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The way Germany’s feed-in tariff has triggered a shift to using renewable energy in that country and also summarize this shift’s story.
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Answer to Problem 1CR
Germany’s feed-in tariff system allowed the various communities that produce electricity from renewable energy systems to sell the electricity to major power companies. The German government has promoted the construction of wind farms. Moreover, rooftop solar collectors played an important role in the increase in solar energy production since 1990.
Explanation of Solution
Germany’s feed-in tariff has triggered a shift to use renewable energy. This shift occurred because the government has allowed the various communities that produce electricity from renewable energy systems to sell the produced electricity to major power companies. This feed-in tariff system ensures that the homeowners, communities, and businesses will make a profit and not lose any money.
Germany generated approximately 28 per cent of the electricity using renewable energy resources, such as solar energy. Since 2000, the shift to renewable resources has benefited the environment as well as German industries that are involved in renewable energy production.
Germany’s feed-in tariff system played an important role in this shift. Moreover, the government has promoted the construction of wind farms. Rooftop solar collectors also played an important role in the increase in solar energy production since 1990. Even in dropped economic conditions, the production of wind and solar energy was growing in Germany. Germany’s example indicates that the improvements in the economy and environmental quality improvements are closely associated.
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Chapter 23 Solutions
Living In The Environment, Loose-leaf Version
- For the past 3 million years the earth has experienced glacial-interglacial cycles at regular intervals that coincide with the Milankovitch Cycles. Please briefly describe the three Milankovitch Cycles and their timescales. What is the leading theory for why the timing of glacial-interglacial cycles is connected to these Milankovitch Cycles?arrow_forwardWhy do waterfalls move backwards over time? In your explanation, please use the term “nickpoint”?arrow_forwardThe picture below is of the Kaskawulsh Glacier in Yukon, Canada. What is the name of the type of feature that the red arrows are pointing to in the middle of the glacier and how are these features formed? In your answer please also define the term lateral moraine and how lateral moraines relate to the feature with the red arrows?arrow_forward
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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?arrow_forward1. 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.arrow_forwardOn 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.arrow_forward
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