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Your watershed your backyard

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Your Watershed, Your Backyard: Baltimore The Carnegie Institution for Science Susan Artes Science Outreach Coordinator A Chesapeake Watershed Education Program to Encourage Stewardship in Students A Project of BioEYES &
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Page 1: Your watershed your backyard

Your Watershed,Your Backyard:

Baltimore

The Carnegie Institution for Science

Susan ArtesScience Outreach Coordinator

A Chesapeake Watershed Education Program toEncourage Stewardship in Students

A Project of BioEYES&

Page 2: Your watershed your backyard

BioEYES Science Outreach Program

The Mission of allBioEYES projects:

• to foster enthusiasmfor science

• to promote interest inbiology-related fields

• a hands-on, student-centered approach tolearning.

Steve Farber and Jamie Shuda developed BioEYES in 2001

Photo courtesy of theNew York TimesJuly 29,2008

Page 3: Your watershed your backyard

Why use Zebrafish?1. Genes and organs similar to

humans2. Larvae are optically clear

Adult females can lay manyeggs every week

3. Embryos develop very quickly4. Cost effective5. Not only good model for

humans, but also for smallwatershed fish

6. Incredibly compelling forstudents

Page 4: Your watershed your backyard

Classic BioEYES Unit

• Five day hands-on program followingzebrafish development

• Students treated as scientists and areresponsible for all embryo care

• Culminating experience - seeing thebeating heart and circulatory system

Page 5: Your watershed your backyard

Day 1:Observing Adult Zebrafish

Living organisms:• Capture attention• Increase interest• Engage imagination

•Increase ability to relateto self•Make lessons morememorable

Page 6: Your watershed your backyard

Day 2: Embryo Collection andObservation

Yes! We haveembryos!

How many do you count?

Page 7: Your watershed your backyard

Here are the things they arelooking for

UnhatchedHatched

DeadHealthy

Microorganisms

Coleps

Vinegar eels

Brine shrimp

Vs.

Vs.

Page 8: Your watershed your backyard

Day 3: Gills vs Lungs

Page 9: Your watershed your backyard

Day 4: Cells and DNALysosome

Mitochondria Nucleus

DNA

Page 10: Your watershed your backyard

Day 5:Seeing the Heartbeat!

Page 11: Your watershed your backyard

Some Statistics -Since 2001 over 18,000students have participated!

Philadelphia• Started in 2001• Over 15,000 students• Over 200 teachers trained• 3 new projects added Baltimore

•Started in 2007 with 548students and 22 teachers

•This year over 1600 studentsand 33 teachers

•Next year without YWYBprojected over 2500 students

•With YWYB funded 3700students and 66 teachers!

South Bend - Notre Dame•Started 2007•Over 700 students and 28teachers

Page 12: Your watershed your backyard

Teachers - Important Partners

• Teachers must attend training• Teachers co-teach the unit• After 3 years, teachers run the unit themselves• Carnegie’s Science Outreach will supply all materials• Carnegie Educator can add more teachers & students to the

program

Page 13: Your watershed your backyard

BIOEYES NEWEST ADDITION:Your Watershed, Your Backyard

• Habitats, food chains, sourceand non source pollution

• Information on local streamprojects

• Websites• Watershed related science

careers

• Education and awarenesswhile they are young

• 6th and 7th grades• Hands-on, live organisms• Stewardship

Page 14: Your watershed your backyard

Water Collection & Water Quality Testing

Field TripStudents will do on-

site water qualitytesting

Streams and riversnear their school willbe selected prior toclasses

Harbor water will becollected and testedStony Run

Page 15: Your watershed your backyard

Stony Run• Direct connection

street to stream• Point and non-

point pollution

Oil in the stream

Oil on the grate

Page 16: Your watershed your backyard

• Stony Run• Flooding residue• Storm drain• Erosion control

attempt

Pollution & Erosion

Page 17: Your watershed your backyard

Jones Falls

Non-pointsourcepollution

or ‘Run-off’

Flooding remains

The next level upin the watershed

Dumping

Page 18: Your watershed your backyard

The Baltimore Inner Harbor

Street run-off

Non-point source

Point source

Boat oil, gasoline

Page 19: Your watershed your backyard

Watershed Maps

Students learn about theentire watershed

Page 20: Your watershed your backyard

Going LocalBaltimore County and Citywatersheds

JonesFallsWatershed

Students trace the flow of theirlocal stream, Stony Run.

Page 21: Your watershed your backyard

Zebrafish as a model• As before students

cross adults and raiseembryos

• Now emphasizeChesapeake Watershed

Test 3 water samples1. Control embryo medium2. Local stream3. Main watershed river

Page 22: Your watershed your backyard

Studentscare for theirembryosand collectdata

Cleaning and

Counting embryosfor survival rate ineach water sample

Day 2 Embryos!

Page 23: Your watershed your backyard

Data Collection

Page 24: Your watershed your backyard

‘Chesapeake Bay EcosystemExplorer’

Food Web :Learning therelationshipsbetween thesmallestorganismsand thelargest

Page 25: Your watershed your backyard

Outreach Educator, Rob Vary,explains harbor results

Two-headed embryo from theJones Falls, raised by students

Effects of Pollution

Page 26: Your watershed your backyard

Heartbeat!

Page 27: Your watershed your backyard

STUDENTS Wrote Lab ReportsHere are some of their comments:

Page 28: Your watershed your backyard

YOUR WATERSHED, YOUR BACKYARD

YWYB could reach 1,200students and 30 teachers inits first year Second year 1,685

students, 30 returningteachers and 10 newteachers

Third year 2,174 students,40 returning teachers and 10new teachers

That’s over 5000 students in 3 years!

Page 29: Your watershed your backyard

For more Information AboutBioEYES

Your Watershed Your Backyard

Contact:Susan ArtesCarnegie Science

OutreachCoordinator

[email protected]


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