)(*_*.SiTe 2.*_*)(

 

Date

Air

(°C)

Water

(°C)

OD

(ppm)

pH

Nitrate

(ppm)

Phosphate

(ppm)

Salinity

(o/oo)

Fecal

(/100ml)

General

(/100ml)

11.6.99

18.5

18

6.2

5.5

0

2

1

450

150

11.21.99

26

19

5.8

6.5

0

4

2

500

1500

1.2.00

21

16

6.4

7

0

4

1

1.16.00

25

18

6.1

6.8

0

4

1

100

200

1.30.00

10

8.5

10.1

6.6

0

2

1

200

200

2.27.00

25

19

6.2

6.7

0

4

1

100

1100

3.11.00

24

21.5

7.6

6.7

0

4

1

3.25.00

26

27

6.3

7

0

4

1

4.8.00

31

20

6.4

6.7

0

4

1

200

450

5.1.00

17.5

19

4.4

7.3

0

3

1

250

500

6.24.00

29

31.5

8.3

6.8

0

4

1

38

60

7.8.00

32

33.1

7.2

7.4

0

6

5

300

440

7.23.00

24

27

3

6.6

0

6

4

400

600

 

ReLaTiOnS:

 

x

Y

Type

R

(pwr)

1. air

Water

Power

0.841

0.958

2. water

OD

Cubic

-0.725

3. phosphate

Salinity

Cubic

-0.935

4. water

Phosphate

Linear

-0.737

5. air

Phosphate

Power

0.785

0.849

6. phosphate

PH

Quartic

0.793

7. pH

Fecal

Quartic

-0.871

As the air temperature increases, the water temperature increases by the factor of x raised to the power of 0.958.

As the water temperature decreases, the ppm of oxygen dissolved decreases by a cubic factor.

As the ppm phosphate decreases, the salinity decreases by a cubic factor.

As the water temperature decreases, the ppm of phosphate decreases linearly by a factor of 0.737.

As the air temperature increases, the ppm of phosphate increases by the factor of x raised to the power of 0.849.

As the ppm of phosphate increases, the pH increases quartically.

As the pH decreases, the fecal decreases quartically.

 

 

 

 

)(*_*.SiTe 5.*_*)(

 

Date

Air

(°C)

Water

(°C)

OD

(ppm)

PH

Nitrate

(ppm)

Phosphate

(ppm)

Salinity

(o/oo)

Fecal

(/100ml)

General

(/100ml)

11.6.99

29.5

16

4.3

6.8

0

2

1

850

4000

11.21.99

24

20

7

6.5

0

4

2

800

3000

12.5.99

22.5

20

7

6.5

0

2

1.5

200

100

12.17.00

12

11

6.8

6

0

2

1

200

500

1.2.00

21.5

20

6.2

7.5

0

1

2

110

200

1.16.00

24.5

16

6.2

6

0

0

1

1.30.00

12

10

10

7

0

2

1

60

70

2.14.00

22

21

9.2

6.5

0

2

2

2.26.00

37

25

5.4

5.4

0

0

4

0

0

3.11.00

17

23

3.2

6

0

2

2

3.26.00

21

22

7.2

6.25

0

4

4

4.18.00

20

22

4

6.5

0

1.5

2

150

400

5.1.00

23

20

5

6.5

0

3

1

100

425

6.11.00

36

32

3.2

7

0

4

1

200

450

6.25.00

36

34

5.2

9.5

0

4

1

200

500

7.9.00

34

35

4.4

9.5

0

4

1

200

800

7.23.00

25

29

1.1

7

0

4

300

500

8.6.00

34

33

3.8

7

0

2

1

500

500

8.20.00

33

32

5.4

6.5

0

2

5

600

600

9.3.00

35

33

3.2

7

0

4

4

700

700

10.1.00

27

24

6.1

8

0

3

1

750

800

10.15.00

19

20

6.8

6

0

1.5

2

700

800

10.29.00

21.5

23

2.8

7

0

0.3

0

700

800

11.12.00

16

17

3.1

6

0.44

0.1

1

600

500

11.24.00

19.5

17

6.8

7

0.44

0.1

1

100

100

12.10.00

17.5

11

6.6

7.5

0.32

2

1

100

100

12.26.00

14

10

6.8

6.3

0.6

1

100

100

1.15.01

20

12

9.7

5.5

0.44

0.2

1

200

100

1.28.01

20

15

6

6

0

0.1

1

0

0

2.11.01

14

16

7

6

0

0.1

1

0

0

3.1.01

19

21

4.8

6

0.44

0.1

1

3

30

3.20.01

20

18

6.5

7

0

0.1

40

4.20.01

23

22

5.4

6

0.44

0.1

1

 

ReLaTiOnS:

 

x

Y

Type

R

(pwr)

1. air

Water

Linear

0.83

 

As the air temperature increases, the water temperature increases linearly by a factor of 0.83.

)(*_*.SiTe 6A.*_*)(

 

Date

Air

Water

OD

PH

Nitrate

Phosphate

Salinity

Fecal

General

11.6.99

30.5

23.5

6.8

6

0

2

2

600

1000

11.21.99

26

23

9.2

6.5

0

4

2

500

2000

12.5.99

22.5

20

14.85

6.5

0

2

2

100

100

12.17.00

13

12

8.4

6

0

2

1

400

1000

1.2.00

28

21

5.8

6.5

0

4

2

760

1080

1.16.00

25

21

5.8

6.5

0

2

2

220

600

1.30.00

15

13

5.8

7.5

0

2

1

240

400

2.14.00

22

19

6.6

6

0

1

1

2.27.00

31

24.5

6

0

4

1

300

1000

3.11.00

18

24

6.4

6.3

0

2

4

3.26.00

34

30

7.5

7

0

4

5

4.18.00

27

19

7.4

7.4

0

2

2

300

525

5.1.00

22

22

1.2

6.5

0

2

1

300

500

6.25.00

35

36.5

8.4

7

0

4

1

350

800

7.9.00

52

38

7.5

7

0

4

1

400

700

7.23.00

24

29

4.3

6.5

0

2

5

300

800

8.6.00

34

33

0

6.75

0

2

0

500

500

8.20.00

32.5

34

1.5

7

0

4

6

500

700

9.3.00

35

32

1

6

0

3.4

600

800

10.1.00

27

24

5.2

7

0

2.7

4

500

450

10.15.00

19

21

9

8

0

0.5

1

400

500

10.29.00

21.5

21

3.4

6

0.2

0.2

4

500

400

11.12.00

15

17

7.6

6.5

0.1

0.1

1

500

500

11.24.00

19.5

15.5

7.6

6.5

0.44

0.2

1

100

100

12.10.00

17

16

7

6

0.44

1

150

90

12.26.00

14

10

6

6.3

0.6

200

90

1.15.01

20

8

9.6

6.3

0.44

0.1

1

400

100

1.28.01

23

19

5.6

5.5

0

0.1

0

0

90

2.11.01

14

17.5

9.8

7.2

0

0.1

0

30

3.1.01

19

21

6.2

6

0.44

0.1

1

10

30

3.20.01

20

19

7

6.8

0

0.1

4.20.01

28

23

7.8

6.3

0.44

0.1

1

 

ReLaTiOnS:

 

x

Y

Type

R

(pwr)

1. air

Water

Linear

0.847

2. water

Phosphate

Linear

-0.668

3. air

Phosphate

Linear

0.693

 

As the air temperature increases, the water temperature increases linear by a factor of 0.847.

As the water temperature decreases, the ppm of phosphate decreases linearly by a factor of 0.668.

As the air temperature increases, the ppm of phosphate increases linearly by a factor of 0.693.