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%