yahara wins meeting 04292013...adaptive management-brief recap enabling regulatory language for am...
TRANSCRIPT
YaharaWINsStrategicPlanningWorkgroup
April 29, 2013madsewer.org
Welcome• Approval of Minutes from December 17
Adaptive Management-Brief Recap
Enabling regulatory language for AM is in NR 217
Watershed focus-AM is what allows us to work together
Yahara WINS goal meet phosphorus and TSS reduction requirements in the Rock River TMDL from all sources-satisfy permit requirements
TMDL focus is on streams and rivers
MMSD will submit an AM plan to DNR at time of permit reissuance
Specific requirements will placed in MMSD permit, including monitoring Per NR 217: Monitoring in the receiving water at locations and times established in the
permit to assess phosphorus loading and to document progress toward achieving the applicable phosphorus criterion in s. NR 102.06.
Need a scientifically-defensible monitoring plan
Phosphorus Reductions Since 2008
Should reduce lbs that need to be addressed through AM
Some issues: How to account for updated
modeling Translating between models How to account for and credit
new practices
Need to experts agreement
Recalculating Phosphorus Load Reductions
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Account for reductionsbetween 2008-2012
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Lbs, distribution and total cost may change
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Mississippi River Basin Initiative (MRBI)
• Waunakee Marsh = 23,734 acres
• Pheasant Branch = 14,442 acres
• 46 EQIP contracts totaling $1,115,838
• Practices contracted– Nutrient Management– Cover Crops– Diversions– Grassed Waterways– Etc…
Waunakee Marsh
Pheasant Branch
Community Digesters
• Waunakee (2012)– Treated 31,000,000 gallons
of manure– Removed 67,000 pounds of
phosphorus from watershed– Reduced average PI on fields
from 3.2 to 2.9• Middleton (Predictions)
– Treat 26,000,000 gallons of manure
– Remove 44,000 pounds of phosphorus from watershed
– Reduce average PI on fields from 3.9 to 2.9
Waunakee Marsh
Pheasant Branch
Six Mile Creek
Phosphorus Reductions Since 2008
• Agriculture• USDA• State• County• Landowner/Producer• Total phosphorus =
11,084 pounds• Urban
• Urban Water Quality Grant
• Total phosphorus = 3,325 pounds
• Total sediment = 945 tons
MRBI 2 - Six Mile Creek
Six Mile Creek = 15,770 acres
2012 9 EQIP contracts totaling
$103,416
2013 5 applications received
Waunakee & Pheasant branch had 15 applications
Practices Nutrient Management
Cover Crops
Six Mile Creek
2013 Goals
Contact 100% of the producers
Inventory 70% of the land base
Develop a data record system
Reduce phosphorus loadings by 3,100 pounds Develop conservation plans
Implement practices
Provide outreach and educational meetings
2013 Accomplishments
• Contacted 48 producers (100%) Mailings Phone calls One-on-one meetings
• Inventoried 13 producers = 45%
Promoted 2 EQIP signups
Held farmer information meetings, meetings with UW-Madison, DNR, and MMSD.
Developing an additional county based cost share program
Developing record keeping system
Projected 2013 MOU Costs
Inventories 25 producers
Practices 15-20 practices
available
Total projected cost = $70,000
Six Mile Creek
Water-Quality Monitoring UpdateApril 29, 2013
Todd StuntebeckUS Geological Survey
Good news…• The drought is officially over!
• Precipitation ~5” above normal since Jan 1
• Winter snowfall >70” through March
• Through 4/28, 2nd
wettest on record
Source: National Weather Service, through April 28
Bad news…
• Lots of runoff!
~2” Rain/Snowmelt~5” Rain
Snowmelt
~1.5” Rain/Snowmelt
Snowmelt 2013
~ 2200 pounds of P
Daily Loads
Dorn@Q – Summary(through April 7)
Event Start Event End Description Duration (Days)
TP Load (lbs)
1/29/2013 1/31/2013 ~2” Rain on Snow
3 1,100
3/10/2013 3/14/2013 ~1.5” Rain on Snow
5 2,300
3/26/2013 4/1/2013 Snowmelt 7 2,200
“Winter” Total 5,600
7/4/2013 4/7/2013 All data 278 6,600
Some PerspectiveTP Load, Pounds
WY2012 (Dry) WY1993 (Wet)Pheasant Branch at
Middleton (18 sq. miles) 1,350 26,350
Yahara River at Windsor(37 sq. miles) 6,300 38,700
• Dorn @ Q (10 sq. miles): ~6,600 pounds through April 7
In a nutshell…• 3 relatively large winter runoff events (15
days)• At Hwy Q, streamflow for those 3 events
represented about 45% of the total for the entire monitoring period, but about 85% of the TP load.
• Relatively low sediment concentrations, coupled with relatively high ammonium and organic N concentrations, indicates that livestock manure was an important source of TP in winter/spring runoff at all sites.
Water Quality Monitoring-Pilot Project
Primarily focused on USGS gaging stations
Water Quality Monitoring-Full Scale Project
Purpose-demonstrate compliance with TMDL and AM requirements
Focus on streams and Yahara River
Things to consider: Locations and frequency
Parameters
Chemistry & biology
Flow, concentrations or both
Who does what
Etc.
Discussions with DNR, USGS, etc.
A work in progress-share with SPW
What have we heard so far?
More frequent monitoring early on to establish baseline
Bugs and fish less frequent than water chemistry
Monitoring in all stream reaches identified in TMDL
Consider supplemental targeted monitoring to demonstrate progress
Concentration may be more important than load
Gaging stations may not be needed at all locations
Water Resources Management Practicum
Mitigating the Export of Transient Phosphorus-Laden Sediment in an Agricultural Watershed
Samuel T. ChristelNicholas Funk
University of Wisconsin – Madison
Project Motivation TMDL mandated for TP in Rock River Basin (2011)
Transient phosphorus-laden sediment complicates compliance with downstream water quality standards
Management solutions for transient sediment will help meet TMDL
Project Goals1. Research management
practices for the reduction of transient stream sediment (and associated phosphorus) in select wetlands and surrounding agricultural drainage ditches.
2. Create basin-wide recommendations.
Madsewer.org
Project Rationale
Sixmile Creek
Dorn Creek
1) Rogers et al. 20082) Lathrop et al. 2002-2006
Six Mile Creek
Upper and Lower Dorn Creek Wetland
Rogers et al. 2008
• Two largest storms 96% of exported sediment • Sediment was 2x what entered the wetland
0 – 800800 – 1,0001,000 – 1,2001,200 – 1,8001,800 – 2,600
TP, 0-1 cm (mg/kg DW) Dorn Creek
= Wetland areas
Lathrop et al. 2002-2006 also point to wetlands, flat reach channels, and ditches
Figure Courtesy of Dr. Michael Penn
Upper Dorn Creek Wetland•Focus of study
a. Previous research confirms it is a net source of P-laden sediment under high flows
b. Ease of sampling and dredging accessc. Surrounding drainage ditches
Project Objectives
1. Quantify Sediment & Phosphorus Upper Dorn Creek Wetland Other depositional locations-ditches Characterize sediment Estimate residence time Flux over observation period
2. Research management options Investigate wetland modification to trap sediment Estimate cost per lb/P- dredging trapped sediment Returning sediment to field Basin-wide recommendations
Landowner Permissions Field work requires access to sites from private property
Communication with landowners directly, mail, and email
Meeting at Rex’s Innkeeper May 2nd from 6:30-7:30p
Keeping landowners informed
Permissions secured
Quantify Sediment• Measure depth of sediment
• Locate sites of significant deposition
• Determine residence time- Pb-210
• Characterize wetland stratigraphy
• Install scour chains to measure flux before/after large events
Phosphorus Measurements Bray P1 Soil Test Phosphorus Correlates with plant uptake of P; measures “plant
available P” for soil fertilizer recommendations Extracts 30% of NaOH-P
Total Phosphorus Persulfate digestion of sediment followed by ascorbic acid
photometric method TP is used for TMDL; concern in wastewater
NaOH-P Non-apatite inorganic P = Bioavailable P Readily taken up by algae
Phosphorus MeasurementsSite specific TP – BAP correlation
Total P (mg/kg)
0 1000 2000 3000 4000 5000 6000
BA
P (m
g/kg
)
0
500
1000
1500
2000
2500
3000
3500
Site 1Site 2Site 3 ASite 3 BSite 4Site 5Site 6Site 7Site 8Site 9
Hoffman (2008)
Management Options Potential wetland modification trap sediment
Periodic removal of trapped sediment
Reapplication to nearby fields (Contingent on WI P-Index)
Estimate cost per lb. P for dredging and transporting
Modeling Efforts
2008 SWAT MODEL
P8 SEDIMENTATION
MODELING
DREDGING COSTS
Sediment and P flowing into wetland in an average year
Sedimentation calculations, wetland trap efficiency under varying designs
Hydraulic/mechanical dredging cost estimates
Cost per lb-P estimate
Sub-projects DITCH MANAGEMENT
PUBLIC OUTREACH Brochure- feel free to pick one up!
VEGETATION SURVEYS Restoration potential
LOWER DORN CREEK WETLAND Channel migration
Questions?
Contact info:
Water Resources Management Program – 2013 University of Wisconsin – MadisonNelson Institute of Environmental Studies
email: [email protected]
YaharaPrideUpdate
AgendaItem5‐ Budget
YaharaWINSCashStatement(ForApril29,2013meeting)
YaharaWINSCashStatement(ForApril29,2013meeting)
2013ApprovedBudgetIncome 2012 2013Sand County Foundation $85,000 $74,000Annual Assessment to Other MOU Participants $0 $431,200Carryover of Sand County Foundation 2012 Contributions $2,700
Total Income $85,000 $507,900
ExpendituresUSGS/DNR/COM Leaf Study $20,000Water Resource Management Practicum $9,000Manure Digester Reverse Osmosis Feasibility Study $30,000USGS gaging stations‐Installation/O&M $55,300 $61,000USGS gaging stations‐utilities $12,000 $500MMSD Laboratory Services for Water Quality Analysis $15,000 $20,000Phosphorus Reduction Practices and Management $309,000Phosphorus Reduction Demonstration or Research Projects $53,400Miscellaneous $5,000
Total Expenditures $82,300 $507,900
Note: This budget only addresses revenue generated under the MOU and resulting expenditures. It does not reflect funds associated with the Mississippi River Basin Initiative Grant for 2012 and 2013, nor does it reflect other funding sources such as Dane County Funds.
BUDGET – KEVIN CONNORS
Dane County Staffing
Six full time staff 1-County
Conservationist 2-Conservation
Specialist 2-Soil & Water
Conservationists 1-Conservation
Engineer
Staff Responsibilities
Responsibilities include: Farm inventories
Plan development
Scheduling implementation
Estimating practice costs
Engineering/Design
Cost share administration
Verification of standards
Quality assurance/Reporting
Cost Share Resources for 2013
Federal EQIP $750,000 - MRBI $350,000 – Six Mile
Pilot
State LWRM - $60,000 590 - $30,000
County $750,000 –
$1,000,000
Adaptive Management
FundingProposals• Rock River Coalition – Citizen Monitoring
• ~$20k for 3‐years
• Yahara Pride Farms – Innovative Practices• $40k for 2013• Budget
To educate and provide opportunities for people of diverse interests to work together to improve the environmental, recreational, cultural, and economic resources of the Rock River Basin.
Our Mission
A basin‐wide, not‐for‐profit organization founded in 1994 with two staff and an active all‐volunteer board.
Who we are
The Wisconsin Shoreland Restoration Initiative Project
Citizen Stream Monitoring
Citizen Wetland Monitoring
Water Star Wisconsin
Member of Rock River Stormwater Group
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• Initiated in 2003
• Grounded in science
• Rooted in partnership
• Powered by volunteers…62 citizen stream monitors and growing
Engaging and Educating
Citizen Stream Monitoring Program
http://studentgis.uww.edu/fall2012/RRC/index_demo.html
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Proposal Request
Year 1$20,005.60
Year 2$20,583.40
Year 3$21,160.40
Building a Robust Citizen Science Stream Monitoring Program
GOALS
1. to generate high quality data for enhanced management decision‐making;
2. to build awareness of the threats to water quality in the Yahara River Watershed; and
3. to strengthen networks among Yahara WINs partners and non‐profit organizations actively engaged in water quality projects.
Level 3Nutrient Sampling
LEVEL 2Continuous temperature, pH, DO,
Transparency
LEVEL 1Temperature, Transparency, DO, Biotic Index, Flow,
Habitat
Year One 5 NEW SITES
5 NEW SITES
10 NEW SITES
4 NEW SITES
10 NEW SITES
5 NEW SITES
3 NEW SITES
4 NEW SITES
10 NEW SITES
Year Two
Year Three
A Nested Monitoring Strategy
Level 312 new sites
Level 215 new sites
Level 130 new sites
Proposed Monitoring Strategy
By 2015
Equipping, Recruiting, Training, and Supporting Volunteers
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LEVEL 1
BASELINE5 ParametersTemperatures,
Dissolved Oxygen, Stream Flow,
Transparency, and Biotic Index
WAV Database
Watershed‐wide
LEVEL 2
TRENDS 4 ParametersContinuous
Temperature, pH, Dissolved Oxygen, Transparency
WDNR SWIMS Database
Watershed‐Wide
LEVEL 3
NUTRIENT SAMPLING7 PARAMETERS
Total Phosphorus, Total SuspendedSolids, Total Kieldahl Nitrogen,
Ammonia, Nitrate, Nitrite, Ortho‐phosphorus
WDNR SWIMS Database
Targeted Sites
A Nested Monitoring Strategy
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Identifying Priorities and
Current ActivitiesPre‐meeting survey
RRC and River Alliance of Wisconsin
Collaborative Meeting
Dane County OLW, RRC and River
Alliance of Wisconsin
Identification of how best to work togetherPost ‐meeting summaryRRC and River Alliance of
Wisconsin
Collaborative Meeting
Dane County OLW, RRC and River
Alliance of Wisconsin
Enhancing Collaboration among Friends groups
Proposed Collaborative Meetings
2013ApprovedBudgetIncome 2012 2013Sand County Foundation $85,000 $74,000Annual Assessment to Other MOU Participants $0 $431,200Carryover of Sand County Foundation 2012 Contributions $2,700
Total Income $85,000 $507,900
ExpendituresUSGS/DNR/COM Leaf Study $20,000Water Resource Management Practicum $9,000Manure Digester Reverse Osmosis Feasibility Study $30,000USGS gaging stations‐Installation/O&M $55,300 $61,000USGS gaging stations‐utilities $12,000 $500MMSD Laboratory Services for Water Quality Analysis $15,000 $20,000Phosphorus Reduction Practices and Management $309,000Phosphorus Reduction Demonstration or Research Projects $53,400Miscellaneous $5,000
Total Expenditures $82,300 $507,900
Note: This budget only addresses revenue generated under the MOU and resulting expenditures. It does not reflect funds associated with the Mississippi River Basin Initiative Grant for 2012 and 2013, nor does it reflect other funding sources such as Dane County Funds.
StrategicPlanningWorkgroup• Other Updates? • Future Agendas?
• UW‐Soils• Leaf Management Project• ?
• Other Business? • Executive Committee begins in 5‐minutes