Keyphrases
River Discharge
100%
Drainage Area
95%
New Jersey
91%
Dam Removal
68%
Japanese Knotweed
68%
Radionuclides
68%
Knotweed
54%
Stream Baseflow
54%
210Pb
54%
Cesium-137 (137Cs)
45%
Discharge Area
43%
River Drainage
41%
Sediment Sources
38%
C-value
37%
Racial-ethnic
36%
Dam Impacts
32%
United States Geological Survey
32%
Land Use
30%
Channel Width
27%
Natural Influences
27%
Management Implications
27%
Urbanization Impact
27%
Archival Aerial Photographs
27%
River Gauging
27%
Income Differences
27%
Exposure to Floods
27%
Watershed Hydrology
27%
Urbanization Effect
27%
Watershed Scale
27%
Fluvial Sediments
27%
Racial Differences
27%
Sediment Erosion
27%
Soil Erosion
27%
Non-Hispanic White
27%
Anthropogenic Influence
27%
Creek
27%
Linear Relationship
27%
Surficial
23%
Water Quality
23%
Land Use Change
21%
Impervious Surface
20%
Urbanization
19%
In-stream
19%
Legacy Sediment
18%
State Government
17%
United States
17%
Local Government
17%
Total Leaf Area
17%
Channel Banks
16%
Fluvial System
16%
Earth and Planetary Sciences
New Jersey
95%
United States of America
95%
River Discharge
95%
Dam Removal
68%
Radioactive Isotope
68%
Land Use
68%
Fluvial Deposit
41%
Base Flow
36%
Aerial Photograph
27%
Fine Grained Sediment
27%
Spatial Variation
27%
Radionuclide
27%
Water Loss
27%
Land Use Change
22%
River Channel
22%
Water Resource
22%
Geographic Areas
19%
Growing Season
18%
Hillslope
13%
Drinking Water Supply
13%
Equilibrium Line
13%
Flood Frequency
13%
Cellular Automata
13%
Watershed Management
13%
Point Source Pollution
13%
Environmental Regulation
13%
Nonpoint Source Pollution
13%
Overland Flow
13%
Paleoclimate
13%
Sediment Core
13%
Stream Channel
13%
Peru
13%
Nonpoint Source
13%
Evapotranspiration
13%
Landscape Evolution
13%
Snowpack
13%
Water Use
13%
Geological Survey
13%
Surface Water
13%
Forest Fire
13%
Environmental Justice
10%
United States
10%
Peak Flow
9%
Drainage Basin
9%
Urban Land Use
9%
Peak Discharge
9%
Suspended Sediment
9%
Pennsylvania
9%
Plant Specie
9%
Geographic Information System
9%