1) VA mycorrhizal fungi
VA菌根真菌
1.
Effect of VA Mycorrhizal Fungi on Nitrogen Absorption of Impatiens Balsamia;
VA菌根真菌对凤仙花吸收氮的影响
2.
Effect of VA mycorrhizal fungi on the growth and drought resistance of maize;
不同VA菌根真菌对玉米生长及抗旱性的影响
3.
Effect of VA Mycorrhizal Fungi to Seedling Growth of Mirabilis Jalapa on the Condition of Non Sterilization;
非灭菌条件下VA菌根真菌对紫茉莉幼苗生长的影响
2) VAM fungi
VA菌根真菌
1.
The morphology,species frequency,spore density and natural infection rate of the VAM fungi in tea gardens were studied in the southern parts of Henan province.
对豫南茶园VA菌根真菌形态、种类、种群频度、孢子密度及自然侵染率进行观察与测定。
2.
High contents of organic matter and available nitrogen are unfavourable for infection and spore production of VAM fungi.
以混合沙、壤土、草碳、蛭石、沸石为基本原料,按照不同的比例配制成9种基质,初步探讨了基质中的有机质、N、K等对VA菌根真菌的侵染及孢子产量的影响。
3) VA mycorrhiza fungi
VA菌根真菌
1.
Mycorrhizal roots of ginseng with extracelluar hyphae and spores of Glomus geosporum isolated from rhizosphere soil of ginseng were used as propagule, and transformed Ri T-DNA carrot roots were used as vector of VA mycorrhiza fungi (VAMF) .
研究了以人参VA菌根真菌地球囊霉(Glomus geosporum)的孢子及附着有外生菌丝的人参小根段为繁殖体,以转Ri T-DNA胡萝卜发状根为携带VA菌的载体,建立人参VA菌的双重培养体系。
2.
The VA mycorrhiza fungi and the plant roots are a symbiosis of formation.
VA菌根真菌与植物根系间形成的共生体能提高植物对矿物质吸收,能提高植物抗干旱的作用,可以增强干旱薄地植物的抗旱性,促进植物的生长,并有利于水土保持等方面己经得到广泛共识。
4) VAMF
VA菌根真菌
1.
Effect of different VAMF on red clover(Trifolium pratense L.) in utilizing organic phosphorus;
接种不同VA菌根真菌对红三叶草利用不同磷源的影响
6) VA mycorrhizal fungi
VA菌根菌
1.
Effect of VA mycorrhizal fungi and Acetobacter diazotrophicus on the growth of super sweet corn;
VA菌根菌与重氮营养醋杆菌双接种对超甜玉米生长的影响
2.
An experiment was conducted to study the effects of VA mycorrhizal fungi on plant growth, photosynthesis rate and water utilization of Armeniaca mandschwica under water stress by soil culture experiment.
结果表明:山杏实生苗在接种VA菌根菌后,可减轻水分胁迫对其生长的抑制程度,叶片相对含水量、叶片净光合速率和干物质积累均可得到不同程度地提高;对干旱的敏感度增加,胁迫复水后菌根植物比非菌根植株从干旱逆境中恢复的速度快。
补充资料：菌根真菌中的杨树疣状菌根
菌根真菌中的杨树疣状菌根
菌根真菌中的杨树疣状菌根 陈可可摄
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条