Comparison of soil erodibility of different segments of a slope in semiarid climate condi̇tions
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
This study was carried out in the Tekneli Village in Uğrak Basin which is 16 km away from Tokat city center. In this study, possible variations in the soil erodibility factors values of five different parts of a complex slope were investigated. Five parts of the complex slope were determined as summit, shoulder, back-slope, foot-slope and toe-slope. A total of 25 top soil samples were collected from each section of complex slope. Organic matter, texture, very fine sand, hydraulic conductivity, structure type and size were determined and K factor values were calculated. There was no statistically significant difference between soil erodibility factor values of different parts of the slope. Along the slope, the soil erodibility values of soils was very low and showed a low risk of water erosion.
Author
Kübra Polat
Institution
How to Cite
Kübra Polat (Master Thesis). Comparison of soil erodibility of different segments of a slope in semiarid climate condi̇tions, 2020, Tokat Gaziosmanpaşa University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Tokat Gaziosmanpaşa University
- Investigation of the role of ARPC1A gene in the development of periodontitis(2022)
- Population in Karakus (Akkus) district (H. 1246-h. 1259)(2023)
- Muslim population in Turhal accident according to Population Registers (1831-1844)(2020)
- The Müslim population in the Kirchova districh according to population registers (1833-1846)(2024)
- Determination of the optimal value of the volume in the combustion cavity depending on the gunpowder right in the mouth of the barrel in internal ballistics and analysis of the pressure distributions in the mouth of the barrel and the changes in the bullet velocity with experimental studies(2025)
- The role of N-WASP with cell skeleton protei̇n in peri̇odonti̇ti̇s development(2022)
