsandtherelationshipsamongthemtoexplainandpredictphenomena

• providesacausalmechanismthataccountsforthephenomenon

• couldbedepictedasadrawing,diagram,3-D,orotherrepresentation,butonlyrepresentationsthatexplainandpredictphenomenaarescientificmodels

• Modelsexplainorpredicthowandwhyphenomenahappen

Page 38: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

CreateaModeloftheCarbonCycle

• Ingroups,useflipchartpapertomakeamodelofhowyouunderstandthecarboncycle

• Howwillyouindicatemovement?Timeandscale?Change?

• Usecolorcodingifyou’dlike• Note:youwilladdtothislater

Page 39: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

CarbonCycleGame

• Youarearemoleculeofcarbon• FindtheStudentPage(halfsheet)• Writedownwhereyouare,thenrolethediceatyourstation

• Movetothenextstationoryoumayneedtostay,writethatdowntoo

• Round1:YouwilltravelaroundtheEarthasacarbonmoleculeinthepre-industrialera

Page 40: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

CarbonCycleGame

• Round2:TheIndustrialAge• Thereisachangeofdiceatthelithosphere

• Samerules…go!

Page 41: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

CarbonCycleGame• Putthefinishingtouchesonyourmodel.• Howdidthesecondroundcomparewithyourfirstjourneythroughthecarboncycle?

• Didyouseeanypatterns?Forinstancedidyoustayatanyplacemorethanonce?

• Didanyonefindthemselves“stuck”inoneplace?Whatmayexplainthis?

• Didanyonegobackandforthbetweentwostations(forexample,biosphereandatmosphere)?Whatmayexplainthis?

HangontoyourCarbonCycleModel…wewillcomebacktoitsoon

Page 42: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

•  How does an understanding of the carbon cycle help us understand climate change causes AND solutions?

•  How can models be used to assess student learning?

CarbonandModels

Page 43: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Wheredidthecarbongo?

Page 44: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 45: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Source: NASA

Page 46: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Solar radiation

in the form of lightwaves

passes through the

atmosphere

Page 47: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Most of this radiation is absorbed by the Earth and warms it

Page 48: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Most of this radiation

is absorbed by the

Earth and warms it

Some energy is radiated back into space by the earth in the form of infrared waves

Page 49: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Some of this outgoing infrared radiation is trapped by the earth’s atmosphere and warms it

Some energy is radiated back into space by the earth in the form of infrared waves

Most of this radiation is absorbed by the Earth and warms it

Page 50: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Some of this outgoing infrared radiation is trapped by the earth’s atmosphere and warms it

Some energy is radiated back into space by the earth in the form of infrared waves

Most of this radiation is absorbed by the Earth and warms it

Page 51: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Some of this outgoing infrared radiation is trapped by the earth’s atmosphere and warms it

Some energy is radiated back into space by the earth in the form of infrared waves

Most of this radiation is absorbed by the Earth and warms it

Page 52: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 53: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Greenhouse Effect Game

Page 54: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Greenhouse Effect Game

• Howwasthisgameliketheatmosphere/notliketheatmosphere?

• Whatmakesthegameanaccurateorinaccuratemodeloftheatmosphere?

Page 55: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Why does this impact some more than others?

Page 56: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

A Tale of Two Urban Neighborhoods Neighborhood A Neighborhood B

Population Density

% of People of Color

House Value Upper Quartile

MPCA Contaminated Sites

Energy Vulnerability

Existing Tree Canopy

11 per acre

75.1% or more

$266,200

44 sites/acre

Mod-High

3.8%

3 per acre

10% or less

$869,800

8 sites/acre

Low

42.41%

These disparities do not arise by accident, but through years of decision making and land use planning that results in such high disparities in the health of EJ communities like this. Data credit: CEED

Page 57: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 58: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

From Greenhouse to Hothouse

Anexercisethatvisuallydemonstratesandrepresentsthescaleoffossilfuelconsumptionandgrowth.

Page 59: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Whatfactorshavecausedtheriseintheglobaltemperature

overthelastcentury?

Page 60: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Claim,Evidence,ReasoningClaim:Whatdoyouknow?Evidence:Howdoyouknow

that?Reasoning:Whydoesyour

evidencesupportyourclaim?

Isairmatter?Mydad’sanalien!

Page 61: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Claim,Evidence,Reasoning• Makeaclaim

•  Compostingisgoodfortheenvironment.

•  Giveevidencetosupport•  Compostingkeepsorganicwasteoutoflandfills,turnsitback

intogoodsoil,&reducesmethaneproductionsinlandfills.

•  Providereasoning•  Myevidencesupportsmyclaimbecausefoodwastetakesupa

lotofspaceinourlandfills.Asitdecaysitproducesalotofmethanegasinlandfills.Whencompostedmaterialhastimetodecomposeonitsown,itturnsbackintogood,richsoilthatcanbeusedingardensandfarms.

Page 62: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Claim,Evidence,Reasoning

Thingstoremember• Thisactivityisnotabouthavingadebate• Scientistshavealreadyestablishedthatclimatechangeishappening,itisrealanditishuman-caused.

• Debatingabouttheexistenceofclimatechangeisbadpracticeandwillleadtomisconceptionsforstudents.

Page 63: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Claim,Evidence,ReasoningWhatiscausingtheglobalaveragetemperatureonEarthtoincrease?• FindStudentWorksheet:Claim,Evidence,Reasoning• Foreachfigure,writeabriefsummary• Workononefigureatatime

Page 64: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 65: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

•  Makeaclaim•  Giveevidencetosupport

•  Providereasoning

CERWorksheet

Page 66: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Whatelseiscausingtheriseintemperature?

Page 67: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

CO2 is being released into the atmosphere

faster than at any time in at least the last 66 million years.

Source: RE Zeebe, et al., Nature Geoscience, March 2016

Page 68: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

MechanismofClimateChange

credit:NNOCCI

THAWING PERMAFROST

COAL MINING COAL PLANTS

CROP BURNING

OIL AND NATURAL GAS PRODUCTION

FOREST BURNING

LAND TRANSPORTATION

LANDFILLS

FERTILIZATION INDUSTRIAL AGRICULTURE

INDUSTRIAL PROCESSES

AIR TRANSPORT

The Biggest Sources of Greenhouse Gases

Melcher

Page 69: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

GreenhouseGas GlobalWarmingPotential(GWP)(over100years)

%ofTotalAnthropogenicGHGEmissions(2010)

Carbondioxide(CO2) 1 76%

Methane(CH4) 25 16%

Nitrousoxide(N2O) 298 6%

Hydrofluorocarbons(HFCs) 124-14,800 <2%

Perfluorocarbons(PFCs) 7,390-12,200 <2%

Sulphurhexafluoride(SF6) 22,800 <2%

Nitrogentrifluoride(NF3) 17,200 <2%

Page 70: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Coal

Benefits of Fossil Fuels

Natural Gas

Oil

Material in Steel

Cheap Electricity

Heating

Lubrication

Materials

Transportation

Steel is a key construction material. Electric lights, motors, appliances, and other applications are indispensable to our way of life.

Natural gas is second to coal in generating electricity. In the USA gas is widely used for heating and cooking.

Oil is used for heating. As a lubricant it is essential to every kind of machine. Plastics and other synthetic materials are made from petroleum. Burned as a fuel, oil powers the global fleet of cards, trucks, and buses.

Page 71: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Federal Subsides Have Favored Fossil Fuels

Oil & Gas,

446.96

Nuclear, 185.38

Biofuels, 32.34

Renewables, 5.93

Source: What Would Jefferson Do? DBL Investors, September 2011

Cumulative Historical Federal Subsides 2010$, billions

Page 72: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Campaign Contributions from the Fossil Fuel Industry

Page 73: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Source: NASA

Page 74: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Howdoweknow?

Page 75: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

How do we know?

Page 76: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

How do we know?

Page 77: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

How do we know?

Page 78: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

How do we know?

http://www.windows2universe.org/earth/climate/coral_proxy_climate_nsf.html

Page 79: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Traditional Ecological Knowledge

How do we know?

Page 80: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

97% of Climate Scientists agree

How do we know?

Page 81: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your
Page 82: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Modify your Carbon Cycle Model

• Whatothersystemsmightyouaddtoyourcarboncyclemodel?

• Ifyouweretoaddeconomic,social,andpoliticalsystems,whatelseisinfluencingthecarboncycle?

Page 83: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

GlobalEconomicSystems

GlobalPoliticalSystems

Page 84: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

Reflection Time

• UsingyourRubric,rateyourknowledgeofeachcoreideaandpractice

• Wedidn’ttalkabouteverythingtoday• Answeraquestionortwoinyourjournal• Lookthroughtomorrow’sagendaandmakeaplan

Page 85: “The Five Bigger Ideas” · Carbon Cycle Game • You are are molecule of carbon • Find the Student Page (half sheet) • Write down where you are, then role the dice at your

End of Day 1 TimetoPlay!