L
lynnvinc
Guest
Here are some more visuals you can create yourself. The following is the zonal surface temperature anomaly average for Feb 2000-2012 compared to the base period of 1951-1980. The warm colors (warmer areas) grossly outweigh the cool colors (cooler areas) and even the white no-change areas, which indicates that the 2000-2012 the average temps around the world are mostly above the base period, esp in the northern higher latitudes.
http://data.giss.nasa.gov/work/gist..._HR2SST_1200km_Anom02_2000_2012_1951_1980.gif
**You can create your own maps like this selecting your own months & years at data.giss.nasa.gov/gistemp/maps/
Here’s one just for Feb 2012 compared to the base period. As I’ve mentioned you need much longer periods to make assessments, and one short-term weather pattern does not climate or climate change make – which is why I have not commented on the relative heat wave gripping much of the U.S. this past month or so. But it is an interesting map, also showing Europe and E. Asia cooler than usual. You can play around with this program and see how longer periods show greater overall warming, unlike many shorter periods**
http://data.giss.nasa.gov/work/gist..._HR2SST_1200km_Anom02_2012_2012_1951_1980.gif
http://data.giss.nasa.gov/work/gist..._HR2SST_1200km_Anom02_2000_2012_1951_1980.gif
**You can create your own maps like this selecting your own months & years at data.giss.nasa.gov/gistemp/maps/
Here’s one just for Feb 2012 compared to the base period. As I’ve mentioned you need much longer periods to make assessments, and one short-term weather pattern does not climate or climate change make – which is why I have not commented on the relative heat wave gripping much of the U.S. this past month or so. But it is an interesting map, also showing Europe and E. Asia cooler than usual. You can play around with this program and see how longer periods show greater overall warming, unlike many shorter periods**
http://data.giss.nasa.gov/work/gist..._HR2SST_1200km_Anom02_2012_2012_1951_1980.gif