Profile Morphology in Response to Liming in the Kenyon Soil
- Nicola Timbas (University of the Philippines Los Baños)
- Francis Akitwine (Iowa State University)
- Ken T. Pecinovsky (Iowa State University)
- Shillah Kwikiiriza (Iowa State University)
- Gail R. Nonnecke (Iowa State University)
- Lee Burras (Iowa State University)
Abstract
Liming benefits soil pH, soil organic matter (SOM), nutrient availability, root activity, and aggregate stability. Liming also influences a range of pedological processes throughout the profile, yet most liming research documents only properties in the top few inches of the soil profile.
How to Cite:
Timbas, N., Akitwine, F., Pecinovsky, K. T., Kwikiiriza, S., Nonnecke, G. R. & Burras, L., (2022) “Profile Morphology in Response to Liming in the Kenyon Soil”, Iowa State University Research and Demonstration Farms Progress Reports 2021(1), 17–18.
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