Education Commons^™

G94-1217 Rodent-Proof Construction: Drains And Feeding Equipment (Revised November 2003), Scott E. Hygnstrom, Dallas R. Virchow, Dennis M. Ferraro, Richard R. Stowell

University of Nebraska-Lincoln Extension: Historical Materials

Techniques are described in this NebGuide for excluding rodents from drains, pipes, feed bunks, bins, and storage containers.

Rodents often travel along pipes, electrical cables, conduits, drains, and other equipment to gain access to buildings used for housing livestock and storing feed. Rodent-proof materials should be installed to prevent access to buildings along these routes. Additional methods to consider in an integrated pest management (IPM) program include sanitation, toxicants, and trapping.

Ec95-744 Design And Management Of Storage Containment Of Fertilizer And Pesticides, Robert D. Grisso, Delynn Hay, Gerald R. Bodman

University of Nebraska-Lincoln Extension: Historical Materials

Storage, handling and disposal of pesticides and fertilizers have been identified by state and federal agencies as practices that create high risks to surface and groundwater quality. This circular is to assist those who need secondary containment for fertilizers and pesticides. This will help develop a construction plan that should meet the State of Nebraska Containment Regulations and assess facility needs, construction materials, size requirements and management needs.

Ec94-737 Calibrating Anhydrous Ammonia Applicators, William L. Kranz, Charles A. Shapiro, Robert Grisso

University of Nebraska-Lincoln Extension: Historical Materials

Application of agricultural chemicals has come under increased scrutiny from environmental groups and federal regulatory agencies. Nitrogen fertilizer is used in greater quantities than any other agricultural chemical. It also is the contaminant most often found in Nebraska groundwater. Accurate application of nitrogen is important from an environmental and economic viewpoint. Approximately 800 million pounds of nitrogen are applied to 12 million acres of Nebraska cropland each year. Nitrogen applied as anhydrous ammonia (NH₃) accounts for around 40 percent of the total nitrogen applied.