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NRCS and Edge of Field Water Quality Monitoring

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NRCS and Edge of Field Water Quality Monitoring. Edward Henry and Rebecca Donegan NRCS-NY. Purposes. Evaluate Conservation Practice (BMP) Effectiveness Field Scale Model Calibration Adaptive Management. Data Collection and Evaluation (201). Monitoring Design and Monitoring Plan - PowerPoint PPT Presentation
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NRCS and Edge of Field Water Quality Monitoring Edward Henry and Rebecca Donegan NRCS-NY
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Page 1: NRCS  and Edge of Field Water Quality Monitoring

NRCS and Edge of Field Water Quality Monitoring

Edward Henry and Rebecca DoneganNRCS-NY

Page 2: NRCS  and Edge of Field Water Quality Monitoring

Purposes

• Evaluate Conservation Practice (BMP)Effectiveness

• Field Scale Model Calibration• Adaptive Management

Page 3: NRCS  and Edge of Field Water Quality Monitoring

Data Collection and Evaluation (201)• Monitoring

Design and Monitoring Plan

• Quality Assurance Project Plan

• Reporting Requirements

Page 4: NRCS  and Edge of Field Water Quality Monitoring

System Installation (202)

• Equipment Specifications

• Reporting Requirements

Don Meals, Stone Environmental, Inc.

Page 5: NRCS  and Edge of Field Water Quality Monitoring

What are we monitoring?• Surface • Irrigation surface• Drain Tile Outlets• Denitrifying Bioreactors• NOT Groundwater• Minimum Analysis Requirements

– Nitrogen– Phosphorus– Sediment Slide 5

Willsometer

Page 6: NRCS  and Edge of Field Water Quality Monitoring

Where are we monitoring?

Chesapeake BayWatershed

Page 7: NRCS  and Edge of Field Water Quality Monitoring

Lake ChamplainWatershed

Page 8: NRCS  and Edge of Field Water Quality Monitoring

Monitoring Design: Paired Watershed Approach

• Baseline Period Same initial

conditions monitor for one crop rotation cycle

Station A

Control

Figure 4-4 National Water Quality Handbook, USDA-NRCS, 2003.

Station B

Treatment

Slide 8

Page 9: NRCS  and Edge of Field Water Quality Monitoring

Monitoring Design: Paired Watershed Approach

Figure 4-4 National Water Quality Handbook, USDA-NRCS, 2003.

Station A Station B

Slide 9

WQ Monitoring Period-Apply practice(s) to the treatment site -Monitor for two crop rotation cycles

Control

Baseline Period -Same initial conditions -Monitor for one crop rotation cycle

Page 10: NRCS  and Edge of Field Water Quality Monitoring

Monitoring Design: Above and Below Approach

- Same conditions apply

Slide 10

Page 11: NRCS  and Edge of Field Water Quality Monitoring

Edge-of-Field Site Selection Criteria• Well-defined drainage pattern with single

outlet• Receive no runoff input from adjacent land• Drain ≥ 3 ac, within ±5 ac in size• Ensure land control for contract term • Make sure accessible in wet weather• Equipment should not interfere with farming

operations• Blends into the landscape (reduce

vandalism) Slide 11

Page 12: NRCS  and Edge of Field Water Quality Monitoring

Support Practices

• What participants can do to treat their site enrolled in this programs:

• - Cover Crop, Nutrient Management, Diversion, Filter Strip, Riparian Buffer, Residue Management, Grassed Waterway.

Page 13: NRCS  and Edge of Field Water Quality Monitoring

Funding

• NY is eligible for:– A part of the $1M pool for Lake

Champlain, which includes VT and NY.– A part of the $1M pool for

Chesapeake Bay watershed, which includes MD, PA, VA, WV, NY, DE

Page 14: NRCS  and Edge of Field Water Quality Monitoring

Critical Dates for Sign-up• Applications accepted through June

14, 2013• Applications ranked by July 5, 2013• Application selected for funding July

26, 2013• Contracts obligated by August 26,

2013• *All eligibility requirements for EQIP

apply

Page 15: NRCS  and Edge of Field Water Quality Monitoring

NRCS ContactsBecky Donegan, EQIP Program

[email protected]

Jan Surface, ASTC-Water [email protected]


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