Physical Geography Laboratory Manual (12th Edition)
Physical Geography Laboratory Manual (12th Edition)
12th Edition
ISBN: 9780134561011
Author: Darrel Hess
Publisher: PEARSON
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Chapter 9, Problem 1LC
To determine

To explain: Whether the amount of precipitation and evapotranspiration over the continents the same or not.

Expert Solution & Answer
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Answer to Problem 1LC

The amount of precipitation and evapotranspiration are not the same over the continents, rather the precipitation amount goes beyond the amount of evapotranspiration.

Explanation of Solution

Of the total precipitation falling on the Earth, only 22percent reaches the continents while the rest 78percent reaches the oceans. The precipitation falling on the continents undergoes complex series of processes. The water may runoff to the lakes, streams or rivers, infiltrate into the ground and rest goes to the atmosphere through evaporation and transpiration.

The water infiltrated may else be stored as soil moisture or penetrates to even more depth to become a part of the groundwater. The groundwater would appear again on the surface as springs and the soil moisture would ultimately transpire or evaporate into the atmosphere.

If taken on a global scale including both the oceans and land surface the rate of precipitation and evapotranspiration is in balance. But if the continents alone are considered, precipitation surpasses evapotranspiration and vice versa in the case of oceans. The advectional movement of moist marine air onto the land surfaces creates this imbalance between the precipitation and evapotranspiration on continents.

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Examine the strike and dip of the rock units on the Devil's Fence geologic map in Figure 6.21. Draw multiple large arrows on the map, pointing in the direction of dip on several rock units. Do the rock layers located near the center of the map in Section 14 dip toward the northwest or southeast? The same rocks in Section 14 are also found in Section 18. Do the rocks in Section 18 dip toward the east or west? What is the approximate angle of dip of the units in Section 18?
1. Draw a dashed line representing the hinge line of the large geologic structure that occupies most of the map. Label the hinge line. 2. Are the rocks getting older or younger farther from the hinge line? 3. Is this geologic structure a plunging anticline or syncline? 4. Provide two lines of evidence that support your answer to Question 8.
On the map in Figure 6.21, write the word oldest where the oldest sedimentary rock unit is exposed at the sur-face and the word youngest where the youngest sedimentary rocks occur.
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