Cropping Systems

Look through Clain's presentations for information on cropping systems.
- Inoculation and Nitrogen Management to Optimize Pulse Crop Yield and Protein. Open-access to all readers and available for 1 CEU in Nutrient Management for CCAs.
- Nutrient Management in No-till and Minimum till Systems (EB0182)
- Soil Fertility Status after a 4-Year Transition Period to Diversified No-Till and Organic Systems Fertilizer Facts No. 36
- Cropping Sequence Effect of Pea and Pea Management on Spring Wheat Fertilizer Facts No. 45
- N Cycling from Pea Forage to Wheat in No-till Systems Fertilizer Facts No. 51
- Effect of Diversified Crop Rotations and N Rates on Soil Organic Matter and Nutrient Levels Fertilizer Facts No. 63
- Pulse Crop Improves Early N Uptake, Growth and Yield of Wheat in No-till Fertilizer Facts No. 66
- Soil N Cycling Affected by Tillage and Crop Rotations Fertilizer Facts No. 67
- Short-term (2-yr) Effects of Crop Rotations and N Rates on Winter Wheat Yield, Protein and Economics in North Central MT Fertilizer Facts No. 68
- Effect of N Rate and Crop Rotation on Apparent N Fertilizer Recovery in Long-term Cropping Systems Fertilizer Facts No. 69
- Long-term Profitability of Pea-Wheat Systems, Managed at High and Low N Fertility Fertilizer Facts No. 72
- Jone, C., P. Miller, A. Sigler, T. Rick, and S. Ewing. 2018. Deep Soil Nitrate Levels Following Four Years of Differing Nitrogen Rates and Cropping Systems. Great Plains Soil Fertility Conference Proceedings.
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Miller, P., A. Bekkerman, C. Jones, M. Burgess, J. Holmes, and R. Engel. 2015. Pea in rotation with wheat reduced uncertainty of economic returns in southwest Montana. Agronomy Journal. 107:541–550. doi:10.2134/agronj14.0185
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Miller, P., R. Engel, and J. Holmes. 2006. Cropping sequence effect of pea and pea management on spring wheat in the northern Great Plains. Agronomy Journal. 98:1610–1619. doi:10.2134/agronj2005.0302