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Considerations When Developing Farm Maps

Farm maps communicate important farm management information and can be important for supporting manure and nutrient applications when developed as part of nutrient balance sheets. Key map information includes: field name, field size, fields receiving manure applications, the location of setbacks or buffers from surface water or environmentally sensitive areas, and the location of farm features such as manure stacking areas. In developing farm maps several items should be considered.

  1. Identifying farm field locations: On maps, field boundaries should be drawn as managed by the farmer. The field name or identification should be clear. If a field boundary is incorrect, it can impact the mapped field acreage and the soil information reported for the field.
  2. Identifying setbacks and buffers: If setbacks overlap a mapped farm field, the total field acreage may not be suitable to receive manure. Suitable acreage equals the total field acreage minus the setback acreage. The suitable acreage calculation may become important when determining the total amount of manure that can be applied to a field. The PAOneStop mapping application can be used to calculate suitable acreage.
  3. Dividing fields: Dividing fields on a farm map should reflect a farm management decision made to meet farm management goals. When dividing fields to account for farm management changes or for long-term setbacks, the field identifiers must be clear and consistent with other farm information and documentation such as nutrient balance sheets. Over the long-term, dividing fields can lead to changes in soil fertility.
Source : psu.edu

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Genetics Behind Swine Resilience - Dr. Jenelle Dunkelberger

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In this episode of The Swine it Podcast Show Canada, Dr. Jenelle Dunkelberger, geneticist at Topigs Norsvin, explains how genetics can improve disease resilience in pigs. She explores how resilience differs from resistance, the role of genetic variation, and how breeding strategies can enhance health and performance under disease pressure. Dr. Dunkelberger also covers practical applications and future implications for swine production. Listen now on all major platforms!

"Controlled experimental trials confirm that differences in mortality and performance under disease pressure are linked to genetic background, even when environmental conditions remain consistent."

Meet the guest: Dr. Jenelle Dunkelberger / jenelle-dunkelberger-9200ab86 is a geneticist at Topigs Norsvin, where she leads the Global Health and Behavior Research Platform. She earned her PhD from Iowa State University, focusing on host genetics and disease response in pigs. Her work centers on improving swine health and performance through genetic selection for resilience and behavior traits.