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Matching the Expression of Root Plasticity with Soil Moisture Availability Maximizes Production of Rice Plants Grown in an Experimental Sloping Bed having Soil Moisture Gradients

机译：匹配土壤湿度可用性的根可塑性的表达最大限度地生产在实验倾斜床上生长的水稻植物的生产土壤水分梯度

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Emi Kameoka; Roel Rodriguezc Suralta; Shiro Mitsuya; Akira Yamauchi;
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1. Matching the Expression of Root Plasticity with Soil Moisture Availability Maximizes Production of Rice Plants Grown in an Experimental Sloping Bed having Soil Moisture Gradients [J] . Emi Kameoka, Roel Rodriguezc Suralta, Shiro Mitsuya, Plant Production Science . 2015,第3期

机译：将根可塑性表达与土壤水分有效性进行匹配，可以使在具有土壤水分梯度的实验性坡地上种植的水稻植株产量最大化
2. Matching the Expression of Root Plasticity with Soil Moisture Availability Maximizes Production of Rice Plants Grown in an Experimental Sloping Bed having Soil Moisture Gradients [J] . Emi Kameoka, Roel Rodriguezc Suralta, Shiro Mitsuya, Plant Production Science . 2015,第3期

机译：将根可塑性表达与土壤水分有效性进行匹配，可以使在具有土壤水分梯度的实验性坡地上种植的水稻植株产量最大化
3. Bed planted rice-wheat rotation at differential soil moisture regimes on soil hydro-physical properties, root growth, nitrogen uptake, and system productivity [J] . Choudhury B. U., Singh Anil Kumar Paddy and Water Environment . 2013,第1a4期

机译：在不同的土壤水分状况下种植的稻麦轮作对土壤水分物理特性，根系生长，氮素吸收和系统生产力的影响
4. Reduced Soil Moisture Depletion Rates Associated with Rangeland Plant Species Grown Under Increasing Atmospheric CO_2: Potential Impacts on Soil Moisture Status and Bioremediation Strategies in the Southwestern United States [C] . Daniel A. Brown 1998 Joint Conference on the Environment, 1998, Mar 31-Apr 1, 1998, Albuquerque, NM . 1998

机译：大气CO_2增加下生长的牧场植物与土壤水分消耗速率的降低：对美国西南部土壤水分状况和生物修复策略的潜在影响
5. Maximizing the utility of available root zone soil moisture data for drought monitoring purposes in the Upper Colorado River Basin and western High Plains, and assessing the interregional importance of root zone soil moisture on warm season water. [D] . Goble, Peter. 2016

机译：最大限度地利用可用的根区土壤水分数据来进行科罗拉多河上游流域和西部高平原的干旱监测，并评估根区土壤水分对暖季水的区域间重要性。
6. Accounting for sap flow from different parts of the root system improves the prediction of xylem ABA concentration in plants grown with heterogeneous soil moisture [O] . Ian C. Dodd, Gregorio Egea, William J. Davies -1

机译：考虑到来自根系不同部位的汁液流动改善了对土壤水分异质生长的植物木质部ABA浓度的预测
7. Studies on the Develoment and Distribution of Roots and Its Soil Conservation Faculty in Tea Plants : III. Difference of soil retention force of root with variety, planting density and soil moisture [O] . Hideya AONO, Yoshimitsu YANASE, Shizuo TANAKA 1981

机译：茶叶植物根系及其土壤养护能力的发展及分布研究：III。根系土壤保留力差异，种植密度和土壤水分

Matching the Expression of Root Plasticity with Soil Moisture Availability Maximizes Production of Rice Plants Grown in an Experimental Sloping Bed having Soil Moisture Gradients

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