| 摘要: |
| 为优化园林绿地植物管养技术模式, 筛选适用于园林植物的环境友好型肥料, 通过盆栽培养
试验, 研究了不同类型肥料 (复合肥、 有机肥、 缓释肥、 AMF 真菌菌剂、 微生物菌剂、 生物有机肥、 蚯
蚓养殖渗沥液) 对园林植物白兰 Michelia×alba、 粉花蒂牡花 Tibouchina urvilleana、 矮牵牛 Petunia hybrida
生长的影响。 结果表明, 复合肥、 复合肥+有机肥、 缓释肥可分别明显促进白兰、 矮牵牛、 粉花蒂牡花的
生长。 与对照相比, 施加蚯蚓养殖渗沥液后, 白兰根鲜质量增加了 0. 66 倍, 粉花蒂牡花的根、 茎和叶的
鲜质量分别增加了 1. 32 倍、 0. 65 倍和 0. 96 倍, 土壤生物结皮的厚度和覆盖率分别增加了 1. 63 倍和 0. 44
倍。 根据蚯蚓养殖渗沥液的综合施用效果, 结合其环境友好、 资源化利用、 呈液态等特点, 发现蚯蚓养
殖渗沥液在促进园林植物生长方面具有较大的应用潜力。 |
| 关键词: 园林植物 肥料 促生效果 蚯蚓养殖渗沥液 |
| DOI： |
| 分类号: |
| 基金项目:广州市科技计划项目 (202206010058)。 |
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| Growth Promoting Effect of Different Fertilization Treatments on Garden Seedlings |
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Wujialong1, WU Canlin2, ZHANG Juntao1
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1.无;2.Guangdong Eco-Engineering Polytechnic
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| Abstract: |
| To optimize the management technology model of plant in round necked green spaces and screen
environmentally friendly fertilizers suitable for garden plants. The effects of different fertilizers (compound fertilizer, organic fertilizer, slow-release fertilizer, AMF fungal agent, microbial agent, bio-organic fertilizer,
infiltration liquid from earthworm culture) on the growth of garden plants Michelia×alba, Tibouchina urvilleana
and Petunia hybrida were studied through pot culture experiments. Results showed that compound fertilizer,
compound fertilizer+organic fertilizer, and slow-release fertilizer can significantly promote the growth of Michelia×alba, Tibouchina urvilleana and P. hybrida, respectively. Compared to the control, after applying infiltration liquid from earthworm culture, the fresh weight of the roots of the white lily increased by 0. 66 times, the
fresh weight of the roots, stems, and leaves of the pink flowered peony increased by 1. 32 times, 0. 65 times, and 0. 96 times respectively, and the thickness and coverage of the soil biological crust increased by 1. 63 times
and 0. 44 times respectively. Based on the comprehensive application effects of infiltration liquid from earthworm
culture, combined with its environmentally friendly, resource-utilization, and liquid-state characteristics, it has
been found that infiltration liquid from earthworm culture has significant potential in promoting the growth of landscape plants. |
| Key words: garden plants fertilizer growth infiltration liquid from earthworm culture |
