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The Enterococcus Project: February 2, 2004
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On Monday, Feb. 2, 2004 (Press
Release) Groundhog Day Channel Keeper began
sampling 5 locations on Mission Creek and two locations on East
Beach (east of where Mission Creek enters the ocean) to monitor
enterococcus concentrations before, during and after the small
storm that occurred on that day. A map of the sites can be found
by clicking here. Sampling
continued until Thursday, Feb. 5.
The following slides show the results. These results
are preliminary. Within a few weeks we will combine Channel Keeper
data with flow measurements made at the Mission Cr. sampling sites
by UCSB and additional bacteriological data collected by the City
of Santa Barbara during the storm. Our goal is to quantify the
export of enterococcus from Mission Creek to the ocean and a full
report should be available within a month. The Groundhog
day storm was a small storm, less than an inch of rain fell and
most of the runoff, and bacteria, came from impervious
areas within the City of Santa Barbara streets, pavement,
sidewalks and roofs which quickly funnel runoff into the stream.
Hopefully, we will acquire support that will allow us to do the
same type of monitoring during a much bigger storm when the results
are likely to be quite different.
Special Thanks to the following people for helping
with this first event:
Christina Michael
Al Leydecker
Tim Robinson
Mark Lim
Terri Nichols
Michelle Tollett
Rick Margolin
Scotty Bull
We'd also like to thank UCSB and the City of Santa
Barbara!
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Click on the figures below for a more detailed
explanation
To download a slide show describing the results,
click here.
For a map of the sampling sites
click here.
For pictures of the event, click
here.
Figure 1.
Average enterococcus concentration during the rainstorm
Figure 2. Overall results into
daily averages
Flow vs. Enterococcus concentration on all
Mission Creek sites before, during and after the storm
Figure 3: y axis is plotted normally
(as shown below)
Figure 4: y axis as log plot

Figure 5. Enterococcus concentrations on sites downstream from Montecito
Street, including two beach sites
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