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首页> 外文会议>International Plant Nutrition Colloquium >Interactions between the nitrogen fixing actinomycete Frankia and mycorrhizal symbiosis on two actinorhizai Casuarinaceae plant species, Allocamarina verticillata (L.) and Casuarina glauca (Sieb. ex Spreng)
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Interactions between the nitrogen fixing actinomycete Frankia and mycorrhizal symbiosis on two actinorhizai Casuarinaceae plant species, Allocamarina verticillata (L.) and Casuarina glauca (Sieb. ex Spreng)

机译：两种猕猴桃植物植物种类，AlloCamarina Verticillata（L.）和Casuarina glauca（Sieb.前泼水菌菌霉菌植物植物植物植物植物植物植物物种之间的相互作用

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A greenhouse experiment was conducted hi a soil with low phosphorus content to study the symbiotic interaction between a nitrogen-fixing actinomycete Frankia, an ectomycorrhizal (EM) fungi (Pisolithus alba IR100), an arbuscular mycorrhizal (AM) fangi(Glomus intraradices) and two (Allocasuarina verticillata and Casuarina glauca) actinorhizai plant species. Both plant species were inoculated with Frankia and in addition A. verticillata was inoculated with P. alba IR100 and G. intraradices whereas C. glauca was inoculated with G. intraradices only. Microsymbiotes significantly stimulated growth of both species. For A. verticillata, antagonism among the fungi isolates was observed with higher EM colonization. G. intraradices was more efficient in stimulating growth of C. glauca. Modulation was observed in association with mycorrhizal fungi for C. glauca and this was accompanied by higher yields compared to A. verticillata where there was no nodulation. Results indicate synergic effects of actinorhizaiand mycorrhizal symbioses on the nodulation, mycorrhizal colonization and growth of A. verticillata and C. glauca as well as antagonism in root colonization by different mycorrhizal types of fungi. The study underscores the importance of selecting compatible microsymbiotes for developing successful inoculation programs.
机译：温室实验在具有低磷含量的土壤中进行，研究氮素固定的放电工会弗兰基亚的共生相互作用，一种颈菌（EM）真菌（Pisolithus Alba Ir100），丛枝菌根（AM）Fangi（Glomus Morraradices）和两个（Allocasuarina Verticillata和Casuarina glauca）Actinorhizai植物物种。两种植物物种都接种着弗兰基，另外，A alba Ir100和G.内部接种了Verticillata，而C.Glauca仅接种G. Mantraycare。微麦片显着刺激了两种物种的生长。对于A. Verticillata，观察到真菌分离株之间的拮抗作用，具有更高的EM殖民化。 G.内部在刺激葡糖的生长方面更有效。与C.Glauca的菌根真菌相结合观察到调节，而这与没有染色的Verticillata相比，这伴随着更高的产率。结果表明Actinorhizaiand菌根菌对染色，菌根殖民化和A. Verticillata和C.Glauca的生长的协同作用以及不同腐败类型的真菌的根定植物中的拮抗作用。该研究强调了选择与发展成功接种方案的兼容微麦片的重要性。

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