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2013Cf Dry Bean Sclerotinia Fungicide Evaluation: Full report, 2013C, Carrington dry bean Sclerotinia fungicide evaluation.
Located in Archive / … / PlantPathologyRD / Docs2013
2013Ci Dry Bean Sclerotinia Fungicide Evaluation: Illustrated report, 2013C, Carrington dry bean Sclerotinia fungicide evaluation
Located in Archive / … / PlantPathologyRD / Docs2013
2013Df Dry Bean Sclerotinia Fungicide Evaluation: Full report, 2013D, Carrington dry bean Sclerotinia fungicide evaluation
Located in Archive / … / PlantPathologyRD / Docs2013
2013Di Dry Bean Sclerotinia Fungicide: Illustrated report, 2013D, dry bean Sclerotinia fungicide evaluation
Located in Archive / … / PlantPathologyRD / Docs2013
2013f Dry Bean Rust Fungicide Evaluation: Full report, 2013, dry bean rust fungicide evaluation, Carrington, ND.
Located in Archive / … / PlantPathologyRD / Docs2013
2013i Dry Bean Rust Fungicide Evaluation: Illustrated report, 2013, dry bean rust fungicide evaluation, Carrington, ND.
Located in Archive / … / PlantPathologyRD / Docs2013
2012 Field Evaluation of Fungicides for Management of Anthracnose on Dry Edible (pinto) Beans - Carrington (summary): Fungicides that contained azoxystrobin or pyraclostrobin active ingredients (Headline, Quadris, Quadris Opti, and Priaxor) provided good control of foliar anthracnose symptoms, but it was unclear whether any fungicides might provide satisfactory control of anthracnose related seed discoloration. Due to drought stress and high soil salinity at the site used for this trial, the yield response to using fungicides to control anthracnose could not be properly assessed.
Located in Archive / … / PlantPathologyRD / Docs2012
2012 Field Evaluation of Fungicides for Management of Anthracnose on Dry Edible (pinto) Beans - Carrington (technical report): Fungicides that contained azoxystrobin or pyraclostrobin active ingredients (Headline, Quadris, Quadris Opti, and Priaxor) provided good control of foliar anthracnose symptoms, but it was unclear whether any fungicides might provide satisfactory control of anthracnose related seed discoloration. Due to drought stress and high soil salinity at the site used for this trial, the yield response to using fungicides to control anthracnose could not be properly assessed.
Located in Archive / … / PlantPathologyRD / Docs2012
2012 Field Evaluation of Fungicides for Management of Sclerotinia on Dry Edible (pinto) Beans Planted to 15-inch Rows - Carrington (summary): Under conditions of high disease pressure (susceptible variety, temperature and rainfall conducive to Sclerotinia, and narrow row spacing), Endura at 8 oz/ac provided excellent control of Sclerotinia. Proline at 5.7 fl oz/ac, ProPulse at 8.6 fl oz/ac, and Topsin at 20 fl oz/ac did not provide satisfactory disease control. A rate response was apparent as the application rate of Topsin increased from 20 to 30 to 40 fl oz/ac.
Located in Archive / … / PlantPathologyRD / Docs2012
2012 Field Evaluation of Fungicides for Management of Sclerotinia on Dry Edible (pinto) Beans Planted to 15-inch Rows - Carrington (technical report): Under conditions of high disease pressure (susceptible variety, temperature and rainfall conducive to Sclerotinia, and narrow row spacing), Endura at 8 oz/ac provided excellent control of Sclerotinia. Proline at 5.7 fl oz/ac, ProPulse at 8.6 fl oz/ac, and Topsin at 20 fl oz/ac did not provide satisfactory disease control. A rate response was apparent as the application rate of Topsin increased from 20 to 30 to 40 fl oz/ac.
Located in Archive / … / PlantPathologyRD / Docs2012