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Tile drainage field day

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Tile drainage field day

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For more: http://www.extension.org/67686 Seeing is believing and in August, 2012 a regional field day was held in southern Michigan in conjunction with the Michigan Land Improvement Contractors and Michigan State University Extension to bridge the management practices and new technologies between tile drainage and manure management. Tile drainage contractors, farmers and agri-business had the opportunity to see sub surface drainage installation and also learn about new management technologies to assist in reducing the risks of both manure and fertilizers from reaching tile outlets and surface waters. These technologies included installation of water control devices, bark bed bio-reactors, sub-irrigation to manage dairy waste water, cover crops and tillage to disrupt soil macropoures. The field demonstrations were teamed up with educational sessions under tents. Planning and developing a field event with onsite drainage installations is a time commitment but proves very important for awareness and education on an important topic.

For more: http://www.extension.org/67686 Seeing is believing and in August, 2012 a regional field day was held in southern Michigan in conjunction with the Michigan Land Improvement Contractors and Michigan State University Extension to bridge the management practices and new technologies between tile drainage and manure management. Tile drainage contractors, farmers and agri-business had the opportunity to see sub surface drainage installation and also learn about new management technologies to assist in reducing the risks of both manure and fertilizers from reaching tile outlets and surface waters. These technologies included installation of water control devices, bark bed bio-reactors, sub-irrigation to manage dairy waste water, cover crops and tillage to disrupt soil macropoures. The field demonstrations were teamed up with educational sessions under tents. Planning and developing a field event with onsite drainage installations is a time commitment but proves very important for awareness and education on an important topic.

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Tile drainage field day

  1. 1. Don’t wait around for right answers, you can start today.
  2. 2. Tile drainage field day Natalie Rector Michigan State University Extension-retired rector@msu.edu
  3. 3. Opportunity knocked  Right place at the right time  Golden opportunity  Is the farmer nuts? Opening a can of worms, location in state.  I really want to retire rather than do this
  4. 4. Combination of  Tile drainage installation  Fun stuff- kickin tires  5 vendors, on site  Mains  Laterals  GPS  Design and installations Managing manure liquids on drained lands. Preventative and remediation:  Look at systems/goals  Cover crops  Slurry seeding  Rate/calibration  Tillage  Water control devices  Sub-irrigation  Bio-reactor  General Management  Multiple applications  Etc.  OPTIONS
  5. 5. Joint partnership  Land Improvement Contractors Organization  Farmer’s Field  Extension-Educational component  Local and state support from agri-business
  6. 6. Logistics  Picked a wheat field, planned tour after harvest, August 2012  Goal: end of two days, 80 acres would be drained.
  7. 7. Prevention
  8. 8. Calibration and rates, especially liquids on drainage Photo by MSU ANR Communications
  9. 9. Slurry Seeding: adding cover crop seed directly into the manure tank and seeding while spreading manure with a low disturbance tillage tool.
  10. 10. Slurry seeding
  11. 11. Tillage  Varying degrees of tillage  Salford, John Deere, Landoll and Kuhn- Kraus  Soil type interaction  Goal of tillage  Liquid manure?  Residue management?  Break macro pores
  12. 12. Water Control Device
  13. 13. Photo by MSU ANR Communications Constructed Bio-Reactor
  14. 14. Total Contained system: sub irrigate and capture back from tiles West Sub-irrigation East subirrigation Waste storage (Manure) Waste Storage (leachate runoff) 3 chambered wetland
  15. 15. General management  Farmer Panel  Larry Geohring, Cornell  Larry Brown, Ohio State University  Richard Cooke, University of Illinois  Tim Harrigan, Michigan State Universiy
  16. 16. Can you think of a more dynamic system than the interaction of soil types, soil moistures and weather? Begin today for  Awareness  Use common sense  Adjust as necessary to meet the daily needs

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