Performance of Aonla with in-situ Moisture Conservation Techniques

Abstract

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. V-shaped micro-catchment recorded highest plant height, Crescent Plant treated with 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, 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 on present findings, V-shaped micro-catchment could be a suitable in-situ moisture conservation practice for enhancing growth and yield of aonla under agroforestry system.