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Welcome To
UT Soil & Nutrient Management Website!
Overview
“We do not inherit the land from our ancestors but, we borrow it for our children”
The purpose of UT Soil & Nutrient Management Extension program is to develop and deliver a nationally-recognized county-based Extension and applied research program focused on soil and nutrient management technologies and recommendations for efficient no-till, row-crop, forage and horticultural production in Tennessee. This website addresses the soil fertility needs of Tennesseans using research-based information.
Soil Fertility
Research Projects
Predicting Corn Nitrogen Response using Alkaline Mineralizable-N and Haney Soil Health Tool-N
Evaluation of Potassium Uptake, Fiber Quality, and Lint Yield Responses of Cotton to Foliar Potassium Fertilizer
Evaluating Nitrogen Stabilizers and Placement at Side-dress N in Dryland Corn Production
Evaluating the Efficacy of Enhanced Efficiency Nitrogen Fertilizers under Different Moisture Regime
Nitrogen Loss as Ammonia from Unincorporated Surface-applied UAN and Urea
Evaluating the Optimal Nitrogen Fertilizer Application Rates in No-Till Dryland Corn
Nitrogen Application Timings in No-Till Dryland Corn Production System
Relationship between Mehlich 1 and 3 Soil Tests for West Tennessee Soils
Sustaining soybean production in the southeast US through integrated soil health Management
Developing a Soil Test Extract: Relationship between M1, M3, and P & K Uptake in No-till Soybean Production System
Effects of Preceding Crops on Nitrogen Fixation and Mycorrhizal Colonization in Soybean and Soil Health
Effect of Sidedress Nitrogen Application Time on Ammonia volatilization in Dryland Corn Production System
Soybean Yield Response to Phosphorus and potassium Fertilizer Application in Tennessee
Effects of Urease inhibitor, Combination of Urease and Nitrification Inhibitor, and Slow Release N product on Ammonia Loss
