## Experimento de resposabilidade do pesquisador Carlos Lásaro Pereira
## de Melo (http://lattes.cnpq.br/8021780605345797) da Embrapa
## Agropecuária Oeste.
##
## O experimento são ensaios com materiais genéticos de soja em casa de
## vegetação com blocos avaliando 68 genótipos com relação à resistência
## ao nematóide R. reniformis.
##
## ngr: número de nematoides por grama de raiz (médio);
## fr: fator de reprodução obtido entre a razão da população inicial
##     (inoculada) e a população final (contada em laboratório).
gen	trat	bloc	fr	ngr
BR09-200011	1	1	4.080	224.670
BR09-200011	1	2	0.960	56.075
BR09-200011	1	3	0.685	48.894
BR09-200011	1	4	1.295	88.517
BR09-200011	1	5	0.050	3.211
BR09-200011	1	6	0.560	40.639
BR09-200040	2	1	0.010	0.612
BR09-200040	2	2	0.000	0.000
BR09-200040	2	3	0.035	1.732
BR09-200040	2	4	0.025	1.174
BR09-200040	2	5	0.265	14.633
BR09-200040	2	6	0.050	2.946
BR09-200041	3	1	0.020	1.296
BR09-200041	3	2	0.095	5.361
BR09-200041	3	3	0.175	9.115
BR09-200041	3	4	0.085	5.519
BR09-200041	3	5	0.020	1.140
BR09-200041	3	6	0.045	2.544
BR09-200042	4	1	0.100	5.963
BR09-200042	4	2	0.070	3.208
BR09-200042	4	3	0.050	2.106
BR09-200042	4	4	0.090	5.000
BR09-200042	4	5	0.210	10.920
BR09-200042	4	6	0.080	4.320
BR09-200043	5	1	0.015	0.831
BR09-200043	5	2	0.080	4.954
BR09-200043	5	3	0.075	2.904
BR09-200043	5	4	0.125	7.503
BR09-200043	5	5	0.030	1.607
BR09-200043	5	6	0.345	15.855
BR09-200044	6	1	0.025	1.279
BR09-200044	6	2	0.075	3.746
BR09-200044	6	3	0.230	9.102
BR09-200044	6	4	0.020	0.590
BR09-200044	6	5	0.060	2.383
BR09-200044	6	6	0.020	1.209
BR09-200049	7	1	0.465	20.993
BR09-200049	7	2	1.440	67.989
BR09-200049	7	3	0.460	19.231
BR09-200049	7	4	0.520	25.218
BR09-200049	7	5	0.265	12.607
BR09-200049	7	6	0.305	17.868
BR09-200055	8	1	0.060	2.934
BR09-200055	8	2	0.175	8.715
BR09-200055	8	3	0.050	2.033
BR09-200055	8	4	1.465	76.903
BR09-200055	8	5	0.065	4.822
BR09-200055	8	6	1.305	81.410
BR09-200060	9	1	0.185	8.784
BR09-200060	9	2	0.365	17.599
BR09-200060	9	3	0.240	11.096
BR09-200060	9	4	0.550	27.418
BR09-200060	9	5	0.195	10.638
BR09-200060	9	6	0.510	32.671
BR09-200061	10	1	0.165	11.186
BR09-200061	10	2	0.940	55.523
BR09-200061	10	3	0.300	13.544
BR09-200061	10	4	1.150	54.893
BR09-200061	10	5	0.350	18.767
BR09-200061	10	6	0.895	50.140
BR09-200092	11	1	0.055	3.370
BR09-200092	11	2	0.140	5.507
BR09-200092	11	3	0.570	28.260
BR09-200092	11	4	0.040	2.430
BR09-200092	11	5	1.330	56.572
BR09-200092	11	6	0.025	1.508
BR09-200097	12	1	0.040	2.042
BR09-200097	12	2	0.095	4.894
BR09-200097	12	3	0.140	6.458
BR09-200097	12	4	0.055	2.818
BR09-200097	12	5	0.210	9.417
BR09-200097	12	6	0.290	16.049
BR09-200098	13	1	0.035	1.970
BR09-200098	13	2	0.250	13.089
BR09-200098	13	3	0.065	3.421
BR09-200098	13	4	0.180	10.022
BR09-200098	13	5	.	.
BR09-200098	13	6	0.330	21.797
BR09-200099	14	1	0.590	31.875
BR09-200099	14	2	0.460	22.649
BR09-200099	14	3	0.940	36.350
BR09-200099	14	4	0.635	26.827
BR09-200099	14	5	0.095	4.659
BR09-200099	14	6	0.085	4.130
BR09-200101	15	1	0.005	0.291
BR09-200101	15	2	0.030	1.573
BR09-200101	15	3	0.085	3.497
BR09-200101	15	4	0.080	4.494
BR09-200101	15	5	0.050	2.528
BR09-200101	15	6	1.380	58.228
BR09-200103	16	1	0.065	3.083
BR09-200103	16	2	0.225	15.823
BR09-200103	16	3	0.420	16.216
BR09-200103	16	4	0.190	7.588
BR09-200103	16	5	1.105	56.034
BR09-200103	16	6	0.045	2.155
BR09-200104	17	1	0.070	4.279
BR09-200104	17	2	0.045	2.511
BR09-200104	17	3	0.155	11.208
BR09-200104	17	4	0.025	1.454
BR09-200104	17	5	0.040	2.974
BR09-200104	17	6	0.070	4.996
BR09-200107	18	1	0.175	9.129
BR09-200107	18	2	0.050	3.754
BR09-200107	18	3	0.875	57.078
BR09-200107	18	4	0.115	7.755
BR09-200107	18	5	0.225	15.390
BR09-200107	18	6	0.080	4.180
BR09-200109	19	1	0.530	37.857
BR09-200109	19	2	0.225	12.953
BR09-200109	19	3	0.835	49.031
BR09-200109	19	4	0.225	12.712
BR09-200109	19	5	0.210	12.987
BR09-200109	19	6	0.750	64.655
BR09-200138	20	1	0.060	2.903
BR09-200138	20	2	0.420	20.251
BR09-200138	20	3	1.480	81.051
BR09-200138	20	4	1.175	61.134
BR09-200138	20	5	0.265	21.475
BR09-200138	20	6	0.290	22.205
BR09-200140	21	1	0.505	33.136
BR09-200140	21	2	1.060	63.058
BR09-200140	21	3	0.380	21.088
BR09-200140	21	4	7.725	4.673
BR09-200140	21	5	1.260	80.614
BR09-200140	21	6	2.230	180.421
BR09-200167	22	1	1.395	86.378
BR09-200167	22	2	16.575	1141.529
BR09-200167	22	3	0.260	14.469
BR09-200167	22	4	1.545	72.912
BR09-200167	22	5	0.230	18.011
BR09-200167	22	6	1.385	98.018
BR09-200168	23	1	0.530	29.347
BR09-200168	23	2	.	.
BR09-200168	23	3	1.430	68.225
BR09-200168	23	4	.	.
BR09-200168	23	5	.	.
BR09-200168	23	6	0.175	12.973
BR09-200256	24	1	0.215	13.304
BR09-200256	24	2	0.255	17.034
BR09-200256	24	3	.	.
BR09-200256	24	4	0.370	19.121
BR09-200256	24	5	0.160	8.260
BR09-200256	24	6	0.505	32.792
BR09-200280	25	1	2.340	149.330
BR09-200280	25	2	4.670	298.784
BR09-200280	25	3	2.165	125.580
BR09-200280	25	4	3.220	220.850
BR09-200280	25	5	0.855	39.510
BR09-200280	25	6	1.365	145.213
BR09-200310	26	1	.	.
BR09-200310	26	2	0.785	45.987
BR09-200310	26	3	0.810	49.969
BR09-200310	26	4	0.285	13.971
BR09-200310	26	5	.	.
BR09-200310	26	6	3.285	204.545
BR09-200385	27	1	0.055	3.393
BR09-200385	27	2	0.020	1.174
BR09-200385	27	3	0.075	3.941
BR09-200385	27	4	0.040	2.660
BR09-200385	27	5	0.170	9.325
BR09-200385	27	6	0.015	1.196
BR09-200392	28	1	0.030	2.080
BR09-200392	28	2	0.205	14.622
BR09-200392	28	3	1.870	94.540
BR09-200392	28	4	0.120	7.973
BR09-200392	28	5	0.035	2.295
BR09-200392	28	6	0.150	12.407
BR09-200396	29	1	0.170	12.593
BR09-200396	29	2	0.535	39.955
BR09-200396	29	3	0.210	9.442
BR09-200396	29	4	0.115	7.008
BR09-200396	29	5	0.420	20.772
BR09-200396	29	6	0.090	6.237
BR09-200397	30	1	0.140	8.557
BR09-200397	30	2	0.065	11.586
BR09-200397	30	3	0.040	1.837
BR09-200397	30	4	0.105	5.685
BR09-200397	30	5	0.180	13.148
BR09-200397	30	6	0.305	17.261
BR09-200037	31	1	0.065	3.815
BR09-200037	31	2	0.025	1.615
BR09-200037	31	3	0.060	2.391
BR09-200037	31	4	0.060	2.849
BR09-200037	31	5	0.225	12.376
BR09-200037	31	6	0.110	6.997
BR09-200335	32	1	0.390	17.964
BR09-200335	32	2	0.160	7.763
BR09-200335	32	3	1.765	87.160
BR09-200335	32	4	0.420	17.949
BR09-200335	32	5	0.660	26.253
BR09-200335	32	6	0.910	73.446
BR09-200337	33	1	0.410	23.125
BR09-200337	33	2	0.785	46.810
BR09-200337	33	3	2.210	117.804
BR09-200337	33	4	.	.
BR09-200337	33	5	2.195	174.345
BR09-200337	33	6	2.890	245.957
BR09-200340	34	1	0.595	37.634
BR09-200340	34	2	1.110	52.383
BR09-200340	34	3	1.225	43.028
BR09-200340	34	4	2.280	103.589
BR09-200340	34	5	6.125	378.086
BR09-200340	34	6	1.710	130.534
BR09-200341	35	1	0.360	13.921
BR09-200341	35	2	0.295	17.082
BR09-200341	35	3	1.725	65.614
BR09-200341	35	4	0.915	36.223
BR09-200341	35	5	1.300	66.872
BR09-200341	35	6	1.350	294.760
BR09-200345	36	1	0.280	16.308
BR09-200345	36	2	0.250	16.689
BR09-200345	36	3	0.865	49.799
BR09-200345	36	4	0.535	28.247
BR09-200345	36	5	1.025	57.975
BR09-200345	36	6	2.295	196.658
BR09-100001	37	1	1.180	52.166
BR09-100001	37	2	0.700	26.616
BR09-100001	37	3	0.430	17.325
BR09-100001	37	4	0.810	27.018
BR09-100001	37	5	0.260	14.615
BR09-100001	37	6	1.830	105.233
BR09-100037	38	1	0.205	11.338
BR09-100037	38	2	0.070	4.240
BR09-100037	38	3	0.070	3.904
BR09-100037	38	4	0.045	2.439
BR09-100037	38	5	0.245	13.381
BR09-100037	38	6	0.200	11.390
BR09-100038	39	1	0.210	10.249
BR09-100038	39	2	0.100	13.405
BR09-100038	39	3	0.415	23.486
BR09-100038	39	4	0.180	11.285
BR09-100038	39	5	0.030	2.052
BR09-100038	39	6	1.955	199.898
BR09-100039	40	1	0.100	6.807
BR09-100039	40	2	0.160	16.113
BR09-100039	40	3	0.625	44.579
BR09-100039	40	4	0.855	64.093
BR09-100039	40	5	0.245	26.688
BR09-100039	40	6	.	.
BR09-100040	41	1	0.310	26.451
BR09-100040	41	2	0.120	9.412
BR09-100040	41	3	0.700	103.245
BR09-100040	41	4	0.015	1.011
BR09-100040	41	5	0.045	4.155
BR09-100040	41	6	0.380	71.028
BR09-100041	42	1	0.020	2.004
BR09-100041	42	2	0.155	17.070
BR09-100041	42	3	0.120	6.869
BR09-100041	42	4	0.055	4.012
BR09-100041	42	5	0.095	5.765
BR09-100041	42	6	0.090	6.623
BR09-100042	43	1	0.035	2.358
BR09-100042	43	2	0.225	18.000
BR09-100042	43	3	0.070	4.545
BR09-100042	43	4	.	.
BR09-100042	43	5	.	.
BR09-100042	43	6	0.060	5.882
BR09-100043	44	1	0.090	7.660
BR09-100043	44	2	0.095	6.771
BR09-100043	44	3	0.160	13.617
BR09-100043	44	4	0.115	6.974
BR09-100043	44	5	0.080	0.087
BR09-100043	44	6	.	.
BR09-100093	45	1	0.060	4.104
BR09-100093	45	2	0.105	6.575
BR09-100093	45	3	0.245	13.447
BR09-100093	45	4	0.135	7.840
BR09-100093	45	5	0.055	3.278
BR09-100093	45	6	0.010	0.919
BR09-100155	46	1	0.560	42.618
BR09-100155	46	2	1.915	97.307
BR09-100155	46	3	0.345	31.081
BR09-100155	46	4	0.140	6.903
BR09-100155	46	5	0.645	42.323
BR09-100155	46	6	0.390	24.841
BR09-100162	47	1	0.170	11.628
BR09-100162	47	2	0.285	15.694
BR09-100162	47	3	0.060	3.752
BR09-100162	47	4	3.435	168.465
BR09-100162	47	5	.	.
BR09-100162	47	6	2.870	177.819
BR09-100203	48	1	0.100	5.236
BR09-100203	48	2	0.010	0.788
BR09-100203	48	3	0.215	12.692
BR09-100203	48	4	0.130	8.453
BR09-100203	48	5	0.330	26.721
BR09-100203	48	6	0.395	22.380
BR09-200001	49	1	1.445	81.180
BR09-200001	49	2	2.115	86.858
BR09-200001	49	3	1.840	93.448
BR09-200001	49	4	0.230	13.666
BR09-200001	49	5	2.560	92.787
BR09-200001	49	6	6.370	305.369
BR09-200050	50	1	0.255	13.769
BR09-200050	50	2	1.065	71.765
BR09-200050	50	3	1.140	46.512
BR09-200050	50	4	0.615	29.739
BR09-200050	50	5	1.075	86.069
BR09-200050	50	6	0.470	25.013
BR09-200052	51	1	0.795	34.297
BR09-200052	51	2	1.000	53.967
BR09-200052	51	3	0.410	31.084
BR09-200052	51	4	0.760	33.363
BR09-200052	51	5	2.060	118.459
BR09-200052	51	6	0.015	0.804
BR09-200053	52	1	0.320	16.393
BR09-200053	52	2	1.965	254.534
BR09-200053	52	3	1.065	79.065
BR09-200053	52	4	0.410	24.507
BR09-200053	52	5	1.915	89.612
BR09-200053	52	6	0.455	28.243
BR09-200054	53	1	0.960	49.080
BR09-200054	53	2	0.500	30.321
BR09-200054	53	3	2.045	121.006
BR09-200054	53	4	1.070	63.164
BR09-200054	53	5	3.490	211.387
BR09-200054	53	6	0.225	19.116
BR09-200070	54	1	0.095	8.764
BR09-200070	54	2	0.970	69.684
BR09-200070	54	3	1.170	74.286
BR09-200070	54	4	0.700	46.605
BR09-200070	54	5	2.225	193.984
BR09-200070	54	6	1.635	146.505
BR09-200071	55	1	0.610	45.455
BR09-200071	55	2	1.145	65.729
BR09-200071	55	3	0.840	44.164
BR09-200071	55	4	4.220	239.093
BR09-200071	55	5	1.665	97.368
BR09-200071	55	6	0.265	26.553
BR09-200072	56	1	0.240	14.879
BR09-200072	56	2	0.945	60.076
BR09-200072	56	3	2.445	167.811
BR09-200072	56	4	0.855	65.467
BR09-200072	56	5	0.153	10.249
BR09-200072	56	6	4.705	265.519
BR09-200073	57	1	2.220	120.718
BR09-200073	57	2	0.880	66.465
BR09-200073	57	3	0.570	26.710
BR09-200073	57	4	2.235	126.343
BR09-200073	57	5	0.430	23.231
BR09-200073	57	6	2.755	197.350
BR09-200083	58	1	5.620	375.920
BR09-200083	58	2	1.365	73.784
BR09-200083	58	3	0.065	3.288
BR09-200083	58	4	2.045	131.596
BR09-200083	58	5	0.870	58.903
BR09-200083	58	6	4.320	169.611
BR09-200084	59	1	0.215	14.352
BR09-200084	59	2	4.670	352.719
BR09-200084	59	3	3.830	259.661
BR09-200084	59	4	0.380	27.982
BR09-200084	59	5	0.430	22.620
BR09-200084	59	6	2.050	116.477
BR09-200085	60	1	0.465	38.366
BR09-200085	60	2	0.100	4.314
BR09-200085	60	3	0.295	16.371
BR09-200085	60	4	0.060	4.246
BR09-200085	60	5	0.010	0.668
BR09-200085	60	6	0.475	36.204
BR09-200093	61	1	0.470	38.940
BR09-200093	61	2	.	.
BR09-200093	61	3	0.250	20.678
BR09-200093	61	4	0.465	31.145
BR09-200093	61	5	5.280	327.950
BR09-200093	61	6	3.590	211.799
BR09-200240	62	1	0.455	23.575
BR09-200240	62	2	1.270	82.468
BR09-200240	62	3	0.205	13.531
BR09-200240	62	4	.	.
BR09-200240	62	5	2.265	141.828
BR09-200240	62	6	0.085	5.747
BR09-200295	63	1	0.125	9.363
BR09-200295	63	2	0.245	19.537
BR09-200295	63	3	2.365	135.998
BR09-200295	63	4	0.745	39.989
BR09-200295	63	5	1.580	91.329
BR09-200295	63	6	0.330	30.755
BR09-200400	64	1	0.480	32.172
BR09-200400	64	2	0.210	11.141
BR09-200400	64	3	0.215	13.046
BR09-200400	64	4	1.125	85.616
BR09-200400	64	5	1.030	73.835
BR09-200400	64	6	1.010	81.914
BRS-295 RR	65	1	0.070	4.447
BRS-295 RR	65	2	0.120	10.283
BRS-295 RR	65	3	.	.
BRS-295 RR	65	4	0.065	4.633
BRS-295 RR	65	5	0.065	5.200
BRS-295 RR	65	6	0.140	10.582
M-Soy 8001 (res)	66	1	0.075	5.219
M-Soy 8001 (res)	66	2	0.075	4.151
M-Soy 8001 (res)	66	3	0.245	16.432
M-Soy 8001 (res)	66	4	0.140	11.997
M-Soy 8001 (res)	66	5	0.340	18.028
M-Soy 8001 (res)	66	6	0.185	14.015
BRS-239 (sus)	67	1	1.530	98.392
BRS-239 (sus)	67	2	2.150	108.203
BRS-239 (sus)	67	3	0.500	28.637
BRS-239 (sus)	67	4	1.420	73.347
BRS-239 (sus)	67	5	1.445	78.747
BRS-239 (sus)	67	6	3.215	273.152
Custer (res)	68	1	0.150	7.489
Custer (res)	68	2	0.010	0.767
Custer (res)	68	3	0.095	3.307
Custer (res)	68	4	0.155	6.502
Custer (res)	68	5	0.170	9.424
Custer (res)	68	6	0.045	2.421