丛枝菌根的功能 促进养分吸收 提高抗水分胁迫能力 增强试管苗的适应性 提高抗病性 稳定果园生态系统 黑树专业须士生深醒y@0⊙2
果树专业硕士生课程-yao2 丛枝菌根的功能 促进养分吸收 提高抗水分胁迫能力 增强试管苗的适应性 提高抗病性 稳定果园生态系统
丛枝菌根真菌的结构 New individuals Spores germination Arbuscules Vesicles Auxiliary cells Totipotent mycelium Finite meristic structures
果树专业硕士生课程-yao2 丛枝菌根真菌的结构
丛枝菌根的结构 Appressorium at entry point Epidermis Intercellular Hypodermis Intracellular hypha in air hyphae channel Arbuscules Vesicle Cortex 果制专业须法生课程y@02
果树专业硕士生课程-yao2 丛枝菌根的结构
Arbuscular Mycorrhizal Fungi Associates With These Species Almond Apple Fig Lychee Passion Fruit Peach Apricot Cherry Pistachio Mango Pear Strawberry Gingko Citrus(all) Grapes(all) Plum Persimmon Avocado Mulberry Coconut Raspberry Walnut Blackberry Crabapple Kiwi Palms (all) Papaya Olive All nut trees except Pecan and Macadamia. All fruit trees,grapevines,grasses and many vegetables All berries except blueberry,cranberry and lingonberry. http://www.hortsorb.com/Plant_Species_and_Type_of Mycorrhizae.asp 果树专些须士生课程ya⊙2
果树专业硕士生课程-yao2 Almond Apple Fig Lychee Passion Fruit Peach Apricot Cherry Pistachio Mango Pear Strawberry Gingko Citrus (all) Grapes (all) Plum Persimmon Avocado Mulberry Coconut Raspberry Walnut Blackberry Crabapple Kiwi Palms (all) Papaya Olive Arbuscular Mycorrhizal Fungi Associates With These Species All nut trees except Pecan and Macadamia. All fruit trees, grapevines, grasses and many vegetables All berries except blueberry, cranberry and lingonberry. http://www.hortsorb.com/Plant_Species_and_Type_of_Mycorrhizae.asp
促进养分吸收 现象： 促进果树实生苗对P、Cu、Zn、N、K、Mn等多 种矿质养分的吸收。 含量 吸收量 处理 Content (mg/g) Uptake (mg/plant) Treatment N P K N P K 对照 25.9a1.55a 66.4a 97.6a 5.76a249.6a Control 单一接种剂 26.9a1.95ab86.5b140.4b10.12b450.4b Single inoculant 混合接种剂 26.5a2.16b76.0b157.1b12.53e448.2b Mixture inoculant 丛枝菌根真菌对香蕉苗地上部矿质营养的影响 黑树专业须法生瀑程yO2
果树专业硕士生课程-yao2 促进养分吸收 现象： 促进果树实生苗对P、Cu、Zn、N、K、Mn等多 种矿质养分的吸收。 丛枝菌根真菌对香蕉苗地上部矿质营养的影响