用不灭菌的沙质黄潮土和建筑河沙作为生长基质,施加一定量稀释的 Hoagland 营养液,在盆栽条件下比较了来源于扦插苗和实生苗的不同植物对 VA 菌根的依赖性。结果表明除了一般被认为不形成 VA 菌根的菊花外,其余植物接种萄根后,不论株高...用不灭菌的沙质黄潮土和建筑河沙作为生长基质,施加一定量稀释的 Hoagland 营养液,在盆栽条件下比较了来源于扦插苗和实生苗的不同植物对 VA 菌根的依赖性。结果表明除了一般被认为不形成 VA 菌根的菊花外,其余植物接种萄根后,不论株高,地上部分、地下部分鲜重和侵染率都大于不接种的对照植物。各种植物对菌根的依赖程度的大小依次为:葡萄、月季、白三叶草、芦笋、非洲紫罗兰、矮牵牛花,玉米、棉花、大豆、烟草、花生、西红柿、绿豆、百合。展开更多
We conducted a study to find out if arbuscular mycorrhizal(AM) fungi(Acaulospora scrobiculata,Scutellospora calospora) and phosphate solubilizing bacteria(PSB, Paenibacillus polymyxa) inoculation either individually o...We conducted a study to find out if arbuscular mycorrhizal(AM) fungi(Acaulospora scrobiculata,Scutellospora calospora) and phosphate solubilizing bacteria(PSB, Paenibacillus polymyxa) inoculation either individually or in combinations can improve Acacia auriculiformis seedling growth, uptake of nutrients and quality in a phosphorus deficient tropical Alfisol. The seedlings were assessed for various growth and nutrient uptake parameters after 60 days of treatment. Inoculation with P.polymyxa stimulated mycorrhizal formation. Seedling height, stem girth, taproot length, number of leaves and leaf area, plant dry matter production, nodulation, and nodular dry weight were significantly higher for seedlings that were either dual inoculated or triple inoculated compared to individual inoculation of AM fungi or PSB, and uninoculated seedlings. Dual and triple application of AM fungi and PSB also significantly improved the nutrient contents of shoots and roots and nutrient uptake efficiencies. The calculated seedling quality indexes of the AM fungi and PSB inoculated seedling were 25–208% higher than uninoculated seedlings. These findings show that A.auriculiformis seedlings when dual inoculated or triple inoculated performed better than seedlings inoculated with the microbes individually and compared with uninoculated control seedlings. We conclude that bioinoculation is important for the production of high-quality A.auriculiformis seedlings in tree nurseries for planting in nutrient deficient soils.展开更多
文摘用不灭菌的沙质黄潮土和建筑河沙作为生长基质,施加一定量稀释的 Hoagland 营养液,在盆栽条件下比较了来源于扦插苗和实生苗的不同植物对 VA 菌根的依赖性。结果表明除了一般被认为不形成 VA 菌根的菊花外,其余植物接种萄根后,不论株高,地上部分、地下部分鲜重和侵染率都大于不接种的对照植物。各种植物对菌根的依赖程度的大小依次为:葡萄、月季、白三叶草、芦笋、非洲紫罗兰、矮牵牛花,玉米、棉花、大豆、烟草、花生、西红柿、绿豆、百合。
文摘We conducted a study to find out if arbuscular mycorrhizal(AM) fungi(Acaulospora scrobiculata,Scutellospora calospora) and phosphate solubilizing bacteria(PSB, Paenibacillus polymyxa) inoculation either individually or in combinations can improve Acacia auriculiformis seedling growth, uptake of nutrients and quality in a phosphorus deficient tropical Alfisol. The seedlings were assessed for various growth and nutrient uptake parameters after 60 days of treatment. Inoculation with P.polymyxa stimulated mycorrhizal formation. Seedling height, stem girth, taproot length, number of leaves and leaf area, plant dry matter production, nodulation, and nodular dry weight were significantly higher for seedlings that were either dual inoculated or triple inoculated compared to individual inoculation of AM fungi or PSB, and uninoculated seedlings. Dual and triple application of AM fungi and PSB also significantly improved the nutrient contents of shoots and roots and nutrient uptake efficiencies. The calculated seedling quality indexes of the AM fungi and PSB inoculated seedling were 25–208% higher than uninoculated seedlings. These findings show that A.auriculiformis seedlings when dual inoculated or triple inoculated performed better than seedlings inoculated with the microbes individually and compared with uninoculated control seedlings. We conclude that bioinoculation is important for the production of high-quality A.auriculiformis seedlings in tree nurseries for planting in nutrient deficient soils.
