INIS
water
100%
climatic change
82%
chile
78%
lakes
72%
management
56%
mapping
36%
hydrology
30%
land use
28%
noise
27%
climates
26%
policy
26%
general circulation models
24%
precipitation
24%
modeling
23%
planning
22%
performance
22%
applications
21%
surfaces
21%
vulnerability
18%
adjustments
18%
correlations
18%
simulation
18%
transformations
18%
forests
18%
sustainability
18%
cooperation
18%
water resources
18%
climate models
18%
seasonal variations
18%
andes
18%
currents (water)
18%
height
18%
daily variations
18%
isotherm
18%
restoration
18%
allocations
18%
rivers
17%
operation
16%
droughts
15%
tools
14%
data
13%
reliability
13%
volume
13%
economics
13%
risk assessment
11%
design
11%
stochastic processes
11%
capacity
10%
signals
10%
humans
9%
Keyphrases
Chile
67%
Climate Change
63%
Water Scarcity
40%
Emergence Time
36%
Central Chile
32%
Hydrology
27%
Lake Desiccation
27%
Water Management
27%
Extreme Drought
24%
Chilean
23%
Streamflow
22%
Adaptation Strategies
20%
Land Use Land Cover
18%
Rural Transformation
18%
Differential Vulnerability
18%
Lake Basin
18%
Synthetic Simulation
18%
Vulnerability
18%
Aquifer Pumping
18%
Scientific Validity
18%
Diverse Sources
18%
Government Strategy
18%
Reduced Precipitation
18%
Manual Extraction
18%
Sustainable Water Management
18%
Economic Uses
18%
Article Use
18%
Land Use Planning
18%
Quillaja Saponaria
18%
Water Resources
18%
Sclerophyllous Forest
18%
Desiccation
18%
Lagoon
18%
Lithraea Caustica
18%
Water Bodies
18%
Lessons Learned
18%
Spatially Correlated
18%
Land Cover
18%
Socioeconomic
18%
Fractional Gaussian Noise
18%
Seasonal Variation
18%
Local Time
18%
Semi-arid
18%
If Current
18%
Reservoir Performance
18%
Isotherm
18%
Collaborative Process
18%
Water Use Rights
18%
Water Allocation
18%
Daily Variation
18%
Earth and Planetary Sciences
Climate Change
86%
Chile
84%
Water Scarcity
49%
Water Management
36%
Territory
31%
General Circulation Model
25%
Streamflow
22%
Drying
21%
Hydrology Models
20%
Quantile
18%
Lake Basin
18%
Climate Modeling
18%
Random Noise
18%
Global Climate
18%
Land Use
18%
Lake Processes
18%
Water Use
18%
Annual Variation
18%
Lapse Rate
18%
Andes
18%
Decision Making
9%
Lake Water
9%
Ergonomics
9%
Water Resources Development
9%
Climate Change Impact
9%
Land Use Change
9%
Agricultural Ecosystem
9%
Policy Development
9%
Literature Reviews
9%
Property Right
9%
Water Availability
9%
River Basin
8%
Spatial Dependency
7%
Reservoir Management
6%
Off-Site
5%