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book Environmental Science: A Global ConcernEnvironmental Science: A Global Concern 11th Edition by William Cunningham, Mary Ann Cunningham cover

Environmental Science: A Global ConcernEnvironmental Science: A Global Concern 11th Edition by William Cunningham, Mary Ann Cunningham

Edition 11ISBN: 978-0697806451
book Environmental Science: A Global ConcernEnvironmental Science: A Global Concern 11th Edition by William Cunningham, Mary Ann Cunningham cover

Environmental Science: A Global ConcernEnvironmental Science: A Global Concern 11th Edition by William Cunningham, Mary Ann Cunningham

Edition 11ISBN: 978-0697806451
Exercise 8
As you've learned in this chapter, temperature and moisture are critical factors in determining the distribution and health of ecosystems. But how do you read the climate and precipitation graphs that accompany the description of each biome To begin, examine the three climate graphs in this box. These graphs show annual trends in temperature and precipitation (rainfall and snow). They also indicate the relationship between potential evaporation, which depends on temperature and precipitation. When evaporation exceeds precipitation, dry conditions result (yellow areas). Extremely wet months are shaded dark blue on the graphs. Moist climates may vary in precipitation rates, but evaporation rarely exceeds precipitation. Months above freezing temperature (shaded brown on the X-axis) have most evaporation. Comparing these climate graphs helps us understand the different seasonal conditions that control plant and animal lives in different biomes.
As you've learned in this chapter, temperature and moisture are critical factors in determining the distribution and health of ecosystems. But how do you read the climate and precipitation graphs that accompany the description of each biome To begin, examine the three climate graphs in this box. These graphs show annual trends in temperature and precipitation (rainfall and snow). They also indicate the relationship between potential evaporation, which depends on temperature and precipitation. When evaporation exceeds precipitation, dry conditions result (yellow areas). Extremely wet months are shaded dark blue on the graphs. Moist climates may vary in precipitation rates, but evaporation rarely exceeds precipitation. Months above freezing temperature (shaded brown on the X-axis) have most evaporation. Comparing these climate graphs helps us understand the different seasonal conditions that control plant and animal lives in different biomes.     Moisture availability depends on temperature as well as precipitation. The horizontal axis on these climate diagrams shows months of the year; vertical axes show temperature ( left side ) and precipitation ( right ). The number of dry months ( shaded yellow ) and wetter months ( blue ) varies with geographic location. Mean annual temperature (°C) and precipitation (mm) are shown at the top of each graph. What are the maximum and minimum temperatures in each of the three locations shown
Moisture availability depends on temperature as well as precipitation. The horizontal axis on these climate diagrams shows months of the year; vertical axes show temperature ( left side ) and precipitation ( right ). The number of dry months ( shaded yellow ) and wetter months ( blue ) varies with geographic location. Mean annual temperature (°C) and precipitation (mm) are shown at the top of each graph.
What are the maximum and minimum temperatures in each of the three locations shown
Explanation
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Climate gives an idea about the weather ...

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Environmental Science: A Global ConcernEnvironmental Science: A Global Concern 11th Edition by William Cunningham, Mary Ann Cunningham
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