recover from heat and moisture stress during different growth stages of the corn life of the corn Plot cycle. Answer soil stages The during each at different growth and stress moisture heat from recover silt-of sand-, plant, of acorn andin well clay-sized as ability the its soil) particles as and growth dramatically to can the emergence affect selectionhybrid predominant is proper considerationsthe soilfield.soil type ina for (e.g., percentage textures ofDifferent theOne first the THE RIGHT SOIL TYPE placement recommendations for your varying soil textures. soil textures. your varying placement for recommendations to of clay, determine the percentage this silt to Your data help uses that determine and is sand agronomist present. hybrid local specific of soil. of available foot per water plant-usable amount of most the provide soils medium or Loamy DIFFERENT SOIL TYPES SOIL DIFFERENT IN PERFORMANCE HYBRID types). soil fine on ofmean (98 percent soil types in placed heavier when average did but up keep on mean, not 103 ofthe at percent soil types to lighter tolerance better showed ofthe mean). B Hybrid percent soil excelledand fine on (109 amedium on soil type, the mean of 104 percent soil type, coarse a on ofthe mean percent of 98 with ayield tolerance, stress less Ashowed B, Aand Hybrid Hybrids for mean the experimental vs. hybrid performance at looking set, In this test particular by soil type. varies often performance Hybrid INTERACTION HYBRID SOIL-TYPE 1 4199VT3P 4819AS3000GT 4975VT3P Hybrid RM 100 POINTS KEY Coarse 0 0 102 104 105 0 0 105 104 101 110 on these heavier soils. soils. heavier these on option best the provide roots Penetrating depth. and reduced rooting drainage in poor result can which textures, soil than water other more hold soils fine or Clay 2 % of Mean % of eimFine Medium 0 106 106

bu./A 100 105 110 95 Coarse Medium Fine Hybrid A Hybrid B Hybrid A Hybrid 104 109 898 98 the plant. the into moisture draw more to area surface rooting more provide structures periods. Fibrous root during droughty stress to subjecting hybrids soil, of foot per water less hold Sandy or coarse soils the importance of matching the hybrid with the right soil type to optimal achieve yield potential. type soil matching of right with the hybrid the importance the highlight below charts The development. and growth corn unique for challenges present types soil Different 3 5887VT2P 5369VT3P Hybrid RM 105 5415SS 100 103 Coarse 0 0 100 100 106 0 0 105 102 101 98 TRIANGLE TEXTURE SOIL root growth. others through restricted than more hybrids some which negatively affects compaction, to prone more and are inhibit aeration Poorly drained soils 4 % of Mean % of eimFine Medium Coarse Medium Fine 0 10 Sand 0 109 104 20 % CLAY 30 Loamy Loamy Sand 40 Clay Loam Clay 50 Sandy Sandy Clay Sandy Sandy 60 Loam 70

80 90 texture in each field. in each texture soil the with best perform penetrating) will that versus (fibrous morphology system root of type the that include hybrids Plot and Answer use advisor seed your with Work 100 5 6274SS 6175VT3P 6065VT3P Hybrid RM 110 % SAND Loam Loam Clay Clay Clay ® data to select data to select 0 10 20 Silt Loam Silt soil conditions within each field. within field. conditions soil each to the match systems root right the include should hybrids performance, optimal For in fields. your type soil predominant the determine you help can triangle textural soil the clay silt and sand, of in soil, your percentages the identifying After Used by permission of IdahoOnePlan.org. of permission by Used Clay Loam Clay 30 Silty Silty Clay Silty Silty 40 50 Coarse 60 % SILT 0 0 107 107 108 0 0 102 101 103 0 100 103 ® location is tested is tested location 70 Silt CROPLAN The R7 The right seed to every acre. every to seed right the match can confidently you so field each within conditions and water soil analyze agronomists 80 6 % of Mean % of eimFine Medium 90 0102030405060708090100 100 ® Tool helps ® seed 98

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