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Climate Change Officers
S - Adaptation Frame
S - Adapting to Climate Change Under Uncertainty
S - Atmospheric Trust Litigation
S - Bounding Global SLR
S - Business Adaptation/Resilience
S - Business Decision-Making with Climate Uncertainty
S - Carbon Pricing Sources
S - CCS CCUS
S - CCS Critiques
S - CCS Risks
S - CCS Technologies
S - Climate Change Fingerprint to Date
S - Climate Change Tipping Points
S - Climate Emergency Sources
S - Climate Ethics Morals Religion
S - Climate Modeling
S - Climate Risk (Societal)
S - Climate Uncertainties Unknowns
S - CO2 Utilization
S - Collective Action
S - Economics Forecasting
S - Ecosystem Restoration
S - Environmental and Climate Storytelling
S - Environmental Migrants
S - Evaluating Business Responses
S - Evaluating Voluntary Measures
S - Fire Impacts
S - Forestry Emissions and Mitigation
S - Green Growth
S - Green Growth Investment Barriers
S - IAMs Integrated Assessment Models
S - Impact Attribution
S - Impact Modeling
S - Modeling Extreme Events
S - Natural Capital
S - Negative Emissions
S - Observed vs. Modeled Impacts
S - Politics and Policy
S - Public Perceptions of CCS
S - SCC Social Cost of Carbon
S - Science Top Level
S - Wicked Problems
N - Business and Deforestation
N - Carbon Dioxide Removal - CDR
N - Carbon Negative
N - Carbon Pricing News - Topical
N - CCS Carbon Capture and Storage
N - CCS Critiques
N - CCS Law and Policy
N - CCS Technologies
N - CCUS CO2 Utilization
N - Climate Change Fingerprint
N - Climate Models
N - Ecosystem Restoration
N - Evaluating Business Action
N - Evaluating Risk Disclosure
N - Forestry Mitigation
N - Gaming and Climate Communication
N - Politics and Policy
N - SCC Social Cost of Carbon News
N - Science Top Level
N - Sector Responses
N - Soil Carbon Sequestration
N - Systems Thinking
T - CCS and CCUS
T - Climate Impact Tracking
T - Communication Tools
T - Nature-Based Solutions
T - Visualizing Future Impacts
V - Climate Solutions
E - Catastrophe Modeling
E - CCS and CCUS
E - Climate Change Fingerprint
E - Climate Opportunities
E - CO2 Air Capture
E - Communicating shifting extremes
E - Green Growth Policies
E - IAM Uncertainties and Forecasts
E - Integrated Assessment Modeling
E - International Policies
E - Negative Emissions Technologies
E - Negotiating a Global Carbon Price
E - Public Policy
E - Science-based targets
E - Shifting Extremes
E - Visualizing Climate Change
Communications TOC
S - Adaptation Frame
S - CliFi Climate Fiction
S - Climate and the Arts and Humanities
S - Climate Dialogues
S - Climate Ethics Morals Religion
S - Climate Science Education
S - Communicating Science
S - Communicating Uncertainty and Risk
S - Communicating w Climate Doubters/Deniers
S - Communicating with Faith
S - Communicating with Specific Audiences
S - Communicating With Humor
S - Communication by Scientists
S - Communications Frames
S - Communications How To for Climate Change
S - Communications Tools
S - Evaluating Climate Communications
S - Media Coverage
S - Public Beliefs and Knowledge
S - Risk as Communications Frame
S - Risk Communication (non-climate)
S - Social Media
S - Storytelling
S - The Terms We Use
S - Topical Communications
S - Visual Communications Tools
N - Audience Communications
N - Changing Minds
N - Gaming and Climate Communication
N - Risk Communication
T - Climate News
T - Communication Tools
T - Communications Events
T - Communications Science
T - Interactive Tools and Visualizations
T - Iphone and Android Apps
T - Visualizing Future Impacts
V - Climate Movies and Documentaries
V - Climate Solutions
V - Communication Videos
V - Mitigation Videos
B - Climate Memoirs
B - Communications - Climate - Doubt and Denial
B - Dangerous Climate Change
B - Popular Climate Books
E - Climate Risk Marketing
E - Communication Barriers
E - Magazine Covers
E - Scenarios Through Storytelling
E - Visualizing Climate Change
T - Climate Cartoonists
Physical Impacts and Risks TOC
I:BenefitsofClimateChange
I:BoundingFutureImpacts
I:EconomicsofClimateImpacts
I:FingerprintofClimateChange (Deep Dive)
I:ImpactsofDelayingAction
I:IndirectImpactsofClimateChange
I:LongTailClimateRisks - Synonym
I:SocioEconomicImpacts
I:UnacceptableClimateChange
S - Biodiversity Impacts
S - Drought Impacts
S - Extreme Event Impacts
S - Fire Impacts
S - Flood Impacts
S - Forecasted Extreme Events
S - Hurricanes/Cyclones
S - Ice Impacts
S - Impacts by Region
S - Impacts by Timing
S - Impacts By Degree
S - Impacts of SLR
S - Managing Extreme Event Risk
S - Modeling Extreme Events
S - Ocean Impacts
S - Precipitation Impacts
S - Probabilistic Decision-Making
S - SocioEconomic Impacts
S - Species Impacts
S - Storm Surge
S - Temperature Impacts
N - Agriculture Impacts
N - Biodiversity and Ecosystem Impacts
N - Climate Change and Hurricane Harvey
N - Climate Change and Hurricanes
N - Drought Impacts
N - Economic Impacts
N - Extreme Events
N - Fire Impacts
N - Flooding Impacts
N - Forestry Impacts
N - Glacier Impacts
N - Health Impacts
N - Ocean Acidification
N - Sports Impacts
N - Temperature Impacts
N - US Extremes
N - Water Impacts
T - Climate Impact Networks
T - Climate Impact Tracking
T - Impact Assessment
T - Visualizing Future Impacts
T - Visualizing the Temperature Record
V - Arctic and Antarctic
V - Climate Futures
V - Extreme Events
V - Oceans and Climate
V - SLR Sea Level Rise
V - Temperature Change
Q - Climate Impacts
E - Climate Change and Harvey
E - Climate Change and Hurricanes
E - Climate Impacts/Risks by Sector
E - Drought Impacts
E - Fingerprint - Fire Regimes
E - Fire Impacts
E - Food Security Impacts
E - Impacts by Degree
E - Impacts by Time Period
E - Impacts by Type
E - Long Tail Risk Impacts
E - Security and Climate
WickedProblems TOC
I:ClimateConversations
I:ClimateEmergencyCommunications
I:ClimateRiskCommunication
I:ClimateStoryTelling
I:CommunicationsChallenges
I:ComplexityTheory
I:CounteringMisinformation
I:CritiquingtheWickedProblemConcept
I:DefiningWickedProblems
I:GamesGamification
I:InfluencingDecisionmaking
I:InsuranceasMetaphor
I:MakingClimateChangeLocal
I:ScientistsUnderstatingRisk
I:SolutionsasBetterClimateCommunications
I:SuperWickedProblems
I:TopicsRelatedtoWickedProblemSolving
I:VisualizingClimateRisk
I:VisualizingWickedProblems
S - Climate Change as Wicked Problem
S - Climate Dialogues
S - Communicating Uncertainty and Risk
S - Communicating with Specific Audiences
S - Communicating With Humor
S - Communications How To for Climate Change
S - Storytelling
S - The Terms We Use
S - Wicked Problems
N - Changing Minds
N - Climate Change as a Wicked Problem
N - Communicating Uncertainty
N - How To Communicate Climate Change
N - Wicked Problems
T - Interactive Tools and Visualizations
T - Visualizing Future Impacts
T - Wicked Problems
T- Visualizing Risk
V - Wicked Problems
E - Changing Minds
E - Climate Change as Polarizing
E - Climate Communication Frames
E - Communicating Risk
E - Defining a wicked problem
E - Moral Messaging
E - Scenarios Through Storytelling
E - Super Wicked Problems
E - Wicked Problems
V - Channels for Communicating Climate
E - Temperature Impacts
Infographic - Risks at 2, 3, 4 Degrees
Infographic - Snapshot of a Warming World
I:1.5vs2.0Degrees (HowCanIVisualize?)
I:BoundingPolicyOutcomes
T - Visualizing Future Impacts
E - Impacts by Degree
2016 Global monthly temperature anomalies 2015-2016
2016/11 What will the world actually look like at 1.5°C of warming?
2018/10 Interactive: The impacts of climate change at 1.5C, 2C and beyond
2014 Global Warming Projections, 2 degrees warmer (from NG 2008)
2015 Climate Change: What Happens If The World Warms Up By 2°C?
3oC - Asian cities that will be worst affected by sea level rise
1500-2010 (2012) European summer temperatures 1500-2010
1500-2010 (2012) Frequency of extreme European summers
1900-2010 (2011) Anomalies are clearly trending towards hot and very hot temperatures
1900-2010 (2011) U.S. temperature anomalies not nearly as clear as other parts of the world
1900-2100 (2008) Change in daily heavy precipitation events, with uncertainty
1900-2100 (2008) Increase in % of warm nights for North America, with uncertainty
1900-2100 (2010) Changes in permafrost coverage to 2100
1920-2100 (2017) A massive increase in "nuisance flooding" around the U.S.
1950-2010 (2011) Fraction of surface area that's cold or hot shifting significantly
1950-2010 (2011) One can see a systematic warming signal in a number of regions
1950-2010 (2011) The extreme heat tail of anomalies has shifted by 1 SD over 3 decades
1950-2010 (2011) We can track how annual anomalies diverge in terms of SDs from the baseline
1950-2011 (2011) The fraction of land area with very high extremes is increasing
1950-2011 (2012) Temperature anomaly distributions during the summer for the U.S.
1950-2011 (2013) It's not the change in global average temperature that really matters, it's the tails of the probability curve
1950-2015 (2016) North and Southern hemisphere temperature anomaly shifts
1950-2015 (2016) Regional shifts in temperature anomalies - Africa, Middle East, SE Asia
1950-2015 (2016) Regional shifts in temperature anomalies - U.S., Europe, China, India
1955-2007 (2011) We can track how surface temperatures are changing over time
1955-2011 (2011) The proportion of surface area displaying >3 SDs is growing significantly
1980-2100 (2014) North Hemisphere near-surface permafrost area to 2100
1980-2100 (2014) Northern Hemisphere snow cover change to 2100
1980-2100 (2014) Number of days over 95o (F) RCP 8.5 Median and 1 in 20 chance
1980-2100 (2015) Change in after number of days over 95 degrees (F) Median and 1 in 20 chance estimates
2000-2013 (2016) Observed change in U.S. precipitation patterns
2000-2050 (2012) Expected value of hurricane damages to Miami-Dade
2011 Very good chance we're already committed to >2 degrees C
2012 Probabilistic Forecasts to 2100 based on new Representative Concentration Pathways
2012 Showing North American Detail
2012 There's huge uncertainty about really long-term outcomes
2014 Average summer temperatures across the U.S.
2014 Average winter temperatures
2014 Global temperature projections different and timelines
2014 Number of extreme cold days
2014 Projected changes in frost-free season length by scenario
2015 Global probability of exceeding 99th extremes with temperature increase
2015 Probability of extreme precipitation events under warming
2016 Alternative warming paths
2016 Emissions limits required to achieve temperature targets
2016 Potential temperature increase associated with consuming proven fossil fuels
2016 Temperature anomalies by latitude
2017/7 Alarming New Animation Shows The Months Are Indeed Getting Warmer
2017 Latitudinal risk of deadly climate
2017 Sea surface temperature anomaly 1961-1990
2020 2019 was Alaska's warmest year on record
2020 2019 Was 2nd Warmest Year on Record
2020 Arctic sea ice extent since 1979
2020 Global temperature time series
2020 US Temperature conditions 2019
2021 Amplification of temperature changes in the Arctic
2021 Australian annual average daily maximum temperature 1910-2021
2021 Committed sea level rise as a function of long-term global temperature increase
2021 Global population (2010 - 2100) experiencing a heatwave that exceeds 98th and 99th percentile of reference period (1981-2010)
2021 La Nina and Indian Ocean dipole 2021
2021 Land and ocean temperature percentiles for Jan-Dec 2020
2021 Number of people exposed to heat stress above the risks to workability and survivability thresholds
2021 Populations in Africa and Middle East experiencing heatwaves 2010 - 2100
2021 Populations in Asia and Australasia experiencing heatwaves 2010 - 2100
2021 Populations in Europe experiencing heatwaves 2010 - 2100
2021 Populations in North, Central, and South America experiencing heatwaves 2010 - 2100
2050 (2014) Planting zone changes over time
2100 (2012) Expected change in regional extreme temperatures (degrees and SDs)
2100 (2012) Expected regional temperature change (degrees and SDs)
2100 (2012) Percentage of expected to exceed 3, 4, and 5 SDs from current temperatures
2100 100 Degree days in U.S. Under 2 Emissions Scenarios
Attributing the current warming
Average warming under IPCC Scenarios - NAS Public
Changing average global temperature
Comparing mitigation, non-mitigation, and full stop scenarios to 2100
Comparing the Paris commitments
Comparing the temperature projections of different scenarios to 2100
Distribution of recent lethal heat events
Emissions and Temperature Linkage - NAS Public
Forecasted US temp changes
Heat map change in deadly days, temperature, and humidity
How extreme events rapidly get more extreme
Mapping countries' temperature change vs. speed of change
New simulations for projected temperature in the U.S.
Number of days per year above deadly heat threshold
Patterns of warming in Summer and Winter - NAS Public
Probability of global temperature thresholds based on IPCC scenario
Projected changes in future deadly climatic conditions - area and population
Projected global temperature change
Projected temperature change of hottest and coldest days
Projected U.S. temperature change
Putting current temperatures in context
Regional temperature and precipitation probabilities based on RCP3 and RCP8.5
Relative probability of extremes compared to pre-industrial
Significant climate anomalies and event May 2016
Temperature increases of 10-12 degrees C by 2300
Three former Olympic venues may lack sufficient snow, even with artificial snowmaking
US temperatures from 1991-2020 compared with 20th century average
When shortages of cold and snow are combined, 4 former Olympic venues likely to be unreliable hosts by midcentury
2010-2100 (2015) Probability that today’s 30-year floods will occur in a given year regionally
2010-2100 Regional Warming under 3 scenarios
2020-2100 (2014) Changes in NYC 100-year flood zones
A wide range of global temperature increases is possible, but more than 2oC is almost certain
T - Visualizing Climate Change
120 years of Australian rainfall
2023 U.S. Billion-Dollar Events, Risks, Time-Series and More
Maps and Geospatial Products
120 years of Australian rainfall
Temperature Anomalies by Country to 2017
T - Climate Impact Tracking
T - Fiction and CliFi Network
T - Interactive Tools and Visualizations
T - Visualization Organizations and Individuals
T - Visualizing Energy and Emissions
T - Visualizing Future Impacts
T - Visualizing Mitigation
T - Visualizing Policy
T - Visualizing the Temperature Record
T - Visualizing Vulnerability
T - Visualizing Water and Precipitation
T- Visualizing Risk
200X Anglia Ruskin University_Country Resource Maps
2015 Venturini_Mapping Climate Change Debate PPT
2014/9 Flooding Risk from Climate Change Contry by Country
2016/1 No surprise, 2015 sets new global temperature record
2016/4 Six maps that will make you rethink the world
2016/11 Google Earth update shows how climate change has morphed our planet
2017/1 2016 is the new hottest year on record – how NASA takes the planet’s temperature
2017/4 This Graphic Puts Global Warming in Full Perspective
2017/5 Looming Floods, Threatened Cities
2017/5 Miles of Ice Collapsing Into the Sea
2017/5 These Before And After Images Show The Startling Effects Of Climate Change
2017/6 “It’s the Carbon, Stupid:” Visualizing Canada’s Carbon Flows
2017/9 All the rain that Hurricane Harvey dumped on Texas and Louisiana, in one massive water drop
2018/9 The Best Climate Change Mapping Tools For You
2019/3 New Climate Change Visualization Presents Two Stark Choices For Our Future
1000+ images about Climate Change on Pinterest
2015/6 This Year Is Headed for the Hottest on Record, by a Long Shot
2017 NOAA_ 2016 Officially Warmest Year on Record
2019 GIF Arctic sea ice minimum extent
Annual U.S. Country Temperature and Precipitation
Apocadocs PaniCloud
ATTOM Data Solutions
Boomtown, Flood Town
Carbon Clock - Parts per million
Carbon Clock Remaining CO2-Budget
Carbon Cycle Graphics
Climate Change Coloring Book
Climate CoLab
Climate Cost Project
Climate Explorer
Climate Impact Lab - Climate Impact Map
Climate Lab Book - Open climate science
CLIMATE REEL
Copernicus Climate Data Store - City-Specific Climate Data
Current Year-to-Date Temperature and Precipitation Departures
Deadly Heatwaves
EarthTime
ESRI - GIS Mapping Software, Location Intelligence & Spatial Analytics
Future Urban Climates
GIF - Remaining carbon budget
GISS Surface Temperature Analysis
globalwarmingindex.org
Heatmapping Hotspots: The New Heatmapper Visualization
HighWaterLine - Visualizing climate change
Icebergs Alive
Mapped: How climate change affects extreme weather around the world
Mercator Research Institute on Global Commons and Climate Change
NASA Visualization of sea ice extent and thickness 1984-2016
Neil Kaye via Doug McNeall Twitter
New GIF visualization of the loss of Arctic sea ice
NOAA Billion-Dollar Weather and Climate Disasters: Overview
Partnership for Resilience and Preparedness
Postcards from the Future - London
Real Time deforestation rate in the Amazon
Rescue the World.net - information about a sustainable planet
Sea level rise since 1880
Simplest Climate Stick Facts
Socioeconomics and Climate Change in the Great Lakes Region
Soil carbon change Map
Storify - The Uncertainty Wiggle
T - GIS
T - Other Interesting Visualizations and Tools
The Best Visualizations on Climate Change Facts
The carbon budget for 1.5 degrees
The Climate Time Machine
The Climate Toolbox - collection of web tools for visualizing US climate
The Countdown 2º Clock
Timelapse - Google Earth Engine
Views of the World - rediscovering the world
Visual Carbon
Warming soil temperatures
What would happen without GHGs?
2018 Arctic temperature vs. Arctic sea ice extent
2019 Was the 2nd-Hottest Year on Record
2017 How well have models projected global temperatures?
2018 Cumulative company emissions 1965-2017 (MtCO₂e)
2018 Urban population by country - GIF
CO2 Levels: Current & Historic Atmospheric Carbon Dioxide
Global Sea Levels: Current & Historic Global Sea Level Heights
2016 Natural Hazard Housing Risk Heat Map
2023 Homes in High Risk Flood Zones County Heat Map
Land Projected to be Below Annual Flood Level in 2100
I:VisualizingtheFuture
Headings - Topical Networks
T - Visualizing Future Impacts
Websites | Web Pages | Individuals
Exploring Climate Change Impacts Per Degree
Sample Headings
Visualizing 3oC
Visualizing Climate Change
Energy Infrastructure with FEMA National Flood Hazard
How hot will it get in my lifetime?
How hot will it get in my lifetime?
T - Energy Visualization and Scenario Tools
T - SLR Sea Level Rise Visualizations
2015/8 OSCE Launches Challenge to Visualize Climate and Security Risks « The Center for Climate & Security
Climate Analytics Climate Risk Dashboard
Climate Change Indicators Dashboard
Climate Clock
Futurist, Author and Keynote Speaker Gerd Leonhard
Global temperature trend monitor
Impact 2C Web Atlas
Killer Heat in the United States
Our Solutions
Planet3.0
Probable Futures Dynamic Warming Maps
RFF Global Adaptation Atlas
Scenario Insight
SNAP Scenarios Network for Alaska & Arctic Planning
WeatherShift software
2010-2100 Number of 100 degree (F) days in the U.S. based on emissions scenarios
Watershed Climate Data Explorer
Climate Change Officers
S - Adaptation Frame
S - Adapting to Climate Change Under Uncertainty
S - Atmospheric Trust Litigation
S - Bounding Global SLR
S - Business Adaptation/Resilience
S - Business Decision-Making with Climate Uncertainty
S - Carbon Pricing Sources
S - CCS CCUS
S - CCS Critiques
S - CCS Risks
S - CCS Technologies
S - Climate Change Fingerprint to Date
S - Climate Change Tipping Points
S - Climate Emergency Sources
S - Climate Ethics Morals Religion
S - Climate Modeling
S - Climate Risk (Societal)
S - Climate Uncertainties Unknowns
S - CO2 Utilization
S - Collective Action
S - Economics Forecasting
S - Ecosystem Restoration
S - Environmental and Climate Storytelling
S - Environmental Migrants
S - Evaluating Business Responses
S - Evaluating Voluntary Measures
S - Fire Impacts
S - Forestry Emissions and Mitigation
S - Green Growth
S - Green Growth Investment Barriers
S - IAMs Integrated Assessment Models
S - Impact Attribution
S - Impact Modeling
S - Modeling Extreme Events
S - Natural Capital
S - Negative Emissions
S - Observed vs. Modeled Impacts
S - Politics and Policy
S - Public Perceptions of CCS
S - SCC Social Cost of Carbon
S - Science Top Level
S - Wicked Problems
N - Business and Deforestation
N - Carbon Dioxide Removal - CDR
N - Carbon Negative
N - Carbon Pricing News - Topical
N - CCS Carbon Capture and Storage
N - CCS Critiques
N - CCS Law and Policy
N - CCS Technologies
N - CCUS CO2 Utilization
N - Climate Change Fingerprint
N - Climate Models
N - Ecosystem Restoration
N - Evaluating Business Action
N - Evaluating Risk Disclosure
N - Forestry Mitigation
N - Gaming and Climate Communication
N - Politics and Policy
N - SCC Social Cost of Carbon News
N - Science Top Level
N - Sector Responses
N - Soil Carbon Sequestration
N - Systems Thinking
T - CCS and CCUS
T - Climate Impact Tracking
T - Communication Tools
T - Nature-Based Solutions
T - Visualizing Future Impacts
V - Climate Solutions
E - Catastrophe Modeling
E - CCS and CCUS
E - Climate Change Fingerprint
E - Climate Opportunities
E - CO2 Air Capture
E - Communicating shifting extremes
E - Green Growth Policies
E - IAM Uncertainties and Forecasts
E - Integrated Assessment Modeling
E - International Policies
E - Negative Emissions Technologies
E - Negotiating a Global Carbon Price
E - Public Policy
E - Science-based targets
E - Shifting Extremes
E - Visualizing Climate Change
Communications TOC
S - Adaptation Frame
S - CliFi Climate Fiction
S - Climate and the Arts and Humanities
S - Climate Dialogues
S - Climate Ethics Morals Religion
S - Climate Science Education
S - Communicating Science
S - Communicating Uncertainty and Risk
S - Communicating w Climate Doubters/Deniers
S - Communicating with Faith
S - Communicating with Specific Audiences
S - Communicating With Humor
S - Communication by Scientists
S - Communications Frames
S - Communications How To for Climate Change
S - Communications Tools
S - Evaluating Climate Communications
S - Media Coverage
S - Public Beliefs and Knowledge
S - Risk as Communications Frame
S - Risk Communication (non-climate)
S - Social Media
S - Storytelling
S - The Terms We Use
S - Topical Communications
S - Visual Communications Tools
N - Audience Communications
N - Changing Minds
N - Gaming and Climate Communication
N - Risk Communication
T - Climate News
T - Communication Tools
T - Communications Events
T - Communications Science
T - Interactive Tools and Visualizations
T - Iphone and Android Apps
T - Visualizing Future Impacts
V - Climate Movies and Documentaries
V - Climate Solutions
V - Communication Videos
V - Mitigation Videos
B - Climate Memoirs
B - Communications - Climate - Doubt and Denial
B - Dangerous Climate Change
B - Popular Climate Books
E - Climate Risk Marketing
E - Communication Barriers
E - Magazine Covers
E - Scenarios Through Storytelling
E - Visualizing Climate Change
T - Climate Cartoonists
Physical Impacts and Risks TOC
I:BenefitsofClimateChange
I:BoundingFutureImpacts
I:EconomicsofClimateImpacts
I:FingerprintofClimateChange (Deep Dive)
I:ImpactsofDelayingAction
I:IndirectImpactsofClimateChange
I:LongTailClimateRisks - Synonym
I:SocioEconomicImpacts
I:UnacceptableClimateChange
S - Biodiversity Impacts
S - Drought Impacts
S - Extreme Event Impacts
S - Fire Impacts
S - Flood Impacts
S - Forecasted Extreme Events
S - Hurricanes/Cyclones
S - Ice Impacts
S - Impacts by Region
S - Impacts by Timing
S - Impacts By Degree
S - Impacts of SLR
S - Managing Extreme Event Risk
S - Modeling Extreme Events
S - Ocean Impacts
S - Precipitation Impacts
S - Probabilistic Decision-Making
S - SocioEconomic Impacts
S - Species Impacts
S - Storm Surge
S - Temperature Impacts
N - Agriculture Impacts
N - Biodiversity and Ecosystem Impacts
N - Climate Change and Hurricane Harvey
N - Climate Change and Hurricanes
N - Drought Impacts
N - Economic Impacts
N - Extreme Events
N - Fire Impacts
N - Flooding Impacts
N - Forestry Impacts
N - Glacier Impacts
N - Health Impacts
N - Ocean Acidification
N - Sports Impacts
N - Temperature Impacts
N - US Extremes
N - Water Impacts
T - Climate Impact Networks
T - Climate Impact Tracking
T - Impact Assessment
T - Visualizing Future Impacts
T - Visualizing the Temperature Record
V - Arctic and Antarctic
V - Climate Futures
V - Extreme Events
V - Oceans and Climate
V - SLR Sea Level Rise
V - Temperature Change
Q - Climate Impacts
E - Climate Change and Harvey
E - Climate Change and Hurricanes
E - Climate Impacts/Risks by Sector
E - Drought Impacts
E - Fingerprint - Fire Regimes
E - Fire Impacts
E - Food Security Impacts
E - Impacts by Degree
E - Impacts by Time Period
E - Impacts by Type
E - Long Tail Risk Impacts
E - Security and Climate
WickedProblems TOC
I:ClimateConversations
I:ClimateEmergencyCommunications
I:ClimateRiskCommunication
I:ClimateStoryTelling
I:CommunicationsChallenges
I:ComplexityTheory
I:CounteringMisinformation
I:CritiquingtheWickedProblemConcept
I:DefiningWickedProblems
I:GamesGamification
I:InfluencingDecisionmaking
I:InsuranceasMetaphor
I:MakingClimateChangeLocal
I:ScientistsUnderstatingRisk
I:SolutionsasBetterClimateCommunications
I:SuperWickedProblems
I:TopicsRelatedtoWickedProblemSolving
I:VisualizingClimateRisk
I:VisualizingWickedProblems
S - Climate Change as Wicked Problem
S - Climate Dialogues
S - Communicating Uncertainty and Risk
S - Communicating with Specific Audiences
S - Communicating With Humor
S - Communications How To for Climate Change
S - Storytelling
S - The Terms We Use
S - Wicked Problems
N - Changing Minds
N - Climate Change as a Wicked Problem
N - Communicating Uncertainty
N - How To Communicate Climate Change
N - Wicked Problems
T - Interactive Tools and Visualizations
T - Visualizing Future Impacts
T - Wicked Problems
T- Visualizing Risk
V - Wicked Problems
E - Changing Minds
E - Climate Change as Polarizing
E - Climate Communication Frames
E - Communicating Risk
E - Defining a wicked problem
E - Moral Messaging
E - Scenarios Through Storytelling
E - Super Wicked Problems
E - Wicked Problems
V - Channels for Communicating Climate
E - Temperature Impacts
Infographic - Risks at 2, 3, 4 Degrees
Infographic - Snapshot of a Warming World
I:1.5vs2.0Degrees (HowCanIVisualize?)
I:BoundingPolicyOutcomes
T - Visualizing Future Impacts
E - Impacts by Degree
2016 Global monthly temperature anomalies 2015-2016
2016/11 What will the world actually look like at 1.5°C of warming?
2018/10 Interactive: The impacts of climate change at 1.5C, 2C and beyond
2014 Global Warming Projections, 2 degrees warmer (from NG 2008)
2015 Climate Change: What Happens If The World Warms Up By 2°C?
3oC - Asian cities that will be worst affected by sea level rise
1500-2010 (2012) European summer temperatures 1500-2010
1500-2010 (2012) Frequency of extreme European summers
1900-2010 (2011) Anomalies are clearly trending towards hot and very hot temperatures
1900-2010 (2011) U.S. temperature anomalies not nearly as clear as other parts of the world
1900-2100 (2008) Change in daily heavy precipitation events, with uncertainty
1900-2100 (2008) Increase in % of warm nights for North America, with uncertainty
1900-2100 (2010) Changes in permafrost coverage to 2100
1920-2100 (2017) A massive increase in "nuisance flooding" around the U.S.
1950-2010 (2011) Fraction of surface area that's cold or hot shifting significantly
1950-2010 (2011) One can see a systematic warming signal in a number of regions
1950-2010 (2011) The extreme heat tail of anomalies has shifted by 1 SD over 3 decades
1950-2010 (2011) We can track how annual anomalies diverge in terms of SDs from the baseline
1950-2011 (2011) The fraction of land area with very high extremes is increasing
1950-2011 (2012) Temperature anomaly distributions during the summer for the U.S.
1950-2011 (2013) It's not the change in global average temperature that really matters, it's the tails of the probability curve
1950-2015 (2016) North and Southern hemisphere temperature anomaly shifts
1950-2015 (2016) Regional shifts in temperature anomalies - Africa, Middle East, SE Asia
1950-2015 (2016) Regional shifts in temperature anomalies - U.S., Europe, China, India
1955-2007 (2011) We can track how surface temperatures are changing over time
1955-2011 (2011) The proportion of surface area displaying >3 SDs is growing significantly
1980-2100 (2014) North Hemisphere near-surface permafrost area to 2100
1980-2100 (2014) Northern Hemisphere snow cover change to 2100
1980-2100 (2014) Number of days over 95o (F) RCP 8.5 Median and 1 in 20 chance
1980-2100 (2015) Change in after number of days over 95 degrees (F) Median and 1 in 20 chance estimates
2000-2013 (2016) Observed change in U.S. precipitation patterns
2000-2050 (2012) Expected value of hurricane damages to Miami-Dade
2011 Very good chance we're already committed to >2 degrees C
2012 Probabilistic Forecasts to 2100 based on new Representative Concentration Pathways
2012 Showing North American Detail
2012 There's huge uncertainty about really long-term outcomes
2014 Average summer temperatures across the U.S.
2014 Average winter temperatures
2014 Global temperature projections different and timelines
2014 Number of extreme cold days
2014 Projected changes in frost-free season length by scenario
2015 Global probability of exceeding 99th extremes with temperature increase
2015 Probability of extreme precipitation events under warming
2016 Alternative warming paths
2016 Emissions limits required to achieve temperature targets
2016 Potential temperature increase associated with consuming proven fossil fuels
2016 Temperature anomalies by latitude
2017/7 Alarming New Animation Shows The Months Are Indeed Getting Warmer
2017 Latitudinal risk of deadly climate
2017 Sea surface temperature anomaly 1961-1990
2020 2019 was Alaska's warmest year on record
2020 2019 Was 2nd Warmest Year on Record
2020 Arctic sea ice extent since 1979
2020 Global temperature time series
2020 US Temperature conditions 2019
2021 Amplification of temperature changes in the Arctic
2021 Australian annual average daily maximum temperature 1910-2021
2021 Committed sea level rise as a function of long-term global temperature increase
2021 Global population (2010 - 2100) experiencing a heatwave that exceeds 98th and 99th percentile of reference period (1981-2010)
2021 La Nina and Indian Ocean dipole 2021
2021 Land and ocean temperature percentiles for Jan-Dec 2020
2021 Number of people exposed to heat stress above the risks to workability and survivability thresholds
2021 Populations in Africa and Middle East experiencing heatwaves 2010 - 2100
2021 Populations in Asia and Australasia experiencing heatwaves 2010 - 2100
2021 Populations in Europe experiencing heatwaves 2010 - 2100
2021 Populations in North, Central, and South America experiencing heatwaves 2010 - 2100
2050 (2014) Planting zone changes over time
2100 (2012) Expected change in regional extreme temperatures (degrees and SDs)
2100 (2012) Expected regional temperature change (degrees and SDs)
2100 (2012) Percentage of expected to exceed 3, 4, and 5 SDs from current temperatures
2100 100 Degree days in U.S. Under 2 Emissions Scenarios
Attributing the current warming
Average warming under IPCC Scenarios - NAS Public
Changing average global temperature
Comparing mitigation, non-mitigation, and full stop scenarios to 2100
Comparing the Paris commitments
Comparing the temperature projections of different scenarios to 2100
Distribution of recent lethal heat events
Emissions and Temperature Linkage - NAS Public
Forecasted US temp changes
Heat map change in deadly days, temperature, and humidity
How extreme events rapidly get more extreme
Mapping countries' temperature change vs. speed of change
New simulations for projected temperature in the U.S.
Number of days per year above deadly heat threshold
Patterns of warming in Summer and Winter - NAS Public
Probability of global temperature thresholds based on IPCC scenario
Projected changes in future deadly climatic conditions - area and population
Projected global temperature change
Projected temperature change of hottest and coldest days
Projected U.S. temperature change
Putting current temperatures in context
Regional temperature and precipitation probabilities based on RCP3 and RCP8.5
Relative probability of extremes compared to pre-industrial
Significant climate anomalies and event May 2016
Temperature increases of 10-12 degrees C by 2300
Three former Olympic venues may lack sufficient snow, even with artificial snowmaking
US temperatures from 1991-2020 compared with 20th century average
When shortages of cold and snow are combined, 4 former Olympic venues likely to be unreliable hosts by midcentury
2010-2100 (2015) Probability that today’s 30-year floods will occur in a given year regionally
2010-2100 Regional Warming under 3 scenarios
2020-2100 (2014) Changes in NYC 100-year flood zones
A wide range of global temperature increases is possible, but more than 2oC is almost certain
T - Visualizing Climate Change
120 years of Australian rainfall
2023 U.S. Billion-Dollar Events, Risks, Time-Series and More
Maps and Geospatial Products
120 years of Australian rainfall
Temperature Anomalies by Country to 2017
T - Climate Impact Tracking
T - Fiction and CliFi Network
T - Interactive Tools and Visualizations
T - Visualization Organizations and Individuals
T - Visualizing Energy and Emissions
T - Visualizing Future Impacts
T - Visualizing Mitigation
T - Visualizing Policy
T - Visualizing the Temperature Record
T - Visualizing Vulnerability
T - Visualizing Water and Precipitation
T- Visualizing Risk
200X Anglia Ruskin University_Country Resource Maps
2015 Venturini_Mapping Climate Change Debate PPT
2014/9 Flooding Risk from Climate Change Contry by Country
2016/1 No surprise, 2015 sets new global temperature record
2016/4 Six maps that will make you rethink the world
2016/11 Google Earth update shows how climate change has morphed our planet
2017/1 2016 is the new hottest year on record – how NASA takes the planet’s temperature
2017/4 This Graphic Puts Global Warming in Full Perspective
2017/5 Looming Floods, Threatened Cities
2017/5 Miles of Ice Collapsing Into the Sea
2017/5 These Before And After Images Show The Startling Effects Of Climate Change
2017/6 “It’s the Carbon, Stupid:” Visualizing Canada’s Carbon Flows
2017/9 All the rain that Hurricane Harvey dumped on Texas and Louisiana, in one massive water drop
2018/9 The Best Climate Change Mapping Tools For You
2019/3 New Climate Change Visualization Presents Two Stark Choices For Our Future
1000+ images about Climate Change on Pinterest
2015/6 This Year Is Headed for the Hottest on Record, by a Long Shot
2017 NOAA_ 2016 Officially Warmest Year on Record
2019 GIF Arctic sea ice minimum extent
Annual U.S. Country Temperature and Precipitation
Apocadocs PaniCloud
ATTOM Data Solutions
Boomtown, Flood Town
Carbon Clock - Parts per million
Carbon Clock Remaining CO2-Budget
Carbon Cycle Graphics
Climate Change Coloring Book
Climate CoLab
Climate Cost Project
Climate Explorer
Climate Impact Lab - Climate Impact Map
Climate Lab Book - Open climate science
CLIMATE REEL
Copernicus Climate Data Store - City-Specific Climate Data
Current Year-to-Date Temperature and Precipitation Departures
Deadly Heatwaves
EarthTime
ESRI - GIS Mapping Software, Location Intelligence & Spatial Analytics
Future Urban Climates
GIF - Remaining carbon budget
GISS Surface Temperature Analysis
globalwarmingindex.org
Heatmapping Hotspots: The New Heatmapper Visualization
HighWaterLine - Visualizing climate change
Icebergs Alive
Mapped: How climate change affects extreme weather around the world
Mercator Research Institute on Global Commons and Climate Change
NASA Visualization of sea ice extent and thickness 1984-2016
Neil Kaye via Doug McNeall Twitter
New GIF visualization of the loss of Arctic sea ice
NOAA Billion-Dollar Weather and Climate Disasters: Overview
Partnership for Resilience and Preparedness
Postcards from the Future - London
Real Time deforestation rate in the Amazon
Rescue the World.net - information about a sustainable planet
Sea level rise since 1880
Simplest Climate Stick Facts
Socioeconomics and Climate Change in the Great Lakes Region
Soil carbon change Map
Storify - The Uncertainty Wiggle
T - GIS
T - Other Interesting Visualizations and Tools
The Best Visualizations on Climate Change Facts
The carbon budget for 1.5 degrees
The Climate Time Machine
The Climate Toolbox - collection of web tools for visualizing US climate
The Countdown 2º Clock
Timelapse - Google Earth Engine
Views of the World - rediscovering the world
Visual Carbon
Warming soil temperatures
What would happen without GHGs?
2018 Arctic temperature vs. Arctic sea ice extent
2019 Was the 2nd-Hottest Year on Record
2017 How well have models projected global temperatures?
2018 Cumulative company emissions 1965-2017 (MtCO₂e)
2018 Urban population by country - GIF
CO2 Levels: Current & Historic Atmospheric Carbon Dioxide
Global Sea Levels: Current & Historic Global Sea Level Heights
2016 Natural Hazard Housing Risk Heat Map
2023 Homes in High Risk Flood Zones County Heat Map
Land Projected to be Below Annual Flood Level in 2100
I:VisualizingtheFuture