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Arbuscular mycorrhizal fungi and tolerance of temperature stress in plants
Xiancan Zhu
*
, Fengbin Song,
Fulai Liu
*
Corresponding author af dette arbejde
Afgrødevidenskab
12
Citationer (Scopus)
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Keyphrases
Arbuscular Mycorrhizal Symbiosis
100%
Arbuscular Mycorrhizal Fungi
100%
Stress in Plants
100%
Temperature Stress
100%
Low Temperature Stress
66%
Secondary Metabolism
33%
Photosynthesis
33%
Possible Mechanisms
33%
Osmolytes
33%
Biochemical Function
33%
Aquaporin
33%
Growth Productions
33%
ATP Synthase
33%
Antioxidant
33%
Stomatal Conductance
33%
Produced Water
33%
Nutrient Uptake
33%
Reactive Oxygen Species
33%
Arbuscular Mycorrhizal Plants
33%
Physiological Processes
33%
Biochemical Processes
33%
Plant Growth
33%
Biomass Production
33%
Water Uptake
33%
Photosynthetic Capacity
33%
Nutrient Acquisition
33%
Plant Biomass
33%
Photosynthetic Rate
33%
Osmotic Adjustment
33%
Water Potential
33%
Malondialdehyde
33%
Carbohydrate Metabolism
33%
Photosynthetic Efficiency
33%
Plant Tolerance
33%
Chlorophyll a (Chl a)
33%
Oxidative Damage
33%
Environmental Factors
33%
Water Relations
33%
Chlorophyll Fluorescence
33%
Biochemistry, Genetics and Molecular Biology
Mycorrhiza
100%
Temperature Stress
100%
Stomatal Conductance
16%
Photosynthetic Rate
16%
Chlorophyll
16%
Chlorophyll Fluorescence
16%
ATPase
16%
Biochemical Process
16%
Stress
16%
Biomass Production
16%
Plant Osmotic Adjustment
16%
Secondary Metabolism
16%
Cell Membrane
16%
Plant Physiology
16%
Aquaporin
16%
Carbohydrate Metabolism
16%
Photosystem
16%
Immunology and Microbiology
Temperature Stress
100%
Mycorrhiza
100%
Symbiosis
50%
Photosynthesis
16%
Cell Membrane
16%
Biomass Production
16%
Photosynthetic Rate
16%
Chlorophyll Fluorescence
16%
Conductance
16%
Stress
16%
Plant Growth
16%
Aquaporin
16%
Secondary Metabolism
16%
Carbohydrate Metabolism
16%