Silvi-pastoral system for ensuring fodder availability and site improvement: A study under arid conditions in Bhuj, Kachchh Arya Ranjana, Kumar Hemant, Lohara R.R., Meena R.L.1 Arid Forest Research Institute, P.O. Krishi Mandi, New Pali Road, Jodhpur-342 005 1Chief Conservator of Forests, State Forest Department, Kachchh (Gujarat) Online published on 23 May, 2017. Abstract Silvi-pastoral systems are of paramount importance in livestock based economies as these systems have higher biomass output per unit land area over the productivity of single component based land use systems. A silvipastoral field trial was conducted on shallow degraded hilly pediment soil at Mochirai, Bhuj in 2006 with four tree species namely C. gharaf, P. cineraria, Z. mauritiana C. mopane and C. ciliaris as grass. Grass was sown manually using low seed rate in 1.0 m strip at a distance of 4 m. Findings revealed that integration of grass with trees enhanced survival of trees (97.5%) at 64 months as compared to control (87.6%). Trees planted with grass recorded 10.7% more mean green biomass (6.96 kg tree−1) as compared to control (6.29 kg tree−1). Difference was more pronounced in case of Z. mauritiana. Species wise green biomass yield was 5.3 to 4.5 kg tree−1 for Z. mauritiana and 8.6 to 8.0 kg tree−1for C. gharaf for with grass and control treatments, respectively. The green grass yield vary from 0.67 to 1.94 kg/m in different years. The overall data analysis of grass yield for five years indicated that annual grass yield variation and effect of tree species was highly significant at p-0.00. The total green biomass yield was maximum in C.gharaf: C. ciliaris (6137.8 kg ha−1) silvipastoral systems followed by Z. mauritiana: C. ciliaris (4512.7 kg ha−1). Same trend was obtained for dry biomass yield. Thus, it can be concluded that grass sowing in small strips along the trees promoted the plant growth. Top Keywords Biomass yield, Growth, Silvi-pastoral system, Strip-sowing, Survival. Top |