Nghiên cứu một số biện pháp kỹ thuật bón phân cho cây cà phê vối Coffea canephora Pierre giai đoạn kinh doanh trên đất bazan tại Đắk Lắk - 23

Unusual Observations for pH kcl


Obs

pH kcl

Fit

SE Fit

Residual

St

Resid


1

4.98152

4.33054

0.20726

0.65098


2.22

R

7

4.89736

4.15806

0.20726

0.73930


2.52

R

17

5.06689

4.46587

0.20726

0.60102


2.05

R

28

5.06785

4.39945

0.20726

0.66839


2.28

R

40

3.72119

4.47824

0.20726

-0.75705


-2.58

R

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Nghiên cứu một số biện pháp kỹ thuật bón phân cho cây cà phê vối Coffea canephora Pierre giai đoạn kinh doanh trên đất bazan tại Đắk Lắk - 23


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.2045

0.2045

0.0511

0.50

0.738

K

4

0.1255

0.1255

0.0314

0.31

0.873

N*K

16

0.5508

0.5508

0.0344

0.33

0.990

Error

50

5.1436

5.1436

0.1029



Total

74

6.0244





R denotes an observation with a large standardized residual. Analysis of Variance for % Huu co (dat), using Adjusted SS for Tests


S = 0.320735 R-Sq = 14.62% R-Sq(adj) = 0.00%


Unusual Observations for % Huu co (dat)



Obs

% Huu co

(dat) Fit SE Fit


Residual


St


Resid

14

2.76006 3.36193 0.18518

-0.60186


-2.30 R

15

3.77652 3.09673 0.18518

0.67979


2.60 R

40

2.42354 3.09673 0.18518

-0.67319


-2.57 R

75

3.83076 3.21447 0.18518

0.61629


2.35 R


R denotes an observation with a large standardized residual.


Analysis of Variance for Dam tong so (dat), using Adjusted SS for Tests


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.0119413

0.0119413

0.0029853

4.50

0.003

K

4

0.0008380

0.0008380

0.0002095

0.32

0.866

N*K

16

0.0055953

0.0055953

0.0003497

0.53

0.920

Error

50

0.0331500

0.0331500

0.0006630



Total

74

0.0515247






S = 0.0257488 R-Sq = 35.66% R-Sq(adj) = 4.78%


Unusual Observations for Dam tong so (dat) Dam tong

Obs so (dat) Fit SE Fit Residual St Resid

25 0.210000 0.256667

0.014866

-0.046667

-2.22 R

73 0.290000 0.243333

0.014866

0.046667

2.22 R

74 0.310000 0.246667

0.014866

0.063333

3.01 R

75 0.340000 0.256667

0.014866

0.083333

3.96 R


R denotes an observation with a large standardized residual.

Analysis of Variance for Lan tong so(dat), using Adjusted SS for Tests


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.0021887

0.0021887

0.0005472

1.47

0.225

K

4

0.0028020

0.0028020

0.0007005

1.88

0.128

N*K

16

0.0026580

0.0026580

0.0001661

0.45

0.960

Error

50

0.0186000

0.0186000

0.0003720



Total

74

0.0262487






S = 0.0192873 R-Sq = 29.14% R-Sq(adj) = 0.00%


Unusual Observations for Lan tong so(dat) Lan tong

Obs so(dat) Fit SE Fit Residual St Resid

20 0.180000 0.213333

0.011136

-0.033333

-2.12 R

24 0.180000 0.213333

0.011136

-0.033333

-2.12 R

25 0.175000 0.208333

0.011136

-0.033333

-2.12 R

69 0.255000 0.220000

0.011136

0.035000

2.22 R

70 0.270000 0.213333

0.011136

0.056667

3.60 R

74 0.255000 0.213333

0.011136

0.041667

2.65 R

75 0.270000 0.208333

0.011136

0.061667

3.92 R


R denotes an observation with a large standardized residual.


Analysis of Variance for Kali tong so(dat), using Adjusted SS for Tests


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.0002753

0.0002753

0.0000688

0.23

0.922

K

4

0.0053320

0.0053320

0.0013330

4.40

0.004

N*K

16

0.0016247

0.0016247

0.0001015

0.34

0.990

Error

50

0.0151500

0.0151500

0.0003030



Total

74

0.0223820






S = 0.0174069 R-Sq = 32.31% R-Sq(adj) = 0.00%


Unusual Observations for Kali tong so(dat)



Obs

Kali tong

so(dat) Fit


SE Fit


Residual St


Resid

14

0.100000 0.130000

0.010050

-0.030000

-2.11 R

45

0.100000 0.131667

0.010050

-0.031667

-2.23 R

59

0.150000 0.120000

0.010050

0.030000

2.11 R

60

0.150000 0.120000

0.010050

0.030000

2.11 R

70

0.175000 0.131667

0.010050

0.043333

3.05 R

75

0.175000 0.136667

0.010050

0.038333

2.70 R


R denotes an observation with a large standardized residual.


Analysis of Variance for Lan de tieu(dat), using Adjusted SS for Tests


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

1.5006

1.5006

0.3751

0.87

0.487

K

4

1.7484

1.7484

0.4371

1.02

0.408

N*K

16

2.7472

2.7472

0.1717

0.40

0.977

Error

50

21.5155

21.5155

0.4303



Total

74

27.5117






S = 0.655981 R-Sq = 21.79% R-Sq(adj) = 0.00%


Unusual Observations for Lan de tieu(dat)


Lan de

Obs tieu(dat) Fit SE Fit Residual St Resid

45 6.86500 7.93667

0.37873 -1.07167

-2.00 R

69 9.86500 8.13333

0.37873 1.73167

3.23 R

70 9.10000 7.93667

0.37873 1.16333

2.17 R

74 9.86500 8.21833

0.37873 1.64667

3.07 R


R denotes an observation with a large standardized residual.


Analysis of Variance for Kali de tieu(dat), using Adjusted SS for Tests


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

18.596

18.596

4.649

1.01

0.410

K

4

97.084

97.084

24.271

5.28

0.001

N*K

16

36.394

36.394

2.275

0.49

0.938

Error

50

229.797

229.797

4.596



Total

74

381.871






S = 2.14381 R-Sq = 39.82% R-Sq(adj) = 10.94%


Unusual Observations for Kali de tieu(dat) Kali de

Obs tieu(dat) Fit SE Fit Residual St Resid 24 17.9000 22.0667 1.2377 -4.1667 -2.38 R

59 22.7750 19.0967 1.2377 3.6783 2.10 R

60 25.3100 20.3900 1.2377 4.9200 2.81 R

70 24.6900 19.9550 1.2377 4.7350 2.71 R


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.10343

0.10343

0.02586

0.33

0.857

K

4

0.48196

0.48196

0.12049

1.54

0.206

N*K

16

0.98457

0.98457

0.06154

0.79

0.694

Error

50

3.91814

3.91814

0.07836



Total

74

5.48810





R denotes an observation with a large standardized residual. Analysis of Variance for Ca 2+(dat), using Adjusted SS for Tests


S = 0.279934 R-Sq = 28.61% R-Sq(adj) = 0.00%


Unusual Observations for Ca 2+(dat)


Obs Ca 2+(dat) Fit SE Fit Residual St Resid

15

2.32993 3.06199

0.16162 -0.73206

-3.20 R

23

2.23869 2.75312

0.16162 -0.51443

-2.25 R

55

3.40811 2.85170

0.16162 0.55642

2.43 R


R denotes an observation with a large standardized residual.

Analysis of Variance for Mg 2+ (dat), using Adjusted SS for Tests


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.51465

0.51465

0.12866

2.62

0.046

K

4

0.19521

0.19521

0.04880

0.99

0.420

N*K

16

0.99834

0.99834

0.06240

1.27

0.253

Error

50

2.45772

2.45772

0.04915



Total

74

4.16592






S = 0.221708 R-Sq = 41.00% R-Sq(adj) = 12.69%


Unusual Observations for Mg 2+ (dat)


Obs Mg 2+ (dat) Fit SE Fit Residual St Resid

41

2.56725 2.13734 0.12800 0.42990

2.37 R

45

1.80344 2.29498 0.12800 -0.49154

-2.72 R

59

2.34947 1.97123 0.12800 0.37823

2.09 R


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

7.259

7.259

1.815

1.44

0.235

K

4

7.369

7.369

1.842

1.46

0.228

N*K

16

19.790

19.790

1.237

0.98

0.491

Error

50

63.043

63.043

1.261



Total

74

97.461





R denotes an observation with a large standardized residual. Analysis of Variance for CEC, using Adjusted SS for Tests


S = 1.12288 R-Sq = 35.32% R-Sq(adj) = 4.27%


Unusual Observations for CEC


Obs

CEC

Fit

SE Fit

Residual

St

Resid


2

19.3700

17.3983

0.6483

1.9717


2.15

R

7

13.9700

16.0000

0.6483

-2.0300


-2.21

R

25

15.3050

17.2683

0.6483

-1.9633


-2.14

R

57

18.1500

16.0000

0.6483

2.1500


2.35

R

74

18.3800

16.5000

0.6483

1.8800


2.05

R

75

19.4650

17.2683

0.6483

2.1967


2.40

R


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.50811

0.50811

0.12703

2.72

0.040

K

4

0.53797

0.53797

0.13449

2.88

0.032

N*K

16

1.73696

1.73696

0.10856

2.33

0.030

Error

50

2.33195

2.33195

0.04664



Total

74

3.51499





R denotes an observation with a large standardized residual. Analysis of Variance for N% (la), using Adjusted SS for Tests


S = 0.215961 R-Sq = 33.66% R-Sq(adj) = 1.81%

Unusual Observations for N% (la)


Obs N% (la)

Fit SE Fit

Residual St Resid

33 3.07000

3.42500 0.12468

-0.35500 -2.01 R


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.0008767

0.0008767

0.0002192

0.91

0.466

K

4

0.0010967

0.0010967

0.0002742

1.14

0.350

N*K

16

0.0018267

0.0018267

0.0001142

0.47

0.949

Error

50

0.0120500

0.0120500

0.0002410



Total

74

0.0158500





R denotes an observation with a large standardized residual. Analysis of Variance for P% (la), using Adjusted SS for Tests


S = 0.0155242 R-Sq = 23.97% R-Sq(adj) = 0.00%


Unusual Observations for P% (la)


Obs P% (la) Fit SE Fit Residual St Resid

45 0.140000 0.170000

0.008963 -0.030000

-2.37 R

50 0.140000 0.166667

0.008963 -0.026667

-2.10 R

69 0.190000 0.161667

0.008963 0.028333

2.24 R

70 0.210000 0.170000

0.008963 0.040000

3.16 R

74 0.190000 0.155000

0.008963 0.035000

2.76 R

75 0.210000 0.166667

0.008963 0.043333

3.42 R


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.82951

0.82951

0.20738

3.10

0.024

K

4

1.43802

1.43802

0.35951

5.37

0.001

N*K

16

2.31310

2.31310

0.14456

2.16

0.046

Error

50

3.34663

3.34663

0.06693



Total

74

5.78548





R denotes an observation with a large standardized residual. Analysis of Variance for K% (la), using Adjusted SS for Tests


S = 0.258713 R-Sq = 42.15% R-Sq(adj) = 14.39%


Unusual Observations for K% (la)


Obs K% (la)

Fit

SE Fit

Residual St

Resid


5 1.66000

2.14500

0.14937

-0.48500

-2.30

R

31 2.45000

1.97667

0.14937

0.47333

2.24

R

66 2.64000

2.11667

0.14937

0.52333

2.48

R


R denotes an observation with a large standardized residual. Analysis of Variance for CaO% (la), using Adjusted SS for Tests

Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.5210

0.5210

0.1303

0.22

0.925

K

4

1.1689

1.1689

0.2922

0.50

0.739

N*K

16

1.1916

1.1916

0.0745

0.13

1.000

Error

50

29.4427

29.4427

0.5889



Total

74

32.3242





S = 0.767368 R-Sq = 8.91% R-Sq(adj) = 0.00%


Unusual Observations for CaO% (la)


Obs CaO% (la) Fit SE Fit Residual St Resid

33 2.96000 1.66333

0.44304 1.29667

2.07 R

35 2.98500 1.69167

0.44304 1.29333

2.06 R

40 2.90000 1.63500

0.44304 1.26500

2.02 R


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.0051513

0.0051513

0.0012878

1.83

0.137

K

4

0.0083113

0.0083113

0.0020778

2.96

0.029

N*K

16

0.0115353

0.0115353

0.0007210

1.03

0.446

Error

50

0.0351000

0.0351000

0.0007020



Total

74

0.0600980





R denotes an observation with a large standardized residual. Analysis of Variance for MgO%(la), using Adjusted SS for Tests


S = 0.0264953 R-Sq = 41.60% R-Sq(adj) = 13.56%


Unusual Observations for MgO%(la)


Obs MgO%(la)

Fit

SE Fit

Residual St

Resid

1 0.290000

0.333333

0.015297

-0.043333

-2.00 R

26 0.390000

0.333333

0.015297

0.056667

2.62 R

27 0.370000

0.325000

0.015297

0.045000

2.08 R

45 0.320000

0.366667

0.015297

-0.046667

-2.16 R

70 0.440000

0.366667

0.015297

0.073333

3.39 R


R denotes an observation with a large standardized residual. Analysis of Variance for Diep luc a, using Adjusted SS for Tests

Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.50811

0.50811

0.12703

2.71

0.041

K

4

0.53797

0.53797

0.13449

2.87

0.033

N*K

16

1.73696

1.73696

0.10856

2.32

0.031

Error

50

2.33195

2.33195

0.04665



Total

74

3.51499






S = 0.352712 R-Sq = 23.22% R-Sq(adj) = 0.00%


Unusual Observations for Diep luc a


Obs

Diep luc a Fit

SE Fit

Residual St

Resid

20

1.42843 2.01831

0.20364

-0.58988

-2.05 R

60

2.38959 1.71487

0.20364

0.67472

2.34 R

64

2.46982 1.69100

0.20364

0.77882

2.70 R

71

2.27690 1.64050

0.20364

0.63641

2.21 R


R denotes an observation with a large standardized residual.

Analysis of Variance for Diep luc b, using Adjusted SS for Tests


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.036353

0.036353

0.009088

0.98

0.425

K

4

0.037708

0.037708

0.009427

1.02

0.406

N*K

16

0.044699

0.044699

0.002794

0.30

0.994

Error

50

0.462035

0.462035

0.009241



Total

74

0.580795






S = 0.0961286 R-Sq = 20.45% R-Sq(adj) = 0.00%


Unusual Observations for Diep luc b


Obs Diep luc b Fit SE Fit Residual St Resid

65

1.15000 0.97606

0.05550 0.17394

2.22 R

69

1.23464 1.01226

0.05550 0.22238

2.83 R

70

1.25462 1.04106

0.05550 0.21356

2.72 R

75

1.25462 1.07396

0.05550 0.18066

2.30 R


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.9141

0.9141

0.2285

1.50

0.215

K

4

1.4201

1.4201

0.3550

2.34

0.068

N*K

16

0.4128

0.4128

0.0258

0.17

1.000

Error

50

7.5937

7.5937

0.1519



Total

74

10.3407





R denotes an observation with a large standardized residual. Analysis of Variance for Diep luc ts, using Adjusted SS for Tests


S = 0.389710 R-Sq = 26.57% R-Sq(adj) = 0.00%


Unusual Observations for Diep luc ts


Obs Diep luc ts Fit SE Fit Residual St Resid

19

2.36078 2.99793 0.22500 -0.63715

-2.00 R

20

2.32660 3.05937 0.22500 -0.73277

-2.30 R

60

3.41398 2.65849 0.22500 0.75549

2.37 R

64

3.38023 2.65550 0.22500 0.72473

2.28 R


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

1.025144

1.025144

0.256286

28.07

0.000

K

4

0.535977

0.535977

0.133994

14.67

0.000

N*K

16

1.654202

1.654202

0.103387

2.44

0.964

Error

50

0.456580

0.456580

0.042372



Total

74

2.081537





R denotes an observation with a large standardized residual. Analysis of Variance for Carotenoid, using Adjusted SS for Tests


S = 0.0955594 R-Sq = 78.07% R-Sq(adj) = 67.54%

Unusual Observations for Carotenoid


Obs Carotenoid Fit SE Fit Residual St Resid

30

1.47000 1.24000

0.05517 0.23000

2.95 R

33

1.34000 1.16000

0.05517 0.18000

2.31 R

54

0.98000 1.13667

0.05517 -0.15667

-2.01 R

55

1.01000 1.24000

0.05517 -0.23000

-2.95 R

58

0.98000 1.16000

0.05517 -0.18000

-2.31 R

68

1.55619 1.31873

0.05517 0.23746

3.04 R


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

0.8635

0.8635

0.2159

0.62

0.648

K

4

0.3190

0.3190

0.0798

0.23

0.920

N*K

16

0.1982

0.1982

0.0124

0.04

1.000

Error

50

17.3291

17.3291

0.3466



Total

74

18.7098





R denotes an observation with a large standardized residual. Analysis of Variance for CDTHN, using Adjusted SS for Tests


S = 0.588713 R-Sq = 7.38% R-Sq(adj) = 0.00%


Unusual Observations for CDTHN


Obs CDTHN Fit SE Fit Residual St Resid

24 2.44000

1.33667 0.33989 1.10333

2.30 R

25 2.79000

1.49333 0.33989 1.29667

2.70 R


R denotes an observation with a large standardized residual. Analysis of Variance for CĐQH, using Adjusted SS for Tests

Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

48.60

48.60

12.15

2.88

0.028

K

4

38.64

38.64

9.66

2.29

0.026

N*K

16

160.26

160.26

10.02

2.37

0.042

Error

50

1359.24

1359.24

4.22



Total

74

1864.73






S = 5.21390 R-Sq = 27.11% R-Sq(adj) = 0.00%


Unusual Observations for CĐQH


Obs CĐQH

Fit SE Fit

Residual

St Resid

21 25.0000

16.0667 3.0102

8.9333

2.10 R

45 14.9000

24.2000 3.0102

-9.3000

-2.18 R

64 28.9000

17.6333 3.0102

11.2667

2.65 R


R denotes an observation with a large standardized residual.


Analysis of Variance for Nong do CO2 trong gian bao, using Adjusted SS for Tests


Source

DF

Seq SS

Adj SS

Adj MS

F

P

N

4

16528.7

16528.7

4132.2

6.56

0.000

K

4

352.9

352.9

88.2

0.14

0.967

N*K

16

757.8

757.8

47.4

0.08

1.000

Error

50

31489.3

31489.3

629.8



Total

74

49128.7






S = 25.0956 R-Sq = 35.90% R-Sq(adj) = 5.14%

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