Surface Broadcast and Incorporated Lime: Impact on Soil pH, Soil pH Distribution and Soybean Yield Response to Fertilizers
IPNI-1998-CAN-ON19
In recent years, the Ontario soybean crop has expanded to exceed the acreage of corn. Yet, compared to corn, far less research has been done on its phosphorus (P) and potassium (K) needs. Soybeans are more frequently planted with reduced or no tillage, and this raises further questions regarding optimum placement of P and K and its interaction with lime. Read more
Interpretive Summary
Surface Broadcast and Incorporated Lime: Impact on Soil pH, Soil pH Distribution and Soybean Yield Response to Fertilizers, 2000 In recent years, the Ontario soybean crop has expanded to exceed the acreage of corn. Yet, compared to corn, far less research has been done on its P and K needs. Soybeans are more frequently planted with reduced or no tillage, and this raises further questions regarding optimum placement of P and K and their interaction with lime.
Surface Broadcast and Incorporated Lime: Impact on Soil pH, Soil pH Distribution, and Soybean Yield Response to Fertilizers, 1999 In recent years, the Ontario soybean crop has expanded to exceed the acreage of corn. Yet, compared to corn, far less research has been done on its P and K needs. Soybeans are more frequently planted with reduced or no tillage, and this raises further questions regarding optimum placement of P and K and interaction with lime.
Updates & Reports
| 2000 | 2000 Annual Report |
| 2004 | Published reports related to the research |
| 2001 | Project Description |
| 2001 | Objectives |
| 2001 | Methodology |
| 2001 | Investigators |
Project Leader
Project Cooperators
John Gaynor
IPNI Staff
Location
Americas \ Northern America \ CAN \ Ontario