Material in this section originates from the following categories in our Subject Index:
Climate Models (Inadequacies: Precipitation)
Precipitation (Model Inadequacies)
* -- Observed vs Predicted Trends in Northern Hemisphere Snow Cover
* -- The Status of Antarctic Precipitation in CMIP5 Climate Models
* -- Modelling Precipitation Cycles Over Major Asian River Basins
* -- Extreme Precipitation Events As Represented in CMIP5 Models
* -- Modeling 12 Centuries of Northern Hemispheric Hydroclimate
* -- Modelling co-variability of Holocene rainfall and temperature in Asia
* -- A Test of the CanCM4 Model in Forecasting Rainfall Over Malaysia
* -- The Subtropical Ridge as Represented in CMIP5 Climate Models
* -- Seemingly Unresolvable Biases of CMIP3 and 5 Climate Models
* -- Winter Frontal Precipitation Problems of CMIP5 Climate Models
* -- CMIP5 Problems Modelling Extreme Precipitation Indices in China
* -- Problems with CMIP5 Models Predicting South African Rainfall
* -- Problems of CMIP5 Models Representing African Easterly Waves
* -- Precipitation and Pacific Storm Track Problems in CMIP5 Models
* -- Another 100 Year CMIP5 Hindcast of Temperature and Precipitation
* -- Future South Asia Rainfall as Projected by CMIP5 Climate Models
* -- An Evaluation of CMIP5 Simulations of Dryland Climate Change
* -- U.S. Great Basin Precipitation and Its Pacific Ocean Connections
* -- Sea Surface Temperature Anomalies Impact Ocean Precipitation
* -- CMIP5 Hind-Casting of Precipitation in the Karakoram-Himalaya
* -- Modeling United States Cloud Fraction, Insolation and Precipitation
* -- Problems Associated with Modelling South Asian Monsoon Rainfall
* -- ENSO-Induced Rainfall Changes Derived from CMIP5 AOGCMs
* -- The Non-Stationary Precipitation Biases of Current Climate Models
* -- A New Regional Model for Simulating African Hydroclimate
* -- How Well Do AR4 Climate Models Simulate Precipitation in India?
* -- CMIP5 Decadal Hindcasts of Australian Precipitation Conditions
* -- CMIP5 Modelling of Precipitation in Arid and Semiarid Regions
* -- GCM Predictions of North India Winter Precipitation for Its Crops
* -- Modelling the Long (MAM) and Short (OND) Rains of East Africa
* -- Modeling Caribbean Precipitation: How Well Is It Being Done?
* -- Modeling Daily Intense Rainfall Events over Africa
* -- Simulations of Mediterranean and Northern Africa Precipitation
* -- The Modeling of Low-Frequency Rainfall Variability
* -- Modelling Drought Throughout the World
* -- Modeling the Global Water Cycle
* -- Searching for Megadroughts in CMIP5 Climate Models
* -- Modeling Rainfall Over Burkina Faso
* -- CMIP5 Simulations of 20th-Century Pacific Northwest USA Climate
* -- Indian Ocean Dipole and ENSO Teleconnections in CMIP5 Models
* -- Autumn Precipitation Trends in Southern Hemisphere Midlatitudes
* -- The Sad State of Sub-Daily Precipitation in CMIP5 Climate Models
* -- CMIP3 & CMIP5 Models Characterizing Amazonian Precipitation
* -- Errant CMIP5 Modelling of South American Tropical Precipitation
* -- Modeling Southern Hemisphere Mid-latitude Precipitation Trends
* -- The "Best Available Tools" for Predicting Climate Change
* -- Northeast Monsoon Rainfall Over South Peninsular India
* -- Predicting Precipitation Extremes via CMIP5 Climate Models
* -- Projecting Global Changes in Precipitation Extremes
* -- Creating Global Climate Models for Agricultural Impact Research
* -- How Close is Modeled Precipitation to Measured Precipitation?
* -- The North American Regional Climate-Change Assessment Program
* -- ENSO Teleconnections in CMIP Models Simulating Precipitation
* -- CMIP5 Backward Projections of Temperature and Precipitation
* -- 24 CMIP5 Global Climate Models Applied to the Tibetan Plateau
* -- CMIP5 Modeling of Extreme Precipitation in Europe
* -- Modeling the Indian Ocean Dipole: A Progress Report (of Sorts)
* -- Rainfall Measurements Throughout Northeast India: AD 1871-2008
* -- Global Climate Model Simulations of Southern South America
*-- Modeling Multi-Scale Precipitation Variability in the Southwest US
* -- Northern Hemisphere Land Snow Cover: Simulations vs. Reality
* -- Tropical Precipitation Extremes: How Well Are They Modeled?
* -- The South Asian Monsoon: How Difficult It Has Been to Model
* -- Modeling Extreme Precipitation in the Tropics
* -- PMIP2 Characterizations of the Mid-Holocene African Monsoon
* -- Climate Models: Still Struggling to "Get It Right"
* -- Modeling Precipitation Over the Mediterranean Region
* -- Changes in Global Precipitation Over Land in a Warming World
* -- Predicting Decadal to Multi-Decadal Variability in Precipitation
* -- Simulated Climate Change Impacts on Streamflow in Vietnam's Be River Catchment
* -- CMIP3 Models Simulating Temperature and Precipitation in China
* -- Mediterranean Precipitation Simulated by CMIP5 Climate Models
* -- Simulating the Indian Ocean Subtropical Dipole
* -- Cloud Ice Water Content & Cloud Ice Water Path in CMIP5 GCMs
* -- Climate Change in China Over the Past Century
* -- Paleofloods of the Mediterranean French Alps
* -- Simulations of Seasonal Snow in the Upper Colorado River Basin
* -- Do Regional Climate Models Realistically Represent Precipitation?
* -- Regional Climate Models: How Well Do They Work?
* -- The Theory of Warmth-Induced Amplification of Extreme Weather Events
* -- More Floods for Central Europe in a Warming World?
* -- Extreme Rainfall Events Throughout the Himalayas
* -- Extreme Precipitation Events in Northeast Spain
* -- Water-Year Runoff of the Conterminous United States: 1900-2008
* -- Snowfall Regimes within the Italian Alps
* -- Modeling the North American Monsoon
* -- State-of-the-Art Climate Models and Extreme Meteorological Events and Consequences
* -- Precipitation Extremes Along North America's West Coast
* -- The Climatic Impacts of Precipitating Ice and Snow
* -- Precipitation: Models vs. Reality
* -- Simulating the South American Monsoon System
* -- Simulating 21st-Century Precipitation
* -- Temperature and Precipitation Extremes: Models vs. Reality
* -- Climate Model Problems: VII. Clouds and Precipitation
Climate Model Problems: VI. The Double-ITCZ Problem
Climate Model Problems: V. Eneregy and Water Cycles
Climate Model Problems: II. Hydrologic Cycle
Trouble in Climate-Model Paradise
Simulating the Past: A Test of State-of-the Art Climate Models
Seven Decades of Indian Monsoon Prediction Failure
Snow Water Equivalent of the Western Colorado Snowpack