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- According to Darcy-theory and Dupuit-hypothesis, the roots of tree were approximately considered as an upside-down circular cone, and then plant root water uptake model was established. 该文根据达西定律和裘布衣假定，把树木根系近似看作为倒圆锥体，建立了树木根系吸水模型，并以油松为例对模型进行了验证。
- Plant root water uptake is an important part of the research on water transforming patterns in SPAC. 植物根系吸水过程是SPAC系统中水分运移规律研究的重要内容。
- The hybrid genetic algorithm combined with Levenberg-Marquardt optimization algorithm was established to estimate root water uptake model parameters. 摘 要： 构建了遗传算法与Levenberg-Marquardt算法相结合的混合遗传算法，用于求解根系吸水模型参数。
- Research Progress on Crop Root Water Uptake Models 作物根系吸水特性研究进展
- Application of Artificial Neural Network Based on the Genetic Algorithm in a Root Water Uptake Model of Winter Wheat 基于遗传算法的人工神经网络模型在冬小麦根系吸水模型中的应用
- Root Water Uptake Models of Inadequately Irrigated Rice in South China 南方地区非充分灌溉稻田水稻根系吸水模型研究
- Root water uptake model 根系吸水模型
- Research progress on water uptake in plant roots 根系吸水机理研究进展
- Advances in the Studies on Water Uptake by Plant Roots 植物根系吸水机理的研究进展
- The Progress of the Research on Plant-root Water Uptake Model 植物根系吸水模型的研究进展
- Recovery of root water uptake of winter wheat after water stress 水分胁迫后复水冬小麦根系吸水的恢复
- Discussion about research methods of apple tree root water uptake 苹果树根系吸水研究方法的讨论
- Variational Characteristics of Resistance to Water Flow in the Plant Root in the Course of Water Uptake by Plant Roots 植物根系吸水过程中根系水流阻力的变化特征
- Effect of Water Stress on Characteristics of Root Water Uptake and Photosynthesis in Alfalfa Seedlings 水分胁迫对紫花苜蓿根系吸水与光合特性的影响
- water uptake by plant roots 根系吸水
- plant-root water uptake model 植物根系吸水模型
- Mechanisms of phytoremediation are proposed to be uptake of organic chemicals by plant and effect of plant root secretion and microorganisms on the degradation of organic contamination. 植物修复的机理包括植物对有机污染物的直接吸收、植物根系分泌物、微生物对根际环境中有机污染物降解的促进作用。
- Potometer An apparantus for measuring the rate of water uptake by a cut shoot or whole plant. 蒸腾计：通过茎切段或整个植物体来测量水分吸收速率的仪器。
- Gravitropism of plant roots is one of the important factors determining the spatial pattern of root growth and thus may have a great effect on nutrient uptake. 植物根系向地性是决定根系空间生长趋势的主要因素之一,对于养分吸收具有重要影响。
- Abstract Gravitropism of plant roots is one of the important factors determining the spatial pattern of root growth and thus may have a great effect on nutrient uptake. 摘要 植物根系向地性是决定根系空间生长趋势的主要因素之一, 对于养分吸收具有重要影响。
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