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根系生理     
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  root physiology
     Studies on Characteristics of Cotton Root Physiology and Rhizosphere Micro-ecology in Colony of High Yielded Cotton-wheat Double Cropping System
     棉麦双高产复合群体棉花根系生理与根际微生态特征研究
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     The Effect of Molybdenum on Root Physiology of Rape and Two Winter Wheat Cultivars
     钼对油菜和两个品种冬小麦根系生理特性的影响
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     Regulation of Plant Growth Regulator DTA-6 on Peanut Yield and Quality and its Root Physiology
     植物生长调节剂DTA-6对花生产量、品质及其根系生理调控研究
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     CHARACTERISTICS OF THE RESEARCH ON RICE ROOT PHYSIOLOGY IN RECENT YEARS
     近年来水稻根系生理研究的几个特点
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     The Genotypic Differences of Root Physiology in Response to Al-stress in Maize
     铝胁迫下玉米根系生理反应的基因型差异
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  root physiological
     Study on Root Physiological Activities of Hybrid Wheat
     杂种小麦根系生理活性的研究
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     Root Physiological Characteristics of Super Japonica Hybrid Rice Liaoyou 3225
     粳型超级杂交稻辽优3225根系生理特性研究
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     Effect of Soil Drought on Root Physiological Characteristics of Luomai9133 Seedling
     土壤干旱对洛麦9133幼苗根系生理特性的影响
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     Study on Root Physiological Characteristics of Different Types of Rice and Its Relationship to Its Aerial Parts
     不同类型水稻根系生理特性及其与地上部关系的研究
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     Effects of soil root-growing space on root physiological characteristics and grain yield of sorghum.
     根土空间对高粱根系生理特性及产量的影响
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  roots physiology
     Comparison studies of roots physiology activity between rice dry seedbed seedlings and wet seedbed seedlings
     水稻旱育秧苗与湿润秧苗根系生理活性的比较研究
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  physiological characteristics of roots
     Physiological Characteristics of Roots in Two Line Indica Hybrid Rice
     两系籼型杂交水稻根系生理特性的研究
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  root physiology
Although Arabidopsis is an important system for studying root physiology, the localized growth patterns of its roots have not been well defined, particularly during tropic responses.
      
In research to date, there appears to be a fairly general increase in root biomass with elevated CO2, and little evidence of up-regulation in root physiology.
      
Absence of agar in growth medium and free access to whole root system makes this method useful also in experiments concerning root physiology.
      
Beyond the Roots of Young Seedlings: The Influence of Age and Order on Fine Root Physiology
      
Under normal field conditions, conifer roots grow in a symbiotic relationship with ectomycorrhizal fungi, and this association may modulate the effects of Al on root physiology.
      
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  root physiological
We assume that root physiological functions were impeded after application of organic N sources.
      
For Artemisia, shading most influenced root physiological uptake capacity and this was most pronounced in the nutrient-rich patches.
      
Root Physiological Characteristics Associated with Drought Resistance in Tall Fescue Cultivars
      
Soil P supply parameters were more sensitive than root physiological uptake parameters.
      
Models describing plant and ecosystem N cycles require an accurate assessment of root physiological uptake capacity for NH4+ and NO3- under field conditions.
      
  root physiological functions
We assume that root physiological functions were impeded after application of organic N sources.
      
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