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Creekers
"Zoom" onto Television
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Two of our Creek Connections schools will be famous on television. Conneaut
Lake Jr. High School and Sherman Central School will showcase their involvement
in Creek Connections in two separate episodes of the “Zoom” kids show
on WQLN Erie. This national show on the Public Broadcasting System was
“created for kids by kids” offering them numerous ideas for how to get
involved in their communities and creative ways to learn more about science,
arts, and technology. This spring season, PBS stations will be introducing
local episodes focusing on interesting things that regional young people
do.
The 7th graders from Mrs. Jacob’s Conneaut Lake Jr. High School class
looked into the camera on January 8 and loudly stated, “Get ready to ZOOM!”
Ready to be filmed, the students conducted their water quality monitoring
at their Geneva Marsh field site – a very unique site because it is Pennsylvania’s
largest wetland. Studying wetlands would serve as the theme of the show’s
episode.
Although it was a cold day, the students did a great job of conducting
their tests to learn more about the marsh. “By going and testing and submitting
the data to [Creek Connections] helps us figure out ways to make our waterways
more healthy because our waterways are vital to our future,” claimed Larry
Lubomski while on the way to the next filming location. Logan Rendulic
added, “Continuing to monitor can help us in the future to find better
ways to protect the water, not pollute the water, help clean the water,
maybe see things that could be pulled out easily.”
The Conneaut Lake students were also filmed in their classroom doing
many of the things that all our Creek Connections schools do – graphing
water quality data, entering data into the computer, and studying aquatic
organisms. Different students were selected for certain speaking parts
or voice-overs and the entire class had a few lines to recite in unison,
sometimes taking quite a few takes. Elizabeth Lundgren felt that “some
people are afraid to give speeches and if they see themselves on television,
they may realize they can do it.”
Being on television “will be neat because my friends and family will
get to see me and ..... what we are doing in school,” exclaimed Amber
Fry. Suzie Black said people watching will “understand our learning experience
doing the chemical tests and seeing what we were trying to find – water
bugs and salamanders.” In fact, everyone that watches the show will learn
more about wetland creatures because the question of the day for the show
was “what lives in a wetland?” Most of the students in the class had the
chance to answer the question by giving an example of an organism and
holding up either a picture of it or a real specimen. Wait ‘til you see
the bald eagle answer! The Conneaut Lake students hope to soar to fame
when their episode airs on WQLN.
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On February 12, Ms. Paul's 5th grade at Sherman Central School in Sherman
New York took their turn at making television history. These students
filmed an episode for what will be a second Creek Connections school’s
appearance on "Zoom". The episode will focus on water testing and water
quality with the Sherman students demonstrating water-testing techniques
to other kids across the region.
The day of filming began with a trip to the Route 76 bridge in downtown
Sherman where the students regularly collect water samples from French
Creek. Because of the cold weather, the students and camera crew only
visited the site briefly. Filming continued in the classroom. In addition
to the WQLN camera crew, a reporter from the Post Journal in Jamestown,
NY also visited the classroom. Eighth grade Sherman students were there
to assist in the water testing. These eighth graders, who have participated
in Creek Connections for three years, spoke for the camera and were interviewed
for the newspaper. The fifth grade students also recited lines for the
show as a group and talked individually about water testing.
Many students were excited to be on camera. As Ricky Pratt stated, "I
think it will make me famous." Some of the students who had lines to recite
or specific tasks to carry out in front of the camera were nervous. After
the group filming Allison Weilacher explained, "I was nervous; I was afraid
I was going to drop something," but she also remembered Ms. Paul's earlier
advice to the class not to "wiggle around" on camera. The students had
wonderful acting skills and behaved very professionally.
The Sherman students were excited to show off French Creek to television
viewers across the region. In the classroom they discussed the importance
of the creek. Shawn Tyma mentioned that, "French Creek has lots of animals,"
and provides habitat for wildlife in the area. Sherman’s location on French
Creek is significant geographically because it is located almost at the
beginning of this long creek that is connected to downstream waterways.
As Amelia Laughlin explains, “It [French Creek] flows down though the
country and eventually to the Gulf of Mexico.”
If you want to catch the Sherman and Conneaut Lake students doing their
waterway research on television, check out “Zoom” weekdays at 5:30pm on
WQLN Erie. The Conneaut Lake episode will be aired on Friday, March 15
and the Sherman episode on a Friday, April 26 on WQLN. They will be aired
again this summer. “Zoom” can be viewed 4:45pm or 5:00pm on WQED in Pittsburgh.
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Frick International Studies Academy in Pittsburgh is tired of finding
litter in the creek they sample – Nine Mile Run. During their routine
sampling trips, the students felt that the beauty of their stream as well
as the water quality was being compromised by this pollution. So a few
of the students devised a unique plan to help reduce some of the trash
and have entered their idea in a national competition.
Mrs. Corr’s students devised a trash rack that could be placed over a
Commercial Avenue storm culvert that empties into Nine Mile Run, often
emptying large amounts of trash and floating debris after a rainfall.
The design process was rather extensive and involved background research,
site investigations, attending community events, talking to experts, contacting
various organizations and city employees, and calculating dimensions for
the device.
Students met with Joan Blaustein from the Pittsburgh City Planning Department
to learn more about restoration efforts currently underway for Nine Mile
Run, discovering that their trash rack could be a helpful addition. Mike
Lichte of the Pittsburgh Water and Sewer Authority provided Frick with
information regarding the culvert’s water volume, storm frequency, trash
rack and grate designs, and equations that would be needed to calculate
trash rack dimensions. To help with all the number crunching and equation
interpretation, Frick called upon Timothy Kyper, Engineering Manager for
GAI Consultants. He helped the students comprehend the necessary calculations
for the trash rack and sparked the students’ hope that their idea could
actually become a reality. It was a matter of creating a solid plan of
action.
In January, Frick Middle School submitted this plan to the Bayer / NSF
Award Competition, sponsored by Bayer Corporation, the National Science
Foundation, and the Christopher Columbus Fellowship Foundation. The idea
of the competition is simply to have middle school students work together
as a team to solve a problem in their own community. As the competition
states, “This is science at its best. Your team will identify a problem,
look into it, come up with an innovative solution, refine the solution…and
have fun doing it!”
Frick Middle School hopes to be one of the 30 teams from across the nation
that will advance to the semifinals, from which 10 teams will be selected
for finals judging. The finalist teams each win a $250 grant to develop
their idea further and win an all-expense-paid trip for team members and
their teacher to Epcot Center at Walt Disney World. Three teams win further
prizes and savings bonds with the first place team also receiving a $25,000
Columbus Foundation Community Grant to help bring their idea to life in
their community! If a winner, Frick will be able to create, implement,
and maintain their trash rack for the next few years.
Determining all the necessary calculations for the trash rack and its
installation proved to be difficult, allowing the Frick students to understand
how comprehensive the steps must be to make an idea become a useful solution.
But it did not stop the students’ enthusiasm and hopefully they are really
proud of their plans. They tackled a real problem dealing with their waterway,
offering a solution that would help improve their community. To find out
more about the Bayer / NSF Award Competition: http://www.nsf.gov/od/lpa/events/bayernsf/start.htm
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Parker Students'
Watershed Snapshot
For one day every March, Parker Middle School heads out in all directions
in their Conneauttee Creek Watershed to determine overall water quality.
The students take numerous water samples from many different streams within
the watershed - sites that they do not usually monitor otherwise. By conducting
this watershed snapshot (gaining water quality data all from the exact
same moment), the students can make comparisons amongst the different
stream sites. They can determine which streams seem to be in good or poor
condition, look for upstream and downstream treads, and discover how different
the water chemistry can be between a small stream and larger creek.
Water testing snapshots are very useful tools to determine the health
of an entire watershed at least during a particular moment in time. Taking
the samples simultaneously in an area keeps the experimental condition
of time and weather constant, allowing for better water quality comparisons
between sites.
This year Parker Middle School is conducting their watershed snapshot
on Saturday, March 16. Typically, approximately 10 sites are studied for
the day. The Parker students will be displaying their results from the
snapshot at the Student Research Symposium. Hopefully their results for
the day reveal plenty of healthy waterways.
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Springtime
Creeks
Turbid and Higher
With spring showers and final snow melts comes a whole
different look to our regional waterways - high, muddy water, sometimes
flowing very fast.
Heavy rains can increase soil erosion into the stream.
Water will move over the surface of the land carrying sediments and
possible other pollution with it. Erosion, the process of wearing away
of land surfaces, is more prone to occur on land that has been disturbed
by human activity (deforested, plowed, or constructed on). Removing
riparian (streamside) zone vegetation can increase erosion because plant
roots are no longer holding soil in place. Streamside plants also slow
down storm runoff from adjacent land before it enters a stream, helping
to soak up extra water and helping to trap some of the soil that overland
flow carries.
Soil in a waterway causes numerous problems. It increases
turbidity, the cloudiness of the water. Suspended solids reduce the
visibility for aquatic life, clog gills, and cause difficulties for
filter feeding organisms. Sediments that settle on the bottom of a creek
can smother fish and insect eggs and fill in the places where organisms
live. Turbid water is also more difficult for drinking water authorities
to clean and send to your faucet.
Higher and faster flow rates in a waterway can also accelerate
stream bank erosion, especially if there is no vegetation along the
stream to help keep soil in place. Increased storm flows can also scour
the sides of a waterway channel and sediment- filled water acts like
sandpaper against the banks, scraping away more sediment.
There is no way to avoid spring time rains and melting
snow that will naturally cause higher water and increases in turbidity.
But we must be careful to keep from adding unnecessarily to these levels
with what we do to our land. It is important to keep areas next to a
waterway in a natural state. Keep riparian forests intact. Allow floodplains
(lowland beside waterways) and wetlands to do what they are supposed
to do - soak up and store excess water, allowing more time to drain
water after a storm. What we do on land can help ease the impact that
springtime weather makes on our creeks.
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