Today living in urban regions with no landscape areas is unbelievable. The major effect of landscaping in towns is the environmental performances with which towns are defined as the living zone for human beings. On the other hand recent industrial developments and high dependence on technology have caused biological experts attentions to be focused on green and natural scenes (landscaping) among urban regions. Lake of water resources and the necessity of landscaping developments, force us to apply new irrigation method with high efficiencies thus technical studies are required to keep natural view of our surrounding environment and to save water as much possible. In this study effect of three irrigation methods of Surface irrigation, Drip irrigation and Subsurface drip irrigation considered in Refugees of Isfahan province. The experiment utilized a Randomized complete block design with three replications for each Treatment (irrigation method). For this reason, a part of Shikhmofid Avenue’s Refugees in Isfahan city and Ghair blv.’s refugees in Sepahanshahr selected and the irrigation systems constructed. The refugee’s irrigation from ends of February 2010 to ends of September 2010. After evaluating the three irrigation method, the uniformity of lower quarter and christinsan’s uniformity coefficient relate to surface irrigation for Shikhmofid Ave.’s refugees derived as 75% and 84% respectively. Also water application efficiency , deep percolation rate and water requirement efficiency related to surface irrigation calculated for Shikhmofid Ave.’s Refugees 72%, 28% and 99% respectively and for Sepahanshahr’s Refugees 75% ,25% and 99% respectively. Average christinsan’s uniformity coefficient, water discharge uniformity of emitters, Absolute water discharge uniformity of emitters and real application efficiencies of lower quarter related to drip irrigation derived for Shikhmofid Ave.’s refugees 91%, 91.5%, 90% and 91% respectively and for Sepahanshahr’s Refugees 92%, 91%, 90% and 91 respectively. Average christinsan’s uniformity coefficient, water discharge uniformity of emitters, Absolute water discharge uniformity of emitters and real application efficiencies of lower quarter related to subsurface drip irrigation derived for Shikhmofid Ave.’s refugees 92%, 87, 84.5% and 85% respectively and for Sepahanshahr’s Refugees 90%, 86%, 84% and 86% respectively. Despite evaluating of the irrigation methods. Vegetative growth indexes of plants measured for two times and then effects of the irrigation methods on mentioned considered. Results show that , growth values of Growth of a branch 1, Growth of a branch 2, lead area of Morus alba tree and Longitudinal growth of Ligustrum ovalifolium Indexes in subsurface drip irrigation and drip irrigation method were significantly different (at the 5% level) to the mentioned indexes related to surface irrigation method but values of Percentage has grown buds index had no