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 | Southern Latin America |
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| Western Canada |
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| Western U.S. |
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| Bangladesh |
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| North and West Zone India |
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| Northeast China |
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| Northeast India & Bangladesh |
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| Northern Latin America |
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| South Zone India |
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| Southeast China |
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| AR-08F | Combining Technology to Maximize Rice Yields in Arkansas | |
| AR-14F | Phosphorus and Potassium Fertilization of Rice | |
| AR-18F | Influence of Nitrogen Fertilizer Source, Application Rate, and Timing on Grain Yields of Rice | |
| AR-20F | Fertilizing Rice-based Cropping Systems to Achieve Maximum Yields While Maintaining the Natural Resource Base | |
| AR-21F | Rice Response to Zinc Application Rate of Four Granular Fertilizer Sources Differing in Water Soluble Zinc Content | |
| AR-22F | Time and Rate of Phosphorus Fertilizer Application on Rice Growth and Phosphorus Uptake | |
| AR-23F | Soybean and Rice Response to Boron Fertilization | |
| AR-25F | Nitrogen Source, Timing and Rate Management Studies with Rice | |
| AR-32F | Agronomic Evaluation of New Sulfur Sources for Rice | |
| LA-21F | Boron on Rice in Southwest Louisiana | |
| LA-23 | Precise Midseason Nitrogen Rate Determination for Use Efficiency and Yield Optimization of Rice | |
| LA-24 | Validation of an On-Site, Active Sensor-Based Midseason Nitrogen Dicision Tool for Rice Production in the Mid-South | |
