Soil Management for Sorghum
Nutrient application is often needed to optimize sorghum production. Fertilzer nutrient needs for grain sorghum are based on expected yield, nutrient levels in the soil, and fertilizer-nitrogen costs: Fertilizer Suggestions for Grain Sorghum, NebGuide G1669 (*PDF, 593 KB 4 pages)
- Soil sampling is essential to good nutrient management: Guidelines for Soil Sampling, NebGuide G1740. (*PDF, 524 KB; 4 pages)
- Grain sorghum often has an early growth response to starter fertilizer: Using Starter Fertilizers for Corn, Grain Sorghum and Soybeans, NebGuide G361. (*PDF, 643 KB; 3 pages)
- Soil acidity and soil compaction may constrain yield: Lime Use for Soil Acidity Management, NebGuide G1504. (*PDF, 1.02 MB; 4 pages)
- Management to Minimize and Reduce Soil Compaction, NebGuide G896. (*PDF, 786 KB; 4 pages)
- Management Strategies to Reduce the Rate of Soil Acidification, NebGuide G1503, (*PDF, 759 KB; 4 pages)
- Nutrient Management for Agronomic Crops in Nebraska, EC 155, download *PDF version free (968 KB).
- UNL Starter Fertilizer Study for Sorghum
- Key to Nutrient Deficiencies in Soybean
- Key to Nutrient Deficiencies in Wheat and other Small Grains
- Key to Nutrient Deficiencies in Corn and Sorghum
Plant symptoms can be used to differentiate and identify crop nutrient disorders. Symptoms of nutrient deficiency vary with variety, growing conditions, and plant age. Similar symptoms may be caused by other abiotic or biotic stresses. Use these symptom keys to help identify nutrient disorders observed in Nebraska corn and sorghum, soybean, or wheat and small grains.
For more information on these and related topics, also check the UNL Extension publication, Nutrient Management for Agronomic Crops in Nebraska, EC155, available online, or in soft cover through your local Extension office.