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Soilless Substrate Hydrology Can Be Engineered to Influence Plant Water Status for an Ornamental Containerized Crop Grown within Optimal Water Potentials

机译：可以设计灵植性衬底水文以影响在最佳水势中种植的装饰纳入群作物的植物水状态

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Jeb S. Fields; James S. Owen; James E. Altland; Marc W. van Iersel; Brian E. Jackson;
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年度 2018
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1. Soilless Substrate Hydrology Can Be Engineered to Influence Plant Water Status for an Ornamental Containerized Crop Grown within Optimal Water Potentials [J] . Fields Jeb S., Owen James S. Jr., Altland James E., Journal of the American Society for Horticultural Science . 2018,第4期

机译：无土衬底水文可以改造以影响在最佳水势内生长的装饰集装箱的作物的植物水状态
2. The Influence of Substrate Hydraulic Conductivity on Plant Water Status of an Ornamental Container Crop Grown in Suboptimal Substrate Water Potentials [J] . HortScience . 2017,第10期

机译：基材液压导电性对次优基质水势种植植物作物植物水位的影响
3. Improving water use efficiency for ornamental crops grown in greenhouses: a substrate-plant-atmosphere model validation for transpiration prediction [J] . P. Cannavo, H. Bouhoun Ali, E. Chantoiseau, Acta Horticulturae . 2017,第1182期

机译：温室种植的观赏作物的水利用效率：蒸腾预测的基材 - 植物大气模型验证
4. Plant-Water Relationships for Woody Ornamental Crops [C] . Eric Johnson Conference of the International Plant Propagators' Society . 2005

机译：木质观赏作物的植物水关系
5. Clay amended soilless substrates: Increasing water and nutrient efficiency in containerized crop production. [D] . Owen, James Stetter, Jr. 2006

机译：粘土改良了无土基质：提高集装箱化作物生产中的水分和养分效率。
6. Pesticide Sorption to Soilless Media Components Usedfor Ornamental Plant Production and Aluminum Water Treatment Residuals [O] . JorgeA. Leiva, P. Chris Wilson, *, 2019

机译：农药对无土培养基成分的吸附用于观赏植物生产和铝制水处理残渣
7. The Influence of Substrate Hydraulic Conductivity on Plant Water Status of an Ornamental Container Crop Grown in Suboptimal Substrate Water Potentials [O] . Jeb S. Fields, James S. Owen, Holly L. Scoggins 2017

机译：基材液压导电性对次优基质水电位生长的观赏容器作物植物水位的影响
8. Evaluation of Seashore Mallow, 'Kosteletzkya virginica' (L.) Presl., as a Potential New Crop Which Can Be Grown Using Brackish Water [R] . Somers, G. F. , Grant, D. M. 1983

机译：评价海滨锦葵，'Kosteletzkya virginica'（L.）presl。，作为可以用咸水生长的潜在新作物

Soilless Substrate Hydrology Can Be Engineered to Influence Plant Water Status for an Ornamental Containerized Crop Grown within Optimal Water Potentials

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