Stress physiology - Globe Thesis

Keyword [Stress physiology] Result: 1 - 20 \| Page: 1 of 6
1.	Study On The Physiological Response And Adaptability Of Pomelo (Citrus Grandis Osbeck) Under Salt Stress
2.	The Studies On Stress Physiology Of Transformed Wheats With Spinach BADH And Expression Of BADH In Different Drought Resistant Wheat Cultivars
3.	Metal Elements Absorption And Distribution Characteristics And Stress Physiology In Wheat
4.	Seedling Stress Physiology Of Several Coniferous Species
5.	Response Of Gingko Biloba To Soil Water Stress
6.	Construction Of Cucumber CDNA Microarray And ESTs And Their Application In The Study Of Stress Physiology
7.	Study In Photosynthetic And Stress Ecophysiology Of Leymus Chinensis Along The Salinity-alkalinity Gradients On The Songnen Grassland In Northeastern China
8.	Overexpressing Citrate Synthase And Phytase Gene In Brassica Napus Improved Tolerances To Phosphorus Deficiency And Aluminum Toxicity In Soil
9.	Studies On Physiological And Biochemical Character Of Tomato Seedling Under Low Temperature
10.	Studies On Physiological And Biochemical Characteristics Related To Salt Stress In Pistacia Vera L.
11.	Studies On Salt Tolerance Of Almond Rootstocks
12.	Effect Of Soil Water Stress On Growth And Physiology Of Jujube
13.	Studies On Photosynthetic And Stress Physiological Characteristics Of Four Watermelon Species
14.	Influences Of Pesticide Stress On Physiology And Biochemistry Of Cotton
15.	Studies On Invasive Biology And Integrated Management Of The Exotic Plant Crassocephalum Crepidioides
16.	Study On The Photosynthesis Characteristics And Relative Physiological Index Of Red-Leaf Peach Under Drought Stress In Summer And Autumn
17.	Study Of Salt Stress On The Physiological Characteristics In Potentilla Fruticosa L.
18.	Studies On Antifreeze Strength And Antifreeze Physiological Biochemical Characteristics Of Korla Fragrant Pear
19.	Effects On Physiological And Biochemical Characters Of Three Kinds Of Flax Treated With Physical And Chemical Mutagensis
20.	Research On The Stress Tolerance And Genetic Transformation Of Lepidium Latifolium (L.)
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