The use of buoyoucos blocks in determining the effect of different levels of moisture on the yield of grain sorghum
C. W. Wendt
Abstract
Open-access reader
C. W. Wendt
Abstract
Open-access reader
Page 1. Percentage of Moisture in the Surface Depth at a Given Ohm Reading 15 2. Percentage of Moisture in the One-foot Depth at a Given Ohm Reading l6 3. Percentage of Moisture in the Two-foot Depth at a Given Ohm Reading 17 4. Percentage of Moisture in the Three-foot Depth at a Given Ohm Reading 18 5.Moisture Fluctuations Between Irrigations and Total Water Used, Treatment A . . . .37 6.Moisture Fluctuations Between Irrigations and Total Water Used, Treatment B . . . .38 7. Moisture Fluctuations Between Irrigations and Total Water Used, Treatment C . . . .39 8. Moisture Fluctuations Between Irrigations and Total Water Used, Treatment D . . . .4o
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Page 1. Percentage of Moisture in the Surface Depth at a Given Ohm Reading 15 2. Percentage of Moisture in the One-foot Depth at a Given Ohm Reading l6 3. Percentage of Moisture in the Two-foot Depth at a Given Ohm Reading 17 4. Percentage of Moisture in the Three-foot Depth at a Given Ohm Reading 18 5.Moisture Fluctuations Between Irrigations and Total Water Used, Treatment A . . . .37 6.Moisture Fluctuations Between Irrigations and Total Water Used, Treatment B . . . .38 7. Moisture Fluctuations Between Irrigations and Total Water Used, Treatment C . . . .39 8. Moisture Fluctuations Between Irrigations and Total Water Used, Treatment D . . . .4o
Key concepts: Sorghum, Yield (engineering), Moisture, Agricultural engineering, Agronomy, Grain yield, Mathematics, Environmental science