Calculate the projected mean annual temperature for each location in the year 2100, and determine how each of these cities rank in terms of global warming. Note that the future temperature of a location can be determined by adding the future temperature increase to the initial temperature provided. Also, note that the number of decades between year 2000 and year 2100 is 10. Finally, some locations may have the highest or lowest temperatures in 2000, but may not necessarily have the highest and lowest temperatures in 2100. The rate makes all the difference! Rank the locations by temperature from greatest to least.

Ageologist is working in an area with exposed sedimentary rocks and finds a well exposed sequence of stratified rocks. as he works through a thick sequence of limestone, he sees abundant large clam fossils that produce an interlocking texture suggesting a reef, but within the limestone section these clams disappear and the overlying limestone is made up primarily of fragments of corals. he now moves 50 km away and finds limestones interbedded with shales, and the limestones contain the same clam fossils he had seen previously 50 km away. as he continues through this section, the rocks become entirely limestone, and the clams disappear again with coral fossils above forming a reef structure. he concludes