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Human Impact on Centennial Woods

Human Impact on Centennial Woods. Water Tests pH Conductivity Dissolved Oxygen Temperature Width Depth Velocity Phosphorus Conductivity reflects salt

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Page 1: Human Impact on Centennial Woods. Water Tests pH Conductivity Dissolved Oxygen Temperature Width Depth Velocity Phosphorus Conductivity reflects salt

Human Impact on Centennial Woods

Page 2: Human Impact on Centennial Woods. Water Tests pH Conductivity Dissolved Oxygen Temperature Width Depth Velocity Phosphorus Conductivity reflects salt
Page 3: Human Impact on Centennial Woods. Water Tests pH Conductivity Dissolved Oxygen Temperature Width Depth Velocity Phosphorus Conductivity reflects salt

Water Tests

• pH

• Conductivity

• Dissolved Oxygen

• Temperature

• Width

• Depth

• Velocity

• Phosphorus

• Conductivity reflects salt concentrations in water

• Salt comes from roads

Conductivity in Watershed

0

1

2

3

4

5

6

7

Location

Conductivity (mS)

West Branch

East Branch

Upstream Downstream

Conductivity in Watershed

Page 4: Human Impact on Centennial Woods. Water Tests pH Conductivity Dissolved Oxygen Temperature Width Depth Velocity Phosphorus Conductivity reflects salt

Soil

The pH levels were consistently low (acidic) in the sites we tested.

The pH of Soil Layers in Centennial Woods taken from Three Differnt Sites

0

1

2

3

4

5

6

7

Detritus 1 2 3 4

Soil Layer

pH

Site D

Site B

Site C

Soil pH

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Page 5: Human Impact on Centennial Woods. Water Tests pH Conductivity Dissolved Oxygen Temperature Width Depth Velocity Phosphorus Conductivity reflects salt

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1999

Site B Tree Species

48%

11%

4%

11%

7%

4%

4%

4%

7%

red maplered oakhophornbeamblack cherrywhite pinedogwoodwhite oakdead black birchdead black cherry

Mixed Pine/DeciduousSite C Tree Species

41%

38%

10%

8% 3%

White PineDead White PineRed MapleBlack CherryApple

White PineSite D Tree Species

57%

15%

13%

3%

3%

3% 3% 3%

BuckthornDead BuckthornDogwoodDead DogwoodBox ElderDead Box ElderAshApple

Young Deciduous/Shrub

Page 6: Human Impact on Centennial Woods. Water Tests pH Conductivity Dissolved Oxygen Temperature Width Depth Velocity Phosphorus Conductivity reflects salt

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1974Star (White Pine)Average Age 31 Years

There are fewer trees at the white pine and young deciduous/shrub sites

Page 7: Human Impact on Centennial Woods. Water Tests pH Conductivity Dissolved Oxygen Temperature Width Depth Velocity Phosphorus Conductivity reflects salt

1937

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The mixed pine/deciduous has been there since 1937

The white pine and young deciduous/shrub were cleared land

Page 8: Human Impact on Centennial Woods. Water Tests pH Conductivity Dissolved Oxygen Temperature Width Depth Velocity Phosphorus Conductivity reflects salt

We used a program called NEWILD (New England Wildlife) to figure out which species we might encounter.

We plugged in data about the forest habitat of each site, and the program came out with a list of species that would reside in that area.

This gives us a list of species that people can look for and are likely to see at each site.

Site B: White Breasted Nuthatch, Wood Thrush, Least Flycatcher

Site C: Downy Woodpecker, Northern Cardinal, Woodland Vole

Site D: Eastern Garter Snake, Ruffed Grouse, White Footed Mouse

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Wildlife

Page 9: Human Impact on Centennial Woods. Water Tests pH Conductivity Dissolved Oxygen Temperature Width Depth Velocity Phosphorus Conductivity reflects salt

Conclusions

• Runoff

• Past and Current Human Land Use– Forest Type– Tree Age

• Wildlife Diversity

Page 10: Human Impact on Centennial Woods. Water Tests pH Conductivity Dissolved Oxygen Temperature Width Depth Velocity Phosphorus Conductivity reflects salt

Credits

Brenden Lewis

Noah Duncan

Lizzy Libby

Sarah Whiteside

Eliza Warren-Shriner

Julie Bauer

STUDENTS:

Sarah Staib

Otis Munroe

Luke Sisler

Sam Wood

Bennett Winsor

Michael Ricci

Cyndie Brown

INSRUCTORS:

Matt Palubinskas

Kristen Sharpless

Paul Bierman