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首页> 外文期刊>Indian Journal of Ecology >Performance of Aonla with in-situ Moisture Conservation Techniques
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Performance of Aonla with in-situ Moisture Conservation Techniques

机译：具有原位水分保护技术的AONLA性能

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摘要

The investigation was carried out to assess the response of various in-situ moisture conservations on growth and yield of anola under agroforestry system on sloping lands. The experiment was laid out with four treatments viz., farmer's practice of aonla planting with 0.027 m3 pit (control), Pit filled up to 0.75 m with 1 m3 pit, crescent shaped and V-shaped micro-catchment with 1 m3 pit with four replications in runoff plots of 21 m * 14 m at 2% slope. Data revealed that soil moisture techniques significantly influenced the plant growth and yield of anola. Plant treated with V-shaped micro-catchment recorded highest plant height, collar diameter, canopy spread and number of branches (4.57 m, 12.45 cm, 4.62 m and 11, respectively) followed by pit filled up to 0.75 m, crescent shaped while minimum in farmer's practices. The percentage increase in fruit yield of aonla over farmer's practice was observed by 8,13 and 40% with75% pits, crescent shaped and V-shaped micro-catchment, respectively. Based onpresent findings, V-shaped micro-catchment could be a suitable in-situ moisture conservation practice for enhancing growth and yield of aonla under agroforestry system.
机译：进行了调查，以评估各种原位水分养护对倾斜土地的农业剧系统中Anola的生长和产量的反应。该实验是用四种治疗方法，农民们对0.027 m3坑（控制）的Aonla种植的实践，坑最多可填充0.75米，125米，新月形和V形微囊与1 m3坑，有四个在2％坡度为21 m * 14米的径流图中的复制。数据显示，土壤湿度技术显着影响了植物生长和Anola的产量。用V形微集型处理的植物录得最高的植物高度，套环直径，冠层，分别的分支数（4.57米，12.45厘米，4.62米和11分别），然后填充最多0.75米，最小的新月形在农民的实践中。通过75％凹坑，新月形和V形微量集水区分别观察到AONLA对农民实践的果实产量增加的百分比。基于持续的调查结果，V形微集型可能是适当的原位水分保护实践，用于增强农林制造系统下的AONLA的生长和产量。

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