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

Unusual Observations for B (dat)

Obs B (dat) Fit SE Fit Residual St Resid

11 135.776

115.019	6.105	20.756	2.40 R
31 94.522	117.867	6.105	-23.345	-2.70 R
42 135.776	114.650	6.105	21.125	2.45 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
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 - 24
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 - 25

Xem toàn bộ 208 trang tài liệu này.

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	0.09799	0.09799	0.03266	0.86	0.473
Zn	3	0.16112	0.16112	0.05371	1.41	0.258
B*Zn	9	0.14202	0.14202	0.01578	0.41	0.918
Error	32	1.21922	1.21922	0.03810
Total	47	1.62035

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

S = 0.195194 R-Sq = 24.76% R-Sq(adj) = 0.00%

Unusual Observations for N% (la)

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

43 3.98000

3.56000 0.11270 0.42000	2.64 R
47 3.99500	3.54000 0.11270 0.45500	2.85 R

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	0.0007891	0.0007891	0.0002630	1.68	0.191
Zn	3	0.0000599	0.0000599	0.0000200	0.13	0.943
B*Zn	9	0.0016839	0.0016839	0.0001871	1.19	0.333
Error	32	0.0050167	0.0050167	0.0001568
Total	47	0.0075495

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

S = 0.0125208 R-Sq = 33.55% R-Sq(adj) = 2.40%

Unusual Observations for P% (la)

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

33 0.110000 0.133333

0.007229 -0.023333	-2.28 R
34 0.130000 0.153333	0.007229 -0.023333	-2.28 R
35 0.115000 0.136667	0.007229 -0.021667	-2.12 R
44 0.190000 0.160000	0.007229 0.030000	2.93 R

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

Source

DF	Seq SS	Adj SS	Adj MS	F	P
B	3	0.6433	0.6433	0.2144	1.88	0.153
Zn	3	0.1736	0.1736	0.0579	0.51	0.680
B*Zn	9	0.2032	0.2032	0.0226	0.20	0.993
Error	32	3.6496	3.6496	0.1140
Total	47	4.6696

S = 0.337713 R-Sq = 21.84% R-Sq(adj) = 0.00%

Unusual Observations for K% (la)

Obs K% (la)

Fit SE Fit	Residual St	Resid
17 2.55000	1.92000 0.19498	0.63000	2.28	R
27 2.89000	2.18333 0.19498	0.70667	2.56	R
43 1.55000	2.18333 0.19498	-0.63333	-2.30	R

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	1.1579	1.1579	0.3860	0.60	0.621
Zn	3	0.7752	0.7752	0.2584	0.40	0.754
B*Zn	9	0.4815	0.4815	0.0535	0.08	1.000
Error	32	20.6742	20.6742	0.6461
Total	47	23.0888

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

S = 0.803784 R-Sq = 10.46% R-Sq(adj) = 0.00%

Unusual Observations for CaO% (la)

Obs CaO% (la) Fit

SE Fit Residual	St Resid
47 3.59500 2.21667	0.46406 1.37833	2.10 R
48 3.65500 2.28667	0.46406 1.36833	2.08 R

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	0.023947	0.023947	0.007982	2.78	0.057
Zn	3	0.001506	0.001506	0.000502	0.17	0.913
B*Zn	9	0.005651	0.005651	0.000628	0.22	0.990
Error	32	0.091933	0.091933	0.002873
Total	47	0.123037

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

S = 0.0535996 R-Sq = 25.28% R-Sq(adj) = 0.00%

Unusual Observations for MgO%(la)

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

16 0.305000 0.403333

0.030946 -0.098333	-2.25 R
47 0.540000 0.405000	0.030946 0.135000	3.08 R
48 0.555000 0.403333	0.030946 0.151667	3.47 R

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	495.956	495.956	165.319	21.10	0.009
Zn	3	346.658	346.658	115.553	14.75	0.009
B*Zn	9	864.340	864.340	96.037	2.68	0.023
Error	32	250.718	250.718	35.835
Total	47	1141.098

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

S = 2.79910 R-Sq = 78.03% R-Sq(adj) = 67.73%

Unusual Observations for Zn (la)

Obs Zn (la)

Fit	SE Fit	Residual	St	Resid
3 29.0784	23.9728	1.6161	5.1056		2.23	R
31 40.9100	35.9124	1.6161	4.9976		2.19	R
32 39.8500	34.8501	1.6161	4.9999		2.19	R
35 18.8700	23.9728	1.6161	-5.1028		-2.23	R

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	822.17	822.17	274.06	10.11	0.009
Zn	3	243.17	243.17	81.05	2.99	0.035
B*Zn	9	519.69	519.69	57.74	2.13	0.048
Error	32	867.46	867.46	27.11
Total	47	1884.72

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

S = 5.20655 R-Sq = 53.97% R-Sq(adj) = 32.40%

Unusual Observations for B (la)

Obs B (la)

Fit SE Fit	Residual St	Resid
12 34.7830	44.8485 3.0060	-10.0655	-2.37 R
44 56.5900	44.8485 3.0060	11.7415	2.76 R

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	1.03851	1.03851	0.34617	5.12	0.005
Zn	3	0.56403	0.56403	0.18801	2.78	0.041
B*Zn	9	1.48515	1.48515	0.16501	2.44	0.039
Error	32	2.16402	2.16402	0.06763
Total	47	3.83248

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

S = 0.260049 R-Sq = 43.53% R-Sq(adj) = 17.07%

Unusual Observations for Diep luc a

Obs Diep luc a Fit SE Fit Residual St Resid

2.15198 1.61688	0.15014 0.53510	2.52 R
47	2.50046 2.02206	0.15014 0.47841	2.25 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
B	3	0.028732	0.028732	0.009577	3.22	0.036
Zn	3	0.004420	0.004420	0.001473	0.49	0.688
B*Zn	9	0.046464	0.046464	0.005163	1.73	0.122
Error	32	0.095287	0.095287	0.002978
Total	47	0.174903

S = 0.0545684 R-Sq = 45.52% R-Sq(adj) = 19.98%

Unusual Observations for Diep luc b

Obs Diep luc b Fit

SE Fit	Residual St Resid
33 0.79242 0.92132	0.03151	-0.12890 -2.89 R

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	1.37069	1.37069	0.45690	6.10	0.002
Zn	3	0.39876	0.39876	0.13292	1.78	0.172
B*Zn	9	0.40625	0.40625	0.04514	0.60	0.785
Error	32	2.39556	2.39556	0.07486
Total	47	4.57126

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

S = 0.273608 R-Sq = 47.60% R-Sq(adj) = 23.03%

Unusual Observations for Diep luc ts

Obs Diep luc ts Fit SE Fit Residual St Resid 29 3.12636 2.58040 0.15797 0.54596 2.44 R

47 3.59138 3.02951 0.15797 0.56187 2.52 R

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	0.07276	0.07276	0.02425	1.16	0.340
Zn	3	0.11001	0.11001	0.03667	1.75	0.176
B*Zn	9	0.13965	0.13965	0.01552	0.74	0.668
Error	32	0.66879	0.66879	0.02090
Total	47	0.99121

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

S = 0.144567 R-Sq = 32.53% R-Sq(adj) = 0.90%

Unusual Observations for Carotenoid

Obs Carotenoid Fit SE Fit Residual St Resid

1.27190 1.03221	0.08347 0.23969	2.03 R
47	1.52774 1.08969	0.08347 0.43805	3.71 R
48	1.37932 1.05935	0.08347 0.31997	2.71 R

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	0.3077	0.3077	0.1026	0.42	0.741
Zn	3	0.1128	0.1128	0.0376	0.15	0.927
B*Zn	9	0.3378	0.3378	0.0375	0.15	0.997
Error	32	7.8465	7.8465	0.2452
Total	47	8.6048

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

S = 0.495179 R-Sq = 8.81% R-Sq(adj) = 0.00%

Unusual Observations for CDTHN

Obs CDTHN Fit SE Fit Residual St Resid

36 2.09000

1.08333 0.28589 1.00667	2.49 R
43 1.91000	1.07000 0.28589 0.84000	2.08 R

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	135.64	135.64	45.21	0.95	0.428
Zn	3	46.34	46.34	15.45	0.32	0.808
B*Zn	9	36.53	36.53	4.06	0.09	1.000
Error	32	1523.38	1523.38	47.61
Total	47	1741.89

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

S = 6.89968 R-Sq = 12.54% R-Sq(adj) = 0.00%

Unusual Observations for CDQH

Obs CDQH

Fit SE Fit	Residual St Resid
47 36.0000	21.7667 3.9835	14.2333 2.53 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
B	3	2256.1	2256.1	752.0	1.92	0.147
Zn	3	1320.7	1320.7	440.2	1.12	0.355
B*Zn	9	2941.2	2941.2	326.8	0.83	0.592
Error	32	12566.0	12566.0	392.7
Total	47	19084.0

S = 19.8163 R-Sq = 34.15% R-Sq(adj) = 3.29%

Unusual Observations for Nong do CO2 trong gian bao Nong do

CO2 trong

Obs gian bao Fit SE Fit Residual St Resid

29 281.000 333.333

11.441 -52.333	-3.23 R
30 297.000 335.000	11.441 -38.000	-2.35 R

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	172861	172861	57620	1.14	0.347
Zn	3	39545	39545	13182	0.26	0.853
B*Zn	9	52188	52188	5799	0.11	0.999
Error	32	1614125	1614125	50441
Total	47	1878720

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

S = 224.592 R-Sq = 14.08% R-Sq(adj) = 0.00%

Unusual Observations for DMKK

Obs DMKK Fit SE Fit Residual St Resid

5 1733.17 1267.39 129.67 465.78 2.54 R

R denotes an observation with a large standardized residual.

Analysis of Variance for Dai canh du tru (cm), using Adjusted SS for Tests

Source

DF	Seq SS	Adj SS	Adj MS	F	P
B	3	57.82	57.82	19.27	1.12	0.357
Zn	3	33.97	33.97	11.32	0.66	0.585
B*Zn	9	33.99	33.99	3.78	0.22	0.990
Error	32	552.07	552.07	17.25
Total	47	677.84

S = 4.15356 R-Sq = 18.56% R-Sq(adj) = 0.00%

Unusual Observations for Dai canh du tru (cm) Dai canh du

Obs tru (cm) Fit SE Fit Residual St Resid

47.4464 39.7542 2.3981 7.6921	2.27 R
47	49.7825 40.6365 2.3981 9.1460	2.70 R
48	47.4365 40.1650 2.3981 7.2715	2.14 R

Source	DF	Seq SS	Adj SS	Adj MS	F	P
B	3	1.6965	1.6965	0.5655	1.79	0.169
Zn	3	2.7937	2.7937	0.9312	2.94	0.048
B*Zn	9	2.5266	2.5266	0.2807	0.89	0.547
Error	32	10.1265	10.1265	0.3165
Total	47	17.1433

R denotes an observation with a large standardized residual. Analysis of Variance for Toc do ra dot, using Adjusted SS for Tests

S = 0.562540 R-Sq = 40.93% R-Sq(adj) = 13.24%

Unusual Observations for Toc do ra dot

Toc do

Obs ra dot

Fit SE Fit	Residual St	Resid
16 5.28045	6.29695 0.32478	-1.01649	-2.21 R
43 7.57261	6.36739 0.32478	1.20522	2.62 R
44 7.86903	6.28557 0.32478	1.58347	3.45 R

R denotes an observation with a large standardized residual.

Analysis of Variance for Canh kho/cay (canh), using Adjusted SS for Tests

Source

DF	Seq SS	Adj SS	Adj MS	F	P
B	3	8.572	8.572	2.857	1.49	0.235
Zn	3	3.297	3.297	1.099	0.57	0.636
B*Zn	9	2.015	2.015	0.224	0.12	0.999
Error	32	61.298	61.298	1.916
Total	47	75.182

S = 1.38404 R-Sq = 18.47% R-Sq(adj) = 0.00%

Unusual Observations for Canh kho/cay (canh)

Canh kho/cay

Obs (canh)

Fit	SE Fit	Residual St Resid
4 8.7586	12.0145	0.7991	-3.2559 -2.88 R
7 8.7501	11.5322	0.7991	-2.7821 -2.46 R
39 14.6915	11.5322	0.7991	3.1592 2.80 R

R denotes an observation with a large standardized residual.

Analysis of Variance for So dot/canh (dot), using Adjusted SS for Tests

Source

DF	Seq SS	Adj SS	Adj MS	F	P
B	3	7.633	7.633	2.544	2.34	0.091
Zn	3	3.863	3.863	1.288	1.19	0.330
B*Zn	9	2.696	2.696	0.300	0.28	0.977
Error	32	34.729	34.729	1.085
Total	47	48.921

S = 1.04178 R-Sq = 29.01% R-Sq(adj) = 0.00%

Unusual Observations for So dot/canh (dot) So dot/canh

Obs (dot) Fit SE Fit Residual St Resid

8.0455	9.7907	0.6015 -1.7452	-2.05 R
43	10.9070	9.0370	0.6015 1.8699	2.20 R
47	12.3820	9.7907	0.6015 2.5913	3.05 R
48	12.0455	9.5417	0.6015 2.5038	2.94 R

R denotes an observation with a large standardized residual.

Analysis of Variance for Chum qua (chum), using Adjusted SS for Tests

Source

DF	Seq SS	Adj SS	Adj MS	F	P
B	3	3093.1	3093.1	1031.0	1.08	0.373
Zn	3	1065.2	1065.2	355.1	0.37	0.775
B*Zn	9	1253.2	1253.2	139.2	0.15	0.998
Error	32	30656.4	30656.4	958.0
Total	47	36068.0

S = 30.9518 R-Sq = 15.00% R-Sq(adj) = 0.00%

Unusual Observations for Chum hoa, qua (chum) Chum qua

Obs (chum) Fit SE Fit Residual St Resid 38 484.660 423.701 17.870 60.959 2.41 R

R denotes an observation with a large standardized residual.

Analysis of Variance for P100 qua tuoi (g), using Adjusted SS for Tests

Source

DF	Seq SS	Adj SS	Adj MS	F	P
B	3	673.6	673.6	224.5	1.16	0.342
Zn	3	487.0	487.0	162.3	0.84	0.484
B*Zn	9	38.5	38.5	4.3	0.02	1.000
Error	32	6214.6	6214.6	194.2
Total	47	7413.7

S = 13.9358 R-Sq = 16.17% R-Sq(adj) = 0.00%

Unusual Observations for P100 qua tuoi (g) P100 qua

Obs tuoi (g) Fit SE Fit Residual St Resid 38 104.641 129.835 8.046 -25.194 -2.21 R

R denotes an observation with a large standardized residual. Analysis of Variance for Ty le tuoi/nha, using Adjusted SS for Tests

Source

DF	Seq SS	Adj SS	Adj MS	F	P
B	3	0.27824	0.27824	0.09275	2.14	0.115
Zn	3	0.28524	0.28524	0.09508	2.19	0.108
B*Zn	9	0.18860	0.18860	0.02096	0.48	0.875
Error	32	1.38656	1.38656	0.04333
Total	47	2.13863

S = 0.208158 R-Sq = 35.17% R-Sq(adj) = 4.78%

Unusual Observations for Ty le tuoi/nha

Ty le

Obs tuoi/nha Fit SE Fit

Residual St	Resid
18 3.81496 4.19753 0.12018	-0.38257	-2.25 R
40 3.63074 4.10205 0.12018	-0.47132	-2.77 R
41 4.63293 4.20268 0.12018	0.43026	2.53 R

R denotes an observation with a large standardized residual.

Analysis of Variance for Nang suat tuoi (tan), using Adjusted SS for Tests

Source

DF	Seq SS	Adj SS	Adj MS	F	P
B	3	1.252	1.252	0.417	2.12	0.048
Zn	3	1.235	1.235	0.411	2.09	0.045
B*Zn	9	3.616	3.616	0.401	2.04	0.041
Error	32	111.907	111.907	0.197
Total	47	120.662

S = 1.87005 R-Sq = 7.26% R-Sq(adj) = 0.00%

Unusual Observations for Nang suat tuoi (tan) Nang suat

Obs tuoi (tan) Fit SE Fit Residual St Resid

18.3901 14.7464	1.0797 3.6437	2.39 R
45	17.6697 13.9783	1.0797 3.6914	2.42 R

R denotes an observation with a large standardized residual.

Analysis of Variance for Nang suat nhan (tan), using Adjusted SS for Tests

Source

DF	Seq SS	Adj SS	Adj MS	F	P
B	3	0.5263	0.5263	0.1754	2.43	0.047
Zn	3	0.5025	0.5025	0.1675	2.32	0.045
B*Zn	9	1.3905	1.3905	0.1545	2.14	0.039
Error	32	5.8313	5.8313	0.0722
Total	47	7.3917

S = 0.426884 R-Sq = 21.11% R-Sq(adj) = 0.00%

Unusual Observations for Nang suat nhan (tan) Nang suat

Obs nhan (tan) Fit SE Fit Residual St Resid

4.35323 3.63586	0.24646 0.71737	2.06 R
27	4.23434 3.49604	0.24646 0.73830	2.12 R
32	4.56284 3.69529	0.24646 0.86755	2.49 R

R denotes an observation with a large standardized residual.

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Ngày đăng: 07/11/2022