The potential impact of land use changes on heavy metal contamination in the drinking water reservoir catchment (Dobczyce Reservoir, south Poland)

Keyphrases

• Dobczyce Reservoir 100%
• Potential Impact 100%
• South-western Poland 100%
• Metal Contamination 100%
• Drinking Water Reservoir 100%
• Land Use Change 100%
• Suspended Sediment 100%
• Bottom Sediments 66%
• NiFe 33%
• Metal Contaminants 33%
• Rapid Industrialization 33%
• Kruskal-Wallis H Test 33%
• Multiple Linear Regression Model 33%
• Meadow 33%
• Pb-Zn 33%
• Agricultural Area 33%
• Pasture 33%
• Land Use Type 33%
• Metal Distribution 33%
• Land Use Effects 33%
• Arable Land 33%
• Sediment Sources 33%
• Drinking Water Quality 33%
• Heavy Metal Concentration 33%
• Anthropogenic Activities 33%
• Soil Samples 33%
• Soil Type 33%
• Agricultural Practices 33%
• Residential Area 33%
• CuMn 33%
• Residential Land Use 33%
• Concentration Level 33%
• Intensive Agriculture 33%
• Warning Signs 33%
• Meteorological Conditions 33%
• Distribution Pattern 33%
• Aquatic Environment 33%
• Residential Structures 33%
• Atomic Absorption Spectrophotometry 33%
• Sediment Samples 33%
• Service Structure 33%
• Heavy Metal Pb 33%
• Pollution 33%
• Seasonal Variation 33%
• Practice Conditions 33%
• Urbanization 33%
• Heavy Metals 33%

Earth and Planetary Sciences

• Land Use Change 100%
• Water Reservoir 100%
• Poland 100%
• Heavy Metal 100%
• Potable Water 100%
• Land Use 100%
• Suspended Sediment 100%
• Farmland 33%
• Spectrophotometry 33%
• Drinking Water Quality 33%
• Intensive Agriculture 33%
• Annual Variation 33%
• Human Activity 33%
• Land Use Type 33%
• Agricultural Practice 33%
• Aquatic Environment 33%