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 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 - 20
Một Số Hình Ảnh Thí Nghiệm Ngoài Đồng Ruộng
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 - 22
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
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 - 26

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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

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

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

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

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

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%