Gone with the currents: lack of genetic differentiation at the circum-continental scale in the Antarctic krill Euphausia superba

Table 9 Long-term effective population size and growth based on microsatellite markers.

Population sample	θ	95% C.I.	Ne⁽⁺⁾	95% C.I.	g	95% C.I
SG-1994	101.31	14.39-5,339	50,655	7,195-2,669,500	7.02	3.00-13.10
SG-1997	56.57	13.01-3,049	28,285	6,500-1,524,500	7.66	1.60-11.73
EI-2007	212.59	34.17-10,435	106,295	17,000-5,217,500	6.94	2.63-13.69
SS-2007	148.12	32.25-9,038	74,060	16,125-4,519,000	6.62	2.36-11.95
P-1997	36.38	7.09-428.43	18,190	3,545-214,215	3.20	0.77-10.47
R-1994	53.89	13.34-2,981	26,945	6,670-1,490,500	8.10	1.28-13.16
R-1995	23.54	7.17-1,792	11,770	3,585-896,000	2.65	0.60-11.34
R-1996	78.97	20.02-9,711	39,485	10,000-4,855,500	6.87	1.53-10.73
R-1997	23.10	7.66-3,742	11,554	3,830-1,871,000	0.95	-0.009-7.67
R-1999	60.58	8.43-2,815	30,290	4,215-1,407,500	6.40	1.46-13.19

Estimates for θ (4N_eμ, with N_e = effective population size and μ = nuclear mutation rate per generation) and g (rate of exponential growth) are reported together with their 95% confidence interval (95% C.I.).
⁽⁺⁾ N_e calculated assuming a mutation rate μ = 5 × 10^-4.

ISSN: 2730-6844