Climate Change in Australia
Climate Change in Australia
Climate information, projections, tools and data
Overview
About this site
Guiding principles
International modelling collaboration
Projections landscape
Queensland Future Climate
Data licences and acknowledgements
Referencing CCIA
Understanding projections
The climate system
Oceans and atmosphere
Australian climate influences
Variability vs change
Greenhouse gases
Causes of past and recent change
Impacts and adaptation
NRM Regions
Central Slopes
East Coast
Monsoonal North
Murray Basin
Rangelands
Southern Slopes
SSW Flatlands
Wet Tropics
Methodology
NRM Regions
List of models
Model evaluation
Downscaling in CCIA 2015
Comparison to CCIA 2007
Changing Climate
Climate extremes
Extreme temperature
Extreme rainfall
National Climate Statement
State Climate Statements
New South Wales & ACT
Northern Territory
Queensland
South Australia
Tasmania
Victoria
Western Australia
Climate Trends
Global trends
Australian trends
Future Climate Scenarios
Greenhouse gas scenarios
Global Warming Levels
Quick Start Guide
Temperature Change
Rainfall Change
Lenses
Current Warming Level
Reaching Global Warming Levels
Australian warming
Emergence
Years at +1.5 °C level
Methods
References
Projections Tools
Data availability
Tool ratings
Regional Climate Change Explorer
Super-Clusters
Clusters
Sub-Clusters
Climate analogues
Analogues Explorer
Coastal & marine projections
Marine Explorer
Summary Data Explorer
Extremes Data Explorer
Thresholds Calculator
Map Explorer
Time Series Explorer
Climate Futures Tool
Introduction to Climate Futures
Explore Projections
Projections Builder
Compare Projections
Detailed Projections
Obtain Data
Application-ready data: Introduction
Eight climate models data
Scaling Methods
Download Datasets
CCiA file naming convention
Communication Resources
Reports
Brochures
Adaptation Planning Pamphlets
Journal Papers
Figures and maps
Multimedia
Presentations
Animations
Communication tips
Learning & Support
Using projections
Important considerations
Data vs projections
Conducting an impact assessment
Selecting scenarios and models
Deciding what data you need
Common mistakes
Approaches to Climate Change Impact Assessment
Regional Projections Data Pathway
Climate models
How does a climate model work?
Model resolution
Downscaling
Modelling and projections
Projecting future climate
Short and long-term projections
Global modelling effort
Uncertainty and confidence
Evaluation of model performance
Choosing from multiple sources of projections
Case Studies
Biodiversity case study
Human health (heat) case study
Hydrology case study
AdaptNRM
FAQs
Help with downloading data
Glossary
Contact
Decision Tree
Decision Tree Graphic
News & Updates
Online training
Module 1: The climate system
Module 2: Climate projections science
Module 3: Using projections data
Module 4: Climate Futures framework
Explainer: Internal Consistency
Projects
Electricity Sector Climate Information
About ESCI
User Guidance
Introduction
Understand Context
Identify Climate Risk
Analyse Climate Risk
Quantified hazards
Unquantified hazards
Evaluate All Risks
Risk Treatment
Case Studies
Extreme Heat & VRE
Wind and transmission
Bushfire and Transmission
Extreme heat & transmission
Bushfire & distribution
Impact of extremes
Hydro Generation
Soil moisture & infrastructure
Climate Data
Learning & Support
Climate Training
Key Concepts
Webinars
ESCI Glossary
Contact
Publications
Peer Reviewed Papers
Project Reports
Additional Resources
Victorian Climate Projections 2019
VCP19 Guidance
VCP19 Getting started
VCP19 Using Projections
VCP19 Constructing Projections
VCP19 Key Steps
VCP19 Accessing Datasets
VCP19 file naming convention
VCP19 Publications
»
Projections Tools
»
Climate Futures Tool
CanCM4
Country of origin:
Host Organisation:
Description :
Further Information:
CanCM4
