مقالات در نشریات
- 41. N. Baseri , S. Oustan , A. Reyhanitabar , F. Shahbazi,Relationships between Sulfochromic and Permanganate Oxidizable Carbons in Some Soils of North and North-West of Iran,J. Agric. Sci. Techcol.,pp. 215-229,2024 01 23.
- 42. F. Rahbar Alam Shirazi, F. Shahbazi, H. Rezaei, A. Biswas,Multi-property digital soil mapping at 30-m spatial resolution down to 1 m using extreme gradient boosting tree model and environmental covariates,Remote Sensing Applications: Society and Environment,Vol. 33,pp. e101123,2024 01 01.
- 43. G. Gozukara, O. Dengiz, F. Shahbazi, H. Senol, E. Ozlu, S.H.G. Silva, E. Babur,Rapid assessment of elemental concentrations using pXRF and remote sensing on a dried lakebed,Journal of Arid Environments,Vol. 219,pp. e105087,2023 10 17.
- 44. F. Shahbazi, T.K.D. Weber, S. Oustan, Z. Alvyar, S. Jeon, B. Minasny,Uncovering the effects of Urmia Lake desiccation on soil chemical ripening using advanced mapping techniques,Catena,Vol. 232,pp. e107440,2023 08 22.
- 45. F. Rahbar Alam Shirazi, F. Shahbazi, H. Rezaei, A. Biswas,Digital assessments of soil organic carbon storage using digital maps provided by static and dynamic environmental covariates,Soil Use and Management,Vol. 39,pp. 948-974,2023 03 03.
- 46. M. Vaziri et al.,Towards a Sustainable Agriculture Development Based on the Field Vulnerability Evaluation in Miandoab Region, Iran,Nexo Revista Cientifica,2022 12 01.
- 47. F.J.B. Velázquez et al.,The possibility of spatial mapping of soil organic carbon content at three depths using easy-to-obtain ancillary data in a Mediterranean area,Open Research Europe,2022 10 20.
- 48. A. Siami et al.,Recalcitrant C Source Mapping Utilizing Solely Terrain-Related Attributes and Data Mining Techniques,Agronomy,2022 07 11.
- 49. S. Chakherlou et al.,Soil wind erodibility and erosion estimation using Landsat satellite imagery and multiple-criteria decision analysis in Urmia Lake Region, Iran,Arid Land Research and Management,2022 06 28.
- 50. Digital mapping of potentially toxic elements enrichment in soils of Urmia Lake due to water level decline,Science of the Total Environment,2022 01 30.
- 51. Application of remote sensing indices to digital soil salt composition and ionic strength mapping in the east shore of Urmia Lake, Iran,Remote Sensing Applications: Society and Environment,2021 04 01.
- 52. Land capability evaluation using NRCS agricultural land evaluation and site assessment (LESA) system in a semi arid region of Iran,Environmental Earth Sciences,2021 02 12.
- 53. M.Ebrahimia , M.R. Sarikhania , J.Shiri , F.Shahbazi,Modeling soil enzyme activity using easily measured variables: Heuristic alternatives,Applied Soil Ecology,2021 01 01.
- 54. Assessing the soil quality index as afected by two land use scenarios in Miandoab region,SN Applied Sciences,2020 10 23.
- 55. Spatial distribution of iron forms and features in the dried lake bed of Urmia Lake of Iran,Geoderma Regional,2020 06 01.
- 56. Assessing Soil surface Salinity with Basic pixel Data Sensor TM,Biological Forum,2019 10 01.
- 57. Establishing a Suitable Soil Quality Index for Semi-arid Rangeland Ecosystems in Northwest of Iran,Journal of Soil Science and Plant Nutrition,2019 09 30.
- 58. M. Ghebleh Goydaragh et al.,Estimation of elemental composition of agricultural soils from West Azerbaijan, Iran, using mid-infrared spectral models,Revista Brasileira de Engenharia Agrícola e Ambiental,2019 06 20.
- 59. Retrospective monitoring of the spatial variability of crystalline iron in soils of the east shore of Urmia Lake, Iran using remotely sensed data and digital maps,Geoderma,2019 03 01.
- 60. N.Pouladi , A.A. Jafarzadeh , F. Shahbazi , M.A. Ghorbani,Design and implementation of a hybrid MLP-FFA model for soil salinity prediction,Environmental Earth Sciences,2019 02 26.
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