Video: Introduction to Animal Agriculture - the Minnesota Beef Industry (U of M Ext, Jun 2015)
Time: 16:57; This video provides basic information on the beef industry in Minnesota including terminology, production systems, economics and issues.
Video: Introduction to Agriculture – the Minnesota Swine Industry (U of M Ext, Jun 2015)
Time: 14:37; This video provides basic information on the swine industry in Minnesota including terminology, production segments, industry trends, economics and issues.
Video: Introduction to Agriculture – the Minnesota Dairy Industry (U of M Ext, Jun 2015)
Time: 14:19; This video provides basic information on the dairy industry in Minnesota including breeds, terminology, production systems, industry trends, economics and issues.
Video: Introduction to Agriculture – the Minnesota Poultry Industry (U of M Ext, Jun 2015)
Time: 14:37; This video provides basic information on the poultry industry in Minnesota including types of systems, industry structure, trends, and issues.
Video: Minnesota Cropping Systems and their Environmental Impacts (U of M Ext, Jun 2015)
Time: 8:44; This video discusses nutrient cycling, crop nutrient needs for crops grown in Minnesota, and the potential impacts of the nutrients in the environment.
Video: Corn yield in Wisconsin and the US (Corn, part 1/3) (U of Wis, Jan 2015)
Time: 13:41; Dr. Joe Lauer's presentation about "Corn Growth, Development, and Physiology". This part (1 of 3) focuses on an overview of corn yield in Wisconsin and the US.
Video: Corn growth and development staging systems (Corn, part 2/3) (U of Wis, Jan 2015)
Time 41:01; Dr. Joe Lauer's presentation about "Corn Growth, Development, and Physiology". This part (2 of 3) focuses on systems used to label stages of corn plant development in Wisconsin and the US.
Video: Yield components of corn (corn, part 3/3) (U of Wis, Jan 2015)
Time 24:02; Dr. Joe Lauer's presentation about "Corn Growth, Development, and Physiology". This part (3 of 3) focuses on the components that contribute to yield in corn.
Video: Soybean crop management in Wisconsin (soybeans, part 1/3) (U of Wis, Jan 2015)
Time: 12:35; This video discusses components contributing to yield in soybeans including varietal selection, regional climate and fertilization. (Please note that the fertilizer recommendation charts will not be the same as University of Minnesota recommendations)
Video: Vegetative Growth Stages of Soybeans (soybeans 2/3) (U of Wis, Jan 2015)
Time: 16:39; This video focuses on the early season growth and development of soybeans.
Video: R Stages, Soybean Management in Wisconsin (soybeans 3/3) (U of Wis, Jan 2015)
Time: 17:42; This video focuses on the reproductive stages of growth and development of soybeans.
Video: Nutrient Management in No-Till Cropping Systems (NRCS, Sept 2012)
Time: 1:30:56; This video compares conventional and no-till cropping systems in regards to nutrient management, nutrient cycling, contamination pathways and covers specific considerations for nutrient management in no-till cropping systems.
Webinar Series: 4R Site Specific Nutrient Management
Webinar 1: Overview of Soil Fertility, Plant Nutrition, and Nutrition Management (NRCS, Jun 2014)
Time: 00:17:31; Information is presented on the seventeen chemical elements essential for plant growth, how plants need various amounts of these elements, the mobility of these elements within the plant, how the elements vary in concentration in harvested crop components, and an overview of nutrient diagnostic methods.
Webinar 2: Nitrogen (NRCS, Jun 2014)
Time: 00:22:59; Information is presented on basic nitrogen processes in the soil-plant system; rate determination and economic response; soil testing and rate adjustment; application timing, product and placement; chlorophyll/canopy sensing and plant sampling; variable rate technology; and, case studies in nitrogen management.
Webinar 3: Phosphorus (NRCS, Jun 2014)
Time: 00:20:05; Information is presented on basic phosphorus processes in the soil-plant system; phosphorus soil testing; phosphorus interpretations and recommendations concepts; phosphorus fertilizer and manure management; management practices for P fertilization; and, case studies in phosphorus management.
Webinar 4: Potassium (NRCS, Jun 2014)
Time: 00:13:43; Information is presented on potassium processes in the soil-plant system; potassium soil testing; potassium fertilizer recommendation concepts; fertilizer and manure potassium management; and, best management practices for K fertilization
Webinar 5: Sulfur (NRCS, Jun 2014)
Time: 00:14:36; Information is presented on basic sulfur processes in the soil-plant system; testing for sulfur sufficiency; basis for sulfur fertilizer recommendations; and, sulfur fertilizer application.
Webinar 6: Calcium and Magnesium Management (NRCS, Jun 2014)
Time: 00:10:20; Information is presented on calcium and magnesium as essential nutrients; calcium and magnesium soil testing; and, calcium and magnesium sources and application.
Webinar 7: Micronutrients (NRCS, Jun 2014)
Time: 00:23:38; Information is presented on specific micronutrients including boron, copper, iron, manganese, molybdenum, zinc and chloride; diagnosing micronutrient deficiencies; micronutrient fertilizer sources; and, a summary of practical recommendations for managing micronutrients.
Webinar 8: Soil pH and Lime (NRCS, Jun 2014)
Time: 00:24:38; Information is presented on negative effects of acidic soils; testing for soil pH; managing soil pH for alkaline soils; and, managing soil pH for acidic soils.
Webinar 9: Soil Sampling (NRCS, Jun 2014)
Time: 00:26:25; Information is presented on soil sampling strategies and sample handling/testing procedures.
Webinar 10: Economics and Environmental Issues (NRCS, Jun 2014)
Time: 00:24:31; Information is presented on nitrogen management considerations for high profitability and low environmental risks; phosphorus management for high profitability and low environmental risks; phosphorus management practices; and soil and water conservation practices.
Reading: CORE 4 Pest Management Technical References and Training Materials
Time: will vary; Basic overview of pest management principles. Materials concentrate on assessing environmental risks of pest management alternatives.
Time: will vary; This site provides access to publications and other resources related to beef production in Minnesota including cow/calf management, feedlot management, pasture and forage management, beef animal health, nutrient management, dairy beef production, and organic and natural beef production. There is also a link on this page to “Home Study Courses” which are courses offered annually related to beef production.
Reading: Breeds of Livestock (Oklahoma State University, Department of Animal Science)
Time: will vary; This site provides a comprehensive inventory of the various domestic breeds of livestock including cattle, goats, horses, sheep, swine, poultry and other. The site includes photos, descriptions and history of each breed. The site has a search feature and also a regional feature to see breeds of livestock in a world region.
Reading: Body Condition Scoring Beef Cows (Virginia Cooperative Extension)
Time: will vary; This document provides guidance on how to determine a body condition score (BCS) for beef cows. Body condition scores are excellent indicators of the nutritional status in beef cows. There is a strong link between the body condition of a cow and her reproductive performance- an important factor in the economics of a cow-calf operation.
Formal online training: Introduction to Beef Cattle Production in the United States (NRCS, Texas A&M Extension)
Module 1: Beef Cattle Genetic Management; Time: 20 - 25 minutes
Module 2: Beef Cattle Nutrition and Feeding; Time: 30 – 45 minutes
Module 3: Reproduction in Beef Cattle; Time: 30 – 45 minutes
Module 4: Beef Cattle Health Management; Time: 45 – 60 minutes
Module 5: Facilities, Handling & Environmental Considerations; Time: 30 – 45 minutes
Module 6: Market Classes, Grades and Types of Cattle and Beef; Time: 20 – 30 minutes
Module 7: USDA Agricultural Marketing Service Feeder Cattle Standards; Time: 20 – 30 minutes
Module 8: Public Issues Affecting Beef Cattle; Time: 30 – 40 minutes
Module 9: Beef Cattle Conservation; Time: 15 to 20 minutes
Formal Online Training: Nutrient Management, Track 1, Part 1 (AgLearn, April 2006) AND
Formal Online Training: Pest Management, Track 2, Part 1 (AgLearn, April 2006)
Time: will vary (1086 pages); These two courses are combined in a 6 module self-paced training that provides the participant with a basic understanding of the science of nutrient and pest management, as well as environmental concerns associated with the use of nutrients and pest management measures, including environmental risk, and the processes that affect the fate and transport of nutrients and pesticides in the environment. Also covered are climate and water management planning considerations. These courses are also a requirement of the Certified Conservation Planner curriculum.
The courses have two separate course titles and separate exams in AgLearn, be sure to register for both and take the exams to receive a certificate of completion for both courses.
National Agricultural Statistics Service (NASS)
Census of Agriculture - County specific data (examples include acres and sales by crop type, number and sales by livestock type and types of operators and operations) can be found by selecting “Find data by: state and county” or querying “Data Search Tools: Quick Stats” This data is useful to help determine the types of agricultural operations that exist within a county or other geographic work area.
CropScape – Cropland Data Layer
Layer developed by USDA NASS in cooperation with NASA. Map showing crop history of areas going back to 1997. Also evaluation of how many years an area has been in specific crops. Useful for remotely determining crop and rotations. Area of interest can be defined or uploaded as an ESRI shapefile. Data can be exported as .tif and KML files
VegScape – Vegetation Condition Explorer
Layer developed by USDA NASS in cooperation with NASA. Map showing crop condition monitoring system. Integrates soil moisture, temperature, etc. Some of the maps and legend abbreviations are confusing. Here is a link to a presentation of what information is available.