1.
The Improvement of Plant Acclimation to Abiotic Stress by Ameliorating Ub/26S System;
改善泛素系统提高植物逆境适应性研究
2.
The Physiological Effects of Exogenous Plant Growth Regulators on Improving the Resistance to Weak Light Stress in Tomato Seedlings;
外源植物生长调节剂提高番茄幼苗弱光逆境适应性的生理效应
3.
Study on Adaptability of Cherry Tomato to Adverse Environment Stress Under Protected Cultivation;
基于叶水势的樱桃番茄设施栽培逆境适应性研究
4.
Invertase and Adaptability of Physiological Accommodation under Salinity Stress in Tomato Seedling;
盐逆境下番茄幼苗转化酶和生理适应性调节
5.
Research of Drought & Salt Adversity Stress of 3 Atriplex L. and the Evaluation of Their Introduction Adaptability;
三种滨藜的旱盐逆境胁迫及其引种适应性评价
6.
Studies on Cell Physiology of Cross Adaptation to Temperature Stress in Young Grape Plants and Berries;
葡萄幼苗与果实对温度逆境的交叉适应性及其细胞学机制研究
7.
Resilience: New Exploring on the Mechanism of Individual s Positive Adaptation in Face of Adversity;
压弹:关于个体逆境适应机制的新探索
8.
The Study of Adaptive Inverse Control Application on the Vibration Environment Experiment;
自适应逆控制在振动环境实验中的应用研究
9.
The Reaction Mechanism of Cross-Adaptation to Drought and Chilling Stresses in Wheat Seedlings;
小麦幼苗对干旱、低温逆境交叉适应的反应机制
10.
IIR Filter and MRAC Studay of Linear Adaptive Inverse Control;
自适应IIR滤波器及线性自适应逆的MRAC研究
11.
The Characteristics of Adaptation to Light Stress and Conversion for Light Energy in Super Hybrid Rice;
超级稻对光逆境的适应和光能转化特点
12.
The Study of Adaptive Inverse Control Methods under the Vibration-Centrifuge Compound Environment;
振动—离心复合环境下自适应逆控制方法研究
13.
Physiological Mechanism of Cross-Adaptation to Drought and Chilling in Wheat Seedlings
小麦幼苗对干旱、低温逆境交叉适应的生理机制
14.
acclimation, acclimatizatio
气候适应[作用],[环境]适应性;驯化作用
15.
Isoenzyme of Catalase(CAT) in Rice in Response to Stresses and the Enzymes Activity
水稻CAT与逆境应答关系及酶活性分析
16.
Study on Light Adaptation and Anti-Resistance of Several Species in Ilex L.;
几种冬青属植物的光适应性与抗逆性研究
17.
Study on Response of Temperature Stress Cross Adaptation to Photosynthetic Physiology of Grape Leaves;
温度逆境交叉适应对葡萄叶片光合生理响应的研究
18.
Research on Nonlinear Adaptive Inverse Control Using Dynamic Neural Networks;
基于动态神经网络的非线性自适应逆控制研究