Cereal and Grain Legume Variety Performance Trials 2013

Transcription

1 WSU Extension Variety Testing Program Cereal and Grain Legume Variety Performance Trials 013 DEPARTMENT OF CROP AND SOIL SCIENCES TECHNICAL REPORT 13-3 Variety Approved Justine Germen with her baby girl at Dusty legume trials Photo by SO Guy SO Guy, VA Jitkov, MA Lauver, A Horton1 Department of Crop and Soil Sciences Washington State University Pullman, WA SO Guy, Extension Agronomist, VA Jitkov, Senior Scientific Assitant, MA Lauver, Scientific Assistant, A Horton, Res Tech Dept of Crop and Soil Sciences, Washington State University, Pullman, WA December 013 Extension programs and employment are available to all without discrimination

2 WSU Extension Variety Testing Program Cereal and Grain Legume Variety Performance Trials 013 SO Guy, VA Jitkov, MA Lauver, A Horton1 Department of Crop and Soil Sciences Washington State University Pullman, WA SO Guy, Extension Agronomist, VA Jitkov, Senior Scientific Assistant, MA Lauver, Scientific Assistant, A Horton, Res Tech Dept of Crop and Soil Sciences, Washington State University, Pullman, WA December 013

3 ACKNOWLEDGEMENTS This technical bulletin is a summary of results from the 013 Washington State University Extension Variety Testing Program with supporting contributions from Washington State University Extension, Washington State University Department of Crop and Soil Sciences and the Washington Agricultural Research Center In addition to funds provided by Washington State University, financial grants were provided by the Washington Grain Commission and USA Dry Pea & Lentil Council This report represents the collective efforts of many breeding programs and individuals Specific appreciation is given to the following plant breeders and their support technicians for support in collaboration, establishment and harvest of selected Variety Testing Program trials: WSU Winter Wheat Program: A Carter, Winter Wheat Breeder; G Shelton, K Balow, R Higginbotham USDA/ARS Winter Club Wheat Program: K Campbell, Geneticist/Wheat Breeder; S Johnson, A Burke WSU Spring Wheat Program: M Pumphrey, Spring Wheat Breeder; J Kuehner, V DeMacon, W Nyongesa, S Rynearson Endowed Chair in Wheat Breeding and Genetics: K Gill, Geneticist; N Kumar, P Reisenauer WSU Spring Barley Program: K Murphy Barley Breeder; M Wood WSU Barley Genetics: D vonwettstein, RANilan Distinguished Proffessor; N Ankrah, P Reisenauer USDA Wheat Genetics: B Allan (Collaborator), Winter Wheat Breeder USDA-ARS Grain Legume Genetics: R McGee, G Vandemark; J Phaff Maintaining a current website is a critical component of the Variety Testing Program that enables nearly immediate access to all data and information relating to the program Special appreciation is given to Cindy Warriner, Technical Assistant, WSU Extension for maintenance and management of the WSU Extension Variety Testing Program website: Additional Support Programs and Personnel: WSCIA: J Robinson, Manager; K Olstad Foundation Seed Service: M Saam, Manager; D Hilkin, G Becker, D Kraus USDA Plant Pathology (Stripe rust), USDA/ARS: X Chen, Plant Pathologist; USDA Western Wheat Quality Lab (Quality Data), USDA/ARS: C Morris, Cereal Chemist, Director; D Engle, A Bettge Farm Managers, WSU Dept of Crop and Soil Sciences (Support services): B Sauer (Lind Field Station); D Uberaga (Cook/Spillman Agronomy Farms, Pullman) WSU Extension-County Educators (Programs & Tours): M Heitstuman (Asotin), P Carter (Columbia), D Whaley (Douglas), D Bragg (Garfield), A Esser (Lincoln/Adams), D Roberts (Spokane/Lincoln), S VanVleet (Whitman), P Peterson (ret), (Benton/Franklin), A McGuire (Grant/Adams), S Kerr (Klickitat) Seasonal personnel (plot maintenance, harvesting, processing): B Brimlow, S Clark, S Dolezal ii

4 ACKNOWLEDGEMENTS (cont) Entry Contributors Public Private WSU Barley Breeding & Genetics - K Murphy WSU Barley Breeding & Genetics D von Wettstein WSU Spring Wheat Breeding & Genetics M Pumphrey WSU Winter Wheat Breeding A Carter WSU Wheat Breeding & Genetics K Gill USDA/ARS Wheat Genetics K Campbell USDA/ARS Wheat Genetics - R E Allan OSU Wheat Breeding R Zemetra UI Wheat Breeding J Chen UofI D Finkelnburg UC Davis Wheat Breeding J Dubcovsky USDA-ARS Barley Breeding Hu Gongshe USDA-ARS Grain Legume Genetics R McGee USDA-ARS Grain Legume Genetics G Vandemark NDSU Grain Legume Breeding K McPhee Syngenta/AgriPro J Moffatt Allstar Inc A Abatti Dow AgroSciences M Rehman/T Koehler WestBred, LLC D Clark Limagrain Cereal Seeds J Peterson Limagrain Cereal Seeds J-B Beaufume Western Ag Innovations K Greer Tri-State Seed Progene K Braunwart Farmer Cooperators Special acknowledgement is given to the numerous farmer cooperators who donated their time, land, field management, and grain yield to make this program successful Cooperator Location County Cooperator Location County Dan McKay Almira Lincoln Gil White Lamont Whitman Brit Ausman Anatone Asotin Bruce Sauer Lind Adams Steve Matsen Bickleton Klickitat Roger/Randy Koller Mayview Garfield Art Schultheis Colton Whitman Jerry Heilig Moses Lake Grant Dan Bauermeister Connell Franklin Randee Bergeson Mosel Lake Grant Jay Penner Dayton Columbia Chris Fleener Palouse Whitman Bob Morasch Steve Camp Dusty Dusty Whitman Whitman Roy Druffel David Uberaga Pullman Pullman Whitman Whitman Mark Richter Endicott Whitman Hal Johnson Reardan Lincoln David Degon Fairfield Spokane Ron Jirava Ritzville Adams Lonie Green Fairfield Spokane Larry Tanneberg St Andrews Douglas Bruce Nelson Farmington Whitman Mac Mills St John Whitman Mark Kramer Harrington Lincoln Jason Beechinor Walla Walla Walla Walla Mike Schmidt H Heaven Benton Dwelly Jones Walla Walla Walla Walla Jim Moon H Heaven Benton Glen Smith Walla Walla Walla Walla iii

5 TABLE OF CONTENTS Page Acknowledgements ii Table of Contents iv Introduction 1 Methods Table Soft White Winter Wheat Entries Table 013 Hard Winter Wheat Entries 7 Table Soft White Spring Wheat Entries Table Hard Spring Wheat Entries 9 Table 013 Spring Barley Entries 10 Table WSU Winter Wheat Variety Trial Seed Weight 11 Table WSU Spring Wheat Variety Trial Seed Weight 1 Table 013 WSU Spring Barley Variety Trial Seed Weight 13 Table WSU Spring Dry Pea Entries 14 Table WSU Lentil Entries 1 Table WSU Chickpea Entries Table 14 Cultural data for 013 WSU Spring Wheat and Barley Trial Locations 1 Table 1 Cultural Data for 013 WSU Grain Legume Trial Locations 19 Figure PNW Crop Tour Schedule Soft White Winter Wheat 1 Summary and Discussion Table WSU Grain Legume Trials Seed Weight Table 13 Cultural data for 013 WSU Winter Wheat Trial Locations Soft White Winter Wheat Trial Summary by Precipitation Zone Table 16 Precipitation Zone >0 4 Table 17 Precipitation Zone 16-0 Table 1 Precipitation Zone Table 19 Precipitation Zone <1 7 Soft White Winter Wheat Trial Summary by Precipitation Zone Table 0 Precipitation Zone >0 Table 1 Precipitation Zone iv

6 Table Precipitation Zone Table 3 Precipitation Zone <1 31 Soft White Winter Wheat Trial Location Summaries Table 4 Almira 3 Table Anatone 34 Table 6 Colton 36 Table 7 Connell 3 Table Creston 40 Table 9 Dayton 4 Table 30 Dusty 44 Table 31 Fairfield 46 Table 3 Farmington 4 Table 33 Harrington 0 Table 34 Horse Heaven Table 3 Lamont 4 Table 36 Lind Table 37 Mayview Table 3 Moses Lake 60 Table 39 Pullman 6 Table 40 Reardan 64 Table 41 Ritzville 66 Table 4 St Andrews 6 Table 43 St John 70 Table 44 Walla Walla 7 Table 4 Stripe Rust Ratings for SW Winter Wheat Trial Entries (field) 74 Table 46 Stripe Rust Ratings for SW Winter Wheat Trial Entries (greenhouse) Hard Winter Wheat Summary and Discussion 79 0 Hard Winter Wheat Trial Summary by Precipitation Zone Table 47 Precipitation Zone >16 Table 4 Precipitation Zone Table 49 Precipitation Zone <1 4 v

7 Hard Winter Wheat Trial Summary by Precipitation Zone Table 0 Precipitation Zone >16 Table 1 Precipitation Zone Table Precipitation Zone <1 7 Hard Winter Wheat Trial Location Summaries Table 3 Almira Table 4 Connell 90 Table Dayton 9 Table 6 Horse Heaven 94 Table 7 Lamont 96 Table Lind 9 Table 9 Moses Lake 1 Table 60 Pullman 10 Table 61 Reardan 104 Table 6 Ritzville 106 Table 63 St Andrews 10 Table 64 Walla Walla 110 Table 6 Stripe Rust Ratings for Hard Winter Wheat Trial Entries (field) 11 Table 66 Stripe Rust Ratings for Hard Winter Wheat Trial Entries (greenhouse) Soft White Spring Wheat 11 Summary and Discussion 116 Soft White Spring Wheat Trial Summary by Precipitation Zone Table 67 Precipitation Zone >0 11 Table 6 Precipitation Zone Table 69 Precipitation Zone Table 70 Precipitation Zone <1 11 Soft White Spring Wheat Trial Summary by Precipitation Zone Table 71 Precipitation Zone >0 1 Table 7 Precipitation Zone Table 73 Precipitation Zone Table 74 Precipitation Zone <1 1 vi

8 Soft White Spring Wheat Trial Location Summaries Table 7 Almira 16 Table 76 Bickleton 17 Table 77 Connell 1 Table 7 Dayton 19 Table 79 Endicott 130 Table 0 Fairfield 131 Table 1 Farmington 13 Table Horse Heaven 133 Table 3 Lind 134 Table 4 Mayview 13 Table Moses Lake 136 Table 6 Pullman 137 Table 7 Reardan 13 Table St John 139 Table 9 Walla Walla 140 Table 90 Stripe Rust Ratings for Soft White Spring Wheat Trial Entries Hard Spring Wheat Summary and Discussion Hard Spring Wheat Trial Summary by Precipitation Zone Table 91 Precipitation Zone >0 146 Table 9 Precipitation Zone Table 93 Precipitation Zone Table 94 Precipitation Zone <1 149 Hard Spring Wheat Trial Summary by Precipitation Zone Table 9 Precipitation Zone >0 10 Table 96 Precipitation Zone Table 97 Precipitation Zone Table 9 Precipitation Zone <1 13 Hard Spring Wheat Trial Location Summaries Table 99 Almira 14 Table 1 Bickleton 16 Table 101 Connell 1 vii

9 Table 10 Dayton 160 Table 103 Endicott 16 Table 104 Fairfield 164 Table 10 Farmington 166 Table 106 Horse Heaven 16 Table 107 Lind 170 Table 10 Mayview 17 Table 109 Moses Lake 174 Table 110 Pullman 176 Table 111 Reardan 17 Table 11 St John 10 1 Table 114 Stripe Rust Ratings for Hard Spring Wheat Trial Entries 14 Table 113 Walla Walla 013 Spring Barley 1 16 Table 11 Precipitation Zone >0 17 Table 116 Precipitation Zone Summary and Discussion Spring Barley Trial Summary by Precipitation Zone Spring Barley Trial Summary by Precipitation Zone Table 117 Precipitation Zone >0 19 Table 11 Precipitation Zone Table 119 Precipitation Zone < Spring Barley Trial Location Summaries Table 10 Almira 19 Table 11 Dayton 194 Table 1 Fairfield 196 Table 13 Farmington 19 Table 14 Mayview Table 1 Pullman 0 Table 16 St John Table 17 Walla Walla Table 1 Stripe Rust Ratings for Spring Barley Trial Entries viii

10 013 Legume Trials Table 19 Spring Pea Trial Summary 1 Table 130 Lentil Trial Summary 13 Table 131 Chickpea Trial Summary 14 Summary and Discussion Legume Trials Summary Legume Trials Location Summaries Spring Dry Pea Trial Table 13 Dusty 1 Table 133 Farmington 16 Table 134 Palouse 17 1 Table 136 Farmington 19 Table 137 Palouse 0 1 Table 140 Farmington 3 Table 141 Palouse 4 Lentil Trial Table 13 Dusty Table 13 Walla Walla Chickpea Trial Table 139 Dusty Table 14 Walla Walla ix

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12 INTRODUCTION The goal of the WSU Extension Variety Testing Program is to provide growers and the agribusiness industry with comprehensive information on the adaptation and performance of winter and spring wheat, barley and spring legume varieties across the different climatic regions and management practices in eastern Washington A related goal is to provide WSU and USDAARS breeding programs a comprehensive testing and evaluation program for advanced breeding lines to assist in determinations for variety release recommendations to the Washington Agricultural Research Center This report summarizes small-grain and grain legume cultivar performance tested in WSU Extension variety trials in crop year 013 When selecting varieties, it is important to review the yield and other variety performance data across as many trial sites with similar climatic and growing conditions as possible In addition, evaluation of the yield results should rely most heavily on the long term yield averages, when available, since yield performance based on a single year for a given variety can be misleading Variety testing results vary from year to year and site to site, just as commercial growing conditions vary across years and locations Data tables included in this report provide current year, -year, 3-year and -year averages at each location (when available) Yield and other important performance characteristics are also averaged within rainfall zones because of the strong influence of rainfall on agronomic performance This report represents research in progress Relative performance of varieties can change when tested under other environments and production practices Evaluation of any variety included in these trials should not be construed as recommending any variety over other varieties 1

13 METHODS Experimental Materials and Procedures The data presented in this report were generated in cereal and legume variety testing trials conducted in 013 The total number of varieties and locations was: soft white winter wheat: 66 entries at 1 locations; hard winter wheat: 4 entries at 11 locations; irrigated hard winter wheat: 30 entries at 1 location; soft white spring wheat: 4 entries at 1 locations; hard white spring wheat: 13 entries at 1 locations; hard red spring wheat: 3 entries at 1 locations; spring barley: 36 entries at locations; lentils: 16 entries at 4 locations; peas: 4 entries at 4 locations; chickpeas: 0 entries at 4 locations Additional 6 hard red spring wheat entries were included in the irrigated spring wheat trial at Moses Lake, WA Tables 1- list all entries for the winter and spring cereal trials An alpha lattice design with three replications was used for all cereal trials For each crop, the seeding rate was a specific number of seeds planted per square foot Planting rates were determined by weighing 10 seeds (10 kernel weight) of each cultivar (Tables 6-) Winter wheat entries were treated with CruiserMaxx 10 Cereal Custom Blend (3 oz/cwt) All spring cereals were treated with CruiserMaxx Vibrance 066 Cereal Custom Blend (3 oz/cwt) Entries were planted in small plots using one of four planter drill opener configurations based on the trial location (Tables 13 and 14) All trials were maintained under grower management conditions specific to each trial location In 013 most of the cereal experiments received an application of fungicides when conditions were conducive to development of stripe rust Fungicide management details are listed with the results of individual experiments Exceptions to this were winter wheat experiments at Connell, Dusty, Fairfield and St John These winter wheat sites did not receive fungicide applications in order to observe variety performance with the stripe rust pathogen present at natural levels Spring wheat sites at Horse Heaven, Moses Lake did not receive fungicide application due to lack of stripe rust pressure at these locations Spring Grain Legume experiments were conducted at 4 locations Tables 9-11 list all entries for the spring grain legume trials Seeding rates were determined by weighing 1 seeds (1 seed weight) of each cultivar (Table 1) Legume experiments were designed using alpha lattice with 3 replications Grain legume trials were planted in small plots using double disk drill Details for each trial location are presented in Table 1 Grain legume trial entries were treated with the blend of Apron XL LS, Maxim 4 FS, Mertect LSP, Cruiser FS and Sodium Molybdate Peas and lentils were treated with 10 oz/cwt rate of the blend; chickpeas were treated with 14 oz/cwt of the above blend Rhizobium inoculum was added to grain legume seed for locations when naturally occurring Rhizobium is not present in the soil or present at low levels Seeding rates for grain legumes were: peas, lentils 9, chickpeas seeds/sqft

14 Fertility levels for all crops were maintained under typical grower management practices at each location Soil sampling was done at all locations with hard wheat trials Soil test results were used to estimate the amount of nitrogen needed to attain a minimum grain protein level of 11% for average yield potentials for winter wheat trials for each location The calculation estimate used for hard winter wheat was 30 pounds of nitrogen X expected bushel yield Nitrogen level requirements for hard spring wheat trials was based on attaining a minimum 14% grain protein levels, calculated as 37 pounds of nitrogen X expected bushel yield All additional fertilizer was spring applied as urea ammonium sulfate ( ) using a broadcast surface application, unless application was made by a grower Weed management included spring herbicide applications of commercial herbicides typically used by growers in each region Clearfield varieties were not treated with Beyond herbicide since experiments were designed to compare each entry under uniform conditions Applying Beyond to Clearfield varieties could create bias in the trials since all entries would not be managed the same Weed management for legume variety trials was based on standard commercial practices and consisted of post-plant pre-emergence application of Lorox (1 lb/a) and Sencor (6 oz/a) at all locations Additional hand weeding was utilized when needed Palouse pea experiments were treated with Asana XL (96 oz/a) to control pea weevils Variety plot tours were conducted at each location to provide growers and agribusiness personnel opportunities to conduct in-field observations of all entries (Figure 1) Prior to each plot tour, experiments were trimmed to final harvest dimensions using ether rotary mowers to cut alleyways between ranges or a by applying Roundup PowerMax herbicide with a hooded alley sprayer When reported, stripe rust (Puccinia striiformis, West) ratings were measured using expanded scales for recording stripe rust Seed samples of all winter wheat, spring wheat and spring barley were provided for additional screening conducted by Dr X Chen, Plant Pathologist, USDA/ARS These evaluations were done at various locations under field conditions Winter wheat entries were additionally screened under greenhouse conditions Stripe rust evaluations for all trial entries can be found in Tables 4, 46, 6, 66, 90, 114 and 17 INFECTION TYPE (IT): A 0-9 scale that is more damaging at higher levels on the scale 0 = no visible signs or symptoms 1 = necrotic and/or chlorotic flecks; no sporulation = Necrotic and/or chlorotic blotches or stripes; no sporulation 3 = Necrotic and/or chlorotic blotches or stripes; trace sporulation 4 = Necrotic and/or chlorotic blotches or stripes; light sporulation = Necrotic and/or chlorotic blotches or stripes; intermediate sporulation 6 = Necrotic and /or chlorotic blotches or stripes; moderate sporulation 7 = Necrotic and/or chlorotic blotches or stripes; abundant sporulation = Chlorosis behind sporulating areas; abundant sporulation 9 = No necrosis or chlorosis; abundant sporulation SEVERITY (%): Severity is a percentage of the plants of a variety that are being infected with stripe rust 3

15 Heading date for each entry was recorded when 0% of the heads were out of the boot and reported as Julian date Plant height measurements were collected by selecting an average plant in each plot and measuring to the top of the spike (not including awns) Lodging is reported as a percentage of the plant spikes that were lodged prior to harvest All cereal entries were evaluated for grain yield, test weight and grain protein percentage Plot size for all trials ranges from 4 to 0 square feet (Tables 13 and 14) The entire plot was harvested with small plot combines and grain yield (grams/plot) was converted to per acre yield Wheat yield is reported in the standard 60 pounds per bushel Barley trial yield is reported in pounds per acre Test weight is reported in pounds per bushel Grain protein percentage is reported for both wheat and barley entries, determined using a near infrared transmittance (NIRT) protein analyzer on a 1% moisture basis All legume entries were evaluated for yield (reported in pounds per acre) and 1 seed weight Additionally, canopy height is reported for pea trials and plant height is reported for all legume trials Canopy index (canopy height/plant height) is included in pea trial results After harvest experiment data were analyzed, summarized, and sent out via list serve to anyone who requested being listed on the list Winter wheat data had priority in processing to provide growers immediate information to help in making fall planting decisions Spring data were also sent on the list serve and all spring data were completed by the end of September 013 Data were also posted to the Variety Testing Program web site ( in nearly the same time sequence contacts can be added to the list serve by sending a request to sguy@wsuedu Statistical Analysis and Interpretation Entry means (averages) are shown within the body of the data tables and the overall trial average at the bottom of the tables for yield, test weight and protein The least significant difference (LSD) and the coefficient of variation (CV) are also listed The LSD is presented at the 10 percent error level and is an aid in comparing the performance of any two varieties within a given year and location If the reported value of a variety is greater than another variety by more than the LSD value, then there is at least a 9 out of 10 chance the yields of those varieties are different and not due to random variation If the measured values differ by less than the LSD value, the differences may be due to random error rather than actual differences Yield values are reported from highest to lowest within a table, and some varieties are shown in bolded type that are within the LSD range of the highest yielding variety This only shows the LSD range of the top yielding varieties and LSD comparisons can be done on any varieties of interest within a table The coefficient of variation (CV) is given as a general measurement of the precision of each experiment CV values are listed as a percent and assist in estimating how much variation is not due to variety differences but due to differences in soil variability, soil moisture, diseases, weeds, experimental technique, etc For yield a CV of 1% to 1% is considered acceptable, while a CV greater than 1% indicates that considerable unaccounted for variation was present The higher the CV, the more difficult it is to detect differences between varieties 4

16 Table Soft White Winter Wheat Entries Name All Precipitation Zones A A 4J C A ARS L ARS C ARS C ARS9730-6C ARS9X40-1C ARS9977-1C ARS-Amber ARS-Chrystal ARS-Crescent ARS-Selbu (ARS L) Bobtail (OR7P94) Bruehl Cara Coda Eltan IDO110 Kaseberg (OR0716) LWW LWW Madsen Mary Masami OR (Rosalyn) OR94 ORCF-103 Puma (WA 134) Skiles Stephens Trifecta Tubbs 06 WA 11 WA 13 WA 1 WA 171 WB- WB-Junction Xerpha Originator Class UofI UofI USDA-ARS/WSU UofI USDA-ARS/WSU USDA-ARS/WSU USDA-ARS/WSU USDA-ARS/WSU USDA-ARS/WSU USDA-ARS/WSU USDA-ARS/WSU USDA-ARS/WSU USDA-ARS/WSU UDSA-ARS/WSU OSU WSU USDA-ARS/WSU USDA-ARS/WSU USDA-ARS/WSU UofI OSU Limagrain LLC Limagrain LLC USDA-ARS/WSU OSU WSU OSU OSU OSU WSU OSU OSU WestBred LLC OSU WSU WSU WSU WSU WestBred LLC WestBred LLC WSU - Soft White Winter WC - Winter Club I - Soft White Winter, Clearfiled WC WC WC WC WC WC WC WC WC WC WC I I PI Number PI PI PI 6604 PI PI PI PI 9437 PI Old Name ARS96077L ARS977-3 ARS C ARS L OR7P94 WA 733 ARS WA 77 WA 7431 JC110 OR0716 PI PI PI WA 7163 OR04076 WA 7916 OR PI 613 PI 614 Cltr 1796 ORI04037 WA 134 ORH01 OR PI 6103 Tubbs 06 PI PI 6641 PI 6460 J061-4 BZ 6W9- WA 7973

17 Table 1 cont 013 Soft White Winter Wheat Entries Name Originator Class <16" Zones Only Eltan/Tubbs 06 Otto WA 143 WA 1 WA 169 WA 170 UofI WSU WSU WSU WSU WSU I >16" Zones Only AP Legacy AP7 CL Bruneau Ladd (OR07070) LCS-Artdeco (NSA06-13A) Legion OR641 SY Ovation WA 14 WA 14 WA 17 WA 173 WA 174 WA 17 WA 176 WB 46 WB 3 WB-1070CL AgriPro AgriPro UofI OSU Limagrain LLC AgriPro OSU Syngenta Seeds, Inc WSU WSU WSU WSU WSU WSU WSU WestBred LLC WestBred LLC WestBred LLC I I - Soft White Winter WC - Winter Club I - Soft White Winter, Clearfiled 6 PI Number PI 6677 Old Name ELT0TUB060 WA 09 J J PI 6 PI 6444 PI ORFBC967-0 OSU POP--13 ID A PI PI 603 NSA06-13A 99X19-3 PI J061- J J007-6 J SSD PI 66409

18 Table 013 Hard Winter Wheat Entries Name Originator Class PI Number All Precipitation Zones AP03 CL Syngenta Seeds Inc WSU Bauermeister Boundary UofI DAS 1 Dow Agri Science DAS Dow Agri Science Eltan USDA-ARS/WSU Farnum WSU WSU Finley Genesis AllStar LLC IDO1101 UofI IDO110 UofI IDO1103 UofI Keldin WestBred LCS Colonia Limagrain LLC LCS-Azimut Limagrain LLC Norwest 3 OSU NSA Limagrain LLC OR16H OSU OR7H OSU OR9H OSU OR36H OSU Sprinter (WA 11) WSU WB-Arrowhead WestBred LLC Whetstone AgriPro HRW HRW HRW HRW HRW HRW HRW HRW HWW HRW HRW HRW HRW HRW HRW HRW HWW HWW HWW HWW HRW HRW HRW PI 6443 PI PI CL WA7939 IDO467 PI PI 633 PI 677 PI WA 7431 WA797 WA 7773 Genesi JC1101 JC110 JC1103 ACS 017 PI 6030 ORNB3 <16" Zones Only IDO16 UI Silver UI SRG WA 119 WA 16 WA 17 WA 1 WA 19 WA 17 WA 179 WA 10 WA 11 UofI UofI UofI WSU WSU WSU WSU WSU WSU WSU WSU WSU HRW HWW HRW HRW HRW HRW HWW HWW HRW HRW HRW HRW >16" Zones Only WA 1 WA 13 WA 14 WA 1 WA 16 WB-Rimrock WSU WSU WSU WSU WSU WestBred LLC HRW HWW HWW HRW HRW HRW HRW - Hard Red Winter HWW - Hard White Winter - Soft White Winter (check) 7 Old Name OR16H OR9H PI PI 69 PI 6467 PI WA 11 ML9W0-01 W9-344 IDO6 IDO66 J J06014 J06133 J06133 J PI LasWA LasWA061-6 LasWA061-7 FarEd FarEd106 ACS 0

19 Table Soft White Spring Wheat Entries Name Alpowa Alturas ARS03174CS-14 Babe Diva IDO1 IDO IDO4 JD Louise Louise-0W1 Louise-G Nick UI-Stone (IDO99) WA 16 WA 19 WA 193 WA 194 WA 19 WA 196 Wakanz WB-103CL+ Whit Zak Originator WSU UofI USDA-ARS/WSU WSU WSU UofI UofI UofI WSU WSU Westbred, LLC UofI WSU WSU WSU WSU WSU WSU WSU Westbred, LLC WSU WSU SWS - Soft White Spring SC - Spring Club 1 - No Wireworm control treatment - Wireworm control treatment (Gaucho oz) Class PI Number Old Name SWS SWS SC SWS SWS SWS SWS SWS SC SWS SWS SWS SWS SWS SWS SWS SC SWS SWS SWS SWS SWS SWS SWS PI 6696 PI WA 7677 IDO6 PI PI WA039 WA090 PI PI 6346 WA047 WA791 PI PI 6600 BZ IDO99 PI 063 PI 6649 PI 6341 PI WA 713 WA WA 70

20 Table Hard Spring Wheat Entries Name 0SB06-B 11SB96 AUBR3109W (Roydon) BR7030 Bullseye CHBR141W (Rexon) COI6W Dayn (WA 13) Glee (WA 074) Glee-0W1 Glee-G Hollis IDO10S IDO694C IDO6E IDO6T Jefferson Kelse Lassik LCS-Buck Pronto LNR10-01 Otis Patwin 1 Scarlet SY60 CL Tara UI-Winchester WA 163 WA 164 WA 16 WA 166 WA 190 WA 191 WA 19 WB Hartline WB979CLP Irrigated Entries Cabernet Expresso Solano WB99 WB976 WBEXP- Originator Limagrain Cereal Seeds Limagrain Cereal Seeds World Wide Wheat General Mills AgriPro/Syngenta World Wide Wheat World Wide Wheat WSU WSU PI Number WSU UofI UofI UofI UofI UofI WSU UC Davis Limagrain Cereal Seeds Limagrain Cereal Seeds WSU UC Davis WSU Syngenta WSU UofI WSU WSU WSU WSU WSU WSU WSU WestBred WestBred Class HWS HRS HWS HWS HRS HWS HWS HWS HRS HRS HRS HRS HWS HWS HRS HRS HRS HRS HRS HRS HRS HWS HWS HRS HRS HRS HRS HWS HRS HRS HRS HRS HRS HWS HWS HRS AgriPro/Syngenta WestBred WestBred WestBred WestBred WestBred HRS HRS HRS HRS HRS HRS HRS - Hard Red Spring HWS - Hard White Spring 1 - No Wireworm control treatment - Wireworm control treatment (Gaucho oz) 9 Old Name PI 6036 GMBR7030 AP-1 PI PI WA13 H013 PI 637 WA79 PI PI 634 PI 633 PI IDO46 WA794 LASSIK T 10 PI PI PI PI 6910 PI PI 6436 WA7931 WA70 03S WA74 IDO7 PI 6606 BZ903-44WP PI PI PI WV10616 DA94-034SRR DA9-9

21 Table 013 Spring Barley Entries Name Originator Class PI Number Baronesse 07MBR1 07WA-61 09WA WA WA-13 09WA-31 09WA WA-6 4NZ163 NZ4 NZ013 Ab07-X Ab07-X Ab07-X04M19-46 Ab09-X06F0HL- Ab09-X06F0HL-1 Ab09-X06F07HL-170 AC Metcalfe Bob CDC Copeland CDC Meredith Champion Genie Harrington Lenetah Lyon (0WA-316K) Meresse Muir (07WA-6016) Odyssey Overature Tradition Vespa (LSC LN09-090) X0013-T1 X06G07-T43 X07G19-T70 WestBred, LLC WSU WSU WSU WSU WSU WSU WSU WSU WSU WSU WSU USDA-ARS, Aberdeen USDA-ARS, Aberdeen USDA-ARS, Aberdeen USDA-ARS, Aberdeen USDA-ARS, Aberdeen USDA-ARS, Aberdeen Ag Canada WSU U of Saskatchewan U of Saskatchewan WestBred, LLC Limagrain Cereals LLC U of Saskatchewan USDA-ARS, Aberdeen WSU WestBred, LLC WSU Limagrain Cereals LLC Limagrain Cereals LLC Bush Ag Limagrain Cereal Seeds WSU WSU WSU S1 S S S S S S S SNWx,3 S S6A4, S6A S S S SNWxBg6 SNWxBg SNWxBg S S S S S S S S S SNWx S S S S6 S SNBg SNBg SNBg PI row - "N" - Hulless 3 - "Wx" - Waxy 4-6-row - "A" - Pro-Anthocyanidin Free 6 - High BetaGlucan 10 Old Name 07WA-61 4NZ163 PI 69 PI PI 6417 PI 6440 PI PI 6144 WA 6-96 SKTR010 YU-01-3D WA673 01Ab WA-316K BZ WA-6016

22 Table WSU Winter Wheat Variety Trial Seed Weight Name 10 Seeds KW per (grams) Pound Name Soft White Common A A 4J C A AP 7 CL AP Legacy ARS L ARS-Amber ARS-Selbu (ARS L) Bobtail (OR7P94) Bruneau Eltan Eltan/Tubbs 06 JC110 Kaseberg (OR0716) Ladd (OR07070) LCS-Artdeco (NSA06-13A) Legion LWW LWW Madsen Mary Masami OR641 OR94 OR (Rosalyn) ORCF-10 ORCF-103 Otto Puma (WA 134) Skiles Stephens SY Ovation Trifecta Tubbs 06 WA 14 WA 143 WA 11 WA 1 WA 13 WA 1 WA 169 WA 170 WA 171 WA 17 WA 173 WA 174 WA 17 WA 176 WA 177 WB 46 WB 3 WB-1070CL WB- WB-Junction Xerpha 10 Seeds KW per (grams) Pound Soft White Club ,343 1,76 1,43 1,343,467 10,067 11,497 1,3 1,177 10,63 11,70 10,044 9,96 10,9 1,64 10,03 10,390 10,414 11,736 11,9 9,96 9,060 10,044 11,33 10,09 11,97 1,016 9,0 10,69 11,411 10,134 9,74,61 11,13 9,04 13,130 13,66 11,797 10,63 11,049 9,91 10,0 10,760 9,7 10,6 10,609 1,10 11,33 1, 1,69 11,6 1,177,47 11,41 11,93 10,709 ARS C ARS C ARS9730-6C ARS9X40-1C ARS9977-1C ARS-Chrystal ARS-Crescent Bruehl Cara Coda ,70 1,4 11,9 14,31 11,70 13,46 11,13 10,390 11,049 11, ,9 11,766 11,736 1,761 1,7 13,169 11,049 11,64 11,736 10, ,7 10,0 10,37 11,61 1,016 11,1 10,09 10,609 13,4 11,439 10,94 9,37 1,7 1,14 9,7 11,90 11,797 1,61 11,049 9,3 11,1 11,64 10,73 10,76 10,73 11,736 10,969 1,76 10,4,69 13,130 Hard White Winter JC1101 OR16H OR7H OR9H OR36H UI Silver WA 1 WA 19 WA 13 WA 14 Hard Red Winter AP03CL Bauermeister Boundary DAS 1 DAS Farnum Finley Genesis IDO16 JC110 JC1103 Keldin LCS Colonia LCS-Azimut Norwest 3 NSA Sprinter (WA 11) UI SRG WA 119 WA 16 WA 17 WA 17 WA 179 WA 10 WA 11 WA 1 WA 1 WA 16 WB-Arrowhead WB-Rimrock Whetstone 11

23 Table WSU Spring Wheat Variety Trial Seed Weight Name 10 Seeds KW per (grams) Pound Soft White Common Alpowa Babe Diva Nick Wakanz Whit Zak Louise Louise-G Louise-0W Alturas UI-Stone (IDO99) IDO IDO1 IDO4 WA 16 WA 19 WA 193 WA 194 WB-103CL+ WA 19 WA 196 ARS03174CS-14 Seeds per Pound 11SB96 Bullseye Cabernet Expresso Glee (WA 074) Glee-0W Glee-G Hollis IDO6E IDO6T Jefferson Kelse Lassik LCS-Buck Pronto LNR10-01 Scarlet Solano SY60 CL Tara UI-Winchester WA 164 WA 16 WA 166 WA 190 WA 191 WB99 WB976 WB979CLP WBEXP ,79 10,73 11,497 1,43 10,09 10,09 10,09,93 14,06 1,36 14,19 9,37 11,33 10,94 13,96 10,609 10,366 14,0 1,310 14,4 11,91 11,103 1,7 17,36 13,34 14,90 1,016 1,7 1,177 Hard White Spring 0SB06-B AUBR3109W (Roydon) BR7030 CHBR141W (Rexon) COI6W Dayn (WA 13) IDO10S IDO694C Otis Patwin 1 WA 163 WA 19 WB Hartline ,966 11,049 11,411 10,03 9,91 14,16 11,797 14,613 10,414 10,73 1,411 1,343 1,04 Hard Red Spring ,41 9,497 10,17 10,0 11,46 11,797 10,709,76,3,0 1,00 1,67 1,0 1,797 11,103 1,76 1,310 14,660 13,44 11,130 1,10 13, ,3 17,3 Soft White Club JD 10 KW (grams) Name 1

24 Table 013 WSU Spring Barley Variety Trial Seed Weight Name 10 Seeds KW per (grams) Pound Name -row Bob Baronesse Harrington Champion CDC Copeland CDC Meredith AC Metcalfe Lenetah Muir (07WA-6016) Lyon (0WA-316K) 07WA-61 LSC LN WA-31 09WA WA-13 09WA WA MBR1 Ab07-X Ab07-X Ab07-X04M NZ163 Genie Overature Odyssey 10 KW (grams) Seeds per Pound ,3 11,7 11, ,46 9,69 10,9 10,366 1,76 11,6 1,33 1,797 6-row ,4 10,067 10,09,63,917 10,17,796 9,77 10,0 10,390 10,09 11,103 11,497 10,0 9,74 10,366 10,4 11,69 9,934 9,43 10,9 10,067 10,760,93,69 Tradition NZ013 NZ4 -row Hulless 09WA-6 Ab09-X06F0HL- Ab09-X06F0HL-1 Ab09-X06F07HL-170 Meresse X0013-T1 X06G07-T43 X07G19-T70 13

25 Table Spring Dry Pea Entries Name Aragorn Ariel Banner Columbian Greenwood (Pro 7040) NDP111 Pro Pro PS PS01736 PS0140 PS PS PS07ND0190 PS01133 PS01 Carousel Pro Pro 793 Pro PS0719 PS01014 PS01010 Universal Originator ProGene Crop & Food Res, NZ ProGene Campbell Soup Co ProGene NDSU ProGene ProGene USDA-WSU USDA-WSU USDA-WSU USDA-WSU USDA-WSU USDA-WSU USDA-WSU USDA-WSU ProGene ProGene ProGene ProGene USDA-WSU USDA-WSU USDA-WSU ProGene 14 Class Green Green Green Green Green Green Green Green Green Green Green Green Green Green Green Green Yellow Yellow Yellow Yellow Yellow Yellow Yellow Yellow

26 Table Lentil Entries Name Eston LC016073E LC07ND0E LC07ND06E Brewer LC L LC060B13L LC060B130L Merrit LC06113P Morena Pardina Avondale (LC01603R) Richlea Crimson LC0166T Originator U of Saskatchewan USDA-WSU NDSU NDSU USDA-WSU USDA-WSU USDA-WSU USDA-WSU USDA-WSU USDA-WSU USDA-WSU Spain USDA-WSU CDC - Ag Canada USDA-WSU USDA-WSU Table Chickpea Entries Name BGC09M BGC10M BGC0916 BGC093 Billy beans CA04943C CA0490B03D CA0790B34C CA0790B43C CA0790B4C CA090B049C CA090B06D CDC Alma CDC Frontier CDC Orion Dwelley Evans Myles Sawyer Sierra Originator NDSU NDSU NDSU NDSU Spain USDA-WSU USDA-WSU USDA-WSU USDA-WSU USDA-WSU USDA-WSU USDA-WSU CDC - Ag Canada CDC - Ag Canada CDC - Ag Canada USDA-WSU USDA-WSU USDA-WSU USDA-WSU USDA-WSU 1 Class Eston Eston Eston Eston Laird Laird Laird Laird Laird Pardina Pardina Pardina Richlea Richlea Turkish red Turkish red

27 Table WSU Legume Trials Seed Weight Name 1 Seeds seed wt per (grams) Pound Name Peas Aragorn Ariel Banner Columbian Greenwood (Pro 7040) Pro Pro NDP111 PS07ND0190 PS PS01736 PS0140 PS PS PS01133 PS01 Carousel Universal Pro 793 Pro Pro PS01010 PS0719 PS seed wt (grams) Seeds per Pound ,3 11,91 11,91 13,77 9,43 10,9 10,76,71,47 4,71,0 6,1 6,761 7,306 10,067 13, , , , ,11 1,174 1,113 1, 97 1,394 1,434,49 Lentils ,34,36,34,016,0,34,016,91,06,130 1,964,034,110,043 1,947,01,090,016 1,71 1,67 1,90 1,74 1,07 1,99 LC016073E LC07ND06E LC07ND0E Eston LC06113P Morena Pardina Avondale (LC01603R) Richlea LC060B13L LC060B130L LC L Merrit Brewer LC0166T Crimson Eston Eston Eston Eston Pardina Pardina Pardina Richlea Richlea Laird Laird Laird Laird Laird Turkish red Turkish red Chickpeas Dwelley Evans Sawyer Sierra Billy beans CA0790B43C CA04943C CA0790B34C CA0790B4C CA090B049C CDC Alma CDC Orion CDC Frontier BGC09M BGC10M BGC093 BGC0916 CA0490B03D CA090B06D Myles 16

28 17 Fallow St John Pullman Farmington 1 N 10P 10N 1K 1S 10N S 114N 0P 0S 114N 0P 0S 114N 0P 0S 90N 1S 7N 13P 13S N 1S 17N1P 1S 70N 10S 0N 0S 0N 10S 60N 10P 10S 7N 10S 0N 10S 60N 10S 0N 10S 40N 10S 60N S P 63N 10S Base 7N 4S 0N S N S N 7S --- 6N 10S N 9S N 10S 40N 6S 60N 9S Additional Hard Trial Fertilizer - DF = Deep Furrow: DD = Double Disc; H = Hoe openers; NT = No-till Cross Slot Potatoes Chickpeas Lentils Lentils Chickpeas Colton Fairfield Chem Fallow Chem Fallow Reardan Walla Walla Fallow Fallow Lamont Mayview Fallow Dusty Spring Wheat Fallow Creston Dayton Fallow Chem Fallow Fallow St Andrews Anatone Fallow Ritzville Almira Fallow Lind Chem Fallow Fallow Harrington Horse Heaven Fallow Irrigated Moses Lake > < 1 Crop Previous Connell Location Rainfall (in) Nursery Annual Average 17-Oct -Oct 10-Oct 4-Oct 1-Oct -Sep 0-Sep 14-Sep 3-Oct 1-Oct 13-Sep 0-Sep 13-Sep 19-Sep 13-Sep 4-Sep -Sep 7-Sep 11-Oct 11-Sep -Sep Date DD DD NT NT NT NT DD NT DD DD DD DD DD NT DD DF DF DF NT DF DF Space Type1 9# = 37 Seeds/Ft # = 1 Seeds/Ft (in) Row Planter 0# = 1 Seeds/Ft (lb/a) Rate Planting (ft ) Area Harvest 6-Aug 14-Aug 13-Aug 16-Aug 13-Aug -Jul 7-Aug 19-Aug 1-Aug -Aug 1-Aug 31-Jul 19-Aug 6-Jul 9-Aug 1-Aug 30-Jul -Jul -Jul 30-Jul 1-Jul Date Harvest Table 13 Cultural Data for 013 WSU Winter Wheat Variety Trial Locations (in) Pptn Year Crop Latah and/or Reardan Silt Loam Timmerman Coarse Sandy Loam Thatuna Silt Loam Palouse Silt Loam Walla Walla Silt Loam Elevation Latah Silt Loam Athena Silt Loam Hanning Silt Loam Athena Silt Loam Mondovi Athena Silt Loam Onyx Silt Loam Bagdad Silt Loam 3 Neconda and/or Ferdinand Silt Loam ph Soil Bagdad Silt Loam Siweeka Ritzville Ritzville Shano Silt Loam Renslow Silt Loam Ritzville Type Soil Longitude N W N W N47 09 W N W N W N W N W N W11 3 N W N W N47 41 W N W N47 49 W N W N47 34 W N W N47 0 W N W N W Latitude Location Data

29 1 Winter Wheat Winter Wheat Reardan St John Walla Walla Winter Wheat Pullman, SW Pullman, BLY 1 10N 0P 0K 60N 10P 10S 60N 10P 10S 14N 0S 114N 0S 0P 14N 0P 0S 70N 10S 0N 14P 14S 7N 1S 169N 1P 0S 30N P S 6N S 0N 10S 39N 1P 63N 10S 13N 1P 3S Base N 1S N 10N N 34N 6N 6N --- 4N 40N 7P 7S 10N Additional Fertilizer - DD = double disc drill; NT-X = Cross Slot; NT-H = No Till Hoe Potatoes Winter Wheat Winter Wheat Farmington Winter Wheat Winter Wheat Mayview Fairfield Winter Wheat Winter Wheat Dayton Winter Wheat Endicott Fallow Winter Wheat Almira Lind Chem Fallow Fallow Horse Heaven Spring Wheat Connell Irrigated Moses Lake > <1 Crop Previous Bickleton Location Rainfall (in) Nursery Annual Average 1-Mar 6-Apr 1-Apr 1-Apr 1-Apr 6-Mar 9-Apr 4-Apr 1-Apr -Apr 4-Apr 17-Apr 11-Mar 14-Mar 13-Mar -Apr Date Wheat Barley Rate (lb/a) Planting (in) Space Row (in) 0 Moisture (ft ) (in) 1# = Seeds/Ft (wheat)/30 Seeds/Ft (barley) 90# = Seeds/Ft (wheat)/7 Seeds/Ft (barley) 0# = 0 Seeds/Ft (wheat)/4 Seeds/Ft (barley) -Aug 1-Aug 7-Aug 3-Sep 1-Sep -Aug -Aug 0-Aug 7-Aug 3-Aug 14-Aug 1-Aug 1-Jun -Jul 31-Jul 30-Aug Date Rainfall Harvest Precipitation Soil Area Harvest 60# = 1 Seeds/Ft (wheat)/1 Seeds/Ft (barley) DD DD DD NT-X NT-X DD DD NT-H DD DD NT-H DD DD NT-X DD NT-X Type 1 Planter Type Soil Latah and/or Reardan Silt Loam Timmerman Coarse Sandy Loam Elevation Thatuna Silt Loam ph Soil Latah and/or Reardan Silt Loam Palouse Silt Loam Walla Walla Silt Loam Athena Silt Loam Hanning Silt Loam Athena Silt Loam Mondovi Onyx Silt Loam Bagdad Silt Loam Ritzville Shano Silt Loam Ritzville Broadax Silt Loam Table 14 Cultural Data for the 013 WSU Spring Wheat and Barley Variety Trial Locations W W W Longitude W W W W W W W W N W N N W N N N N N W N N46 39 N W N N W N N N4 99 Latitude Location Data

30 19 1 Palouse > 0 - DD = double disc drill Walla Walla Farmington Dusty Location Rainfall (in) Nursery Annual Average Chickpea Lentil Winter wheat 16-Apr 19-Mar 1-May Chickpea 1-May 1-May Winter wheat Lentil Pea -May Chickpea -May -May Spring wheat Lentil Pea 16-Apr Chickpea 1-Mar Date 1-Mar Winter wheat Crop Previous Lentil Pea Experiment Seeds/Ft Rate Lbs/A Planting DD DD DD DD Space Type (in) Row Planter (ft ) Area Harvest (in) Precip Season 0-Aug -Jul 13-Sep 7-Aug 7-Aug 13-Sep 9-Aug 9-Aug 0-Aug 9-Aug 3-Jul Date Harvest Walla Walla Silt Loam Silt Loam Latah and/or Reardan Thatuna Silt Loam Onyx Silt Loam Type Soil Table 1 Cultural Data for the 013 WSU Spring Grain Legume Variety Trial Locations Elevation N N N Latitude Longitude W W W Location Data

31 WSU Variety Testing Program 013 PNW Crop Tour Schedule The 013 crop tour season will soon be starting and provides opportunities to view field trials and interact with Washington State University personnel and others about cereal varieties and crop management practices Cereal breeders, extension agronomists, end-use quality experts, and plant pathologists will be presenting information at various events The small grain variety and research tours, listed below, provide a guide for wheat and barley tours in Washington and nearby locations Please check with the contact listed prior to the tour to verify the time, location, who is presenting, and ensure a place at the table if food is served Location maps for the WSU Cereal Variety trials are available online at Grains Commission funds support the trials and the tours, and we look forward to seeing you in the fields Stephen Guy, WSU Extension Agronomist Date Time May 9: AM 4 Jun :4 AM Jun 1: PM 6 Jun : AM 6 Jun 3: PM 11 Jun :30 AM 11 1 June 13 Jun :30 AM 13 Jun 6: PM 14 Jun : PM 1 Jun 7: AM 19 Jun : AM 19 Jun 1: PM 4: PM 19 Jun 0 Jun 9: AM 0 Jun 3:30 PM Jun 3: PM Jun 6:30 PM 6 Jun :30 AM 6 Jun : AM 7 Jun 7: AM 7 Jun 3: PM 7 Jun : AM 10 Jul : AM 11 Jul : AM 16 Jul 9:30 AM 16 Jul : PM 16 Jul : PM Location Contact WAWG Wheat University Lind Horse Heaven Ritzville Western Whitman Co LaCrosse Connell Pendleton Field Day *WSCS & WWW Meeting Pendleton Lind Field Day Harrington St Andrews Fairfield Moses Lake irrigated WSU Weed Sci Pullman Almira Mayview Anatone Walla Walla (pea, lentil, chickpea) Walla Walla (wheat) Dayton NLincoln Co Creston Reardan Bickelton Cook Farm Field Day Pullman Colton (PNW Coop, Genesee) Spillman Farm Field Day Pullman Farmington St John Lamont Aaron Esser, Steven Norberg, Aaron Esser, Steve Van Vleet, Steven Norberg, Don Wysocki, Stephen Machado, Bill Schillinger, Diana Roberts, Dale Whaley, Diana Roberts, Andy McGuire, Ian Burke, Diana Roberts, Mark Heitstuman, Mark Heitstuman, Paul Carter, Paul Carter, Paul Carter, Aaron Esser, Diana Roberts, Todd Murray, Dave Huggins, Steve Van Vleet, Stephen Guy, Steve Van Vleet, Steve Van Vleet, Steve Van Vleet, *Western Society of Crop Science and Western Wheat Workers: 0

32 013 Soft White Winter Wheat Summary and Discussion Soft White Winter Wheat Trial Summary by Precipitation Zone Table 16 Precipitation Zone >0 4 Table 17 Precipitation Zone 16-0 Table 1 Precipitation Zone Table 19 Precipitation Zone <1 7 Soft White Winter Wheat Trial Summary by Precipitation Zone Table 0 Precipitation Zone >0 Table 1 Precipitation Zone Table Precipitation Zone Table 3 Precipitation Zone <1 31 Soft White Winter Wheat Trial Location Summaries Table 4 Almira 3 Table Anatone 34 Table 6 Colton 36 Table 7 Connell 3 Table Creston 40 Table 9 Dayton 4 Table 30 Dusty 44 Table 31 Fairfield Table 34 Horse Heaven Table 3 Lamont 4 Table 36 Lind Table 37 Mayview Table 3 Moses Lake 60 Table 39 Pullman 6 Table 40 Reardan 64 Table 41 Ritzville 66 Table 4 St Andrews 6 Table 43 St John 70 Table 44 Walla Walla 7 Table 4 Stripe Rust Ratings for SW Winter Wheat Trial Entries (field) 74 Table 46 Stripe Rust Ratings for SW Winter Wheat Trial Entries (greenhouse) 76 Table 3 Farmington Table 33 Harrington 1

33 013 WSU Soft White Winter Wheat Trial Summary Precipitation Zone >0 1 Soft white winter wheat grain yield across locations and 9 entries in the >0 precipitation zone averaged 10 bushels/acre, equivalent to the 01 average of 106 bushels/acre but lower than the 011 average of 139 bushels/acre The CV for the average data was 4 and equal to the 01 CV value In general, the 013 trials had good fall establishment, no stripe rust impact, but some differential late spring frost injury Yields among entries averaged across locations ranged from 97 to 10 bushels/acre and reflected a mostly average growing season Mary and Bruneau were the highest yielding named varieties averaged across locations and are within a 10% LSD range (4 bushels/acre) of each other 3 Test weight averaged 6 lbs/bu across locations and entries and was lower than last year s 91 lbs/bu average Grain protein averaged 10% and was slightly higher than last year s 10% average 013 WSU Soft White Winter Wheat Trial Summary Precipitation Zone Soft white winter wheat grain yield across locations and 9 entries in the 16-0 precipitation zone averaged 111 bushels/acre, equivalent to the 01 average of 110 bushels/acre but lower than the 011 average of 139 bushels/acre The CV for the average data was and equal to the 01 CV value In general the 013 trials had good fall establishment, no stripe rust impact, but some differential late spring frost injury Yields among entries averaged across locations ranged from 97 to 1 bushels/acre and reflected a mostly average growing season Bobtail, ARS-Selbu, ARSCrescent, Puma and Mary were the highest yielding named varieties averaged across locations and are within a 10% LSD range (4 bushels/acre) of each other 3 Test weight averaged 94 lbs/bu across locations and entries and was lower than last year s 607 lbs/bu average Grain protein averaged 109% and was higher than last year s 10% average

34 013 WSU Soft White Winter Wheat Trial Summary Precipitation Zone Soft white winter wheat grain yield across locations and 47 entries in the 1-16 precipitation zone averaged 7 bushels/acre, 13 bushels/acre less than the 01 average of 1 bushels/acre and bushels/acre lower than the 011 average of 109 bushels/acre The CV for the average data was and equal to the 01 CV value In general the 013 trials had no stripe rust impact, but some differential late spring frost injury Plant establishment was not uniform at Anatone and Lamont Yields among entries averaged across locations ranged from 74 to 97 bushels/acre and reflected a mostly average growing season Bobtail, Xerpha, and Bruehl were the highest yielding named varieties averaged across locations and are within a 10% LSD range (3 bushels/acre) of each other 3 Test weight averaged 9 lbs/bu across locations and entries and was lower than last year s 604 lbs/bu average Grain protein averaged 107% and was lower than last year s 110% average 013 WSU Soft White Winter Wheat Trial Summary Precipitation Zone <1 1 Soft white winter wheat grain yield across 6 locations and 4 entries in the <1 precipitation zone averaged 0 bushels/acre, 7 bushels/acre lower than the 01 average of 7 bushels/acre and bushels/acre less than the 011 average The CV for the average data was 10 similar to the 01 CV value In general the 013 trials had good fall establishment, but snow mold reduced stands differentially for trial entries at St Andrews Yields among entries averaged across locations ranged from 43 to 7 bushels/acre and reflected a mostly average growing season Bobtail, Otto, Xerpha and Masami were the highest yielding named varieties averaged across locations and were the named varieties in the top 10% LSD range ( bushels/acre) of the highest yield and are shown in bold Stripe rust was not a factor in these trials 3 Test weight averaged 99 lbs/bu across locations and entries and was similar to last year s 97 lbs/bu average Grain protein averaged 11%, also similar to last year s 111% value 3

35 Table WSU Variety Testing Soft White Winter Wheat Trial Summary Average Pullman Moses Lake (Irrigated) Test Wt (Lbs/Bu) Farmington Fairfield Colton Average Fairfield Pullman Colton Moses Lake (Irrigated) Average Yield (Bu/A) Mary JC110 Bruneau OR641 ARS L Puma (WA 134) A Bobtail (OR7P94) LWW LCS-Artdeco (NSA06-13A) OR (Rosalyn) A SY Ovation A WA 173 Tubbs 06 WA 171 AP 7 CL ARS-Crescent WA 17 WA 1 WA 13 ARS-Selbu (ARS L) Madsen ARS9X40-1C WA 17 WA 11 Trifecta ARS9730-6C LWW WA 14 Xerpha Bruehl WA 176 Skiles Kaseberg (OR0716) ARS-Amber ORCF-103 ARS C Legion WA 174 Eltan ARS9977-1C 4J C OR94 Coda Stephens ARS C Ladd (OR07070) WB 3 ARS-Chrystal WA 14 WB-Junction Cara WB 46 WB- AP Legacy WB-1070CL Masami CV % LSD (010) Average Highest Lowest Farmington Pullman Moses Lake (Irrigated) Farmington Fairfield Variety Name (Club Italicized) Colton Precipitation Zone >0" Protein (%)