Effects of Different Land Use Types on Soil Physico-Chemical Properties in Wolaita Zone, Ethiopia

Soils are obviously inconstant and their properties changing across land use types. Essential soil physico-chemical assets impact the performance of and, therefore, information on property is important. The objective study was to determine effects different systems in Wolaita zone, southern Ethiopia. Soil samples were collected from three uses, enset ( Ensete ventricosum ), tef Eragrostis (Zucc.) Trotter) grass lands. Each replicated times composite sample taken. All significantly determined using appropriate methods. pH, electrical conductivity, total nitrogen, texture, organic matter phosphate experimentally them. Changes dissimilar usage forms at two pits (0–15 15–30 cm) detected various signifiant crop growth. Enset filds had higher pH (5.80), conductivity (EC (0.14 ds/m)), available P (35.25%) Zn (8.64 mg/kg), exchangeable K (3.12 Cmol(+Kg) which ascribed due input dung, while fields lowest average (1.38 cmol (+kg) Mg (1.89 cmol(+kg), cation exchange capacity (CEC (20.21 cmol(+kg)), N (0.13%) OC (1.76%). Most region influenced by uses. evidence derived current will support mounting maintainable environmentally constant management strategies for region. Consequently, supplementary comprehensive studies that include characterization field experiment nutrient requirement should be conducted test effect terms sustainable land.