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Spatial or temporal arrangements of green manure crops to promote arbuscular myeorrfaizal colonization and growth of upland crops grown after non-mycorrhlzal crops

机译:绿色粪便作物的空间或时间安排,以促进非菌根作物后生长的丛枝作物的殖民殖民化和生长

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It has been suggested that cultivation of non-mycorrhizal crops decreases the population of indigenous arbuscular mycorrhizal (AM) fungi, resulting in decline in AM colonization, P uptake and growth of succeeding crops. However, non-mycorrhizal cropsalso need to be cultivated in crop rotations. To try to establish an effective means to improve the growth of succeeding crops, green manure crops (AM hosts) were arranged spatially or temporally when nonmycorrhizal crops were grown. Cabbage (non-mycorrhizal host) was intercropped with red clover, white clover or vetch (AM hosts). After harvest of cabbage and green manure crops, winter wheat was grown as a succeeding crop. The percent AM colonization and yield of winter wheat grown after cultivation ofcabbage with intercropped legumes were greater than those after sole cabbage cropping. After harvest of cabbage, sunflower was grown as green manure crop another treatment consisted of cabbage followed by fallowing. In the following season, maize was grown. The AM colonization and shoot dry weight of maize after sunflower cropping were much greater than those after fallowing. The results suggested that AM colonization, P uptake and productivity of crops after cultivation of non-mycorrhizal crops are improved by arranging AM host crops spatially and temporally as green manures.
机译:有人认为,不接种作物的种植减少土著丛枝菌根(AM)真菌的人口,导致AM定植,磷的吸收和后茬作物的生长下降。然而,非菌根cropsalso需要在作物轮作栽培。尝试时nonmycorrhizal作物生长至建立一个有效的手段来提高随后的作物,绿肥作物(AM主机)的生长的空间或时间安排。白菜(非菌根宿主)用红三叶草,白三叶草或野豌豆(AM主机)间作。卷心菜和绿肥作物收获后,冬小麦生长为后茬作物。百分比AM定植,并与间作豆类种植ofcabbage后成长冬小麦产量均较唯一白菜种植后更大。白菜收获后,向日葵生长绿肥作物另一种治疗包括白菜,随后休耕。在随后的一个赛季,玉米生长。向日葵种植玉米后的上午殖民化和地上部分干重均远远大于那些撂荒后。结果表明作物是AM定植,磷的吸收和生产率不接种作物的种植被安排AM主机空间和时间作物,绿肥改良后。

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