mapsExploring Florida
 FL Maps > State > 1950-1999 > Difference Between Rainfall and Potential Evaporation, 1975
Site Map 

Difference Between Rainfall and Potential Evaporation, 1975



Puzzle Directions: Click on a puzzle piece and drag it where you want it. When you connect two pieces correctly, they will join together. This is an extra hard double-sided puzzle. The same map is printed on both sides the pieces. Some of the pieces are turned over to the wrong side. To flip a piece over, hold down the "T" key and click on the puzzle piece. Mix up the pieces again. View finished map in pop-up window.

Title: Difference Between Rainfall and Potential Evaporation
Projection: Unknown
Source Bounding Coordinates:
W: -90 E: -80 N: 31 S: 24

Back to Map Page
Description: This is a map of Florida showing the difference between rainfall and potential evaporation, current to 1975. The following is taken from the article "The Difference Between Rainfall and Potential Evaporation in Florida" by F. N. Visher and G. H. Hughes — "Rainfall in Florida is generally abundant, but man presently has little opportunity to control or direct the use of a large part of the total rainfall." As shown in the key, the blue dots represent rainfall stations and the number represents the difference in inches between rainfall at the station and the potential evaporation in the general area of the station. The blue lines mark approximate boundaries of areas where the difference between rainfall and potential evaporation is generally the same within a range of 3 inches. Please see the article The Difference Between Rainfall and Potential Evaporation in Florida by F. N. Visher and G. H. Hughes for more information.
Source: U. S. Geological Survey, Bureau of Geology, Florida Department of Natural Resources , Florida Water Atlas (Tallahassee, FL: Bureau of Geology, 1976)
Map Credit: Courtesy the University of South Florida Library
SearchLicensePDF HelpGIS Help Google Earth Help Zoomify Help

 FL Maps > State > 1950-1999 > Difference Between Rainfall and Potential Evaporation, 1975