Table 4.

Yield stability based on parametic and non-parametric measures.

Genotype	Y	S⁽¹⁾	S⁽²⁾	S⁽³⁾	S⁽⁶⁾	NP⁽¹⁾	NP⁽²⁾	NP⁽³⁾	NP⁽⁴⁾	Wᵢ²	σ²ᵢ	s²dᵢ	bᵢ
SP1	16.60	2.67	4.33	0.50	0.27	4.67	0.09	0.20	0.15	31.44	14.22	0.15	0.18
SP2	14.68	7.33	30.33	3.71	0.69	7.33	0.21	0.38	0.45	49.27	23.98	6.73	0.78
SP3	12.57	2.67	4.33	0.63	0.34	4.00	0.21	0.22	0.20	51.80	25.37	2.93	0.17
SP4	11.57	7.33	32.33	5.54	1.09	10.33	0.57	0.63	0.63	87.28	44.80	8.02	0.17
SP5	12.18	8.67	46.33	8.18	1.35	10.33	0.46	0.65	0.76	172.16	91.28	5.18	2.73
SP6	21.07	6.00	24.33	2.75	0.64	7.67	0.16	0.33	0.34	92.13	47.45	4.97	2.12
SP7	16.40	13.33	103.00	17.17	1.83	10.33	0.43	0.68	1.11	310.96	167.29	4.71	3.48
SP8	4.42	5.33	16.33	7.00	1.86	3.67	1.15	0.61	1.14	5.91	0.24	0.39	1.26
SP9	2.98	4.00	10.33	4.43	1.57	6.00	2.19	1.05	0.86	48.60	23.62	0.08	-0.03
SP10	14.86	10.67	76.00	11.69	1.54	13.00	0.42	0.71	0.82	433.24	234.25	3.05	4.01
SP11	13.98	4.67	14.33	1.87	0.57	5.33	0.15	0.33	0.30	45.27	21.79	4.15	1.60
SP12	2.43	1.33	1.00	1.00	1.00	2.00	4.33	0.82	0.67	4.89	-0.32	0.01	0.67
SP13	7.28	4.00	10.33	2.38	0.85	2.67	0.48	0.29	0.46	2.31	-1.73	0.32	1.04
SP14	5.27	8.00	39.00	13.00	2.33	5.33	0.77	0.64	1.33	14.02	4.68	0.11	1.54
SP15	15.61	12.00	86.33	11.26	1.35	8.33	0.32	0.55	0.78	194.53	103.53	27.24	1.29
SP16	8.63	13.33	105.33	19.75	2.13	12.67	0.56	0.87	1.25	272.19	146.06	10.01	-1.11
SP17	14.82	12.67	97.00	17.64	2.00	14.00	0.55	0.90	1.15	448.73	242.73	9.49	3.90
C1	12.85	7.33	40.33	6.05	1.10	6.67	0.39	0.51	0.55	88.64	45.55	3.40	-0.20
C2	15.92	4.67	16.33	1.85	0.53	8.00	0.17	0.42	0.26	86.68	44.47	0.33	-0.36
C3	13.06	12.67	91.00	13.00	1.43	10.33	0.39	0.61	0.90	123.76	64.78	7.07	-0.28
C4	11.36	3.33	8.33	1.47	0.59	3.00	0.44	0.31	0.29	46.04	22.21	1.27	0.10
C5	13.03	7.33	34.33	4.79	0.93	9.00	0.32	0.45	0.51	85.44	43.79	6.56	0.07
C6	12.32	7.33	37.00	6.17	1.17	4.33	0.38	0.51	0.61	74.47	37.78	2.23	-0.14
Genotype	Y	S⁽¹⁾	S⁽²⁾	S⁽³⁾	S⁽⁶⁾	NP⁽¹⁾	NP⁽²⁾	NP⁽³⁾	NP⁽⁴⁾	Wᵢ²	σ²ᵢ	s²dᵢ	bi	AR
SP1	2	2	3	1	1	7	1	1	1	5	5	4	11	3.38
SP2	8	11	11	9	7	12	6	7	7	9	9	18	2	8.92
SP3	13	2	2	2	2	5	5	2	2	10	10	10	13	6.00
SP4	16	11	12	12	11	17	19	15	12	14	14	20	12	14.23
SP5	15	17	17	16	15	17	15	17	14	18	18	16	19	16.46
SP6	1	10	10	8	6	13	3	6	6	16	16	15	18	9.85
SP7	3	22	22	21	19	17	13	18	19	21	21	14	21	17.77
SP8	21	9	8	15	20	4	21	14	20	3	3	7	3	11.38
SP9	22	5	6	10	18	10	22	23	17	8	8	2	17	12.92
SP10	6	18	18	18	17	22	12	19	16	22	22	11	23	17.23
SP11	9	7	7	6	4	8	2	5	5	6	6	13	7	6.54
SP12	23	1	1	3	10	1	23	20	13	2	2	1	5	8.08
SP13	19	5	5	7	8	2	16	3	8	1	1	5	1	6.23
SP14	20	16	15	19	23	8	20	16	23	4	4	3	6	13.62
SP15	5	19	19	17	14	15	8	12	15	19	19	23	4	14.54
SP16	18	22	23	23	22	21	18	21	22	20	20	22	20	20.92
SP17	7	20	21	22	21	23	17	22	21	23	23	21	22	20.23
C1	12	11	16	13	12	11	11	10	10	15	15	12	10	12.15
C2	4	7	9	5	3	14	4	8	3	13	13	6	8	7.46
C3	10	20	20	19	16	17	10	13	18	17	17	19	9	15.77
C4	17	4	4	4	5	3	14	4	4	7	7	8	15	7.38
C5	11	11	13	11	9	16	7	9	9	12	12	17	16	11.77
C6	14	11	14	14	13	6	9	11	11	11	11	9	14	11.38

Y is Yield; S⁽¹⁾,S⁽²⁾,S⁽³⁾,S⁽⁶⁾ is Nassar and Huehn (1987) [12] and Huehn (1990)[13]; NP⁽¹⁾,NP⁽²⁾,NP⁽³⁾,NP⁽⁴⁾ is Thennarassu (1995) [14]; Wᵢ² is Wricke ecovalence [10]; σ²ᵢ is Shukla's stability variance [11]; s²dᵢ, bi is Eberhart and Russell (1966) [9]; AR is average rank's.