Developing BMP s to Minimize the Water Quality Impacts of Winter Manure Spreading - Amendment
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1 Developing BMP s to Minimize the Water Quality Impacts of Winter Manure Spreading - Amendment Nathan Brandenburg Jeppe Kjaersgaard Ron Gelderman Todd Trooien Dennis Todey
2 Project purpose Install and maintain surface runoff monitoring infrastructure. Assess water quality impacts of land application of manure during winter time. Develop management strategies for land application of manure. Provide state-specific information for e.g. a state manure management strategy and the NRCS 590 nutrient management standard. Outreach and education.
3 Rationale The proposed project is designed to fill some of the knowledge gaps that have been identified in understanding winter manure spreading and impacts on water quality, and to collect runoff data under conditions common to the state. Based on the information gained, we will develop tools to manage manure application in an environmentally responsible manner.
4 Work Plan 3-year project continuation Monitor surface runoff water quality impacts of winter manure application Monitor nitrate leaching from manure piles to shallow groundwater Explore computer-based modeling to characterize runoff and erosion behavior
5 Project Advisory Board We have established an advisory board with members from the following organizations: SD DENR USDA-NRCS SD Cattlemen s Association/Cattle Feeders Council SD Farm Bureau Moody County Conservation District East Dakota Water Development District Big Sioux Community Water System we welcome representatives from other organizations
6 Monitoring infrastructure has been installed at three adjacent watersheds 6-10 acres in size located SE of Colman SD.
7 Project components Spreading zone identification using GPS Spreading March Water Sampler Stage recorder Spreading February Water monitoring station during 2011 snow melt
8
9 Methods Water exiting the south flume. Water exiting the north flume. Spring 2011 Spring 2012
10 2 nd Year Improvements Better winterization Heating elements (heat pad) for freezing conditions Not needed this year Game camera monitoring E. Coli sampling
11 Improvements Game cameras added for constant monitoring. Guide boards to prevent interflow between watersheds.
12 2 nd Year Progress Dry Winter 2 Snow Events Snowmelt Events [1] February 28 - March 2, 2012 March 5-7, 2012 Rainfall Events May 1, 2012 May 4 May 5-6, 2012 (10 Year 24-Hour Storm) May 26, 2012 [1] Localized melting of snow banks, runoff was not representative across field
13 2 nd Year Discoveries (so far) Value of eyes on the field Game cameras used to monitor the outflow of the flumes showed us what volume of runoff really occurred. Camera was very useful during freezing conditions Data from the May 5 th event was lost on the stage recorders but recreated using cameras.
14 Results Overview The number of days having surface runoff from at least one of the watersheds is shown in the table below Number of days with runoff Year From snow melt Pre-planting Growing season 2010* n/a None collected None collected *The project principal investigator changed in December 2010.
15 Other Flow Quantities
16 2011 vs Snowmelt Runoff *Localized melting of snow banks, runoff was not representative across field
17 2011 vs Rainfall Runoff
18 Snowmelt Runoff Quality TKN TSS South South 2011 [1] : 5 kg/ha 2011 [1] : 10 kg/ha 2012: 0.01 kg/ha 2012: 0.06 kg/ha North North 2011 [2] : 5 kg/ha 2011 [2] : 18 kg/ha 2012: 0.03 kg/ha 2012: 0.1 kg/ha East East 2011 [2] : 20 kg/ha 2011 [2] : 13 kg/ha 2012: kg/ha 2012: 0.03 kg/ha [1] Estimation of runoff loss [2] Possible cross contamination between North and East WS kg/ha lb/acre
19 Rainfall Runoff Quality TKN TSS South South 2011: 0.2 kg/ha 2011: 73 kg/ha 2012 [1] : 5 kg/ha 2012 [1] : 588 kg/ha North North 2011 [1] : 0.4 kg/ha 2011 [1] : 37 kg/ha 2012: 2 kg/ha 2012: 304 kg/ha East East 2011: 0.4 kg/ha 2011: 40 kg/ha 2012 [1] : 8 kg/ha 2012 [1] : 1090 kg/ha [1] Estimation of runoff loss kg/ha lb/acre
20 In-Field Sediment Movement (May 5)
21
22 Contaminant 2011 vs Runoff Quality Snowmelt 2011 Snowmelt 2012 Rainfall 2011 Rainfall 2012 ppm ppm ppm ppm TKN NH NO TP NA TDP NA NA TSS
23 Project description etc. is available at the project website
24 Best Management Practices Final conclusions can not accurately be determined until more years of runoff and data occurs. Two years with limited runoff data not enough to firmly determine BMPs.
25 Project continuation We think it is necessary to continue the monitoring to collect meaningful information. Continuing the project will utilize the field installation and monitoring equipment already in place. The land owner is willing to continue. We will continue working with current project partners. Community support
26 Questions
27 TKN Data
28 NH 3 Data
29 NO 3 - Data
30 TP Data
31 TDP Data
32 TSS Data
Winter Manure Application
Winter Manure Application Developing Best Management Practices to Minimize the Water Quality Impacts for Winter Manure Application Nathan Brandenburg, Graduate Student, Agric. Biosyst. Engrg. SDSU Jeppe
Objective 1: Manage the demonstration site using common agricultural practices and monitor runoff quantity and quality.
Appendix B Objectives/Tasks Accomplishments By T. Trooien and J. Kjaersgaard, South Dakota State University. Objective 1: Manage the demonstration site using common agricultural practices and monitor runoff
Objective 1: Manage the demonstration site using common agricultural practices and monitor runoff quantity and quality.
Appendix B Objectives/Tasks Accomplishments By J. Kjaersgaard, South Dakota State University. Objective 1: Manage the demonstration site using common agricultural practices and monitor runoff quantity
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