Download the Conference Proceedings

 
Get your copy of the 2023 Western Nutrient Management Conference Proceedings today! Download the PDF file and view all of the available proceedings.
WNMC Proceedings - March 2023.pdf

Proceedings

Find matching any: Reset
Davis, S
Davis, A.G
DeVetter, L
Add filter to result:
Authors
Davis, A.G
Huggins, D.R
Reganold, J.P
Davenport, J
DeVetter, L
Williams, J
Davis, S
Dabbs, K
Topics
Organic Amendments, Cover Crops, and Soil Health
Type
Poster
Oral
Year
2021
2019
Home » Authors » Results

Authors

Filter results3 paper(s) found.

1. Soil Health and Ecological Resilience on the Palouse

Healthy soil is critical for global food security and other essential ecosystem services but is threatened by processes of soil degradation, with at least 33% of global croplands estimated to be moderately or highly degraded. Current soil health assessments provide insight into soil functional performance but often lack diagnostic criteria that assess management effects on soil function over time. We integrate soil health assessments with ecological resilience theory to better understand management... A.G. Davis, D.R. Huggins, J.P. Reganold

2. Evaluating and Revising Guidelines for Blueberry Tissue Nutrient Standards in Washington

Leaf tissue nutrient analysis is frequently used in perennial fruit crops to develop nutrient management plans. In blueberry, samples historically are collected between 15 July - 15 August and the results are used for planning nutrient management the next growing season. Northern highbush blueberry tissue nutrient standards were initially developed by Michigan State University and have recently been revised for western Oregon. However, the proliferation of blueberry production... J. Davenport, L. Devetter

3. Phosphorus Efficiencies of Liquid P Fertilizers as Evidenced by P Adsorption Isotherms of Western Calcareous Soils

The high levels of free lime or calcium carbonate (CaCO3) in arid Western U.S.A. soils reacts with phosphorus (P) fertilizers to form Ca-P minerals that are not available to plants through P fixation. Enhanced efficiency P fertilizers may potential decrease P fixation. The objective of this study was to identify P fixations levels associated with several enhanced efficiency P fertilizers on a basic soil (pH 8.03) over a 1-, 3-, and 7-day time period, and to use that data to adjust P fertilizer... J. Williams, S. Davis, K. Dabbs