Suppression of Disease with Agronomic Practices in Recently Released Spring Wheat and Winter Wheat Cultivars

Suppression of Disease with Agronomic Practices in Recently Released Spring Wheat and Winter Wheat Cultivars, 2007 This study was designed to examine whether a synergy exists between chloride (Cl-) nutrition and fungicide application in winter and spring wheat. The study was conducted at two sites in North Dakota in 2007. Heading applications of Cl- were not effective in reducing scab in winter wheat. Soil application of Cl- as calcium chloride (CaCl2) reduced leaf diseases at one site.

IPNI-2006-USA-ND13

One site (possible two) in North Dakota and two sites in South Dakota will be prepared with conventional tillage to plant three to five of the most popular varieties of hard red winter wheat (HRWW in North Dakota) and hard red spring wheat (HRSW in South Dakota) according to local production practices. Soil samples will be removed to determine initial extractable soil Cl levels and to provide N, P, and K as required. Read more


Year of initiation:2006
Year of completion:2007
Map:

Interpretive Summary

2007

Suppression of Disease with Agronomic Practices in Recently Released Spring Wheat and Winter Wheat Cultivars, 2007 This study was designed to examine whether a synergy exists between chloride (Cl-) nutrition and fungicide application in winter and spring wheat. The study was conducted at two sites in North Dakota in 2007. Heading applications of Cl- were not effective in reducing scab in winter wheat. Soil application of Cl- as calcium chloride (CaCl2) reduced leaf diseases at one site.


Updates & Reports

2007

2007 Annual Report

2006

Methodology

2006

Objectives

2006

Justification

2006

Project Description


Project Leader

David Franzen, North Dakota State University


Project Cooperators

Jeffrey Stein
Howard Woodard


IPNI Staff

T. Jensen


Location

Americas \ Northern America \ USA \ North Dakota


Topics

4r source, diseases, nutrient deficiency, nutrient management

wheat

Chloride (Cl)