satellites, weather and climate

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Page 1: Satellites, Weather and Climate
Page 2: Satellites, Weather and Climate

Satellites, Weather and ClimateBackground & philosophy

Page 3: Satellites, Weather and Climate

Satellites, Weather andClimate (SWAC)

IntroductionLesley-Ann Dupigny-Giroux, Ph.D. & the

SWAC teamUniversity of Vermont

Page 4: Satellites, Weather and Climate

Acknowledgements• NSF Geoscience Education (GEO-

0807787 & 1034945)

• Vermont Department of Education –Math & Science Partnership

Page 5: Satellites, Weather and Climate

The SWAC Team• Dr. Lesley-Ann Dupigny-Giroux (Geography,

UVM)• Dr. Regina Toolin (CESS, UVM)• Drs. Leslie Morrissey & Jen Pontius (RSENR)• Drs. Bruce Berryman & Jay Shafer (LSC)• Steve Hogan • Mike Fortney• Mark Breen & Steve Maleski (Fairbanks Museum)

Page 6: Satellites, Weather and Climate

SWAC is…• professional development• in-service science & math teachers• middle and high schools• inquiry & project based learning• STEM content knowledge & skills

– climate, weather–engineering–geospatial technologies

Page 7: Satellites, Weather and Climate

The need for SWAC• varying student and teacher

knowledge• role of the media or Internet • gender difference in understanding

–underlying physics vs. patterns

• overarching principles–Backward design

Page 8: Satellites, Weather and Climate

SWAC teachers• K-12• Earth Science,

physics, chemistry, biology

• social studies

• content knowledge• curricular

constraints

Page 9: Satellites, Weather and Climate

First eight SWAC modules• introduction to EMR & satellites• cloud identification & monitoring• weather forecasting• tropospheric profile creation• land surface interpretation• permafrost• Geo-applications• air quality (real time applications)

Page 10: Satellites, Weather and Climate

Cloud observations

Page 11: Satellites, Weather and Climate

“I liked going outside and taking our own data like real scientists!” Lizz

Page 12: Satellites, Weather and Climate

“When we did the weather books it really helped me to understand the symbols and the clouds. It helped by doing it every day to getpractice. I can now use those terms and skills to understand the weatheron the weather channel.”

Elise

Page 13: Satellites, Weather and Climate

Balloon launch

Page 14: Satellites, Weather and Climate

Data from the balloon launches

CricketSonde Upper-Air Measurements

-10-8-6-4-202468

101214

-2 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30Flight Time (min)

Tem

pera

ture

(ºC

)

0

200

400

600

800

1000

1200

Pres

sure

(mb)

Temp (ºC) Pressure (mb)

Radiosonde Upper-Air MeasurementsTemperature vs. Pressure

6 0 0

6 50

70 0

750

8 0 0

8 50

9 0 0

9 50

10 0 0

10 50

-14 -12 -10 -8 -6 -4 -2 0 2 4 6 8 10 12 14Temperature (ºC)

Pres

sure

(mb)

Friday 7PM Sat 7AM Sat 11AM Sat 7PM

Mike Fortney

Page 15: Satellites, Weather and Climate

Permafrost in Siberia

1973 2002

Page 16: Satellites, Weather and Climate

Lessons learned …• partnerships are key• we are all teachers-learners• not to overload on content• encourage whole-school approach• embed core principles in other subject areas• staged content

• SWAC content reaches diverse students• Nature of Science• implementing Project-based learning and

backward design• “more enthusiastic in class” “thrilled” “new

point of view”