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Effects of Mineral Nutrition on High Temperature Induced Growth Retardation of Kentucky Bluegrass<sup>1</sup>
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1963
Year
EngineeringBotanyAgricultural EconomicsPlant PathologyCrop PhysiologyPlant Growth RegulatorPlant EcologyLow NPlant NutritionSynopsis TurfPlant-abiotic InteractionPlant ProtectionMineral NutritionBiologyLow P.Natural SciencesEvolutionary BiologyCrop ProtectionCrop ScienceInduced ResistancePlant Physiology
Synopsis Turf grown on low N was more resistant to high temperatures than that on high N. Neither P nor K affected this resistance. High levels of N and P gave less‐resistant plants than high N and low P. The reverse was true with N and K.