Based on the graphs, there are two key points regarding the shift in carbon loads at reservoirs in the carbon cycle between the two time periods:
1. Increase in carbon loads: The graphs show that there is an overall increase in carbon loads at reservoirs in the second time period compared to the first time period. This can be observed by noting that the y-axis values are generally higher for the second time period across all types of reservoirs.
2. Varying shifts in carbon loads for different reservoir types: The graphs also demonstrate that the shift in carbon loads varies for different reservoir types. For example, in the second time period, the carbon load for the atmosphere reservoir decreased significantly, indicating a decrease in the amount of carbon being released into the atmosphere. On the other hand, reservoirs such as the terrestrial and oceanic reservoirs show an increase in carbon loads, indicating an accumulation of carbon in these reservoirs.
Overall, the shift in carbon loads between the two time periods reflects an increase in carbon within the carbon cycle, with a decrease in carbon released into the atmosphere and an accumulation in other reservoirs such as the terrestrial and oceanic reservoirs.
2. Evaluate your graphs. How do carbon loads at reservoirs in the carbon cycle shift between the two time periods? 2 points
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