IR-4 Ornamental Horticulture Program Research Report Cover Sheet
|
|
- Marsha Warner
- 5 years ago
- Views:
Transcription
1 c.pdf IR-4 Ornamental Horticulture Program Research Report Cover Sheet Researcher(s) Nora J Catlin Trial: 2014 NY Affiliation: Cornell Cooperative Extension of Suffol 423 Griffing Avenue Riverhead NY PhoneNumber: x2 ProjectTitle: Botrytis Efficacy Protocol #: PR# Research Target Crop/Plant Product EPA Reg. # Production Site Status Botrytis elliptica Botrytis elliptica Lily Lilium sp. BAS703 06F/BAS703 01F Fluxapyrosad + pyraclostrobi - BASF Field In-Ground C Botrytis elliptica Botrytis elliptica Lily Lilium sp. Decree Fenhexamid SePro Field In-Ground C Botrytis elliptica Botrytis elliptica Lily Lilium sp. F9110 F FMC Field In-Ground C Botrytis elliptica Botrytis elliptica Lily Lilium sp. Mural (A18126B) WDG Benzovindiflupyr + Azoxystro - Syngenta Field In-Ground C Botrytis elliptica Botrytis elliptica Lily Lilium sp. Proud 3 Thyme oil (5.6%) - Biohumanetics Field In-Ground C Botrytis elliptica Botrytis elliptica Lily Lilium sp. S2200 4SC Mandestrobin - Valent Field In-Ground C Botrytis elliptica Botrytis elliptica Lily Lilium sp. SP WP SP SePro Field In-Ground C Botrytis elliptica Botrytis elliptica Lily Lilium sp. SP2773 SP SePro Field In-Ground C Botrytis elliptica Botrytis elliptica Lily Lilium sp. Torque 3.6SC Tebuconazole Cleary Field In-Ground C
2 Ornamental Horticulture Program Research Report Form p 1 Researcher: Nora Catlin Date: 4/6/2015 Project Title: Efficacy of Management Tools for Botrytis Protocol #: PRnumbers: Narrative Summary (Results/Discussion) Nine products were evaluated for efficacy against Botrytis eliptica on lily Vermeer. Products tested included: fluxapryoxad+pyraclostrobin (BAS703 01F), F9110, thyme oil (Proud 3), mandestrobin (S2200), SP2770, SP2773, tebuconazole (Tourque), benzoviniflupyr+azoxystrobin (Mural, A18126B), and fenhexamid (Decree). An untreatedinoculated control and an untreated uninoculated control were also included. No disease symptoms were observed at the first evaluation on 16 July, but symptoms were observed on some treatments by the second evaluation on 22 July (Table 1, Figure 1). By the third evaluation on 8 August, some replicates of all treatments were exhibiting some symptoms. The untreated uninoculated plants and the plants treated with fluxapryoxad+pyraclostrobin (BAS70301F), and benzovindiflupyr+azoxystrobin (Mural) consistently had the lowest disease severity ratings. Mandestrobin (S2200) had significantly lower disease severity ratings than the untreated inoculated plants on the 8 Aug and the 15 Aug evaluations. Some were intermediate in their efficacy for the 22 July, 30 July, and 8 Aug evaluations, being neither significantly different from the untreated inoculated nor the untreated uninoculated. On the 22 July evaluation, those treatments were: Fenhexamid (Decree), Mandestrobin (S2200), SP2770, SP2773, Tebuconazole (Tourque), and Thyme oil (Proud 3). On the 30 July evaluation, those treatments were: Fenhexamid (Decree), Mandestrobin (S2200), and SP2773. On 8 Aug evaluation, those treatments were: Fenhexamid (Decree), SP2770, and SP2773. It was surprising that fenhexamid (Decree) was only intermediate at these evaluations, as this product is one of the best options for managing Botrytis cinerea in greenhouse ornamentals. At the final evaluation, only the fluxapryoxad+pyraclostrobin (BAS70301F), mandestrobin (S2200), and benzovindiflupyr+azoxystrobin (Mural) treatments resulted in reduced severity ratings and number of affected leaves compared to the untreated inoculated control. There were no significant differences in initial plant height and width or final plant height (Table 2.) The conditions for disease development were ideal and a worst case scenario. The lily cultivar Vermeer is known to be very susceptible to Botrytis blight, and plants were kept in a low tunnel fitted with shade cloth and were irrigated with overhead sprinklers. The untreated uninoculated plants remained mostly free from disease, despite the fact that they were kept not far away, approximately feet, from the inoculum plants and the other plants in the trial. The untreated uninoculated plants were kept in an un shaded section of the low tunnel (with better drying conditions and higher light), demonstrating the importance or environmental management of Botrytis. It is possible that some products with intermediate efficacy the might have had better performance under conditions that were less ideal for disease development. These products, particularly those still moderately effective at the 30 July and the 8 Aug evaluations, are worthwhile to use in a rotation, or if the disease pressure is low. However, the products with the best efficacy are clearly fluxapryoxad+pyraclostrobin (BAS70301F) and benzovindiflupyr+azoxystrobin (Mural), with Mandestrobin (S2200) being a close second.
3 Ornamental Horticulture Program Research Report Form p 2 Researcher: Nora Catlin Date: 4/6/2015 Project Title: Efficacy of Management Tools for Botrytis Protocol #: PRnumbers: Results Tables Table 1. Average disease severity rating for lily Vermeer plants treated with various management products and untreated plants 16 July 22 July 30 July 8 Aug 15 Aug Treatment Disease severity rating a Disease severity rating Disease severity rating Disease severity rating Disease severity rating Fluxapryoxad+pyraclostrobin (BAS703 01F), 8 oz/100 gal c 0.1 c 0.8 c 0.6 b F9110, 24 oz/100 gal ab 2.9 a 3.8 ab 6.9 a Thyme oil, 5.6% (Proud 3), 4 qt/100 gal abc 2.1 ab 3.6 ab 6.8 a Mandestrobin (S2200), 7.5 oz/100 gal abc 1.3 abc 1.3 bc 2.3 b SP WP, 2.66 lb/100 gal abc 2.1 ab 3.0 abc 6.5 a SP2773, 3.31 lb/100 gal abc 1.5 abc 3.0 abc 7.5 a Tebuconazole (Tourque), 8 oz/100 gal abc 2.4 a 3.9 a 6.9 a Benzoviniflupyr+azoxystrobin (Mural, A18126B), 7 oz/100 gal c 0.4 bc 1.0 c 2.1 b Untreated uninoculated bc 0.4 bc 0.9 c 1.3 b Untreated inoculated a 2.6 a 5.0 a 8.3 a Fenhexamid (Decree), 1.5 lb/100 gal abc 1.1 abc 3.1 abc 6.8 a a Disease severity was rated on a scale from 0 to 10 (where 0=no symptoms and 10=100% of leaves affected by symptoms). Means within a column with similar letters are not significantly different according to Tukey s HSD (p=0.05)
4 Ornamental Horticulture Program Research Report Form p 3 Researcher: Nora Catlin Date: 4/6/2015 Project Title: Efficacy of Management Tools for Botrytis Protocol #: PRnumbers: Figure 1. Average disease severity rating for lily Vermeer plants treated with various management products and untreated plants.
5 Ornamental Horticulture Program Research Report Form p 4 Researcher: Nora Catlin Date: 4/6/2015 Project Title: Efficacy of Management Tools for Botrytis Protocol #: PRnumbers: Table 2. Average initial height and width measurements and final height measurements of lily Vermeer plants treated with various management products and untreated control plants. Treatment Initial Height (in) Initial Weight (in) Final Height (in) Fluxapryoxad+pyraclostrobin (BAS703 01F), 8 oz/100 gal 25.3 a 6.6 a 28.1 a F9110, 24 oz/100 gal 24.4 a 6.7 a 26.8 a Thyme oil, 5.6% (Proud 3), 4 qt/100 gal 24.2 a 6.2 a 27.3 a Mandestrobin (S2200), 7.5 oz/100 gal 24.8 a 6.9 a 28.0 a SP WP, 2.66 lb/100 gal 24.6 a 6.7 a 26.8 a SP2773, 3.31 lb/100 gal 24.3 a 6.6 a 26.7 a Tebuconazole (Tourque), 8 oz/100 gal 25.0 a 7.0 a 27.9 a Benzoviniflupyr+azoxystrobin (Mural, A18126B), 7 oz/100 gal 24.6 a 6.9 a 27.7 a Untreated uninoculated 25.0 a 6.5 a 27.8 a Untreated inoculated 24.6 a 7.1 a 27.1 a Fenhexamid (Decree), 1.5 lb/100 gal 24.2 a 6.9 a 26.1 a Means within a column with similar letters are not significantly different according to Tukey s HSD (p=0.05)
6 Ornamental Horticulture Program Research Report Form p 5 Researcher: Nora Catlin Date: 4/6/2015 Project Title: Efficacy of Management Tools for Botrytis Protocol #: PRnumbers: Materials & Methods/Recordkeeping Name(s) of Personnel Conducting Research: Nora Catlin (PI), Adam Hubert (Program Assistant) Location of Trial (city/state): Riverhead, NY Use Site (greenhouse/shadehouse/field container/etc): shade house Crop History Crop Cultivar/Variety: Date of Seeding: Date of Emergence: Date of Transplanting: Potting Mix: Pot size & spacing: Row spacing: Lily hybrid, Vermeer n/a n/a 9 June ProMix BX 4.5 inch container, pot to pot spacing n/a Product(s) applied prior to start of experiment: Product Rate Application Type Date of Application Crop Growth Stage Application Volume
7 Ornamental Horticulture Program Research Report Form p 6 Researcher: Nora Catlin Date: 4/6/2015 Project Title: Efficacy of Management Tools for Botrytis Protocol #: PRnumbers: Experiment Information Experimental Design: Number of Reps: CRD 8 single plant replicates Materials & Methods: Lily Vermeer planted on 9 June into 4.5 inch pot and kept in greenhouse until after the first treatment. After the first treatment, plants were moved into a hoop house fitted with shade cloth and overhead irrigation in order to provide ideal disease conditions. Containers of symptomatic plants were placed among the plants to serve as inoculum and the untreated uninoculated control plants were set on the opposite side of the house, in an un shaded section a distance away from the inoculum. When necessary, plants were supplemented with hand watering. Treatments were applied every 2 weeks for 6 weeks, starting on 9 July 2014 (30 d after planting), with the exception of F9110, thyme oil, and fenhexamid, which were applied weekly. Plants were evaluated for disease symptoms weekly, starting one week after treatment. Where applicable, data were subject to ANOVA and means were separated using Tukey s HSD (p=0.05). Application Equipment: 30 psi. applied to drip using a CO2 powered sprayer fitted with a TeeJet 8003 nozzle at Product(s) applied during experiment (including treatments, fertilizers, etc): Application Type Date of Application Application Volume Product Rate(s) Crop Growth Stage Fluxapryoxad+pyraclostrobin (BAS703 01F) 8 oz/100 gal Spray 9 July 29 d after planting, bud 240 ml F oz/100 gal Spray 9 July 29 d after planting, bud 240 ml Thyme oil, 5.6% (Proud 3) 4 qt/100 gal Spray 9 July 29 d after planting, bud 240 ml Mandestrobin (S2200) 7.5 oz/100 gal Spray 9 July 29 d after planting, bud 250 ml SP WP 2.66 lb/100 gal Spray 9 July 29 d after planting, bud 250 ml SP lb/100 gal Spray 9 July 29 d after planting, bud 250 ml Tebuconazole (Tourque) 8 oz/100 gal Spray 9 July 29 d after planting, bud 230 ml Benzoviniflupyr+azoxystrobin (Mural, A18126B) 7 oz/100 gal Spray 9 July 29 d after planting, bud 250 ml Fenhexamid (Decree) 1.5 lb/100 gal Spray 9 July 29 d after planting, bud 230 ml F oz/100 gal Spray 17 July 29 d after planting, bud 250 ml Thyme oil, 5.6% (Proud 3) 4 qt/100 gal Spray 17 July 29 d after planting, bud 250 ml SP WP 2.66 lb/100 gal Spray 17 July 29 d after planting, bud 260 ml Fenhexamid (Decree) 1.5 lb/100 gal Spray 17 July 29 d after planting, bud 250 ml
8 Ornamental Horticulture Program Research Report Form p 7 Researcher: Nora Catlin Date: 4/6/2015 Project Title: Efficacy of Management Tools for Botrytis Protocol #: PRnumbers: Fluxapryoxad+pyraclostrobin (BAS703 01F) 8 oz/100 gal Spray 23 July F oz/100 gal Spray 23 July Thyme oil, 5.6% (Proud 3) 4 qt/100 gal Spray 23 July Mandestrobin (S2200) 7.5 oz/100 gal Spray 23 July SP WP 2.66 lb/100 gal Spray 23 July SP lb/100 gal Spray 23 July Tebuconazole (Tourque) 8 oz/100 gal Spray 23 July Benzoviniflupyr+azoxystrobin (Mural, A18126B) 7 oz/100 gal Spray 23 July Fenhexamid (Decree) 1.5 lb/100 gal Spray 23 July F oz/100 gal Spray 31 July Thyme oil, 5.6% (Proud 3) 4 qt/100 gal Spray 31 July SP WP 2.66 lb/100 gal Spray 31 July Fenhexamid (Decree) 1.5 lb/100 gal Spray 31 July Fluxapryoxad+pyraclostrobin (BAS703 01F) 8 oz/100 gal Spray 7 Aug F oz/100 gal Spray 7 Aug Thyme oil, 5.6% (Proud 3) 4 qt/100 gal Spray 7 Aug Mandestrobin (S2200) 7.5 oz/100 gal Spray 7 Aug SP WP 2.66 lb/100 gal Spray 7 Aug SP lb/100 gal Spray 7 Aug Tebuconazole (Tourque) 8 oz/100 gal Spray 7 Aug Benzoviniflupyr+azoxystrobin (Mural, A18126B) 7 oz/100 gal Spray 7 Aug Fenhexamid (Decree) 1.5 lb/100 gal Spray 7 Aug 45 d after planting, bud or open bloom 45 d after planting, bud or open bloom 45 d after planting, bud or open bloom 45 d after planting, bud or open bloom 45 d after planting, bud or open bloom 45 d after planting, bud or open bloom 45 d after planting, bud or open bloom 45 d after planting, bud or open bloom 45 d after planting, bud or open bloom 53 d after planting, open bloom 53 d after planting, open bloom 53 d after planting, open bloom 53 d after planting, open bloom 60 d after planting, open bloom 60 d after planting, open bloom 60 d after planting, open bloom 60 d after planting, open bloom 60 d after planting, open bloom 60 d after planting, open bloom 60 d after planting, open bloom 60 d after planting, open bloom 60 d after planting, open bloom 250 ml 255 ml 250 ml 250 ml 255 ml 255 ml 250 ml 250 ml 250 ml 250 ml 260 ml 260 ml 260 ml 240 ml 260 ml 260 ml 260 ml 260 ml 260 ml 250 ml 250 ml 250 ml
9 Ornamental Horticulture Program Research Report Form p 8 Researcher: Nora Catlin Date: 4/6/2015 Project Title: Efficacy of Management Tools for Botrytis Protocol #: PRnumbers: Photos See photos in folder 2014 Botrytis Management NCatlin_Photos ; includes photos taken of all treatments on 7 August and 15 August. Data Collected Plants were evaluated and rated for disease severity approximately weekly, starting approximately 1 week after the first treatment. Evaluations were conducted on 16 July, 22 July, 30 July, 8 Aug, and 15 Aug. Disease severity was rated on a scale from 0 to 10 (where 0=no symptoms and 10=100% of leaves affected by symptoms). The number of affected leaves were also recorded on 30 July, 8 Aug, and 15 Aug, however this data did not practically vary from the disease severity ratings and is not presented herein. Initial plant height and width was recoded approximately 1 week after the first treatment on 16 July, and final plant height was recorded on 19 Aug. Final plant width was not recorded since disease affected plants had either desiccated or dropped leaves and width measurements would not have provided meaningful data. Raw Data See file: 2014 Botrytis Management NCatlin
10 Ornamental Horticulture Program Research Report Form p 9 Researcher: Nora Catlin Date: 4/6/2015 Project Title: Efficacy of Management Tools for Botrytis Protocol #: PRnumbers: Environmental conditions during the experiment: From planting until the day after the first treatment, plants were maintained in a greenhouse with an average daily temperature of 77F. After the first treatment plants were moved to a shade tunnel, and were irrigated with an overhead sprinkler system for approximately 10 minutes twice per day. Occasionally, plants were supplemented with hand watering, which was necessary of very hot and sunny days particularly for the untreated uninoculated plants which were in a sunny area. The average high temperature during the trial was 81F, the average low temperature was 65F, and the average daily temperature was 73F. There were 5 days of precipitation, accumulating a total of 3.7 inches of rain. There were no unusual weather events during the trial.
11 N. Catlin - F9110-Aug 7
12 N. Catlin - Decree_Aug 7
13 N. Catlin - BAS70301F-Aug 7
14 N. Catlin - Torque_Aug 7
15 N. Catlin - SP2773_Aug 7
16 N. Catlin - SP2770_Aug 7
17 N. Catlin - S2200_Aug 7
18 N. Catlin - Proud3_Aug 7
19 N. Catlin - Mural_Aug 7
20 N. Catlin - Untrt-Uninoc_Aug 7
21 N. Catlin - Untrt-Inoc_Aug 7
22 N. Catlin - S2200_Aug 15
23 N. Catlin - Proud3_Aug 15
24 N. Catlin - Mural_Aug 15
25 N. Catlin - F9110_Aug 15
26 N. Catlin - Decree_Aug 15
27 N. Catlin - BAS70301F_Aug 15
28 N. Catlin - Untrt-Uninoc_Aug 15
29 N. Catlin - Untrt-Inoc_Aug 15
30 N. Catlin - Torque_Aug 15
31 N. Catlin - SP2773-Aug 15
32 N. Catlin - SP2770_Aug 15
IR-4 Ornamental Horticulture Program Research Report Cover Sheet
20161206e.pdf IR-4 Ornamental Horticulture Program Research Report Cover Sheet Researcher(s) Nora J Catlin Trial: 2015 NY Affiliation: Cornell Cooperative Extension of Suffol 423 Griffing Avenue Riverhead
More informationIR-4 Ornamental Horticulture Program Research Report Cover Sheet
20130111a.pdf IR-4 Ornamental Horticulture Program Research Report Cover Sheet Researcher(s) Gary Chastagner Affiliation: Washington State University Trial: 2012 WA Pullayup WA PhoneNumber: (253) 445-4528
More informationIR-4 Ornamental Horticulture Program Research Report Cover Sheet
Research Report Cover Sheet Researcher(s) John/Todd Ahrens/Mer Affiliation: Connecticut Agricultural Experiment St 153 Cook Hill Road P.O. Box 248 Windsor CT 06095 PhoneNumber: 860-683-4985 Email: jpahrens@worldnet.att.net
More informationIR-4 Ornamental Horticulture Program Research Report Cover Sheet
20140613a.pdf IR-4 Ornamental Horticulture Program Research Report Cover Sheet Researcher(s) Cai-Zhong Jiang Affiliation: University of California Trial: 2013 CA PhoneNumber: Email: CA ProjectTitle: Botrytis
More informationIR-4 Ornamental Horticulture Program Trial Report
Project Title: Evaluation of phytotoxicity of Sulfentrazone on American Arborvitae (Thuja occidentalis Emerald Green ) IR4 PR#: 25362 Report date: November 21, 26 Authors: Heiner Lieth and Linda Dodge
More informationIR-4 Ornamental Horticulture Program Trial Report
Project Title: Evaluation of phytotoxicity of Mogeton (Quinoclamine) on Bearberry Cotoneaster (Cotoneaster dammeri Coral Beauty ) IR4 PR#: 23698 Report date: September 28, 26 Authors: Heiner Lieth and
More informationPhytotoxicity and Efficacy of Rhapsody (Bacillus subtilis) for Control of Botrytis cinerea on Lily (Lilium Star Gazer and Show Winner )
Phytotoxicity and Efficacy of Rhapsody (Bacillus subtilis) for Control of Botrytis cinerea on Lily (Lilium Star Gazer and Show Winner ) By Heiner Lieth, Director Linda Dodge Shannon Still Ron Lane Project:
More informationIR-4 Ornamental Horticulture Program Trial Report
Project Title: Evaluation of phytotoxicity of V-1142 on American Arborvitae (Thuja occidentalis Emerald Green ) IR4 PR#: 25396 Report date: November 21, 26 Authors: Heiner Lieth and Linda Dodge Department
More informationIR-4 Ornamental Horticulture Program Research Report Form
Project Title: IR-4 Ornamental Horticulture Program Evaluation of phytotoxicity for Sulfentrazone 0.2G on Easter Lily (Lilium longiflorum Nellie White ) Protocol#: 06-010 Report date: June 12, 2007 Authors:
More informationIR-4 Ornamental Horticulture Program Trial Report
Project Title: Evaluation of phytotoxicity of V-1142 on Dwarf Periwinkle (Vinca minor Bowles ) IR4 PR#: 2549 Report date: November 22, 26 Authors: Heiner Lieth and Linda Dodge Department of Plant Sciences
More informationPotential for Phytotoxicity of Mogeton 25 WP (Quinoclamine) on Winter Creeper (Euonymus fortunei Green and Gold )
Potential for Phytotoxicity of Mogeton 25 WP (Quinoclamine) on Winter Creeper (Euonymus fortunei Green and Gold ) By Heiner Lieth, Director Linda Dodge Ron Lane Dylan Hodgkiss Project Interregional Research
More informationIR-4 Ornamental Horticulture Program Research Report Cover Sheet
IR-4 Ornamental Horticulture Program Research Report over Sheet Researcher(s) harles Gilliam Affiliation: Auburn University Horticulture Department 101 Funchess Hall Auburn AL 36849 PhoneNumber: (334)
More informationIR-4 Ornamental Horticulture Program Trial Report
Project Title: Evaluation of phytotoxicity of Sedgehammer (Halosulfuron) on Dwarf Periwinkle (Vinca minor Bowles ) IR4 PR#: 2517 Report date: November 2, 26 Authors: Heiner Lieth and Linda Dodge Department
More informationTitle: Efficacy of Management Tools for Armored Scale in Ground Protocol #:
Protocol #: 15-007 https://www.ir4project.org/about-environmental-horticulture/ehc-registration-support-research/env-hort-researcherresources/#protocols p 1 of 5 Objective: Determine efficacy of various
More informationIR-4 Ornamental Horticulture Program Research Report Cover Sheet
IR4 Ornamental Horticulture Program Research Report over Sheet Researcher(s) Richard owles Affiliation: onnecticut Agricultural Experiment St 153 ook Hill Road P.O. Box 248 Windsor T 06095 PhoneNumber:
More informationEfficacy of Management Tools for Foliar Phytophthora Species.
Efficacy of Management Tools for Foliar Phytophthora Species. Ornamental Protocol Number: 06-002 Objective: Determine efficacy of foliar sprays with new active ingredient formulations and new biopesticides
More informationFungicide Efficacy and Spore Dispersal of Cercosporidium Needle Blight on Leyland Cypress
Fungicide Efficacy and Spore Dispersal of Cercosporidium Needle Blight on Leyland Cypress Jean L. Williams-Woodward University of Georgia, Department of Plant Pathology, Athens, GA 30602 Nature of Work:
More informationEvaluation of Fiesta and liquid corn gluten meal for pre-emergent control of turfgrass weeds greenhouse and bare soil trial.
Evaluation of Fiesta and liquid corn gluten meal for pre-emergent control of turfgrass weeds greenhouse and bare soil trial. E. Lyons, K. Jordan, and K. Carey Department of Plant Agriculture and the Guelph
More informationPhytotoxicity and Efficacy of Cycocel (Chlormequat Chloride) for Growth Control of Sweet Potato Vine (Ipomoea batatas Tricolor )
toxicity and Efficacy of Cycocel (Chlormequat Chloride) for Growth Control of Sweet Potato Vine (Ipomoea batatas Tricolor ) By Heiner Lieth, Director Linda Dodge Shannon Still Ron Lane Jackie Bergquist
More informationIR-4 Ornamental Horticulture Program Research Report Cover Sheet
IR-4 Ornamental Horticulture Program Research Report over Sheet Researcher(s) Scott Ludwig Affiliation: Texas A&M University TX ooperative Extension P.O. Box 38 Overton TX 75684 PhoneNumber: 903-834-6191
More informationEffect of Timing of Preharvest Fungicide Applications on Postharvest Botrytis Fruit Rot of Annual Strawberries in Florida
2009 Plant Management Network. Accepted for publication 21 July 2009. Published. Effect of Timing of Preharvest Fungicide Applications on Postharvest Botrytis Fruit Rot of Annual Strawberries in Florida
More informationHigh Tunnel Bramble Production
High Tunnel Bramble Production Horticulture and Armstrong Farms Annual Reports 2008 Paul Domoto, professor, Department of Horticulture Gail Nonnecke, professor, Department of Horticulture Bernie Havlovic,
More informationHigh Tunnel Hanging Baskets, 2010 A Partnership grant funded by NESARE Judson Reid, Principal Investigator Cornell Vegetable Program
High Tunnel Hanging Baskets, 2010 A Partnership grant funded by NESARE Judson Reid, Principal Investigator Cornell Vegetable Program Introduction High tunnels offer a vertical production environment that
More informationIR-4 Ornamental Horticulture Program Research Report Cover Sheet
IR-4 Ornamental Horticulture Program Research Report Cover Sheet Researcher(s) Jeffrey F Derr Affiliation: Virginia Tech Hampton Roads AREC 1444 Diamond Springs Road Virginia Beach VA 23455 PhoneNumber:
More informationEvaluation of Shot Hole Disease Development on Laurels and Efficacy of Control
Evaluation of Shot Hole Disease Development on Laurels and Efficacy of Control Dr. Jean L. Williams~Woodward Common cherry laurel, Prunus laurocerasus, is an economically important broadleaf evergreen
More informationTreatments protocol. Rally 40W alt / Quintec 250SC Quillaja 35 + Latron B Procure 50WS
Final report Cooperative Research Project, Doug Gubler, U.C. Davis Dept. of Plant Pathology Trial name... Cucurbit Powdery Mildew Trial, 2003 Location... Armstrong field area, U. C. Davis Plant Pathology
More informationPotential for Phytotoxicity of Pennant Magnum 7.62 EC (s-metalochlor) on Lavender Cotton (Santolina chamaecyparissus Compacta )
Potential for Phytotoxicity of Pennant Magnum 7.62 EC (s-metalochlor) on Lavender Cotton (Santolina chamaecyparissus Compacta ) By Heiner Lieth, Director Linda Dodge Ron Lane Dylan Hodgkiss Project Interregional
More informationGrafting of Tomatoes for Soil-based Production in Greenhouse and High Tunnels Judson Reid, Kathryn Klotzbach and Nelson Hoover
Grafting of Tomatoes for Soil-based Production in Greenhouse and High Tunnels Judson Reid, Kathryn Klotzbach and Nelson Hoover Introduction Soil based greenhouse and high tunnel production of tomatoes
More informationImperial County Agricultural Briefs
Imperial County Agricultural Briefs Features From your Farm Advisors September, 2011 Table of Contents SAMPLE OF FERTILIZERS USED ON MAJOR FIELD CROPS IN THE IMPERIAL VALLEY....... Khaled M. Bali - 2 -
More informationRapid blight disease. What is rapid blight? Advanced symptoms of rapid blight
Rapid blight disease Mary W. Olsen Extension Specialist in Plant Pathology The University of Arizona molsen@ag.arizona http://cals.arizona.edu/plp/plpext/ What is rapid blight? Rapid blight disease symptoms
More information2001 CORN ROOTWORM SOIL INSECTICIDE EVALUATIONS AGRICULTURAL RESEARCH AND DEVELOPMENT CENTER MEAD, NEBRASKA
2001 CORN ROOTWORM SOIL INSECTICIDE EVALUATIONS AGRICULTURAL RESEARCH AND DEVELOPMENT CENTER MEAD, NEBRASKA Lance J. Meinke, Jim Brown, Jenny Stebbing, Bill McCormick Department of Entomology University
More information2000 CORN ROOTWORM SOIL INSECTICIDE EVALUATIONS AGRICULTURAL RESEARCH AND DEVELOPMENT CENTER MEAD, NEBRASKA
University of Nebraska-Lincoln 2000 CORN ROOTWORM SOIL INSECTICIDE EVALUATIONS AGRICULTURAL RESEARCH AND DEVELOPMENT CENTER MEAD, NEBRASKA Lance J. Meinke, Jim Brown, Jenny Stebbing, Bill McCormick Department
More informationPerformance of Tomato Lines and Hybrids Combining Resistance to Septoria Leaf Spot and Late Blight and Tolerance to Early Blight
Performance of Tomato Lines and Hybrids Combining Resistance to Septoria Leaf Spot and Late Blight and Tolerance to Early Blight Martha A. Mutschler and Stella Zitter Dept. of Plant Breeding Tom Zitter,
More informationHigh Tunnel Pepper Variety Trial, 2011
High Tunnel Pepper Variety Trial, 2011 Judson Reid, Kathryn Klotzbach and Nelson Hoover Cornell Vegetable Program Introduction Peppers offer a viable option to tomatoes for commercial production in high
More informationEVALUATION OF INSECTICIDES FOR FUNGUS GNAT MANAGEMENT POINSETTIA TRIAL OCTOBER 2005
EVALUATION OF INSECTICIDES FOR FUNGUS GNAT MANAGEMENT POINSETTIA TRIAL OCTOBER 2005 Paul Fisher (University of Florida, pfisher@ufl.edu), Alan Eaton (University of New Hampshire), and Raymond Cloyd (Univ.
More informationEFFECT OF IN-FURROW FUNGICIDE APPLICATION METHOD ON CONTROL OF RHIZOCTONIA AND SUGARBEET STAND ESTABLISHMENT. Jason R. Brantner and Jeffrey D.
EFFECT OF IN-FURROW FUNGICIDE APPLICATION METHOD ON CONTROL OF RHIZOCTONIA AND SUGARBEET STAND ESTABLISHMENT Jason R. Brantner and Jeffrey D. Nielsen Research Fellow and Assistant Scientist, respectively
More informationDifferences in Organic Fertilizer Response
Differences in Organic Fertilizer Response Ohio State University Department of Horticulture, C. Pasian, Ph.D. 2010 Report by Jon Sammons, Ph.D. Geraniums at 65 Days After Planting Suståne 8 4 4 at 0.93
More information2006 CORN ROOTWORM EFFICACY TRIAL YIELDGARD ROOTWORM COMPARISON TO SOIL INSECTICIDES AND SEED TREATMENTS 1. Final Report
The linked image cannot be dis 2006 CORN ROOTWORM EFFICACY TRIAL YIELDGARD ROOTWORM COMPARISON TO SOIL INSECTICIDES AND SEED TREATMENTS 1 Final Report University of Nebraska Agricultural Research and Development
More informationEvaluating Suitable Tomato Cultivars for Early Season High Tunnel Production in the Central Great Plains
Evaluating Suitable Tomato Cultivars for Early Season High Tunnel Production in the Central Great Plains Lewis W. Jett 1 and Andrew Read 2 Department of Horticulture, University of Missouri-Columbia, Columbia,
More informationIR-4 Ornamental Horticulture Program PGR Effect on Shelf Life of Herbaceous Ornamental Crops
http://www.ir4project.org/about-environmental-horticulture/environmental-horticulture-researchsummaries IR-4 Ornamental Horticulture Program PGR Effect on Shelf Life of Herbaceous Ornamental Crops Authors:
More information7. Cabbage / AARS / Lepidoptera Foliar Trial
76 7. Cabbage / AARS / Lepidoptera Foliar Trial Field applications of Venerate XC for the control of damaging lepidopteran pests on cabbage Arlington Agricultural Research Station Arlington, Wisconsin,
More informationIR-4 Ornamental Horticulture Program Cyprodinil and Fludioxonil Crop Safety and Efficacy
http://ir4.rutgers.edu/ornamental/ornamentalsummaryreports.cfm IR-4 Ornamental Horticulture Program Cyprodinil and Fludioxonil Crop Safety and Efficacy Authors: Cristi L. Palmer and Ely Vea Date: April
More informationContributions by (alphabetically): Brian E. Corr Dean Mosdell Nancy Rechcigl Darryl L. Thomas Jane Trolinger
Impatiens Downy Mildew 2012 Syngenta. Document Classification: PUBLIC Contributions by (alphabetically): Brian E. Corr Dean Mosdell Nancy Rechcigl Darryl L. Thomas Jane Trolinger Heavy Downy Mildew Sporulation
More informationCurrent address: USDA-ARS, 9611 S. Riverbend Ave, Parlier, CA Other funding Sources:
FINAL PROJECT REPORT WTFRC Project Number: CP-10-105 Project Title: Sustainable postharvest decay control PI: Chang-Lin Xiao Organization: WSU-TFREC, Wenatchee, WA/Currently USDA-ARS, Parlier, CA Telephone:
More informationHawaii Agriculture Research Center -1- Vegetable Report 2. Hawaii Agriculture Research Center Vegetable Report 2 January 2000
Hawaii Agriculture Research Center -1- Vegetable Report 2 Hawaii Agriculture Research Center Vegetable Report 2 January 2000 INDEX WORDS: asparagus, diversified crop ASPARAGUS PRODUCTION AND VARIETY YIELDS
More informationIn the field. Greenhouse/High Tunnel. Tomato Diseases. Fungicides
Greenhouse/High Tunnel In the field Tomato Diseases Fungicides The Influence of Cultural Practices on Tomato Diseases in High Tunnels Daniel S. Egel egel@purdue.edu Greenhouse vs. High Tunnel High Tunnel
More informationTreatments to Enhance Resistance of Cut Rose Flowers to Botrytis Disease
Progress Report Treatments to Enhance Resistance of Cut Rose Flowers to Botrytis Disease Michael Reid, Andrew Macnish, Kristy Morris Department of Plant Sciences, University of California, Davis CA Cai-Zhong
More information2007 Herculex Corn Rootworm Soil Insecticide / Seed Treatment Efficacy Experiment. 1. Data Summary
2007 Herculex Corn Rootworm Soil Insecticide / Seed Treatment Efficacy Experiment. 1 Data Summary University of Nebraska Agricultural Research and Development Center Mead, Nebraska Lance J. Meinke, Jim
More informationIR-4 Ornamental Horticulture Program Orkestra (Fluxapyroxad + Pyraclostrobin) Crop Safety
http://ir4.rutgers.edu/ornamental/ornamentalsummaryreports.cfm IR-4 Ornamental Horticulture Program Pyraclostrobin) Crop Safety Authors: Ely Vea and Cristi L. Palmer Date: March 17, 2016 Acknowledgements
More informationAPPLICATION METHOD AND RATE OF QUADRIS FOR CONTROL OF RHIZOCTONIA CROWN AND ROOT ROT. Jason R. Brantner and Carol E. Windels
APPLICATION METHOD AND RATE OF QUADRIS FOR CONTROL OF RHIOCTONIA CROWN AND ROOT ROT Jason R. Brantner and Carol E. Windels Research Fellow and Professor, respectively University of Minnesota, Northwest
More informationHigh Tunnel Primocane Fruiting Blackberry Production in Cold Region of Midwest*
High Tunnel Primocane Fruiting Blackberry Production in Cold Region of Midwest* Shengrui Yao, Department of Horticulture, North Central Research and Outreach Center, University of Minnesota, Grand Rapids,
More informationIR-4 Ornamental Horticulture Program PGR Effect on Shelf Life of Herbaceous Ornamentals. Authors: Ely Vea and Cristi Palmer Date: May 29, 2009
IR-4 Ornamental Horticulture Program PGR Effect on Shelf Life of Herbaceous Ornamentals Authors: Ely Vea and Cristi Palmer Date: May 29, 2009 Table of Contents Table of Contents... 2 Table of Tables...
More informationTrial Results and Significance to Greenhouse and Nursery Operations
Trial Results and Significance to Greenhouse and Nursery Operations Presented by: Paul Pilon Perennial Solutions Consulting Jenison, Michigan paul@perennialsolutions.com 2009 Cold Tolerance Container Trials
More informationOptimizing Peach Disease Management
Optimizing Peach Disease Management David Ritchie, 2015 North Carolina Peach and Nectarine Disease and Pest Management Guide Information = data, facts, news, Example: tree growth stages, disease, when
More informationTIMELY INFORMATION. Agriculture & Natural Resources DISEASE RESISTANCE AND SURVIVAL OF FLOWERING AND HYBRID DOGWOODS AT TWO LOCATIONS IN ALABAMA
PLANT PATHOLOGY SERIES TIMELY INFORMATION Agriculture & Natural Resources August 1, 2008 PP-654 DISEASE RESISTANCE AND SURVIVAL OF FLOWERING AND HYBRID DOGWOODS AT TWO LOCATIONS IN ALABAMA Introduction
More informationForcing Containerized Roses in a Retractable Roof Greenhouse and Outdoors in a Semi-Arid Climate
Forcing Containerized Roses in a Retractable Roof Greenhouse and Outdoors in a Semi-Arid Climate Ursula K. Schuch Plant Sciences Department University of Arizona, Tucson, AZ 85721 Abstract Sales of containerized
More informationImpatiens Downy Mildew
Impatiens Downy Mildew Contributions by (alphabetically): Brian E. Corr Dean Mosdell Nancy Rechcigl Darryl L. Thomas Jane Trolinger Impatiens are popular plants in the landscape Rechcigl Rechcigl 2 Heavy
More informationREDUCING THE COST OF WEED MANAGEMENT IN CONTAINER NURSERY PRODUCTION SALI BAROLLI PLANT HEALTH MANAGER IMPERIAL NURSERIES, INC.
REDUCING THE COST OF WEED MANAGEMENT IN CONTAINER NURSERY PRODUCTION SALI BAROLLI PLANT HEALTH MANAGER IMPERIAL NURSERIES, INC. GRANBY, CT OVERVIEW OF THE OPERATION AT IMPERIAL NURSERIES Located in Granby
More informationDECREE 50 WDG FUNGICIDE
24-AUG-2007 DECREE 50 WDG FUNGICIDE Group 17 Fungicide 50% Water Dispersible Granule for Use as a Spray for Control of Botrytis Diseases in Field Tomato Transplants Grown in Greenhouse, Greenhouse Lettuce,
More informationCERCOSPORA BETICOLA INSENSITIVITY IN MICHIGAN AND MICHIGAN SUGAR COMPANY S RESISTANCE MANAGEMENT STRATEGIES
CERCOSPORA BETICOLA INSENSITIVITY IN MICHIGAN AND MICHIGAN SUGAR COMPANY S RESISTANCE MANAGEMENT STRATEGIES Gregory M. Clark 1*, James F. Stewart 2, Lee A. Hubbell 2, William W. Kirk 3, and Linda E. Hanson
More informationFire Blight Control: Antibiotics, Copper, Biologicals, and Others
Fire Blight Control: Antibiotics, Copper, Biologicals, and Others Kerik D. Cox 1 Plant Pathology and Plant-Microbe Biology Cornell University Outline Seasonal fire blight concerns & considerations for
More informationGrower Summary SF 99. Sustainable control of crown rot (Phytophthora cactorum) Final Agriculture and Horticulture Development Board
Grower Summary SF 99 Sustainable control of crown rot (Phytophthora cactorum) Final 2011 2011 Agriculture and Horticulture Development Board Disclaimer Whilst reports issued under the auspices of the HDC
More informationSeason-long Fire Blight Management in Apples
Season-long Fire Blight Management in Apples Kerik D. Cox NYSAES Plant Pathology and Plant-Microbe Biology Section School of Integrative Plant Science Cornell University Fire blight becoming increasingly
More informationDrenches of Entomopathogenic Nematodes for Control of Fungus Gnats in Poinsettia Liners
Drenches of Entomopathogenic Nematodes for Control of Fungus Gnats in Poinsettia Liners Internal Report for UNH Young Plant Center Research Partners. Not for publication or reproduction in part or full
More informationUpdate on Impatiens Downy Mildew
Update on Impatiens Downy Mildew Jan Couch Territory Manager Syngenta Flowers, Home & Garden Impatiens are popular plants in the landscape Rechcigl Rechcigl 2 Historical Background Plasmopara obducens
More informationWhite Rot Fungicide Evaluations in Fresno County & Nitrogen Balance Progress Report
White Rot Fungicide Evaluations in Fresno County & Nitrogen Balance Progress Report Tom Turini University of California Cooperative Extension, Fresno County White rot of onions and garlic Above ground
More informationFurther Evaluation of Biological Control Agents for Verticillium Wilt in Peppermint. Sai Sree Uppala, Bo Ming Wu, Mark Hagman and Jim Cloud
Further Evaluation of Biological Control Agents for Verticillium Wilt in Peppermint Sai Sree Uppala, Bo Ming Wu, Mark Hagman and Jim Cloud Introduction Results of our 21 study with potted peppermint suggested
More informationIndiana Horticulture Congress. Starting a Greenhouse Business
Indiana Horticulture Congress Starting a Greenhouse Business Ornamental Potted Crops Allen Hammer Dept. of Horticulture and Landscape Architecture Purdue University Poinsettia Number 1 potted plant in
More informationVegetarian Newsletter
Vegetarian Newsletter A Horticultural Sciences Department Extension Publication on Vegetable Crops Eat your Veggies!!!!! Issue No. 545 May 2009 Watermelon Fungicides 2009 By: Amanda J. Gevens, UF/IFAS
More informationBust the Winter Blahs with Pineapple Lily (Eucomis)
Bust the Winter Blahs with Pineapple Lily (Eucomis) 1:00 to 1:45 Eastern Bust the Winter Blahs with Pineapple Lily (Eucomis) Dr. Alicain Carlson Postdoctoral Research Associate ascarlso@ncsu.edu Leia from
More informationCompostability of Restaurant Kitchen Waste Using Effective Microorganisms Preparations
Compostability of Restaurant Kitchen Waste Using Effective Microorganisms Preparations Holger Kahl 1 and Mike Daly 2 Christchurch Polytechnic Institute of Technology - School of Horticulture PO Box 540,
More informationFall Broccoli Cultivar Trial
Fall Broccoli Cultivar Trial 2012-2013 Shawn Wright, Darrell Slone, and John Snyder University of Kentucky Broccoli is a nutritious crop with strong, local demand, but warm summer temperatures often make
More informationSUPPLEMENTAL LABELING. This supplemental label expires on 3/31/2019 and must not be used or distributed after this date.
Syngenta Crop Protection, LLC P. O. Box 18300 Greensboro, North Carolina 27419-8300 SUPPLEMENTAL LABELING SCP 1479A-S1 0316 Mural GROUP 11 7 FUNGICIDES Fungicide This supplemental label expires on 3/31/2019
More informationPotatoes (2007) Potatoes Comparisons of Nitrogen Sources and Foliars (2008) Potatoes Nitrogen Types (2008) Potato Seed Piece Direct Fertilizer
Potatoes Potatoes (2007) Potatoes Comparisons of Nitrogen Sources and Foliars (2008) Potatoes Nitrogen Types (2008) Potato Seed Piece Direct Fertilizer Application at Planting (2008) Experiment: Potatoes
More information2007 Plant Management Network. Accepted for publication 23 October Published 2 February 2007.
2007 Plant Management Network. Accepted for publication 23 October 2006. Published. Potato Increases Due to Fungicide Treatment in Argentinian Early Blight (Alternaria solani) and Late Blight (Phytophthora
More informationQuantitative Evaluation of Water Needs in Citrus Nurseries Using Three Different Irrigation Systems For Seedling Production
Final Report FDACS Contract No. 20183 Quantitative Evaluation of Water Needs in Citrus Nurseries Using Three Different Irrigation Systems For Seedling Production Principal Investigator Dr. Richard C. Beeson,
More informationEffect of Five Planting Dates on Yield of Six Sweet Onions
Effect of Five Planting Dates on Yield of Six Sweet Onions Dr. Ron Goldy Southwest Michigan Research and Extension Center Benton Harbor, Michigan Objective: The main objective of this trial was to determine
More informationSteven R. James and Gary L. Reed
USING SYSTEMIC INSECTICIDES FOR APHID CONTROL Steven R. James and Gary L. Reed Abstract Identical experiments to evaluate systemic insecticides on long-term aphid control in potatoes were planted May 13,
More informationGrowing Lavender in Colorado
Growing Lavender in Colorado by K. A. Kimbrough and C.E. Swift 1 (10/09) Quick Facts... Hardy lavender varieties thrive in Colorado s USDA Hardiness Zones 5 through 7. Lavender grows best in full sun and
More informationEffectiveness of Nine Different Fungicides for Management of Crown and Root Rot of Chile Pepper Plants Caused by Phytophthora capsici
Plant Health Research Effectiveness of Nine Different Fungicides for Management of Crown and Root Rot of Chile Pepper Plants Caused by Phytophthora capsici Michael E. Matheron and Martin Porchas, The University
More informationCommercial Crop Production Small Fruits - Blueberries
Integrated Blueberry Disease anagement Successful management of blueberry diseases requires an integrated approach to disease management. Choosing appropriate varieties and a well-suited planting site
More informationHigh Tunnel Tomato Production Horticulture and Armstrong Farms 2007
High Tunnel Tomato Production Horticulture and Armstrong Farms 27 Henry G. Taber, professor Department of Horticulture Bernard Havlovic, superintendent, Armstrong Research Farm Nick Howell, superintendent,
More informationCorn Rootworm Control in Field Corn with planting time treatments. Soil Insecticide Test # 3, 2005
Corn Rootworm Control in Field Corn with planting time treatments. Soil Insecticide Test # 3, 2005 Pest: Crop: Location: Western Corn Rootworm, Diabrotica virgifera virgifera Corn, Zea mays L. 26 treatments
More information9:30 a.m. New Products for Disease Control in Carrots Mary Hausbeck, Plant Pathology Dept., MSU
MAPPING YOUR ROUTE TO THE FUTURE Great Lakes Fruit, Vegetable & Farm Market EXPO DeVos Place Convention Center Grand Rapids, MI December 7-9, 2004 Carrot Wednesday morning 9:00 am Where: Gallery Overlook
More informationVirginia Tech VIRGINIA POLYTEHNIC INSTITUTE AND STATE UNIVERSITY
Virginia Tech VIRGINIA POLYTEHNIC INSTITUTE AND STATE UNIVERSITY THE EFFECT OF BOLSTER TREATMENT ON THE GROWTH OF BENTGRASS R. E. SCHMIDT, CROP AND SOIL ENVIRONMENTAL SCIENCES DEPT VIRGINIA POLYTECHNIC
More informationPoinsettia Diseases and Their Control. A. R. Chase
Poinsettia Diseases and Their Control A. R. Chase Common Diseases Botrytis blight (Botrytis cinerea) Phytophthora root rot (Phytophthora drechsleri, Phytophthora nicotianae) Powdery mildew (Pseudoidium
More informationGrower Summary HNS 168. Rosaceous trees: evaluation of treatments for control of replant disease in Sorbus aucuparia. Final 2011
Grower Summary HNS 168 Rosaceous trees: evaluation of treatments for control of replant disease in Sorbus aucuparia Final 2011 Disclaimer AHDB, operating through its HDC division seeks to ensure that the
More informationEffects of Phosphorus and Calcium on Tuber Set, Yield, and Quality in Goldrush Potato
Effects of Phosphorus and Calcium on Tuber Set, Yield, and Quality in Goldrush Potato Carl Rosen, Charles Hyatt, and Matt McNearney Dept. of Soil, Water, and Climate, University of Minnesota crosen@umn.edu
More informationIntroduction. Institute of Food and Agricultural Sciences North Florida Research and Education Center Suwannee Valley
Institute of Food and Agricultural Sciences North Florida Research and Education Center Suwannee Valley Comparison of Bare-Root and Plug Strawberry Transplants in Soilless Culture in North Florida 98-04
More informationANNUAL REPORT TO NC DWARF APPLE ROOTSTOCK TRIAL SUMMARY FOR THE 2010 SEASON
ANNUAL REPORT TO NC 140 2003 DWARF APPLE ROOTSTOCK TRIAL SUMMARY FOR THE 2010 SEASON November 2011 Richard Marini The 2003 Dwarf rootstock trial was established in the spring of 2003 with 15 cooperators.
More information'UF Multi-flora Peach' and 'UF Multi-flora Pink Frost' Gerberas - University of Florida Cultivars for Landscapes and Large Pots 1
ENH1043 'UF Multi-flora Peach' and 'UF Multi-flora Pink Frost' Gerberas - University of Florida Cultivars for Landscapes and Large Pots 1 Zhanao Deng and Brent K. Harbaugh 2 Gerbera daisy is an important
More informationPotato Early Blight. Identification and Life Cycle. Plant Response and Damage. Management Approaches. Biological Control
Potato Early Blight Howard F. Schwartz, David H. Gent, and Gary D. Franc Identification and Life Cycle Potato early blight is caused by the fungus Alternaria solani and occurs wherever potatoes are grown,
More informationLettuce with Vitazyme application Vitazyme Field Tests for 2018
Lettuce with Vitazyme application Vitazyme Field Tests for 2018 Researcher: Steven David Research organization: Sustainable Farming Solutions, Perth, Western Australia Location: Western Australia Varieties:
More informationFIRE BLIGHT INFECTIONS OF SHOOTS (SHOOT BLIGHT) FOR SUSCEPTIBLE APPLE VARIETIES
FIRE BLIGHT INFECTIONS OF SHOOTS (SHOOT BLIGHT) FOR SUSCEPTIBLE APPLE VARIETIES General Information Product Information Apogee plant growth regulator is a unique production management tool for controlling
More informationBASF Ornamentals Updates
BASF Ornamentals Updates Kathie E. Kalmowitz, PhD, Turf and Ornamentals Market Develop. Spec. Renee J. Keese, PhD, Turf and Ornamental Biology Leader IR-4 Meeting, October 7-8, 2009 BASF Ornamental Portfolio
More informationUniversity of Florida
EVALUATION OF HERBICIDES IN SEEDLESS WATERMELON Site Description Trial ID: WATERMELON07 Location: LIVE OAK General Trial Information Protocol ID: WATERMELON07 Study Director: Investigator: W. M. Stall
More informationPotassium Applications and Yellow Shoulder Disorder of Tomatoes in High Tunnels
Potassium Applications and Yellow Shoulder Disorder of Tomatoes in High Tunnels Elizabeth T. Maynard, Israel S. Calsoyas, and Jill Malecki, Purdue University, P.O. Box 1759, Valparaiso, IN 46384 emaynard@purdue.edu
More informationGARDEN MUMS FROM CELL PACKS GRIFFIN GREENHOUSE AND NURSERY SUPPLIES, INC.
GARDEN MUMS FROM CELL PACKS GRIFFIN GREENHOUSE AND NURSERY SUPPLIES, INC. Rick Yates, GGSPro Technical Support Manager E-mail: ggsprotech@griffinmail.com Upon Arrival Water as needed and keep in a full
More informationBEAN ROOT ROT EVALUATION PROTOCOLS
BEAN ROOT ROT EVALUATION PROTOCOLS Root rot diseases are widespread and often considered a major constraint to bean production, reducing both yield and profitability worldwide. Depending on the pathogen(s)
More informationSnow Mold Control Evaluation: Marquette Golf Club Marquette, MI
2016-2017 Snow Mold Control Evaluation: Marquette Golf Club Marquette, MI Kurt Hockemeyer and Paul Koch, Ph.D. Department of Plant Pathology University of Wisconsin-Madison OBJECTIVE To evaluate fungicides
More information