Keyphrases
Algal Bloom
33%
Anthropocene
25%
Aquatic Ecosystem Model
50%
Aquatic Ecosystems
16%
China
87%
Chinese Lakes
50%
Chlorophyll a (Chl a)
23%
Community Perspectives
25%
Critical nutrient Loads
25%
Digital Ecosystem
25%
Eco-evolutionary
16%
Ecosystem Function
25%
Ecosystem Model
29%
Ecosystem Response
25%
Eutrophication
22%
Food Web Structure
25%
Game Approach
25%
Hydrological Regulation
33%
Lake Chaohu
72%
Lake Ecosystem
36%
Lake Management
29%
Lake Model
25%
Lake Taihu
25%
Lake Victoria
16%
Large Shallow Lake
58%
Model Diversity
25%
Modeller
37%
Multimedia Fate Modelling
25%
Natural Attribute
25%
Non-point Source
12%
Nonlinear Dynamic Model
18%
Novel Ecosystems
16%
Nutrient Budget
25%
Nutrient Loading
47%
Nutrient Thresholds
25%
Nutrient Variability
25%
Paleolimnology
25%
Perfluorohexanoic Acid (PFHxA)
25%
Phosphorus Load
22%
Projection Model
20%
Regime Shift
58%
Response Pattern
25%
Serious Games
25%
Shallow Lakes
33%
Social-ecological
16%
Spatial Identification
25%
Total Phosphorus
25%
Turbid State
16%
Water Level Control
25%
Water Quality
31%
Earth and Planetary Sciences
Adaptive Response
8%
Anthropocene
25%
Anthropogenic Factor
6%
Aquatic Environment
62%
China
100%
Chlorophyll
50%
Climate Change
31%
Drinking Water Quality
8%
Dynamic Response
6%
Ecological Restoration
6%
Ecological Stability
12%
Ecosystem Dynamics
25%
Ecosystem Modeling
36%
Ecosystem Response
25%
Emission Source
5%
Energy Flow
6%
Eutrophication
33%
Flood Plain
12%
Food Security
8%
Food Web
25%
Freshwater Lake
10%
Fugacity
5%
Global Change
6%
Global Environmental Change
8%
Harmful Algal Blooms
25%
Lacustrine Environment
5%
Lake Dynamics
8%
Lake Ecosystem
69%
Lake Management
37%
Lake Restoration
12%
Lake Water
25%
Markov Chain Monte Carlo
12%
Nonpoint Source
25%
Nutrient Budget
25%
Paleolimnology
25%
Phytoplankton Bloom
16%
Recycling Method
12%
Scenario Analysis
13%
Spatial Variation
8%
Stable Isotope
6%
State of the Art
25%
Submerged Vegetation
25%
Sulfonate
25%
Surface Area
6%
Sustainable Development Goals
25%
Trophic Interaction
6%
Trophic Level
6%
Water Depth
18%
Water Quality Management
5%
Water Temperature
6%
