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G94-1215 Bait Stations For Controlling Rats And Mice, Dallas R. Virchow, Scott E. Hygnstrom
G94-1215 Bait Stations For Controlling Rats And Mice, Dallas R. Virchow, Scott E. Hygnstrom
University of Nebraska-Lincoln Extension: Historical Materials
This NebGuide describes the design and safe use of bait stations for rat and mouse control. It includes information on correct bait station placement and bait selection.
Toxic baits are often used to control the damage caused by Norway rats (Rattus norvegicus) and house mice (Mus musculus). Bait stations used in rodent control programs may increase both the effectiveness and safety of rodent baits (rodenticides).
Ec94-1766 Windbreaks For Livestock Operations, James R. Brandle, Vernon Quam, Ladon Johnson, Bruce Wight
Ec94-1766 Windbreaks For Livestock Operations, James R. Brandle, Vernon Quam, Ladon Johnson, Bruce Wight
University of Nebraska-Lincoln Extension: Historical Materials
Windbreaks play an important role in the protection of livestock, particularly in young animals and in areas with cold northerly winds during the winter and early spring. Properly placed windbreaks can provide benefits to feedlots, livestock pastures, and calving areas. Reducing wind speed in winter lowers animal stress, improves animal health, and increases feeding efficiency. Livestock windbreaks provide significant amounts of wildlife habitat, protect the working environment in and around the livestock area, and screen noise and odors associated with livestock operations.
Specific needs of animals dictate that special attention be given to access, snow storage, and drainage when planning …
Ec94-1772 Windbreaks In Sustainable Agricultural Systems, James R. Brandle, Teresa Boes, Vernon Quam, John Gardner
Ec94-1772 Windbreaks In Sustainable Agricultural Systems, James R. Brandle, Teresa Boes, Vernon Quam, John Gardner
University of Nebraska-Lincoln Extension: Historical Materials
Sustainable agriculture is a system of whole-farm resource use balanced with whole-farm productivity. The overall level of productivity achieved is dependent upon the ability to coordinate and manage simultaneously the soil, water, plant, and animal resources within climatic and economic limits. Both the kind and amount of plants and animals supported by the system are important and play significant roles, both individually and collectively in maintaining a healthy farm environment. In the future, integrated systems will help reduce human impact on resources while providing sufficient supplies of high quality food and fiber.
Windbreaks provide protection for people, animals, buildings, crops, …