Soil's poverty and water crisis is one of principle problems in arid and semi-arid regoins like Iran. This condition, in recent years has become more vigorous due to starvation event, hence exploiting of waste water and sludge sewage is of significance wher water is not accessible qualitatively and point of fertlizity. waste water and sludge sewage are cases that provide nutritional requirement of plants in addition to water supply. Hence in this study the effect of irrigation by treatment waste water and sludge sewage was examined on the properties of height, diameter canopy collar morphology (field studies) and height, number of prune plants and plant fresh weight (greenhouse studies) in tow plant species compatible with desert distriets: ( Haloxylonammodendron amitrariaschoberi ) . This inquiry has been done in tow part: field studies greenhouse studies.field studies has been done on the split plots with sexet replication templates in desertification research Station of Isfahan's Sejzy plain. In this study we use irrigation treatments with sewage in five levels ( 0, 25, 50, 75, 100%), sludge in tow levels ( existing and loss of sludge), tow type of soi (Clay Loam and Lomay Sand) and tow species of Haloxylonammodendron and Nitrariaschoberi . Greenhouse studies was performed in templates plan of factorial with triplet replication in research greenhouse of IUT. In this research, treatments: in three levels of sludge ( 0, 20, 40 ton in hectar), tow tissues of soil (Clay Loam and Lomay Sand) and four levels of irrigation with sewage ( 0, 25, 50, 100%) was exploited. Using software ,analysis related to properties of plant morphology was performed. On the basis of field studies results, different treatment of soil and different waste water levels show significant effect on plant height and canopy diameter of Haloxylonammodendron and Nitrariaschoberi plants increasing in amount of weste water has on augmentation in plant height, canopy and collar diameter to 100%. Greenhousresearch of soil treatment and different sludg levels have significant effect on Haloxylonammodendron and Nitrariaschoberi. As usually maximum height, number of prune plants and plant fresh weight of Haloxylonammodendron was yeilded in agricultural soil with loss of sludgapplication.In Nitrariaschoberi plant, maximum height, number of prune plants and plant fresh weigh, was yielded treatmented agricultural soil by 40 ton sludg per hectarand water waste level of 100 %. Generally results of this study show that water waste and sludgsewag application depending on soil type and plant species have different effects on plant morphology properties. In most of cases, water waste and sludgsewag application improve plant morphology properties. Thus we must say if water waste and sludgsewag application, it done in suitable environmental conditions, its performance will be successfully and improve plant morphology properties. Kay words: water waste amludgsewag, plant morphology properties, Haloxylonammodendronand Nitrariaschoberi