Keyphrases
China
84%
Sponge City Program
52%
Nature-based Solutions
43%
Sponge City
36%
Turbidity
29%
Guiyang
24%
Urban Water Management
24%
Hailuogou Glacier
24%
Southeastern Tibetan Plateau
24%
SW China
20%
Hydrological Alteration
19%
Glacier
18%
Resilience
17%
Southwest China
16%
New District
16%
Dissolved Oxygen Dynamics
16%
Net Ecosystem Metabolism
16%
Yellow River Estuary
16%
Hydrological Regulation
16%
Estuary
16%
Watershed Systems
16%
Heat Wave
16%
River Systems
16%
Alpine Rivers
16%
Thermal Response
16%
Thermopeaking
16%
Yellow River
16%
Dynamic Model
16%
Multi-stage Analysis
16%
Freshwater Environment
16%
Microplastic Pollution
16%
Human Activities
15%
Temporal Variability
14%
Chinese Cities
12%
Rapid Urbanization
12%
Management Approach
12%
Uncrewed Aerial Vehicle
12%
Mechanical Ablation
11%
Flood Control
10%
Hydrological Analysis
10%
Human Impact
10%
River Flow Regime
10%
Dam Operation
10%
Air Quality
10%
The Yellow River Basin
10%
Spatiotemporal Variation
9%
River Water Temperature
9%
Management Plan
9%
Urban Flood Management
9%
River Basin
9%
Earth and Planetary Sciences
China
100%
Urban Water
32%
Turbidity
32%
Climate Change
28%
Urban Water Management
27%
Tibetan Plateau
24%
River Basin
24%
Europe
24%
Dynamic Models
22%
Yellow River Basin
21%
Urban Flooding
21%
River Flow
19%
Dissolved Oxygen
19%
Water Storage
16%
Environmental Challenge
16%
Ecosystem Service
16%
Heat Wave
16%
River System
16%
Anthropogenic Effect
16%
Flood Control
16%
Stormwater
16%
Human Health
16%
Urban Planning
16%
Water Temperature
13%
Emissions
9%
River Water
9%
Land Use
9%
Air Quality
9%
Orthophoto
8%
Land Surface Temperature
8%
Glacier Dynamics
8%
Freshwater Ecosystem
8%
Snow Water Equivalent
8%
Commodity Price
8%
Urban Agriculture
8%
Low Flow
8%
Water Consumption
8%
Dam Construction
8%
Water Resources Development
8%
Catchment Management
8%
Greenhouse Gas Emission
8%
Environmental Data
8%
Particular Matter 2.5
8%
Atmospherics
8%
Landscape Change
8%
Megacity
7%
Numerical Model
6%
Attenuation Coefficient
5%
Light Attenuation
5%
Temporal Variation
5%
