Ir directamente a la navegación principal
Ir directamente a la búsqueda
Ir directamente al contenido principal
Clasificar por
INIS
accumulation
14%
additives
8%
andes
13%
asymmetry
10%
atmospherics
27%
capture
10%
china
19%
climate models
13%
climates
28%
comparative evaluations
11%
connections
8%
corrections
12%
coupling
15%
cyclones
11%
data
18%
decay
7%
distribution
25%
dynamics
11%
environment
8%
expansion
9%
global warming
16%
growth
10%
heat
10%
metrics
12%
modeling
11%
modifications
9%
moisture
18%
monsoons
9%
nickel oxides
46%
noise
12%
nonlinear problems
8%
oceans
14%
perturbation theory
14%
power
9%
precipitation
100%
probability
24%
range
10%
risks
11%
rivers
15%
seas
19%
seasons
14%
simulation
13%
south america
7%
southern oscillation
23%
stochastic processes
9%
surfaces
19%
transport
12%
values
9%
water vapor
12%
wind
11%
Keyphrases
Additive Noise
6%
Atmospheric Rivers
8%
Clausius-Clapeyron Equation
7%
Climate Models
10%
Continental China
7%
Coupled Model Intercomparison Project Phase 5 (CMIP5)
7%
Coupled Model Intercomparison Project Phase 6 (CMIP6)
31%
Current Climate
13%
Daily Precipitation
21%
Data-driven Modeling
15%
Derivative Expansion
9%
Dry Spells
6%
El Niño-Southern Oscillation
21%
Extratropical
10%
Extreme Precipitation
41%
Extreme Precipitation Events
9%
Gamma Distribution
6%
Global Land
10%
Global Warming
20%
Heat Wave
15%
Henan Province
6%
High Risk
7%
Inactive Periods
6%
Linear Inverse Model
16%
Linear sigma Model
6%
Model Bias
7%
Moisture
8%
Multiplicative Noise
6%
North China
7%
Observational Data
7%
Oscillation
8%
Pacific Meridional Mode
8%
Perturbation Theory
6%
Phenomenon-based
6%
Power Law
10%
Precipitation Accumulation
13%
Precipitation Distribution
10%
Precipitation Extremes
23%
Precipitation Intensity
10%
Precipitation Probability Distributions
10%
Probability Distribution
6%
Probability of Precipitation
7%
Risk Increase
6%
Risk Ratio
9%
Scattering Length
6%
Sea Surface Temperature
8%
South Pacific Meridional Mode
9%
Thermal Correction
6%
Warm Season
12%
Water Vapor
8%
Earth and Planetary Sciences
Andes
13%
Atmospheric River
18%
Atmospherics
11%
Chile
8%
China
19%
Climate Change
6%
Climate Modeling
21%
CMIP
11%
CMIP6 Models
7%
Coupled Model Intercomparison Project Phase 6
17%
Extreme Event
12%
Extreme Precipitation
45%
Global Warming
19%
Heat Wave
10%
Linear Systems
6%
Marine Heatwave
12%
Northern Hemisphere
8%
Oceania
9%
Pacific
20%
Persistence
6%
Power Law
14%
Precipitation (Climatology)
6%
Precipitation Intensity
9%
Probability Theory
32%
Sea Surface Temperature
19%
South America
7%
Southern Oscillation
24%
Temperate Region
5%
Transportation
12%
Tropical Cyclone
8%
United States of America
6%
Water Vapor
12%
Weather Condition
6%
