The Climate Web
Preview
Open in TheBrain
The Climate Web 10/5/2026
Low Carbon Transition TOC
E - Temperature Scenarios and Forecasts
Parents
E - Low Carbon Transition Knowledgebase
Low Carbon Transition TOC
Scenario Planning TOC
Children
2009 At what temperature will we stabilize?
2009 Characterizing the IPCC scenarios
2009 Potential climate change feedback loops
2009 Risk of temperature directly related to concentrations, and varies widely over time
2009 Summary of IPCC stabilization scenarios
2009 Temperatures Will Rise - Australia as an Example
200X Cumulative CO2 emissions and temperature change under AR5 scenarios
200X If unrestrained climate change, what would it really mean?
2010 Linking temperature to cumulative emissions
2010 Relating emissions trajectories to near-term and long-term warming
2010-2100 Regional Warming under 3 scenarios
2011 Aggregated climate change index shows future change relative to current variability
2011 The 4 climate security scenarios to be planning for
2011 Very good chance we're already committed to >2 degrees C
2011 Why is the warming so slow to manifest itself?
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
2013 Emissions are currently on a 4-6 degree C trajectory
2013 There is a lot of uncertainty re future scenarios
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 U.S. average temperature projections
2014/8 Future Temperature and Precipitation Change in Colorado
2015 BAU vs. INDCs vs. 2 degrees
2015/5 Longer dry spells in store for U.S. Great Plains
2016 1.5 to 4.5 degrees C by 2100 with high degree of confidence
2016 Box plots for temperature change and CO2 concentrations
2016 Current emissions scenarios and temperatures
2016 Potential temperature increase associated with consuming proven fossil fuels
2016 Temperature trend associated with scenarios
2017 Cumulative emissions and warming to 2100 - multiple GHGs
2017 Forecasting Oregon's hottest days to 2069
2017 Probability density function for warming in 2050 and 2100
2017 Projected global mean temperature change and incremental temperature change
2017 The IPCC scenarios for temperature change
2017 Warming probabilities based on feedback uncertainties
2018 Comparing Shell's scenarios in terms of global temperature
2018 Temperature impacts of forestry interventions under the Sky Scenario
2018 The scenario probability distribution
2019 Visualizing average global temperature change 2040-2060
2021 Predictions for near surface temperature anomalies 2021 - 2025
2021 Projected changes in average annual temperatures across the US associated with warming of 2oC and 4oC
2021 Referent - Surface Temperature w/UQ
2021 Two future temperature scenarios which companies might consider
2030-2050 (2020) Regional increase in average annual temperature
2050-2100 (2012) Projected increase 20-year return values of annual maximum daily temperatures
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
A 2100 snapshot of climate change for Maryland
AR4 Emissions scenarios and temperature change
Assessment Box SPM.1 Figure 1
Average warming under IPCC Scenarios - NAS Public
Changing U.S. frequency of 1 in 20 year events by 2099
CO2 Levels: Current & Historic Atmospheric Carbon Dioxide
Comparing different scenario types SRES and RCP
Comparing mitigation, non-mitigation, and full stop scenarios to 2100
Comparing SRES and RCP scenarios - carbon emissions
Comparing the temperature projections of different scenarios to 2100
Cumulative global emissions vs. temperature change
Days Above 95 degrees by 2100
Days over 110 degrees in Phoenix by 2100
Decreases in number of frost days per year
E - 1 Degree 350 ppm Scenario
E - 1.5 Degree Target
E - 2 Degree 450 PPM Pathway
E - 3-4 Degree Scenario
Emissions and Temperature Linkage - NAS Public
Emissions vs. temperature for IPCC scenarios to 2100
Emissions vs. temperature to 2100 for IPCC RCP 2.6
Estimated positive feedbacks not routinely incorporated into climate estimates
Figure SPM.4b
Figure SPM.4c
Forecast atmospheric vs. ocean temperature change to 2100
Forecast global temperatures to 2200 by time period
Forecast temperature change by scenario and timeframe to 2100
Forecasted US temp changes
Global average temperature change under differing scenarios
Global mean temperature rise across the three scenarios
Global temperature forecasting
Historical and projected temperature distribution for the U.S.
How different models forecast temperature change to 2100
Key IPCC scenario variables to 2300
Linking global emissions to temperatures - various models
Long term implications of current emissions scenarios
Long-term temperature imlications of IPCC scenarios
Longer Great Plains dry spells by 2100
Maps
New simulations for projected temperature in the U.S.
Patterns of warming in Summer and Winter - NAS Public
Potential global temperature rise by 2026
Probabilities
Probability of temperature exceedance curves in 2100 for current IPCC scenarios - there is a lot of uncertainty
Projected global temperature change
Projected temperature change of hottest and coldest days
Projected U.S. temperature change
Projecting the ratio of temperature records to 2100
Putting current temperatures in context
Range of possible temperature responses globally to 2100
Regional temperature and precipitation probabilities based on RCP3 and RCP8.5
Regional temperature forecast range
Relating emissions pathway to temperature probabilities
Temperature forecasts comparing IPCC SRES and RCP scenarios
Temperature increases of 10-12 degrees C by 2300
Temperature ranges for IPCC scenarios by 2099
The geographic ratio of local to global temperature change
The implications of climate sensitivity
The IPCC scenarios used in the TAR and FAR
The scenarios used in the NCA:vs. the new IPCC Scenarios
Three paths for responding to climate change
Variability across model runs
Various temperature shifts to 2100 under the IPCC 8.5 scenario
Why black swans are likely