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1 |
Rare Earth Elements Tracing Interrill Erosion Processes as Affected by Near-Surface Hydraulic Gradients |
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97 Time(s) |
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2 |
Soil Physical Quality in Relation to Soil Erosion |
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116 Time(s) |
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3 |
Application of ‘Smart Irrigation Scheduling’ to Improve Water Use Efficiency for Sustainable Agriculture in the Pacific Island of Guam |
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555 Time(s) |
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4 |
Conservation of Monsoonal Rainwater Behind Indian Dams |
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114 Time(s) |
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5 |
Review and Enlightenments of Soil and Water Conservation in Past 70 Years on Loess Plateau, China |
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130 Time(s) |
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6 |
Soil and Land Degradation in Central European Condition during the Last Century and Possible Measures for Sustainable Land Use |
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100 Time(s) |
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7 |
Watershed Development: Congenial Sustainable Asset |
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113 Time(s) |
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8 |
On the Role of Geospatial Modeling for Sustainable Soil and Water Management |
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96 Time(s) |
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9 |
Precious Soil - The Need for Sustainable Soil Resources Management |
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116 Time(s) |
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10 |
Soil Erosion in Montenegro, South-East Europe: Processes, Prediction, Modeling, and Measurements |
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113 Time(s) |
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11 |
Strategizing Integrated Management of Water Resources in Northwest Indo-Gangetic Plains |
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108 Time(s) |
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12 |
Erosion, Sediments and Pollutants Transport in the Largest European Megapolis Catchment |
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112 Time(s) |
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13 |
GLOSEM Application for the Impact Assessment of Climate and Land Use Changes on Soil Erosion in Iran; a Large Watershed Scale Evaluation |
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107 Time(s) |
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14 |
To Improve the Universal Soil Loss Equation (USLE) for Complex Hillslopes |
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104 Time(s) |
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15 |
Challenges of the Iranian Legal System Related to Soil and Water Conservation |
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114 Time(s) |
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16 |
Rain City Initiative to Mitigate Local Climate Crisis Effects |
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117 Time(s) |
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17 |
A Framework for Participatory Watershed Governance and Management |
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95 Time(s) |
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18 |
Controlling Enhanced Surface Runoff Components Resulted from a Freezing-Thawing Cycle Through Inoculating of Soil Microorganisms |
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122 Time(s) |
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19 |
Evolution of Historical Sediment Yield by Taking Check–Dam Systems as Carrier: a Case Study in a Restored Agricultural Catchment on the Loess Plateau, China |
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117 Time(s) |
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20 |
Study and Evaluation of Soil and Water Conservation Functioninkarst Small Watershed |
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119 Time(s) |
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21 |
Unpaved Road Erosion After Heavy Storm in Mountain Area of Northern China |
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235 Time(s) |
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22 |
Is the Runoff Coefficient Increasing or Decreasing After Ecological Restoration on China’s Loess Plateau |
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104 Time(s) |
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23 |
Development Characteristics of Preferential Flow Affected by Rock Boundary in the Karst Rocky Desertification Area |
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214 Time(s) |
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24 |
Direct Observation of Characteristics of Precipitation Redistribution After Vegetation Reconstruction in Semi-Arid Regions of China |
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109 Time(s) |
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25 |
Use of Flash Flood Potential Index (FFPI) Method for Assessing the Risk of Roads to the Occurrence of Torrential Floods - Danube Basin |
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117 Time(s) |
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26 |
Predicting Shift in Soil Erosion Vulnerability Status Based on Water Quality in Lesser Himalayan Watershed |
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150 Time(s) |
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27 |
Modeling Hydrologic Responses Using Multi-Site and Single-Site Rainfall Generators in a Semi-Arid Watershed |
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120 Time(s) |
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28 |
Transport Characteristics and Morphology of Wind Eroded Sediment |
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123 Time(s) |
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29 |
The Spatiotemporal Analysis of the Future Sensitivity to Wind Erosion in the Republic of Serbia Using Ensemble of the Regional Climate Models |
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152 Time(s) |
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30 |
Prediction Model for Shallow Slide Erosion of Subalpine Meadow Soil on Eastern Tibetan Plateau |
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104 Time(s) |
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31 |
Farmers Perspectives on Determinants of-and for Adoption Conservation Agriculture Practices in Western versus Eastern Indo-Gangetic Plains of India |
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118 Time(s) |
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32 |
Smart Monitoring Tools for Effective Soil and Water Conservation |
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100 Time(s) |
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33 |
Spatial Distribution of Water Erosion Using Stochastic Modeling in the Southern Isfahan Province, Iran |
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131 Time(s) |
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34 |
Application of Thiourea Modified Biochar Derived from Potato Peel for Enhanced Adsorption of Pb and Ni in Contaminated Acidic Soil |
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117 Time(s) |
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35 |
Effect of Vermicompost, Nano-Manure and Various Moisture Levels on Changing Runoff and Sedimentgraph |
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105 Time(s) |
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36 |
Rainfed Agriculture and Slope Gradient Interactions in Soil Erosion and Redistribution Using 137Cs |
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114 Time(s) |
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37 |
Construction and Calibration of a Portable Rain Simulator Designed for In Situ Researches of Soil Resistance to Erosion |
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113 Time(s) |
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38 |
The Use of Accuracy Data in Soil Loss Assessment: Biased and Unbiased Estimation |
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109 Time(s) |
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39 |
Changes in the Erosion Transportation Processes in Highly Managed Small Watersheds Caused by Gully Land Consolidation Projects in the Loess Hilly-Gully Region, China |
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101 Time(s) |
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40 |
Development and Application of Spatially Distributed Runoff and Sediment Yield Model |
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94 Time(s) |
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41 |
Indirect Estimation of Suspended Sediment Concentration Using Image Processing |
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120 Time(s) |
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42 |
Acid Footprint in Burozems of the Middle Ural |
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101 Time(s) |
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43 |
Evaluation of Wetting Front Detector (WFD) to Estimate the Dimensions of Wetting Front in the Drip Irrigation |
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108 Time(s) |
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44 |
Introduction and Application of Soil-Water-Energy-Food Nexus Approach for Designating Sustainable Agricultural Management Pattern at Watershed Scale |
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117 Time(s) |
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45 |
Toward Linking Landscape Metrics and Environmental Variables for Runoff Modelling and Assessment |
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107 Time(s) |
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46 |
Predicting Land Subsidence Based on Groundwater Level changes and Using Radar Interferometry (InSAR) Technique and Regression Statistical Equations (Case Study: Varamin Plain) |
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122 Time(s) |
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47 |
Changes in Hydrologic Components from a Mid-Sized Plots due to Cyanobacterization |
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107 Time(s) |
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48 |
Land Cover Classification Using Landsat Images and Pixel-Based Methods |
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99 Time(s) |
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49 |
Splash Measurement Tools: A Statistical Comparison |
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107 Time(s) |
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50 |
Investigation of Sand Content Using Laboratory Diffuse Reflectance Spectroscopy |
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111 Time(s) |
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51 |
Identification of Erosion Critical Areas Based on Soil Erodibility and Terrain Influence Factors in the Iranian Part of the Caspian Sea Basin |
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126 Time(s) |
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52 |
Simulating the Effect of Land Use/Land Cover Changes on Soil Erosion Using RUSLE model and Google Earth Engine in Karkheh Basin, Iran |
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143 Time(s) |
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53 |
Modelling Multi-Temporal Overland Flow Dynamics in a Terraced Landscape Characterized By Road Induced Shallow Landslides |
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119 Time(s) |
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54 |
Delineation of Landslide Clusters Using Depth-Number Fractal Model |
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99 Time(s) |
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55 |
Investigating the Effects of Irrigation Methods on the Establishment of Fruitful and Drought Tolerant Plants in Arid Region (Case Study: Nimroz City) |
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109 Time(s) |
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56 |
Aquatic Monitoring Program Design in No.1 Chah-Nimeh Reservoir of Iran |
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100 Time(s) |
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57 |
Hippophae rhamnoides spp.: Multipurpose Use for Environmrntal Value |
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145 Time(s) |
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58 |
Validation and Correction of TRMM Satellite Rainfall Dataset in Taleghan Watershed |
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114 Time(s) |
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59 |
Post-COVID19 Perceptions for Soil and Water Resources Conservation |
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99 Time(s) |
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60 |
Use of Remote Sensing Techniques for Estimating Suspended Sediments |
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112 Time(s) |
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61 |
Suspended Sediment Budget Within Lena and Kolyma Rivers Estuaries Based on the Remote Sensing Approach |
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115 Time(s) |
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62 |
Artificial Recharge into Carbonate Formations as a Main Strategy for Water Resources Management |
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123 Time(s) |
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63 |
Vulnerability of Aquifer, the Most Important Challenge in Karstic Watersheds |
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105 Time(s) |
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64 |
The Sediment Budget of Rivers Ob' and Yenisei |
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115 Time(s) |
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65 |
Application of Resilience Concept in the Watershed Management via the Combined BWM and TOPSIS Method, Case Study: Shazand Watershed, Markazi Province |
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110 Time(s) |
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66 |
Temporal Distribution of Wind Erosion in Different Months of Year in Tal Hamid Railway Station of Tabas, Iran |
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111 Time(s) |
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67 |
Effect of Bentonite and Zeolite Mulches on Wind Erosion |
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148 Time(s) |
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68 |
Soil Erosion and Methods of Evaluating the Factors Affecting it: A Review of Studies with Emphasis on RUSLE Model |
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90 Time(s) |
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69 |
Investigating the Possibility of Ecological Rehabilitation and Combating Soil Erosion in Arid Areas with Judas-Tree |
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96 Time(s) |
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70 |
Evaluation of SRM Model in Simulation of Snowmelt Runoff Using Temperature Obtained From Modis Satellite Images in Taleghan Watershed |
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93 Time(s) |
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71 |
Evaluation of Greenhouse Gas Emissions from Fossil Fuels and Determination of its Ecological Footprint in Aryanshahr, South Khorasan |
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122 Time(s) |
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72 |
Estimation of Rain and Snowmelt Erosivity and its Relationship with Seasonal Suspended Sediment Cycle in Latian Watershed |
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102 Time(s) |
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73 |
A Comprehensive Framework for Sustainable Soil and Water Conservation Based on Tolerable Soil Loss and Sediment Yield |
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110 Time(s) |
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74 |
The Effect of Daily Rainfall Derived from TRMM Data on SWAT Model Performance in Runoff Simulation |
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105 Time(s) |
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75 |
Civil Liability for Soil Utilization in Iranian Law |
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109 Time(s) |
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76 |
Time Variability of Flow-Driven Sediment Concentration in a Laboratory Study: Effects of Rill Length, Soil Type and Flow Rate |
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105 Time(s) |
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77 |
Investigating the Possibility of Using Processed Slag of Steel Industry to Control the Erosion of Seghesi Plain in Eastern Isfahan |
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106 Time(s) |
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78 |
Relationship between Landscape Metrics and Sediment Budget in a small Mountainous Watershed, Western Iran |
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103 Time(s) |
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79 |
Introduction of a New Windbreak to Protect the Soil with Saline Conditions (Borkhar Isfahan Study Area) |
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107 Time(s) |
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80 |
Torrential Flood Risk Assessment Using Fuzzy Logic and TOPSIS in Grdelica Gorge and Vranjska Valley |
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97 Time(s) |
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81 |
The Effects of Gypsum Particle Size on Physico-Chemical Properties of Saline and Sodic Soils |
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98 Time(s) |
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82 |
Hydrological Modelling of Climate Changes Impact on Flow Discharge in Balikhli Chay Watershed |
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98 Time(s) |
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83 |
Assessing Space–Time Variability of Rainfall by Using Shannon Entropy |
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115 Time(s) |
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84 |
Investigating the Temporal Changes of Water Quality Entering in the Givi Dam’s Reservoir Using Iran Water Quality Index for Surface Water (IRWQISC) |
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99 Time(s) |
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85 |
Ecological and Dynamic Health of a Watershed Assessed by the Multi-Dimensional Framework of Vigor-Organization-Resilience |
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111 Time(s) |
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86 |
Land Use Changes; The Key Challenge Affecting Flood Security, Erosion Hazard and Water Scarcity |
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102 Time(s) |
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87 |
Possibility of Preserving Rural Water and Soil Resources Through Migration Reverse in the Form of Second Houses in the COVID-19 Pandemic |
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87 Time(s) |
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88 |
Rill Network Evolution, Landscape Degradation and its Fractal Signature |
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101 Time(s) |
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89 |
Conservation of Water Resources Through the Use of Unconventional Resources in Irrigation; Simulation Perspective |
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104 Time(s) |
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90 |
Development of a Simulation-Optimization Framework for Optimizing Best Management Practices (BMPs) for soil and Water Conservation at the Watershed Level |
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141 Time(s) |
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91 |
Discovery of Temporal and Spatial Changes of Dust Storms in Kermanshah Province, Iran |
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106 Time(s) |
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92 |
Integrative Assessment of Land Degradation: A Review of Current Methodological Approaches |
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101 Time(s) |
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93 |
Biological Soil Crusts Responsible for Degraded Lands Restoration; Accomplished Steps and Future Perspective |
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104 Time(s) |
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94 |
The Comparison the Organic Carbon Loss between Rangeland and Agriculture |
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101 Time(s) |
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95 |
Effect of Life Form Vegetation on Runoff and Sediment Yield on Mountainous Rangelands (Case Study: Asadabad-Hamedan Rangelands) |
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120 Time(s) |
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96 |
The Importance of Topography in Hydrological Process on Complex Hillslops |
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102 Time(s) |
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97 |
Some Physical and Chemical Soil Properties of Orchid Growing Areas in Vercenik Mountains |
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107 Time(s) |
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98 |
Effectiveness of Watershed Management Measuresin the Nekarood Watershed, Northern Iran |
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130 Time(s) |
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99 |
Usability of Weather Forecast Based Advisory in Terms of Water Saving in Jammu District of J&K |
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119 Time(s) |
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100 |
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