Fig. 1

This is a graph that represents phosphate levels in the wetland.Each test date has an input and output reading, which was recorded in moles|liter.

Fig. 2

This is a graph that represents nitrate levels in the wetland. Each test date has an input and output reading, which was recorded in moles/liter.

Fig. 3

This is a graph that represents ammonia levels in the wetland. Each test date has an input and output reading, which was recorded in ppm.

Fig. 4

This is a graph that represents BOD levels in the wetland. Each test date has an input and output reading, which was recorded in ppm.

Fig. 5

This is a graph that represents dissolved oxygen levels in the wetland. Each test date has an input and output reading, which was recorded in ppm.

Fig. 6

This is a graph that represents iron levels in the wetland. Each test date has an input and output reading, which was recorded in ppm.

Fig. 7

This is a graph that represents copper levels in the wetland. Each test date has an input and output reading, which was recorded in ppm.

Fig. 8

This is a graph that represents pH levels in the wetland. Each test date has an input and output reading, which was recorded in pH.

Fig. 9

This is a graph that represents the average protist Count in the wetland for each test date.

Fig. 10

This is a graph that represents the average protist diversity in the wetland for each test date.

Fig. 11

This is a graph that represents the Protist Species Richness in the wetland for each test date.

Fig. 12

This is a graph that represents the average count of bacteria/fungi in the wetland before and after the addition of pollution.