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Subject Biomass Energy Remove constraint subject_ss: Subject Creator Hansen, David L., 1952- Remove constraint creator_ss: Creator
Vance Morey
Creator:
Hansen, David L., 1952-
Created:
2007-10-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-10
Vance Morey
Vance Morey
Creator:
Hansen, David L., 1952-
Created:
2007-10-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-10
Vance Morey
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
Creator:
Hansen, David L., 1952-
Created:
2009-09-10
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota, Southern Research and Outreach Center. Field plots of alternative, bio-energy crops on the adjoining Agricultural Ecology Research Farm.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.
Description:
Minnesota Agricultural Experiment Station project #13-074, "Optimizing Productivity of Biomass Crops", principal investigator: Gregg A. Johnson. Grad student Jim _____________. Plots pictured are at the Rosemount Research and Outreach Center.
Creator:
Hansen, David L., 1952-
Created:
2011-09-26
Contributed By:
University of Minnesota, Minnesota Agricultural Experiment Station.
Last Updated:
2020-03-12
University of Minnesota research to determine if biomass plantings within agronomic fields can help control crop pests by increasing the populations of beneficial insects.