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CHAPTER 4 BIOLOGICAL COMMUNITIES AND SPECIES INTERACTION

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Apple Creek at CTH U (Campground) Ashwaubenon Creek at Creamery Road ... Better understand cause/effect through event and continuous monitoring. ... – PowerPoint PPT presentation

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Title: CHAPTER 4 BIOLOGICAL COMMUNITIES AND SPECIES INTERACTION


1
Lower Fox River Watershed Monitoring Program
  • Established in 2003
  • Multi-year water monitoring program

2
Overall Project Goal
  • Establish a long-term monitoring program that
    improves our ability to address watershed quality
    issues (water quality, stream ecosystem
    integrity, etc.).

3
Current Partners
  • UWGB
  • UW Milwaukee
  • Arjo Wiggins Appleton Inc.
  • USGS
  • GBMSD
  • Oneida Tribe
  • 5 High Schools
  • County conservation departments

4
Major Project Elements
  • Continuous Monitoring
  • USGS, UW Milwaukee, UWGB, Oneidas, GBMSD
  • Stream ecosystem monitoring
  • UW Milwaukee Stream Ecology Group
  • School-based monitoring

5
USGS Monitoring Stations
  • 3 USGS water years
  • Oct. 03 through Sept. 06
  • 5 stations
  • Duck Creek at CTH FF
  • Baird Creek at Superior Road (I-43)
  • Apple Creek at CTH U (Campground)
  • Ashwaubenon Creek at Creamery Road
  • East River at Monroe Street (GBMSD)

6
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7
Why Here?
  • Estimated sediment yield

8
Objectives Water Quality and Load Monitoring
  • Better understand cause/effect through event and
    continuous monitoring.
  • Compare flow, P, and SS concentrations and loads
    from different source areas (urban, urbanizing,
    rural/ag).
  • Identify P sources at multiple spatial scales.
  • Analyze trends for each site and relative changes
    between sites with time.
  • Compare loads to modeled loads.
  • Assess validity of model.

9
Methods / Parameters
  • Daily stage / flow
  • Low-flow / baseflow samples
  • Event Samplers
  • (10 runoff events/year)
  • Analysis by GBMSD
  • Total P, Dissolved P, TSS
  • ?? Nitrate-Nitrite, Ammonia, TKN
  • TSS correlation with SSC turbidity
  • USGS will compute daily TP and sed. loads, and
    estimate DP loads

10
UW-Milwaukee Real-Time Monitoring
  • YSI multi-parameter sondes
  • Continuous stage height,
  • turbidity,
  • conductivity,
  • temperature,
  • pH,
  • DO
  • Fixed stations at USGS sites, real-time
    accessible
  • 4 remaining sondes installed elsewhere, locations
    to be determined

11
Real-time Data
  • Runoff
  • Rainfall

12
Baird Creek Land Use
13
Ashwaubenon Creek Land Use
14
Duck Creek Land Use
15
Apple Creek Landuse
16
East River Landuse
17
Other Potential Stations
  • Oneida Tribe/USGS/UWGB?
  • Beaver Dam Creek
  • Urban trib. to Duck Creek
  • USGS / DNR
  • Bower Creek at CTH MM
  • (last operated 91-94 96-97)

18
Large fraction of phosphorus is dissolved.
Fraction generally lower in urban areas.
19
- Dissolved ortho-P fraction of total P loading
generally high, especially in small streams. -
Dissolved fraction highest in fall and winter
months.
20
Supplementary Monitoring
  • Track DPTP ratio along flow path
  • Sediment delivery and P enrichment P Index
  • High DP proportion and BMP effectiveness
  • Baird Creek
  • Compare rural and urbanizing conditions.
  • Urban BMP monitoring.

21
School-Based Monitoring Program
  • Four Watersheds / Five Schools
  • Baird (Luxemburg-Casco / Green Bay West)
  • Duck Creek (Green Bay Southwest)
  • Apple Creek (Appleton East)
  • Spring Brook UF04
  • (Markesan)

22
School-Based Monitoring Program
  • Structured to provide meaningful, long-term data
  • Picture of existing conditions (Baseline)
  • Changing conditions over time (Trends)
  • Can be used by students, teachers, scientists and
    managers to answer questions about watershed
    dynamics and integrity. (Cause and effect
    relationships)

23
Program Approach
  • Modeled after a successful program in Oregon
  • Standardized equipment and methods
  • Annual and periodic
    training sessions
  • QA/QC Protocols
  • Comparison to real-time data from UWM and USGS
  • Equipment calibration and maintenance by staff

24
School-Based Parameters
  • Physical Elements
  • Temperature
  • Turbidity (Clarity)
  • Specific Conductance
  • Streamflow
  • Chemical Elements
  • pH
  • Dissolved Oxygen
  • Soluble Reactive P
  • Nitrate
  • Ammonia

Habitat and Biotic Elements Habitat Macroinvertebr
ates Amphibians Birds
25
How will the data be shared?
  • Student Watershed Symposium (May 19)
  • Project Website
  • www.uwgb.edu/watershed (in development)
  • Integration of overall project elements
    (USGS, UWM, and school-based
    program)
  • Online database
  • Data review and quality criteria
  • References and resources

26
Open Issues Overall Program
  • Integration with other programs
  • How can the monitoring data be fully utilized?
  • How can the data best be used to reach least-cost
    solutions to P sediment impacts within a
    dynamic subbasin?
  • Add-Ons and Spin-Offs?

27
Questions?
28
Where to from Here?
  • Watershed monitoring to identify sources and P
    forms with greater confidence
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