(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.
(Time: 00:26:25) Information is presented on soil sampling strategies and sample handling/testing procedures.
(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.
(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.
(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.
(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.
(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.
(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.
(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.
(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.