Table 7.

Percentage of individuals that contributed to the next generation (N _cont) and variance of the number of offspring (V _c) when applying different management strategies (OVE_{_reg}, REG_{_ove}, CHR_{_ove}) for populations of two different sizes (N)

N	t	OVE_reg				REG_ove				CHR_ove
		C = 0.10 %		C = 0.01 %		C = 1.0 %		C = 0.10 %		C = 1.0 %		C = 0.10 %
		N cont	V c	N cont	V c	N cont	V c	N cont	V c	N cont	V c	N cont	V c
20	0	84.8	1.75	88.1	1.44	72.3	3.68	76.70	5.99	63.6	4.58	68.8	3.73
	1	93.1	1.04	96.2	0.78	80.6	2.14	81.10	4.88	69.8	3.55	79.1	2.52
	2	94.8	0.90	96.7	0.69	83.1	1.90	82.30	4.62	70.1	3.44	78.0	2.41
	3	94.4	0.92	96.6	0.70	84.1	1.81	85.20	4.07	72.9	3.24	81.2	2.24
	4	94.8	0.86	96.5	0.71	84.1	1.82	85.50	4.00	72.6	3.28	82.3	2.06
	9	95.1	0.85	97.4	0.68	85.9	1.78	89.70	3.17	73.4	3.03	83.6	1.91
100	0	55.4	6.12	56.0	5.83	38.1	11.48	51.90	7.12	35.5	13.29	43.9	9.59
	1	61.4	4.78	61.4	5.05	40.2	10.43	56.70	5.96	35.0	14.14	47.0	7.95
	2	63.8	4.43	64.6	4.15	40.9	10.28	57.80	5.47	36.1	12.74	49.6	7.70
	3	64.7	4.29	66.1	3.97	43.4	9.51	58.10	5.43	35.4	12.92	49.4	7.91
	4	65.8	4.08	66.5	4.04	44.0	9.08	60.60	5.00	35.5	13.42	51.8	7.21
	9	67.5	3.74	69.5	3.54	50.3	7.31	63.70	4.39	38.5	11.30	52.9	6.38

Different restrictions (C) were applied on the rate of coancestry

OVE _{_reg} contributions are optimised to minimise f _{m_ove} while restricting Δf _{m_reg}, REG _{_ove} contributions are optimised to minimise f _{m_reg} while restricting f _{m_ove-reg}, CHR _{_ove} contributions are optimised to minimise f _{m_chr} while restricting f _{m_ove-chr}