Performance of Soybean Cultivars In Alabama, Charles Potter 1925 Source: Ala. Coop. Ext. Service Photo Collection
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1 Performance of Soybean Cultivars In Alabama, 2014 Charles Potter 1925 Source: Ala. Coop. Ext. Service Photo Collection Dept. Series No. CSES2014:Soybean Dr. John Beasley, Dept. Head Crop, Soil and Environmental Sciences Dr. William Batchelor, Director Ala. Agric. Exp. Station Auburn University, Auburn AL December 2014
2 Performance of Soybean Cultivars in Alabama, 2014 K. M. Glass 1, C. D. Monks 2, D. Delaney 3, and J. Brasher 4 1 Agric. Program Assoc.; 2 Prof. & Dir. Res. Outlying Units; 3 Extension Soybean Agronomist; and 4 Field Data Manager Dept. of Crop, Soil & Environmental Sciences; Alabama Experiment Station; and ACES Auburn Univ., AL The mission of the Alabama Variety Testing Program is to provide research based, unbiased results on the performance of various crop hybrids, cultivars, and varieties to the agricultural community in our state. We are intent on conducting these trials in a manner that will result in maximum biological yield through methods common to the top producing farms in Alabama. We are committed to providing this information in a rapid, timely manner for its use during the decision making process. The success of the program rests upon our ability to help Alabama producers provide a safe, dependable source of food and fiber for all families as well as economic sustainability for theirs. Methods Cultivars were arranged in a randomized complete block experimental design with 4 replications. Plot size was 4 rows, 30 to 38 inches wide, and 20 to 25 feet long. Trials were managed according to the location and local practices (Tables 19, 20). All tests were fertilized according to soil test recommendations. Plots were harvested utilizing a small plot combine from the center 2 rows of each plot. Plot yields were adjusted to 13 percent moisture and converted to bushels (60 pounds/bushel) per acre. Region North Central Ala. Exp. Station location and soil texture Sand Mountain Research & Ext. Center Wynnville fine sandy loam Tennessee Valley Research & Ext. Center Decatur silt loam Black Belt Research & Ext. Center Vaiden clay ** Plant Breeding Unit, E.V. Smith Res. Ctr. Cahaba fine sandy loam * Prattville Agricultural Research Unit Lucedale fine sandy loam Southern Brewton Agricultural Research Unit Benndale fine sandy loam Gulf Coast Research & Ext. Center Malbis fine sandy loam * Wiregrass Research & Ext. Center Dothan fine sandy loam In 2014, soybean trials were not treated with foliar fungicides; however fungicide treatment for disease control will be included in the 2015 trials. *No soybean trials at these locations; **Not reported due to low yield caused by inclement weather (PBU).
3 Tables *Abbreviations: REC, Research and Extension Center; ARU, Agricultural Research Unit 2014 Soybean Performance Northern Region Table 1. Performance of MG IV soybean cultivars, Tenn. Valley REC, Belle Mina Table 2. Performance of MG IV & V soybean cultivars, Tenn. Valley REC, Belle Mina Table 3. Performance of MG V soybean cultivars, Tenn. Valley REC, Belle Mina Table 4. Performance of MG IV soybean cultivars, Sand Mtn. REC, Crossville Table 5. Performance of MG IV & V soybean cultivars, Sand Mtn. REC, Crossville Table 6. Performance of MG V soybean cultivars, Sand Mtn. REC, Crossville Central Region Table 7. Performance of MG IV soybean cultivars, EVS Smith Field Crops Unit, Shorter Table 8. Performance of MG V, VI, & VII soybean cultivars, EV Smith Field Crops Unit, Shorter Table 9. Performance of MG IV soybean cultivars, EV Smith Plant Breeding Unit, Tallassee *Table 10. Response of MG IV & V soybeans to iron chlorosis (Sumter soil), Black Belt REC *Table 11. Response of MG VI & VII soybean to iron chlorosis (Sumter soil), Black Belt REC *Note: Soybean trials on the Sumter soil were not harvested due to severe iron chlorosis. Table 12. Perf. of MG IV & V soybean cultivars (Vaiden soil), Black Belt REC, Marion Junction Table 14. Perf. of MG VI & VII soybean cultivars (Vaiden soil), Black Belt REC, Marion Junction Table 15. Performance of MG IV & V soybean cultivars, Brewton Agric. Res. Unit, Brewton Table 16. Performance of MG VI & VII soybean cultivars, Brewton Agric. Res. Unit, Brewton Southern Region Table 17. Performance of MG IV & V soybean cultivars, Gulf Coast REC, Fairhope Table 18. Performance of MG VI & VII soybean cultivars, Gulf Coast REC, Fairhope Management, rainfall, and entry sources Table 19. Cultural practices for soybean cultivar tests in 2014 Table 20. Rainfall at trial locations during 2014 growing season Table 21. Soybean entries and sources for 2014
4 Table 1. Performance of Soybean Cultivars in North Alabama, Tennessee Valley REC Belle Mina, AL Maturity Group IV Group IV (bu/acre) Asgrow AG USG 74B83R 57 MorSoy 49X54 57 Mycogen 5N451R2 55 Dyna Gro S49RY25 55 USG 74F53R 54 Mycogen 5N479R2 53 MorSoy 44X82 53 Mycogen 5N452R2 53 Mycogen 5N478R2 53 Terral REV 47R53 53 Mycogen MYCX54490NR2 52 USG 74A92R 52 Terral REV 49A55 49 Terral REV 47R34 49 USG74B94RS 49 MorSoy 48X02 49 Terral REV 48R22 49 Terral REV 49R94 48 Terral REV 48R44 48 MorSoy 46X04 48 Terral REV 46R64 47 MorSoy 47X12 47 Ellis 46 Asgrow AG MorSoy 48X34 46 Terral REV 49A75 44 Dyna Gro S48RS53 44 HBK RY HBK LL HBK LL HBK LL Trial mean 49 L.S.D. (0.10) 4 C.V. (%) 10 Pr>F
5 Table 2. Performance of Soybean Cultivars in North Alabama, Tennessee Valley REC Belle Mina, AL Regular Maturity Groups IV & V Group IV (bu/acre) Ellis 58 Mycogen 5N451R2 52 MorSoy 49X54 50 MorSoy 48X02 49 MorSoy 47X12 49 Mycogen MYCX54490NR2 49 HBK LL Mycogen 5N478R2 48 MorSoy 46X04 47 Mycogen 5N452R2 47 Mycogen 5N479R2 46 Terral REV 49A14 46 HBK LL HBK LL MorSoy 48X34 40 Group V Ozark 58 MorSoy Extra 51X31 57 Mycogen X54522NR2 54 R UA 5213 C 52 MorSoy Extra 54X41 51 R RR 51 USG 75Q42R 51 Bayer HBK RY USG 75J23R 49 Terral REV 54R84 49 Syngenta NK S 51 C5 49 MorSoy Extra 53X82 49 Terral REV 52R74 46 Syngenta NK S 52 Y2 46 Terral REV 52A94 46 Asgrow AG Terral REV 53R23 44 Terral REV 51R53 44 Bayer HBK RY Dyna Gro S54RY43 42 Mycogen 5N540R2 39 Trial mean 48 L.S.D. (0.10) 2.0 C.V. (%) 5.3 Pr>F
6 Table 3. Performance of Soybean Cultivars in North Alabama, Tennessee Valley REC Belle Mina, AL Regular Mid to Late Maturity Group V Mid to Late Group V (bu/acre) Mycogen 5N550R2 51 UA 5612 C 50 Syngenta NK S 59 V9 50 Terral REV 57R21 50 Osage 49 Terral REV 56R63 46 Asgrow AG R RR 45 Dyna Gro S56RY84 44 Syngenta NK S 55 Q3 44 Terral REV 55R53 44 MorSoy Extra 56X02 42 Terral REV 56A54 41 Asgrow AG Trial mean 46 L.S.D. (0.10) 3 C.V. (%) 8.5 Pr>F
7 Table 4. Performance of Soybean Cultivars in Northeast Alabama, Sand Mountain REC Crossville, AL Maturity Group IV Group IV (bu/acre) Dyna Gro S48RS53 60 Mycogen 5N479R2 60 Dyna Gro S49RY25 60 Ellis 60 MorSoy 44X82 59 MorSoy 47X12 59 Mycogen 5N478R2 59 Mycogen MYCX54490NR2 58 Mycogen 5N451R2 58 Terral REV 47R53 57 MorSoy 49X54 57 MorSoy 48X02 57 Terral REV 49R94 57 Asgrow AG MorSoy 46X04 56 USG 74A92R 56 Terral REV 49A55 56 HBK RY Terral REV 49A75 54 USG 74B83R 54 MorSoy 48X34 54 Terral REV 48R44 54 HBK LL Terral REV 48R22 53 USG 74F53R 53 Terral REV 47R34 53 HBK LL Mycogen 5N452R2 51 Terral REV 46R64 50 HBK LL Asgrow AG USG74B94RS 47 Trial mean 55 L.S.D. (0.10) NS C.V. (%) 11 Pr>F
8 Table 5. Performance of Soybean Cultivars in Northeast Alabama, Sand Mountain REC Crossville, AL Regular Maturity Groups IV & V Group IV (bu/acre) Mycogen 5N479R2 42 MorSoy 47X12 41 Mycogen 5N478R2 40 MorSoy 48X02 39 Mycogen 5N452R2 39 Mycogen 5N451R2 39 MorSoy 49X54 38 Terral REV 49A14 37 Ellis 37 MorSoy 46X04 36 HBK LL HBK LL Mycogen MYCX54490NR2 33 HBK LL MorSoy 48X34 31 Group V Syngenta NK S 51 C5 48 Mycogen 5N540R2 47 MorSoy Extra 53X82 46 Mycogen X54522NR2 45 MorSoy Extra 54X41 44 Syngenta NK S 52 Y2 44 R Dyna Gro S54RY43 44 R RR 43 Terral REV 53R23 43 Ozark 42 Asgrow AG Terral REV 54R84 41 UA 5213 C 41 USG 75Q42R 40 MorSoy Extra 51X31 40 Terral REV 52A94 39 Bayer HBK RY Terral REV 51R53 39 Terral REV 52R74 39 USG 75J23R 38 Bayer HBK RY Trial mean 40 L.S.D. (0.10) 4 C.V. (%) 14.5 Pr>F 0.002
9 Table 6. Performance of Soybean Cultivars in Northeast Alabama, Sand Mountain REC Crossville, AL Regular Mid to Late Group V Mid to Late Group V (bu/acre) Dyna Gro S56RY84 46 Syngenta NK S 55 Q3 44 Asgrow AG Asgrow AG Mycogen 5N550R2 43 Terral REV 55R53 42 R RR 42 Osage 42 Syngenta NK S 59 V9 41 UA 5612 C 41 Terral REV 57R21 40 MorSoy Extra 56X02 39 Terral REV 56A54 37 Terral REV 56R63 36 Trial mean 41 L.S.D. (0.10) NS C.V. (%) 11.0 Pr>F
10 Table 7. Performance of Soybean Cultivars in Central Alabama, E.V. Smith Research Center Field Crops Unit Shorter, AL Regular Maturity Groups IV & V Group IV (bu/acre) Mycogen 5N451R2 37 Mycogen 5N479R2 35 HBK LL Progeny P 4788RY 35 HBK LL Progeny P 4620LLS 34 Mycogen 5N452R2 34 Progeny P 4930LL 33 Ellis 33 Progeny P 4850RYS 32 Progeny P 4900RY 32 Mycogen MYCX54490NR2 32 Mycogen 5N478R2 31 HBK LL Progeny P 4819LL 31 Progeny P 4747RY 30 Progeny P 4613RYS 30 Progeny P 4928LL 29 Group V Terral REV 53R23 37 Mycogen X54522NR2 36 Ozark 35 Syngenta NK S 52 Y2 35 Progeny P 5220LLS 34 Asgrow AG Mycogen 5N540R2 33 Progeny P 5333RY 33 Terral REV 52A94 32 R R RR 31 Terral REV 54R84 31 Terral REV 51R53 31 USG 75Q42R 30 USG 75J23R 29 Bayer HBK RY Progeny P 5160LL 29 Syngenta NK S 51 C5 28 UA 5213 C 28 Progeny P 5460LL 28 Terral REV 52R74 28 Progeny P 5213RY 28 Bayer HBK RY Trial mean 32 L.S.D. (0.10) NS C.V. (%) 15.5 Pr>F
11 Table 8. Performance of Soybean Cultivars in Central Alabama, E.V. Smith Research Center Field Crops Unit Shorter, AL Regular Maturity Groups Mid to Late V, VI & VII Group V (bu/acre) Terral REV 56R63 32 Syngenta NK S 59 V9 32 Progeny P 5610RY 31 Progeny P 5960LL 31 Terral REV 55R53 31 UA 5612 C 30 Terral REV 57R21 30 Osage 29 Progeny P 5555RY 29 Syngenta NK S 55 Q3 29 Mycogen 5N550R2 28 Asgrow AG Asgrow AG Terral REV 56A54 27 R RR 26 Group VI Progeny P 6710RY 31 Group VII Progeny P 7310RY 31 Bayer HBK RY Trial mean 30 L.S.D. (0.10) 2 C.V. (%) 9.8 Pr>F Table 9. Performance of Soybean Cultivars in Central Alabama, E.V. Smith Res. Center Plant Breeding Unit Tallassee AL Maturity Group IV Not included due to severe environmental conditions and low yield.
12 Table 10. Soybean cultivar tolerance to iron chlorosis in Central Alabama, Black Belt Station Marion Junction, AL Sumter soil Maturity Groups IV & V Cultivar Iron chlorosis* Yield** (0 to 10) Asgrow AG Asgrow AG Asgrow AG Bayer HBK RY Bayer HBK RY Dyna Gro S56RY Ellis 8.3 HBK LL HBK LL HBK LL MorSoy 46X MorSoy 47X MorSoy 48X MorSoy 48X MorSoy 49X MorSoy Extra 51X MorSoy Extra 53X MorSoy Extra 54X MorSoy Extra 56X Mycogen 5N451R2 4.7 Mycogen 5N452R2 8.7 Mycogen 5N478R2 6.0 Mycogen 5N479R2 7.2 Mycogen 5N540R2 5.9 Mycogen 5N550R2 6.4 Mycogen MYCX54490NR2 6.2 Mycogen X54522NR2 3.0 Osage 2.7 Ozark 6.1 Progeny P 5555RY 6.6 Progeny P 5610RY 5.2 R RR 4.2 R RR 2.3 R Terral REV 51R Terral REV 52A Terral REV 52R Terral REV 53R Terral REV 54R Terral REV 55R Terral REV 56A Terral REV 56R Terral REV 57R UA 5213 C 4.6 UA 5612 C 4.1 Trial mean 6.7 C.V. (%) 16.8 LSD 0.10) 1.4 Pr>F *Rating based on 0 = no chlorosis; 10 = complete defoliation. **Plots were not harvested due to severe iron chlorosis.
13 Table 11. Soybean cultivar tolerance to iron chlorosis in Central Alabama, Black Belt Station Marion Junction, AL Sumter soil Maturity Groups VI & VII Cultivar Iron chlorosis* Yield** (0 to 10) Bayer HBK RY Dyna Gro S65RY Dyna Gro S69RY Dyna Gro S74RY Dyna Gro S77RY Progeny P 6710RY 3.0 Progeny P 7310RY 4.0 Trial mean 4.4 C.V. (%) 17.8 LSD 0.10) 1.1 Pr>F *Rating based on 0 = no chlorosis; 10 = complete defoliation. **Plots were not harvested due to severe iron chlorosis.
14 Table 12. Performance of Soybean Cultivars in Central Alabama, Black Belt Station Marion Junction, AL Vaiden Soil Maturity Groups IV & V Group IV (bu/acre) Ellis 38 MorSoy 49X54 38 Mycogen 5N451R2 37 MorSoy 48X02 35 MorSoy 48X34 35 Mycogen MYCX54490NR2 35 MorSoy 47X12 35 HBK LL Mycogen 5N452R2 33 Mycogen 5N478R2 33 Mycogen 5N479R2 33 HBK LL MorSoy 46X04 30 HBK LL Group V MorSoy Extra 54X41 44 Dyna Gro S56RY84 43 UA 5612 C 41 Terral REV 56A54 41 Terral REV 56R63 40 MorSoy Extra 51X31 39 Terral REV 51R53 39 Progeny P 5555RY 39 Mycogen 5N550R2 38 Ozark 38 MorSoy Extra 53X82 38 R R RR 37 Mycogen 5N540R2 37 Terral REV 57R21 36 Asgrow AG Bayer HBK RY Progeny P 5610RY 36 MorSoy Extra 56X02 36 Mycogen X54522NR2 35 Terral REV 55R53 35 R RR 34 Osage 34 Asgrow AG Terral REV 54R84 33 Bayer HBK RY Terral REV 53R23 32 Asgrow AG UA 5213 C 32 Terral REV 52A94 30 Terral REV 52R74 29 Trial mean 36 L.S.D. (0.10) 4 C.V. (%) 12.4 Pr>F
15 Table 14. Performance of Soybean Cultivars in Central Alabama, Black Belt REC Marion Junction, AL Vaiden Soil Maturity Groups VI & VII Group VI (bu/acre) Progeny P 6710RY 43 Dyna Gro S65RY73 41 Dyna Gro S69RY34 41 Group VII Bayer HBK RY Progeny P 7310RY 37 Dyna Gro S74RY15 34 Dyna Gro S77RY85 32 Trial mean 38 L.S.D. (0.10) 3 C.V. (%) 10 Pr>F different, C.V., coefficient of variation.
16 Table 15. Performance of Soybean Cultivars in South Alabama, Brewton Agricultural Research Unit Brewton, AL Regular Maturity Groups IV & V Group IV (bu/acre) Mycogen MYCX54490NR2 56 Mycogen 5N478R2 54 Mycogen 5N451R2 52 HBK LL Mycogen 5N479R2 46 Ellis 45 HBK LL Mycogen 5N452R2 44 HBK LL Group V Terral REV 55R53 65 Mycogen X54522NR2 65 Mycogen 5N550R2 63 Terral REV 53R23 62 Syngenta NK S 59 V9 61 Terral REV 54R84 60 Progeny P 5555RY 60 Mycogen 5N540R2 58 Terral REV 56R63 56 Terral REV 52A94 55 Syngenta NK S 55 Q3 55 R RR 55 UA 5612 C 52 R RR 51 Terral REV 51R53 50 Terral REV 56A54 48 UA 5213 C 48 Progeny P 5610RY 48 Bayer HBK RY R Terral REV 52R74 46 Bayer HBK RY Progeny P 5213RY 43 Terral REV 57R21 43 Osage 42 Ozark 42 Progeny P 5333RY 37 Trial mean 51 L.S.D. (0.10) 6 C.V. (%) 15.4 Pr>F
17 Table 16. Performance of Soybean Cultivars in South Alabama, Brewton Agricultural Research Unit Brewton, AL Regular Maturity Groups VI & VII Group VI (bu/acre) NK Brand S67 R6 63 Progeny P 6710RY 63 Group VII Bayer HBK RY Progeny P 7310RY 65 NK Brand S77 T7 63 Asgrow AG Trial mean 63 L.S.D. (0.10) NS C.V. (%) 11.6 Pr>F
18 Table 17. Performance of Soybean Cultivars in Southwest Alabama, Gulf Coast REC Fairhope, AL Regular Maturity Groups IV & V Group IV (bu/acre) HBK LL Mycogen 5N451R2 53 Mycogen 5N479R2 52 Ellis 51 Mycogen 5N478R2 48 Mycogen MYCX54490NR2 48 HBK LL HBK LL Mycogen 5N452R2 43 Group V Mycogen 5N550R2 58 Syngenta NK S 55 Q3 56 Bayer HBK RY Terral REV 56R63 55 Terral REV 54R84 55 UA 5612 C 53 Terral REV 57R21 53 Mycogen X54522NR2 53 Terral REV 55R53 52 Progeny P 5610RY 52 Progeny P 5555RY 52 Syngenta NK S 59 V9 51 Terral REV 52A94 51 Ozark 50 Terral REV 53R23 50 Mycogen 5N540R2 50 R RR 50 R RR 50 R Osage 47 Terral REV 56A54 47 UA 5213 C 47 Terral REV 51R53 45 Bayer HBK RY Terral REV 52R74 43 Trial mean 50 L.S.D. (0.10) 4 C.V. (%) 9.8 Pr>F
19 Table 18. Performance of Soybean Cultivars in Southwest Alabama, Gulf Coast REC Fairhope, AL Regular Maturity Groups VI & VII Group VI (bu/acre) Dyna Gro S69RY34 67 Progeny P 6710RY 66 Dyna Gro S65RY73 60 NK Brand S67 R6 58 Group VII Dyna Gro S77RY85 72 NK Brand S77 T7 71 Progeny P 7310RY 69 Dyna Gro S74RY15 68 Asgrow AG Bayer HBK RY Trial mean 66 L.S.D. (0.10) 4 C.V. (%) 8.2 Pr>F
20 Table 19. Cultural Practices for Soybean Cultivar Tests in 2014 Location Maturity Group Trial Date Row Herbicide(s) planted width used inches Belle Mina Group IV April Reflex Group IV V May Select Max Group Mid Late V May Select Max Crossville Group IV May 1 30 Select Max Group IV V May Select Max Group Mid Late V May Select Max Tallassee Group IV June 7 30 Dual, Shorter Group IV V June Fusilade Group VI VII June Gramoxone, Fusilade Marion Junction Group IV V (Sumter) May UltraBlazer Group VI VII (Sumter) May UltraBlazer Group IV V (Vaiden) May UltraBlazer Group VI VII (Vaiden) May UltraBlazer Brewton Group IV V June 5 36 Dual Group VI VII June 5 36 Dual Fairhope Group IV V June 9 38 Poast Group VI VII June 9 38 Poast
21 Table 20. Rainfall at Trial Locations During 2014 Growing Season Month Days Belle Mina Crossville Shorter Tallassee Marion Junction Brewton Fairhope inches May June July August September October
22 Table 21. Soybean Entries and Sources for 2014 Source Bayer CropScience Tifton, Georgia Cache River Valley Seed Cash, Arkansas Crop Production Services Kinston, Alabama Monsanto St. Louis, Missouri Mycogen Seed Marion, Arkansas Progeny Ag Products Wynne, Arkansas Syngenta/NK Brand Seed Indianloa, Mississippi Terral Seed, Inc. Lake Providence, Louisiana UniSouth Genetics, Inc. Dickson, Tennessee University of Arkansas Fayetteville, Arkansas * Experimental lines Entry HBK brand varieties MorSoy brand varieties Dyna Gro brand varieties Asgrow AG brand varieties Mycogen brand varieties Progeny brand varieties NK S brand varieties Terral REV brand varieties USG brand varieties, Allen RR UA 5612C, UA 5213C, Osage, Ozark, R05 374*, R RR*, R RR*
23 Acknowledgements We would like to express our appreciation for the work and dedication of the directors, associate/assistant directors, and staff and field personnel of the Alabama Experiment Station outlying units without whom this work would not be possible. Thanks are also expressed to the producers and citizens of Alabama for supporting research on the production of food and fiber across our state. Alabama Experiment Station Outlying Units with Annual Row Crop Variety Trials Northern Region Sand Mountain Research and Extension Center, Crossville Joyce Treadaway Ducar, Director Tennessee Valley Research and Extension Center, Belle Mina Chet Norris, Director David Harkins, Associate Director Central Region Black Belt Research and Extension Center, Marion Junction Jamie Yeager, Director Gene Pegues, Associate Director E.V. Smith Research and Extension Center, Plant Breeding & Field Crops Units, Tallassee Greg Pate, Director Jason Burkett, Associate Director Shawn Scott, Associate Director Prattville Agricultural Research Unit, Prattville Don Moore, Director Southern Region Brewton Agricultural Research Unit, Brewton Malcomb Pegues, Director Gulf Coast Research and Extension Center, Fairhope Malcomb Pegues, Director Jarrod Jones, Assoc. Director Wiregrass Research and Extension Center, Headland Larry Wells, Director Brian Gamble, Assoc. Director Issued in cooperation with the Alabama Cooperative Extension System, Dr. Gary Lemme, Director Information contained herein is available to all persons regardless of race, color, sex, or national origin. Issued in furtherance of Cooperative Extension work in agriculture and home economics, Acts of May 8, and June 30, 1914, and other related acts, in cooperation with the U.S. Department of Agriculture. The Alabama Cooperative Extension System (Alabama A&M University and Auburn University) offers educational programs, materials, and equal opportunity employment to all people without regard to race, color, national origin, religion, sex, age, veteran status, or disability.
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