Table 5. Markov jump analysis results from study of terrestrial bird migration and West Nile virus circulation, United States*.

Source	Sink	Markov jumps	ESS	95% HPD interval
CO	GA	0.164	15683	0–1
CO	IL	0.111	33920	0–1
CO	ND	1.368	8603	0–3
CO	NY	0.261	16508	0–1
CO	SD	0.486	8222	0–2
CO	TX	0.337	5909	0–2
CO	VA	0.165	24157	0–1
GA	CO	0.314	13738	0–2
GA	IL	1.31	31284	1–3
GA	ND	0.122	26193	0–1
GA	NY	0.821	6736	0–3
GA	SD	0.719	8787	0–2
GA	TX	0.313	11570	0–2
GA	VA	0.334	10761	0–2
IL	CO	8.376	3311	1–14
IL	GA	8.226	3046	3–13
IL	ND	10.43	15423	6–14
IL	NY	29.965	1355	20–40
IL	SD	6.691	3635	1–11
IL	TX	22.872	4545	14–30
IL	VA	11.449	1631	6–16
ND	CO	0.618	8832	0–3
ND	GA	0.147	23908	0–1
ND	IL	0.144	25515	0–1
ND	NY	0.288	12855	0–2
ND	SD	0.183	20239	0–1
ND	TX	0.521	9813	0–2
ND	VA	0.255	15630	0–1
NY	CO	4.362	2143	0–8
NY	GA	7.039	2170	2–11
NY	IL	1.012	3023	0–4
NY	ND	0.448	7434	0–2
NY	SD	2.177	2740	0–5
NY	TX	4.564	2149	0–9
NY	VA	4.24	1171	0–8
SD	CO	1.328	3964	0–5
SD	GA	0.567	10905	0–2
SD	IL	0.143	26368	0–1
SD	ND	0.301	8901	0–2
SD	NY	0.236	19732	0–1
SD	TX	0.93	3517	0–4
SD	VA	0.116	32792	0–1
TX	CO	9.775	6039	3–16
TX	GA	0.669	6777	0–3
TX	IL	0.441	10249	0–2
TX	ND	5.177	7617	2–9
TX	NY	1.606	9410	0–4
TX	SD	7.557	5113	2–12
TX	VA	0.296	13706	0–2
VA	CO	1.16	9807	0–3
VA	GA	3.616	14054	2–6
VA	IL	0.261	14878	0–1
VA	ND	0.194	20523	0–1
VA	NY	0.96	4048	0–3
VA	SD	0.176	23197	0–1
VA	TX	0.247	15068	0–1

*ESS, effective sample size; HPD, highest posterior density.