Below are files - data sets - in Excel (XLS) format. Most are about summer daily high temperatures in US places.
More generally, the files are arranged in 12 groups: CO2, Drought, Food, Ice, Permafrost, Sea Level, Energy, Electricity, Oil & Gas, Transport, Global Temperatures, and US Temperatures. Date of publication or most recent data year is shown for many.
Diagrams are generally immediately below the summary articles from which they were taken.
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Future CO2 GT, PPM, ∆°C, SLR, by Gene Fry (Dec. 2018 edition)
This is the spreadsheet model underlying the results shown below. An annotated version of the 4 graphs is shown below them.
Note that stopping human CO2 emissions (indeed GHG emissions) is only enough to hold eventual warming to 5°C. But failing to stop them now is worse, much more than the difference between 1.5 and 2.0°C. At 5°C warming, civiization starts to fall apart very noticeably. Food supplies would be cut in half and fresh water becomes scarce almost everywhere. Unless we end carbon emissions soon AND remove most GHGs we have put in the air, Earth’s carrying capacity will shrink a lot. Then human population will probably fall well below 1 billion. It would be concentrated in Antarctica, Siberia, the Canadian Arctic, Alaska, and Greenland. The population decline will be very messy (wars, famine, etc.)
The only way to keep temperatures to tolerable levels is stop putting GHGs in the air soon AND remove most of the CO2 we have put in the air. Even that will likely not be enough to hit 2° on the way back down until well after 2400. Solar radiation management may provide a way to get the rest of the way back down to 2°.
About 39% of the atmospheric warming observed since 1975 is due to albedo changes. That includes 22% from cuts in our sulfur emissions, 11% from snow melting earlier in the spring, 6% from reduced Arctic sea ice area, and less than 1% from reductions in area covered by land ice. Feedbacks from more water vapor in the air and from cloud cover changes due to these 4 albedo changes are included in these %’s. The water vapor and cloud feedbacks account for 41% of the 39%,(i.e., 16% of observed warming since 1975) . Water vapor feedbacks are also included in the direct warming from greenhouse gases such as CO2, which account for the remaining 61% of the warming since 1975.
In the future, the fraction of warming from albedo changes and their feedbacks will grow, as the fraction from additional greenhouse gases shrinks
Albedo Changes
Coverage - World Cloud, N Hemi Snow, Arctic Ice - 30+ years of data & regression analysis trends by year and ∆°C.
Mean northern snow cover is 25 million sq km. This is 2.5 times ice cover, and at lower latitudes. This yields higher mean sun angles, for greater effect.
Chan et al. (2016) estimated that altered northern hemisphere snow cover timing from 1982 to 2013 cut snow’s radiative forcing (cooling) effect by 0.12 W per square meter. Dividing by the warming during that period yields 0.21 W / sq m / °C in lost cooling effect.
Future snow coverage will decline as the land surface warms. Future snow cover shrinkage is modeled by using analog cities: cities at about the same longitude and distance from oceans, progressively farther south.
For example, Winnipeg snow cover days analogs are Fargo, Sioux Falls, Omaha, & Kansas City. As warming proceeds, Winnipeg snow days fall, to Omaha’s & even to zero, if winters there are warm enough (global ∆ = 8°C). Shown below are the data for some of the analog cities. +3°C, +5°C and +7°C are local temperatures. They correspond roughly to 2, 3, and 4°C GLOBAL warming at the land surface.
Writ large, modeled future snow cover is governed by local temperature in this way, plus a small amount for timing changes.
Northern Sea Ice Extent, 2002-21, daily
Antarctic Sea Ice Extent, by month since late 1978
Regressions of Arctic Sea Ice Volume, by Month
Arctic Sea Ice Volume, by Month
CO2
CO2 by Nation by Year, 1750-2019 (Carbon Tracker data)
CO2 by Nation, 1980-2019 & Before, with Charts (Carbon Tracker data)
CO2 by Nation, 1980-2015 (USDOE - EIA, Nov. 2017 update)
CO2 Removal Quantity & Price, over Future Time, Summary - NAS 0215
Global CO2 Emission Trends - 2013 Report - Dutch - PDF, 64 pp
CO2 by Nation, Cumulative from 1900 Note: Latest cumulative data is just embedded in graph in slide show.
2010 CO2 Emissions by Nation, by Australia
Dutch Int'l CO2 Summary thru 2008
Drought
Food
Food Prices 1992-2011. Note: More recent food prices are embedded in a slide in the main PPT show.
World Food Price Indices by Month 1990-2012
Cereal Yields (kg per hectare) for Leading Nations 2008-12
Livestock in China, Africa, US
See also annual production of wheat, rice, corn and soybeans for China, India and the US - as an Additional Slide in that slide show. The graphs are at the top of the Food page.
Permafrost, Ice & Snow
Permafrost Articles: Summary of Quantities, etc.
Carbon per Acre, Permafrost vs Rainforest, Worksheet
Coverage - World Cloud, N Hemi Snow, Arctic Ice - 30+ years of data & regression analysis trends by year and ∆°C.
Arctic Sea Ice Extent, daily since 2002
Arctic Sea Ice Volume, by Month
Sea Level
Sea Level Rise: US Area Vulnerable to Complete Ice Melt
Sea Level Rise - Polar Melt, What If (Worst Case?) to 2100 - worksheet in progress
Energy
Energy Use by Big Nation 2002-12
Energy Use per Capita, Big Nation by Year
GDP per Energy Use, Big Nation by Year
US Energy Use by Sector & Year
US CO2, Coal, Oil, kWh x Yr. Note that more recent data is embedded in the slide show.
World Energy Use by Fuel or Source, by Year
Energy - Electricity
Levelized Cost by Electricity Source, 2009-2020
US Major Electricity Sources, 1989-2020
Hydroelectricity by Nation 2016
MA Electricity Savings 1989-2002
NEEP MWh Savings by Program Type
Res kWh Sales+ by State & Utility
US Annual Electric Sales by Sector
US Electricity per Capita, by Year
World Renewable Electricity, 2002-12
US Renewable GW by Source, thru 2011
World Renewable Electriicty 2008-20
World Wind Capacity & Energy.xls
Energy - Oil & Gas
US Oil Imports thru 2011. Note that more recent data is embedded in the slide show.
World Crude Oil Production by Year & Nation
World Crude Oil Production by Year & OPEC Nation
Energy - Transport
Bicycle Sharing City Leaders 2013
US Hybrid Electric Vehicle Sales
US New Car Fuel Efficiency Standards
Temperatures - Global
Global Temperatures - Land, Sea & Combined - NASA
Compare 3 Global °C Datasets - NOAA, NASA, UKMO
June-Sept Temps, World 1978-2012
Temperatures, World - Analysis
∆°C, CO2, SO4, CH4, Sun 1880-2016
Temps, CO2, SO4, Sun thru 2004
US Temperatures & Analysis
Original 26 Places
26 US Places Summer Highs Warming Summary & Charts 1975-2015
The XLS file above includes a fuller version of the graph shown on the Home page, plus annual data for each of the 26 places, and the trend analysis for them jointly.
For just the original 26 places (above), the urban heat island effect actually shrank over this period. The average urban heat island effect for the 128 cities (below) grew slightly over 1975-2015, but more slowly than for the US as a whole.
The story is quite different for summer lows and winter lows. See the bottom of this page.
330 Contiguous State Places + 18 Non-Contiguous Ones
US, Contiguous, Places Summer Highs Warming Summary 75-15
The file above includes annual data for all 348 places, regional data based on a subset of 119, regression analyses and graphs, even °C versions. 330 of the places are in the contguous U.S., 14 in Alaska, and 4 in Hawaii.
Map of the 348 Places
Summers in 100% of states (averaged across each’s places) warmed over 1975-2015 and 1995-2015. 92% of the 348 places warmed during the 41-year period and 95% during the more recent 21-year part of it.
States Warming Summary 1975-2015
Years Till as Hot as Las Vegas. Table below is from States tab.
The fastest summer warming places (1995-2015), 1st to 10th (see tab in above file) were Elko NV, Bluefield WV, Rock Springs WY, Colorado Springs CO, Laredo TX, Vernal UT, Hanford CA, Twin Falls ID, Fallon NV, and Lewiston ID. The 2nd 10 were Bozeman MT, Reno NV, Laramie WY, Scottsbluff NE, Liberal KS, Austin TX, Durango CO, Missoula MT, Gage OK, and Denver CO. Fresno CA, Enid OK and Dodge City KS also warmed at more than 20°F per century over the 20 years. Summers in San Angelo, Lukin and Paris TX warmed between 18 and 20°F per century. So did Greeley CO, Boise & Idaho Falls, Great Falls MT, Phoenix, and Clemson SC.
The fastest summer cooling place (1995-2015, see same tab in above file) was Bartow (Winter Haven) FL. It was followed by Eureka (Arcata) CA, Tucson AZ, Wenatchee WA, Marquette WI, Valdez AK, Houma LA, Talkeetna AK, Glendale AZ, and Juneau AK. They were followed by Los Angeles and 7 other places. Among large places, San Jose CA, Sacramento CA, Chicago (MDW), and Cincinnati warmed the slowest.
Below, the 348 US Places, sorted by year summers grow as hot as Las Vegas now (if 1995-2015 trends, column 6, continue). Rates are also shown for 1975-2015 and 1975-95 (columns 3 & 4).
Below is more data (same file, different tab) on the 348 places, sorted alphabetically by state, then city.
’12 = 1/X Yrs means IF climate is not changing, how many years till 2012 summer heat is expected to recur.
Yrs to 50/50 means IF climate is changing, how many years of continued warming it takes until 2012 summer highs are the expected ones, the “new normal."
Regions Analysis
119 Contiguous State Places + 9 Non-Contiguous Ones
trends, based on average of 122 daily summer highs, June 1 - September 30
128 Cities ∆°F Maps 41 & 21 Yrs
The temperature rise map over 1975-2015 for the 119+9 places is also on the Heat page: Heating - Now - US Cities.
(includes data for each of 119 places, national regression analyses, and national graph)
This file is the 2nd table below, including embedded formulas. ’12 = 1 / X Yrs means how many years till the heat experienced in the summer of 2012 is likely to recur, if climate is not changing. 2012 warming near the coasts was nothing out of the ordinary (and cooler than usual in some places - including states Alaska and Hawaii and cities Oakland, Astoria, Boston - and almost cooler than normal in the South Atlantic and West Coast states generally).
Yrs to 50/50 means how long till 2012 heat becomes the New Normal, if climate is changing. Statistically, the number of years till then depends partly on the city (or region)-specific standard deviation of the average of 41 (or 21) “summer" daily high temperatures from the corresponding average of the 122-day (June 1 - Sept. 30) “summer" averages.
And at the right is the update after 2 more years. Below that is the update summary for the regions and below that is the original summary by region and details by city just thru 2017. In the past 2 years, warming increased in the West Coast, Northeast, East North Central and (barely) in the West North Central. It decreased in the West South Central, Rockies, East South Central and (barely) South Atlantic.
thru 2017
thru 2015
A template file for individual places is found here: Template µ Summer Hi's 1975-2015.
West North Central Warming Summary
The regional Summary files, like the West North Central one above, have annual data for each of its cities, a regional regression analysis, and a regional graph. Files for each of the individual cities in the region are below the set of graphs for the region’s cities. Each city / place XLS file below includes its own graph, gathered here.
Fort Dodge IA Chanute KS Salina KS Duluth MN Benson MN Rolla MO
St Joseph MO St Louis MO Minot ND Norfolk NE North Platte NE Huron SD
West South Central Warming Summary
Ada OK Enid OK Tulsa OK
Abilene TX Austin TX Corpus Christi TX
Del Rio TX Fort Worth TX Galveston TX
Lufkin TX McAllen TX Midland TX
Pampa TX Paris TX San Antonio TX
Waco TX
At right is Worksheet to convert daily weather data to monthly average weather data.
Flagstaff AZ Tucson AZ Yuma AZ Aspen CO Denver CO Durango CO
Pueblo CO Twin Falls ID Butte MT Havre MT Roswell NM Santa Fe NM
Fallon NV Las Vegas NV Ogden UT Vernal UT Gillete WY
East North Central Warming Summary
Chicago IL (ORD) Moline IL
Urbana IL Evansville IN
S Bend IN Battle Creek MI
Marquette MI Saginaw MI
Canton OH Cincinnati OH
Toledo OH Eau Claire WI
Sheboygan WI Elkins WV Indianapolis IN
East South Central Warming Summary
Dothan AL Mobile AL Fayetteville AR Pine Bluff AR London KY Houma LA
Monroe LA Natchez MS Tupelo MS Bristol TN Jackson TN Memphis TN
South Atlantic Warming Summary
Bartow FL Daytona Beach FL Fort Myers FL Homestead FL Tallahassee FL
Atlanta GA Brunswick GA Macon GA Rome GA
Hickory NC Rocky Mount NC Wilmington NC Clemson SC Florence SC
Hampton VA Herndon VA (IAD) Roanoke VA
Hartford CT Boston MA
Baltimore MD Bangor ME
Millville NJ Newark NJ
Albany NY Buffalo NY
Elmira NY Islip NY
Purchase NY Altoona PA
Burbank CA Santa Maria
Fresno Santa Rosa
Hanford Yuba City
Irvine Astoria OR
Modesto Medford
Oakland Salem
San Diego Burlington WA Spokane
Alaska & Hawaii
Alaska Warming Summary
Barrow AK Northway
Fairbanks Sitka AK
Homer AK Valdez AK
Nome AK
Hawaii Summary Hilo HI Lihue HI
Analysis by State
States Warming Summary 1975-2015
In addition to what is shown below, more data and graphs will follow in May and June 2016.
US Temperatures & Analysis, Some States in More Detail
To see a graph for individual city below, open the file with its name. Other places in each state are among the region places above.
Texas Warming Summary California Warming Summary
Texas Composite Graphs California Composite Graphs
+°F/100 yrs '75-15 75-95 95-15
Abilene +7.6 -9.5 +17.6 Lubbock +10.1 +10.3 +10.5 Bakersfield +2.5 -6.3 +13.6 Palm Springs +19.8 +49.7 +5.1
Austin +13.8 +9.1 +21.4 Lufkin +11.7 +1.3 +18.7 Bishop +12.0 +12.4 +12.0 Redding +14.5 +22.9 +14.9
College Station +10.3 +7.1 +6.6 McAllen +8.6 +9.5 +9.1 Burbank -0.5 -8.2 +9.1 Sacramento +5.6 +20.3 +1.3
Corpus Christi +9.3 +0.8 +11.1 Midland +9.8 -1.3 +10.1 Eureka -0.4 -4.7 -8.0 Salinas +3.4 -1.1 +7.2
Dallas DAL +6.5 -8.2 +11.1 Pampa +0.3 -15.4 +3.1 Fresno +9.0 +5.5 +20.4 San Diego -3.3 -11.3 +11.9
Del Río +10.9 +10.1 +5.2 Paris +13.6 -0.9 +18.2 Hanford +9.4 +3.9 +26.5 San Francisco +4.8 +8.6 +7.1
El Paso +5.3 +0.2 +11.4 S. Angelo +14.3 +8.7 +18.8 Imperial +8.9 +7.5 +2.9 San Jose -4.1 -2.1 +0.6
Fort Worth +5.1 -9.7 +11.4 S. Antonio +12.0 +18.6 +13.4 Irvine +4.9 +2.2 +17.5 Sta. Barbara +2.4 +14.2 +1.1
Galveston +7.0 +4.6 +9.4 Tyler +3.8 -13.2 +17.6 Los Angeles +0.2 -4.9 -1.2 Santa María +3.7 -6.7 +15.1
Houston IAH +8.2 +7.5 +6.8 Victoria +12.6 +11.5 +14.8 Modesto +9.0 +10.5 +12.8 Santa Rosa +3.1 -0.2 +2.9
Killeen +6.7 +8.1 -0.5 Waco +6.4 -2.4 +17.1 Oakland +7.0 -4.5 +9.6 Truckee +8.8 +16.9 +0.6
Laredo +12.7 +3.9 +26.8 Wichita Falls +6.5 -14.4 +13.7 Ontario +3.7 -5.6 +14.3 Yuba City +5.9 +5.0 +7.3
Florida Warming Summary New York Warming Summary New England Warming Summary Kansas Warming Summary
Florida Composite Graphs New York Composite Graphs New England Composite Graphs Kansas Composite Graphs
+°F/100 yrs '75-15 75-95 95-15
Bartow -4.6 -1.5 -8.8 Albany +7.3 +5.4 +10.1 Bangor +6.6 +13.3 -0.0 Chanute +4.3 -15.9 +15.4
Daytona Bch +5.4 +4.0 +6.7 Binghamton +4.9 +3.1 +5.1 Barre +7.5 +4.7 +14.3 Dodge City +3.8 -18.9 +20.3
Ft Lauderdale +3.2 +1.5 +3.0 Buffalo +6.3 +5.1 +5.2 Boston +3.6 -0.8 +8.4 Emporia +2.8 -17.9 +9.1
Fort Myers +1.6 +8.8 +4.1 Elmira +5.0 +4.3 +4.8 Caribou +8.3 +4.8 +6.5 Goodland +7.9 -7.7 +17.8
Ft Walton Bch +3.7 -3.1 +3.8 Islip +8.3 +9.0 +10.2 Groton CT -4.7 -16.2 +17.9 Hutchinson +3.0 -17.5 +16.5
Gainesville +2.3 -9.2 +10.0 Newburgh +10.0 +15.7 +1.1 Hartford +6.7 +1.6 +9.4 Liberal +9.5 -9.1 +21.6
Homestead +2.6 +13.2 +0.1 NYC: JFK +8.4 +5.6 +14.2 Hyannis +5.8 +0.4 +11.7 Manhattan +1.1 -12.1 +9.3
Jacksonville +2.5 +4.5 +9.5 NYC: LGA +8.8 +14.3 +10.0 Manchester +1.6 +1.8 +1.1 Parsons +0.5 -20.7 +11.2
Orlando +3.6 -0.5 +7.4 Purchase +7.0 +10.7 +7.2 Portland ME +6.1 +6.7 +5.0 Salina +5.0 -11.1 +15.0
Sarasota +2.5 -2.0 +8.1 Rochester +3.7 -0.8 +5.5 Providence +6.6 +5.5 +8.9 Topeka +6.1 -7.9 +13.2
Tallahassee +7.9 +8.0 +11.5 Syracuse +9.0 +6.6 +7.2 Worcester +8.4 +1.6 +9.8 Wichita +2.9 -14.2 +17.4
Tampa +2.1 +4.1 +4.6 Westhampton +5.7 -7.0 +17.3
W Palm Bch +5.5 +5.2 +6.3
Pennsylvania Warming Summary Ohio Warming Summary Missouri Warming Summary Illinois Warming Summary
Pennsylvania Composite Graphs Ohio Composite Graphs Missouri Composite Graphs Illinois Composite Graphs
+°F/100 yrs '75-15 75-95 95-15
Allentown +6.6 +4.3 +11.0 Canton +7.7 +8.4 +13.6 Columbia +2.0 -9.3 +9.6 Carbondale -2.4 -7.2 +4.1
Altoona +6.8 +12.2 +5.3 Cincinnati +2.3 -0.0 +1.4 Joplin +5.2 -8.6 +8.1 Chicago MDW +6.6 +2.9 +1.4
Bradford +6.2 +5.6 +7.0 Cleveland +5.7 +7.4 +6.6 Kansas City -1.0 -16.3 +5.9 Chicago ORD +2.5 -1.8 +3.7
Erie +7.8 +14.6 +5.8 Columbus +7.9 +9.7 +7.2 Kirksville +0.2 -4.9 +9.6 Moline +2.7 -1.5 +5.2
Harrisburg +6.9 +10.4 +2.3 Dayton +3.3 +3.5 +7.0 Poplar Bluff +9.0 +2.0 +10.3 Peoria +5.3 +1.6 +10.8
Philadelphia +7.7 +13.7 +10.8 Findlay +7.6 -0.9 +13.1 Rolla +3.5 -8.9 +7.4 Quincy +1.1 -14.1 +14.2
Pittsburgh +6.8 +19.6 +5.3 Mansfield +7.1 +6.3 +9.0 Sedalia +0.6 -14.0 +17.0 Rockford +4.0 -1.6 +10.7
Reading +7.5 +4.7 +14.3 Toledo +7.6 -11.6 -0.7 Springfield +3.1 -13.7 +11.4 Springfield +1.7 -1.7 +11.5
Scranton +9.6 +11.2 +15.2 Youngstown +5.2 +9.1 +6.8 St. Joseph +2.1 -6.7 +4.2 Urbana +3.0 +5.5 +8.9
Williamsport +8.0 +13.4 +11.0 Zanesville +4.3 +7.0 +3.7 St. Louis +4.0 -1.4 +16.0
Michigan Warming Summary Iowa Warming Summary Arkansas Warming Summary Oklahoma Warming Summary Michigan Composite Graphs Iowa Composite Graphs Arkansas Composite Graphs Oklahoma Composite Graphs
+°F/100 yrs '75-15 75-95 95-15
Battle Creek +1.1 -15.0 +4.8 Burlington +4.6 -0.4 -0.0 El Dorado +7.4 -1.3 +9.4 Ada -3.6 -15.5 -1.2
Detroit +5.1 -0.7 +6.4 Cedar Rapids -0.0 -1.1 -1.2 Fayetteville +2.8 -2.5 +7.5 Bartlesville +8.0 -5.5 +10.1
Flint +9.3 +5.2 +9.0 Des Moines +3.0 -12.7 +16.7 Fort Smith +8.6 +1.1 +17.4 Enid +6.9 -11.1 +20.4
Grand Rapids +5.7 -4.2 +8.0 Dubuque +2.2 -3.9 +3.4 Harrison +6.0 -3.6 +7.7 Gage +8.8 -11.3 +20.6
Lansing +4.0 -2.7 +2.8 Fort Dodge +0.5 -23.1 +7.9 Hot Springs +5.2 +5.8 +3.2 Lawton +8.3 -9.9 +14.1
Marquette +5.7 +8.9 -6.7 Mason City +1.8 -12.7 +9.9 Jonesboro +3.7 -7.3 +7.7 McAlester +7.6 -2.0 +9.0
Saginaw +6.2 -0.1 +2.0 Ottumwa -2.1 -7.8 +0.8 Little Rock +5.6 -0.5 +9.8 Oklahoma City +7.5 -13.2 +17.2
S. S. Marie +8.1 -0.9 +7.7 Sioux City +5.6 -4.2 +9.8 Pine Bluff +5.6 +6.2 +5.0 Ponca City +3.3 -6.2 +3.4
Traverse City +5.7 +5.0 +3.3 Waterloo +4.1 +1.0 +2.5 Texarkana +7.0 +2.7 +9.3 Tulsa +6.4 -9.3 +16.2
Reminder: each individual place file includes its own 1975-2015 temperature data and graph.
Georgia Warming Summary N Carolina Warming Summary Dakotas Warming Summary Virginia Warming Summary
Georgia Composite Graphs N Carolina Composite Graphs Dakotas Composite Graphs Virginia Composite Graphs
+°F/100 yrs '75-15 75-95 95-15
Athens +8.1 +3.0 +16.8 Asheville +2.3 +0.9 +10.5 Aberdeen -0.9 -19.0 +9.9 Arlington +4.4 -1.4 +13.8
Atlanta +5.7 +8.6 +11.3 Charlotte +7.9 +10.3 +14.0 Bismarck +6.7 -5.8 +3.1 Charlottesv'l +3.7 -0.8 +7.6
Augusta +7.2 +7.6 +16.2 Fayetteville +7.0 -4.2 +15.1 Fargo ND +6.4 -1.3 +9.6 Danvillle +5.6 -1.7 +14.2
Brunswick -1.4 -12.7 +16.1 Greensboro +6.5 +2.4 +16.4 Grand Forks +3.5 -11.5 +8.1 Hampton +3.1 +3.0 +17.9
Columbus +4.3 +2.6 +8.7 Hickory +3.0 -3.3 +10.7 Huron SD +0.4 -23.1 +2.4 Herndon +5.0 +6.9 +9.0
Macon +4.5 -1.4 +10.3 Raleigh +9.6 +1.3 +12.9 Minot ND +5.4 -7.0 +9.9 Richmond +5.0 -0.9 +17.7
Rome +10.9 +3.5 +9.9 Rocky Mount +4.3 +1.1 +14.0 Rapid City +7.4 -1.2 +7.2 Roanoke +4.0 +3.5 +9.6
Valdosta +9.4 +5.1 +15.3 Wilmington +3.1 +0.6 +11.5 Sioux Falls -0.4 -13.5 +6.7
Washington Warming Summary Indiana Warming Summary Colorado Warming Summary Minnesota Warming Summary
Washington Composite Graphs Indiana Composite Graphs Colorado Composite Graphs Minnesota Composite Graphs
+°F/100 yrs '75-15 75-95 95-15
Burlington -3.5 +2.3 +7.3 Evansville +3.6 +4.0 +12.1 Aspen +3.1 -6.6 +12.0 Bemidji +0.7 -8.6 +5.3
Everett +5.3 +30.7 +3.9 Fort Wayne +4.1 +2.6 +11.1 Colorado Spr. +11.3 -4.2 +27.4 Benson -4.3 -20.2 +4.2
Hoquiam -0.1 +6.4 +2.8 Gary +3.3 -16.8 +8.9 Denver +15.0 -4.4 +20.5 Duluth +9.1 +1.2 +15.3
Pasco +9.6 -0.9 +15.7 Indianapolis +3.1 -0.5 +12.4 Durango +13.3 -13.4 +21.1 Mankato +3.2 -5.1 +9.9
Seattle +7.9 +11.3 +16.8 Lafayette -0.4 -0.1 -1.2 Grand Junction +5.8 -3.0 +8.2 Minneapolis +5.6 -11.4 +11.4
Spokane +10.3 +5.4 +13.1 South Bend +2.2 +1.8 +8.9 Greeley +2.7 -37.6 +19.6 Rochester +1.6 -9.2 +14.9
Wenatchee +0.7 +2.6 -7.2 Terre Haute +3.0 +5.5 +6.3 Pueblo +5.7 -13.2 +17.6 St. Cloud +7.8 -4.3 +11.3
Wisconsin Warming Summary Alabama Warming Summary Louisiana Warming Summary Nebraska Warming Summary
Wisconsin Composite Graphs Alabama Composite Graphs Louisiana Composite Graphs Nebraska Composite Graphs
+°F/100 yrs '75-15 75-95 95-15
Eau Claire +7.1 +1.0 +6.1 Birmingham +5.8 +6.2 +6.8 Alexandria +9.2 +3.2 +14.7 Columbus -4.2 -28.5 +8.3
Green Bay +7.2 +4.9 +7.7 Dothan +5.3 -3.8 +12.4 Baton Rouge +9.0 +5.2 +10.5 Grand Island +2.9 -13.2 +9.8
La Crosse +5.8 +4.1 +1.1 Florence +8.8 +5.7 +16.8 Houma -0.4 -4.8 - 3.1 Lincoln +3.6 -8.4 +9.0
Madison +3.6 -0.1 +10.4 Huntsville +10.3 +7.6 +17.8 Lake Charles +9.7 +11.2 +5.8 Norfolk +2.0 -11.4 +7.8
Milwaukee +6.4 +9.9 +4.7 Mobile +4.1 -2.4 +7.3 Monroe + 9.2 +1.1 +17.8 North Platte +5.7 -3.9 +12.3
Sheboygan -1.8 -4.8 +3.0 Montgomery +10.4 +12.4 +13.7 New Orleans +5.6 +4.2 +5.0 Omaha +1.6 -16.2 +8.8
Wausau -1.4 -8.6 +1.9 Tuscaloosa +7.3 -0.9 +12.6 Shreveport +11.4 +7.5 +16.5 Scottsbluff +5.7 -16.6 +21.9
NJ-MD-DE Warming Summary Tennessee Warming Summary Arizona Warming Summary Mississippi Warming Summary
NJ-MD-DE Composite Graphs Tennessee Composite Graphs Arizona Composite Graphs Mississippi Composite Graphs
+°F/100 yrs '75-15 75-95 95-15
Baltimore +4.9 +6.6 +6.2 Bristol +9.5 +5.8 +15.4 Flagstaff +5.3 -2.8 +14.8 Biloxi +5.8 +3.3 +13.1
Hagerstown +7.2 +21.5 +7.4 Chattanooga +8.0 +4.9 +11.6 Glendale -9.2 -7.1 -2.7 Greenville +6.3 +3.8 +6.1
Millville NJ +3.4 +0.3 +4.4 Jackson +2.7 -3.4 +8.7 Phoenix +6.2 +1.8 +18.2 Jackson +6.5 +0.9 +11.6
Newark NJ +8.1 +19.7 +12.8 Knoxville +5.4 +4.0 +10.3 Prescott +4.4 +2.9 +10.1 Meridian +5.6 +3.5 +9.2
Salisbury MD +4.6 +0.9 +12.9 Memphis +4.9 +0.5 +11.4 Tucson +4.2 +10.1 -7.3 Natchez +6.5 +14.1 +6.8
Trenton +7.2 +4.8 +17.9 Nashville +7.0 +6.9 +13.1 Yuma +4.6 +10.9 +14.4 Tupelo +5.4 -5.2 +11.0
Wilmington +6.0 +7.4 +12.2
Montana Warming Summary S Carolina Warming Summary Kentucky Warming Summary Oregon Warming Summary
Montana Composite Graphs S Carolina Composite Graphs Kentucky Composite Graphs Oregon Composite Graphs
+°F/100 yrs '75-15 75-95 95-15
Billings +8.2 -5.8 +17.0 Charleston +6.4 +6.2 +14.2 Bowling Green +6.3 -12.2 +11.9 Astoria +4.1 +0.8 +5.7
Bozeman +15.0 +3.6 +23.5 Clemson +4.5 -1.8 +18.1 Lexington +5.9 +5.3 +8.1 Eugene +10.2 +6.6 +13.4
Butte +11.9 +4.9 +8.3 Columbia +7.4 +10.2 +15.1 London +3.8 -1.6 +9.2 Medford +5.4 +18.3 +15.5
Great Falls +10.6 -7.4 +19.5 Florence +3.1 +1.1 +15.7 Louisville +8.4 +8.8 +11.7 Portland +8.9 +15.3 +11.0
Havre +8.2 -13.1 +9.1 Greenville +8.9 +8.7 +10.8 Paducah +4.8 +6.1 +11.3 Salem +9.5 +13.6 +17.1
Missoula +13.9 +9.8 +20.6
W Virginia Warming Summary New Mexico Warming Summary Wyoming Warming Summary Utah Warming Summary
W Virginia Composite Graphs New Mexico Composite Graphs Wyoming Composite Graphs Utah Composite Graphs
.
+°F/100 yrs '75-15 75-95 95-15
Bluefield +14.9 +15.6 +28.1 Alamogordo -0.1 -15.4 +1.8 Casper +9.4 +3.4 +16.3 Cedar City +4.4 -6.4 +9.5
Charleston +6.0 +9.4 +13.7 Albuquerque +3.1 +3.5 +11.3 Gillette +14.9 +6.8 +11.6 Ogden +8.5 +1.6 +13.0
Elkins +8.8 +16.0 +8.1 Gallup +9.4 +5.9 +9.7 Jackson +1.7 -9.3 +11.9 Salt Lake City +7.9 +0.5 +14.7
Morgantown +5.2 +2.5 +10.3 Roswell +12.8 +11.3 +11.6 Laramie +9.7 -14.2 +22.3 Vernal +10.9 -3.0 +25.6
Parkersburg +5.1 +4.7 +13.0 Santa Fe +3.1 +1.1 +15.7 Rock Springs +10.1 -8.0 +27.5
Nevada Warming Summary Idaho Warming Summary Hawaii Warming Summary Alaska Warming Summary
Nevada Composite Graphs Idaho Composite Graphs Hawaii Composite Graphs Alaska Composite Graphs
+°F/100 yrs '75-15 75-95 95-15
Elko +6.5 -14.8 +30.8 Boise +16.5 +16.1 +18.8 Hilo +5.2 +5.1 +10.4 Anchorage +7.7 +10.3 +0.4
Fallon +9.7 +16.6 +23.9 Idaho Falls +11.8 +7.6 +18.1 Honolulu +1.8 +13.6 +3.1 Barrow +9.6 +14.6 +9.3
Las Vegas +7.7 +3.5 +12.0 Lewiston +13.8 +1.5 +23.5 Kahului +3.6 -1.3 +11.2 Fairbanks +3.3 +8.1 +3.8
Reno +16.1 +7.1 +23.4 Twin Falls +20.0 +12.3 +24.9 Lihue +3.2 -2.8 +9.3 Gulkana +3.2 -9,9 +11.6
Homer +4.0 +1.0 +2.4
Juneau +0.9 +3.1 -2.4
Nome +0.4 -0.4 +7.3
Northway +2.2 -4.6 +5.3
Palmer +7.0 +1.0 +2.1
Prudhoe Bay +11.1 +21.8 +0.3
Seward +4.5 -4.3 +2.7
Sitka -1.9 -10.3 +6.5
Talkeetna +4.3 +1.7 -3.0
Valdez -5.4 -8.5 -4.3
US 26 Places Winter Highs Warming Summary & Charts 43-Yr
Aspen CO Astoria OR Baltimore MD Bartow FL Boston MA Bristol TN Butte MT Canton OH Duluth MN Elmira NY Enid OK Evansville IN Hampton VA Hanford CA Houma LA Macon GA Moline IL Newark NJ Norfolk NE Oakland CA Rolla MO Roswell NM Saginaw MI Tupelo MS Waco TX Yuma AZ
US 26 Places Summer Lows Warming Summary & Charts 43-Yr
Aspen CO Astoria OR Baltimore MD Bartow FL Boston MA Bristol TN Butte MT Canton OH Duluth MN Elmira NY Enid OK Evansville IN Hampton VA Hanford CA Houma LA Macon GA Moline IL Newark NJ Norfolk NE Oakland CA Rolla MO Roswell NM Saginaw MI Tupelo MS Waco TX Yuma AZ
US 26 Places Winter Lows Warming Summary & Charts 43-Yr
Aspen CO Astoria OR Baltimore MD Bartow FL Boston MA Bristol TN Butte MT Canton OH Duluth MN Elmira NY Enid OK Evansville IN Hampton VA Hanford CA Houma LA Macon GA Moline IL Newark NJ Norfolk NE Oakland CA Rolla MO Roswell NM Saginaw MI Tupelo MS Waco TX Yuma AZ
