Refer to the table and the figure.
Table 1
Figure 2
You are studying a river that has been dammed to form a reservoir. You have compiled data collected on this system over time (Table 1 and Figure 2).
-Use the data in Table 1 and Figure 2 to answer the following questions about the effect damning the river will have on the ecosystem:
a) How would the extent of mixing change when the system changed from a river ecosystem to a reservoir?
b) How would you expect the oxygen levels in the benthic zone of the reservoir to differ from those found at the river bottom when the river was in its natural state? How would you expect decomposition to differ?

Question

Refer to the table and the figure.
Table 1
  Figure 2
  You are studying a river that has been dammed to form a reservoir. You have compiled data collected on this system over time (Table 1 and Figure 2). 
-Use the data in Table 1 and Figure 2 to answer the following questions about the effect damning the river will have on the ecosystem:
a) How would the extent of mixing change when the system changed from a river ecosystem to a reservoir?
b) How would you expect the oxygen levels in the benthic zone of the reservoir to differ from those found at the river bottom when the river was in its natural state? How would you expect decomposition to differ?

Quizplus · Accepted Answer

The Answer of Refer to the table and the figure.
Table 1
  Figure 2
  You are studying a river that has been dammed to form a reservoir. You have compiled data collected on this system over time (Table 1 and Figure 2). 
-Use the data in Table 1 and Figure 2 to answer the following questions about the effect damning the river will have on the ecosystem:
a) How would the extent of mixing change when the system changed from a river ecosystem to a reservoir?
b) How would you expect the oxygen levels in the benthic zone of the reservoir to differ from those found at the river bottom when the river was in its natural state? How would you expect decomposition to differ?

Refer to the Table and the Figure