LAMPIRAN B. Data Jumlah dan Jenis Cacing Tanah yang Didapatkan pada 3 Stasiun Penelitian

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LAMPIRAN B. Data Jumlah dan Jenis Cacing Tanah yang Didapatkan pada 3 Stasiun Penelitian

A. Stasiun 1

NO

GENUS

ULANGAN 1

Plot 1

Plot 2

Plot 3

Plot 4

Plot 5

Plot 6

Plot 7

Plot 8

Plot 9

Plot 10

_JML

1 Sp 1

3

5

19

1

5

11

12

6 ₇₀

2 Sp 2

2

3

1

3 ₉

3 Sp 3

2

2 ₄

NO

GENUS

ULANGAN 2

Plot 1

Plot 2

Plot 3

Plot 4

Plot 5

Plot 6

Plot 7

Plot 8

Plot 9

Plot 10

JML

1 Sp 1

5

4

8

7

5

7

13

18

30

11

108

2 Sp 2

1

3

1

2

1

2

1

2

14

3 Sp 4

1

1 NO

GENUS

ULANGAN 3

Plot 1

Plot 2

Plot 3

Plot 4

Plot 5

Plot 6

Plot 7

Plot 8

Plot 9

Plot 10

JML

1 Sp 1

8

13

16

7

6

5

16

8

9

26

114

2 Sp 2

3

10

1

6

4

11

(6)

B. Stasiun 2

GENUS

ULANGAN 1

Plot 1

Plot 2

Plot 3

Plot 4

Plot 5

Plot 6

Plot 7

Plot 8

Plot 9

Plot 10

JML

Sp 1

19

24

8

24

10

14

13

27

12

164 Sp 2

1

5

3

6

3

20 Sp 5

2

2 Sp 3

1

1 GENUS

ULANGAN 2

Plot 1

Plot 2

Plot 3

Plot 4

Plot 5

Plot 6

Plot 7

Plot 8

Plot 9

Plot 10

JML

Sp 1

15

21

14

4

7

11

15

16

9

14

126 Sp 2

5

6

1

2

3

4

1

25 GENUS

ULANGAN 3

Plot 1

Plot 2

Plot 3

Plot 4

Plot 5

Plot 6

Plot 7

Plot 8

Plot 9

Plot 10

JML

Sp 1

15

3

4

14

5

6

4

13

8

14

86

(7)

C. Stasiun 3

NO

GENUS

ULANGAN 1

Plot 1

Plot 2

Plot 3

Plot 4

Plot 5

Plot 6

Plot 7

Plot 8

Plot 9

Plot 10

_JML

1 Sp 1

5

11

5

3

6

8

7

6

3

65

2 Sp 2

1

2

1 ₄

3 NO

GENUS

ULANGAN 2

Plot 1

Plot 2

Plot 3

Plot 4

Plot 5

Plot 6

Plot 7

Plot 8

Plot 9

Plot 10

_JML

1 Sp 1

8

15

5

4

6

8

4

8

7

6 ₇₁

2 Sp 2

2

3

1

2

1

1 ₁₀

3 Sp 5

1

1 ₂

4 NO

GENUS

ULANGAN 2

Plot 1

Plot 2

Plot 3

Plot 4

Plot 5

Plot 6

Plot 7

Plot 8

Plot 9

Plot 10

_JML

1 Sp 1

5

2

10

14

9

7

3

10

2

11

73

2 Sp 2

1

1 ₃

(8)

LAMPIRAN C. Nilai Faktor Fisik-Kimia Tanah pada 3 Stasiun perkebunan ten PTPN XII Bantaran Blitar

No.

Lab

Kode

pH 1:1

C.organik

N.total

C/N

Bahan

Organik

H2O

KCI

1N

TNH

538 STASIUN I ULANGAN 1

4.7

4.6

1.58

0.22

7

2.74 TNH

539 STASIUN I ULANGAN 2

4.6

4.5

1.27

0.22

8

2.98 TNH

540 STASIUN I ULANGAN 3

4.9

4.7

1.43

0.21

7

2.48 Rata-rata

4.73

4.6

1.43

0.21

7.33

2.73 TNH

541 STASIUN II ULANGAN 1

5

4.8

2.05

0.26

8

3.55 TNH

542 STASIUN II ULANGAN 2

5

4.7

1.37

0.19

7

2.38 TNH

543 STASIUN II ULANGAN 3

4.8

4.6

1.20

0.14

9

2.07 Rata-rata

4.93

4.7

1.54

0.19

8

2.66 TNH

544 STASIUN III ULANGAN 1

5

4.7

1.59

0.19

8

2.75 TNH

545 STASIUN III ULANGAN 2

5.1

4.8

1.15

0.19

6

1.99 TNH

546 STASIUN III ULANGAN 3

5

4.6

1.63

0.19

9

2.81

(9)

LAMPIRAN D. Contoh Cara Perhitungan Analisis Data

A. Hasil analisis indeks keanekaragaman dengan menggunakan past 3

STASIUN 1 Lower Upper

STASIUN 2

Lower Upper

STASIUN 3 Lower

Upper

Taxa_S

4

3

4

3

4

3

3 Individuals

331

436

228

228 Dominance_D

0.7889

0.7342

0.8442

0.7608 0.7136

0.8083

0.8459

0.7835

0.9075

Simpson_1-D

0.2111

0.1558

0.2657

0.2392

0.191 0.2864

0.1541 0.09222

0.2165

Shannon_H

0.4152

0.3232

0.5046

0.4323 0.3591

0.5013

0.3149

0.208 0.4134

Evenness_e^H/S

0.3787

0.3479

0.4736

0.3852 0.3636

0.5201

0.4567

0.4104

0.504 Brillouin

0.3994

0.3087

0.4872

0.4204 0.3492

0.4882

0.2991

0.1946

0.3962

Menhinick

0.2199

0.1649

0.2199

0.1916 0.1437

0.1916

0.1987

Margalef

0.5171

0.3447

0.5171

0.4936 0.3291

0.4936

0.3684

Equitability_J

0.2995

0.2383

0.3676

0.3118 0.2697

0.4049

0.2866

0.1893

0.3763

Fisher_alpha

0.64 0.4552

0.64 0.6082 0.4339

0.6082

0.4878

Berger-Parker

0.8822

0.8459

0.9154

0.8624

0.828 0.8945

0.9167

0.8772

0.9518

Chao-1

4

3

5

4

3

5

3

(10)

B. Perhitungan kepadatan cacing tanah

Luas Area = 100 m × 3

= 300 m

2

a. Stasiun 1

Pontocolex

=

= 0.97

Lumbricus

=

= 0,11

Pheretima

=

= 0,01

Peryonix

=

= 0,003

b. Stasiun 2

Pontocolex

=

= 1,25

Lumbricus

=

= 0,19

Pheretima

=

= 0,003

Microscolex

=

= 0,006

c. Stasiun 3

Pontocolex

=

= 0,69

Lumbricus

=

= 0,05

Microscolex

=

= 0,003

C. Perhitungan kepadatan relatif cacing tanah

a. Stasiun 1

(11)

Lumbricus

=

× 100 = 10,27

Pheretima

=

× 100 = 1,21

Peryonix

=

× 100 = 0,30

b. Stasiun 2

Pontocolex

=

× 100 = 86,24

Lumbricus

=

× 100 = 13,07

Pheretima

=

× 100 = 0,23

Microscolex

=

× 100 = 0,46

c. Stasiun 3

Pontocolex

=

× 100 = 92,07

Lumbricus

=

× 100 = 7,49

Microscolex

=

× 100 = 0,044

(12)

LAMPIRAN E. Perhitungan kadar air tanah

Kadar air tanah =

.

Keterangan: W1= berat basah tanah, W2= berat kering tanah, dan

W3= berat ring

Diket: t = 7,5

d = 7,5 (r = 3,75)

Vol.cilindris = πr

2

×t

= 3,14×3,75×3,75×7,5

= 331,17



Stasiun 1

Diket : W1 = 614, W2 = 504 dan W3 = 190

Kadar air tanah =

,

= 0,33



Stasiun 2

Diket : W1 = 664,67, W2 = 550,33 dan W3 = 190,67

Kadar air tanah =

,

= 0,34



Stasiun 3

Diket : W1 = 621,67, W2 = 528,67 dan W3 = 190,33

Kadar air tanah =

, ,

(13)



LAMPIRAN F. Perhitungan korelasi dengan SPSS

1. Pontocolex



Suhu

Correlations

Kepadatan Suhu

Kepadatan Pearson Correlation 1 .870

Sig. (2-tailed) .329

N 3 3

Suhu Pearson Correlation .870 1

N 3 3



Kelembaban

Correlations

kepadatan kelembaban

kepadatan Pearson Correlation 1 .413

N 3 3

kelembaban Pearson Correlation .413 1

N 3 3



pH

Correlations

kepadatan pH

kepadatan Pearson Correlation 1 -.327

N 3 3

Ph Pearson Correlation -.327 1

(14)



C Organik

Correlations

kepadatan Corganik

N 3 3

Corganik Pearson Correlation .703 1

N 3 3



Kandungan N

Correlations

kepadatan Ntotal

N 3 3

Ntotal Pearson Correlation .500 1

N 3 3



Kandunagan Organik

Correlations

kepadatan bhanorganik

N 3 3

bhanorganik Pearson Correlation .667 1

(15)

2. Lumbricus



Suhu

Correlations

kepadatan suhu

N 3 3

suhu Pearson Correlation .907 1

N 3 3



Kelembaban

Correlations

kepadatan Kelembaban

N 3 3



pH

Correlations

kepadatan pH

N 3 3

pH Pearson Correlation -.249 1

(16)



C Organik

Correlations

kepadatan Corganik

N 3 3



Kandungan N

Correlations

kepadatan kandunganN

N 3 3

kandunganN Pearson Correlation .427 1

N 3 3



Kandungan Bahan Organik

Correlations

kepadatan Bhanorganik

N 3 3

bhanorganik Pearson Correlation .604 1

(17)

3. Pheretima



Suhu

Correlations

kepadatan suhu

N 3 3

suhu Pearson Correlation -.218 1

N 3 3



Kelembaban

Correlations

N 3 3

kelembaban Pearson Correlation -.750 1

N 3 3



pH

Correlations

kepadatan pH

Kepadatan Pearson Correlation 1 -.999*

N 3 3

pH Pearson Correlation -.999* 1

N 3 3

(18)



C Organik

Correlations

kepadatan Corganik

N 3 3

Corganik Pearson Correlation -.474 1

N 3 3



Kandungan N

Correlations

N 3 3



Kandungan Bahan Organik

Correlations

kepadatan bahanOrganik

N 3 3

bahanOrganik Pearson Correlation .907 1

(19)

4. Perionyx



Suhu

Correlations

kepadatan suhu

N 3 3

suhu Pearson Correlation -.494 1

N 3 3



Kelembaban

Correlations

N 3 3

kelembaban Pearson Correlation -.911 1

N 3 3



pH

Correlations

kepadatan pH

Kepadatan Pearson Correlation 1 -.945

N 3 3

pH Pearson Correlation -.945 1

(20)



C Organik

Correlations

kepadatan Corganik

N 3 3

Corganik Pearson Correlation -.711 1

N 3 3



Kandungan N

Correlations

N 3 3



Kandungan Bahan Organik

Correlations

kepadatan bahanOrganik

N 3 3

bahanOrganik Pearson Correlation .745 1

(21)

5. Microscolex



Suhu

Correlations

kepadatan suhu

N 3 3

suhu Pearson Correlation .862 1

N 3 3



Kelembaban

Correlations

N 3 3



pH

Correlations

kepadatan pH

N 3 3

pH Pearson Correlation .655 1

(22)



C Organik

Correlations

kepadatan Corganik

N 3 3



Kandungan N

Correlations

N 3 3

kandunganN Pearson Correlation -.500 1

N 3 3



Kandungan Bahan Organik

Correlations

kepadatan Bahanorganik

N 3 3

bahanorganik Pearson Correlation -.311 1

(23)