Figures and Tables

W. Nicholas Beer

Table A4 Growth parameters used in Eqn. (17)


Consumption parameters		Activity related parameters
ca	.303	act	9.7
cb	-0.275	bact	0.0405
cq	5	sda	0.172
cto	15
ctm	18	Excretion/Egestion parameters
ctl	24	fa	0.212
ck1	0.36	fb	-0.222
ck4	0.01	fg	0.631
ctm	18	ua	0.0314
		ub	0.58
Respiration parameters		ug	-0.299
ra	0.00264
rb	-0.217	Predator energy density parameters
rq	0.06818	alpha1	5764
rto	0.0234	beta1	0.9862
rtm	0	alpha2	7602
rtl	25	beta2	.5266
rk1	27.5
rk4	0.13	Prey energy density parameters
		dy	5400 ¹

1. Small salmonids are assumed to be opportunistic (sources). Prey energy densities were initially assumed to be 3000 calories/gram, but were revised to 5400. From a modeling perspective, this allowed fish to grow at a wider range of rates and still contain their P-values between 0 and 1.

Table A5 Wild sub-yearling chinook tests of influence of release length on recovery. For each hypothesis test, bold indicates a p < .05

Release file ID	Number of fish recovered	Actual number of release records available	Ostensible release size from PTAGIS	days between release and recovery: (mean) (std.)		p(H1)	p(H2)	p(H3)
WPC93160.229	27	34	53	11	14	0.8214	0.8388	0.5034
WPC93167.229	22	44	84	14	20	0.4197	0.1616	0.1011
WPC94137.E29	45	33	33	16	18	0.3062	0.5723	0.4503
WPC94144.E50	42	109	110	17	18	0.1025	0.2233	0.1241
WPC94145.E29	25	39	60	13	14	0.627	0.778	0.8144
WPC94146.A51	32	32	40	17	12	0.4337	0.2427	0.2693
WPC94151.W58	35	105	108	17	20	0.007969	0.03343	0.7911
WPC94151.W61	29	94	95	32	28	0.7183	0.5832	0.9531
WPC94152.A51	20	12	27	19	16	0.3738	0.09187	0.2237
WPC94152.E29	23	37	59	15	19	0.4596	0.4357	0.3704
WPC94160.A51	35	51	76	14	15	0.8008	0.6734	0.545
WPC94160.E50	10	119	120	54	21	0.553	0.4473	0.9429
WPC95145.346	24	20	24	22	20	0.7482	0.6501	0.9244
WPC95145.E22	35	23	29	20	19	0.6571	0.9497	0.6901
WPC95145.E24	29	37	37	21	21	0.9657	0.5729	0.7893
WPC95150.229	13	44	48	34	27	0.4807	0.2771	0.09952
WPC95151.W56	39	59	59	25	21	0.8383	0.4272	0.828
WPC95151.W58	12	21	21	36	28	0.9015	0.758	0.01616
WPC95151.W86	13	37	37	57	29	0.05993	0.002702	9.894e-06
WPC95158.E29	23	77	88	33	23	0.3855	0.3276	0.4164
WPC95159.E21	22	22	22	23	20	0.8717	0.2579	0.9864
WPC95166.W58	14	42	42	42	16	0.1217	0.1156	0.008636

Table A6 Hatchery sub-yearling chinook tests of influence of release length on recovery. Bold indicates a p value for the hypothesis test less than .05

Release file ID	Number of fish recovered	Actual number of release records available	Ostensible release size from PTAGIS	days (mean)	days (std.)	p(H1)	p(H2)	p(H3)
BDA97097.013	59	2514	2514	12	8	0.0004583	3.267e-05	0.001708
BDA97098.012	54	2516	2517	13	7	0.01161	0.002413	0.005292
BDA97099.005	48	2509	2509	12	11	0.01449	0.02779	0.08874
BDA97100.003	66	2512	2512	9	8	0.001771	0.01033	0.888
BDA97155.011	32	2495	2495	25	14	2.049e-06	3.994e-06	0.0008019
BDA97155.012	31	2464	2464	23	9	0.0004407	0.0002472	0.02569
BDA97156.003	38	2484	2484	22	11	0.005481	0.01802	0.463
BDA97156.005	34	2470	2470	24	13	0.0003981	0.0005488	0.09639
RNI95170.AS1	227	2795	2795	72	31	0.005497	0.3818	0.3785
RNI95178.AS2	226	2497	2497	75	45	8.878e-05	0.002277	1.51e-05
RNI95186.AS3	236	3528	3529	68	36	7.97e-06	0.0001407	0.0001458
RNI95215.FB1	55	827	827	2	3	0.1342	0.6888	2.098e-05
RNI96156.CW1	51	1258	1258	67	38	0.3453	0.2098	0.2025
RNI96156.PL1	50	1250	1250	60	41	0.6661	0.3219	0.3649
RNI96163.CW2	44	1253	1253	60	40	0.1041	0.1379	0.302
RNI96163.PL2	54	1249	1250	57	54	0.5556	0.3634	0.01495
RNI96170.CW3	48	1263	1263	73	72	0.02437	0.1323	0.1691
RNI96170.PL3	50	1261	1261	55	70	0.1512	0.3272	0.09726
RNI96177.CW4	36	1250	1250	58	40	0.0001829	0.000674	0.3159
RNI96177.PL4	57	1250	1250	36	42	0.0007728	0.003849	0.004442
RNI97148.PD1	414	6976	6976	30	27	2.919e-07	0.8512	1.957e-07
RNI97150.PD1	525	6978	6980	30	25	2.919e-07	0.4941	0.1074
RNI97154.PL1	81	1266	1266	17	13	0.0244	0.0787	0.052
RNI97161.PL2	54	1250	1250	22	12	0.002441	0.006895	0.02237
RNI97168.PL3	62	1249	1249	18	14	0.00145	0.05381	0.6599
RNI97175.PL4	78	1251	1251	19	19	0.007499	0.05693	0.08481
RNI97182.PL5	54	1263	1263	25	24	0.04359	0.06089	0.6195
WPC95142.BC1	91	1220	1320	57	26	0.002312	0.06234	0.6052
WPC95142.BC2	99	1317	1417	62	28	0.0003695	0.321	0.2401
WPC95142.BC3	95	1124	1219	64	34	0.4943	0.3314	0.03874
WPC95142.PL1	130	1353	1457	57	44	0.2612	0.5522	0.06786
WPC95142.PL2	143	1341	1395	48	41	0.09734	0.7274	0.541
WPC95142.PL3	104	1326	1427	70	56	0.3112	0.3369	0.1454
WPC96093.T13	148	2456	2457	12	5	0.0007363	0.00167	0.2859
WPC96094.T01	199	2497	2497	12	6	0.04726	0.006911	0.004698
WPC96094.T09	166	2490	2491	10	5	0.0004329	0.0001185	0.00172
WPC96095.T07	194	2487	2488	10	6	0.005314	0.07358	0.01484
WPC96096.T03	173	2490	2491	11	6	0.02273	0.1353	0.7294
WPC97097.T16	67	2445	2445	12	7	0.004287	0.04005	0.03505
WPC97098.T13	70	2489	2500	11	7	0.01158	0.07806	0.2787
WPC97099.T07	64	2488	2488	9	7	0.0003876	2.601e-05	7.832e-05
WPC97100.T03	83	2494	2498	10	8	0.008169	0.003609	0.3674
WPC97154.BC1	47	1253	1253	26	10	1.08e-05	0.0003936	0.8421
WPC97161.BC2	45	1256	1256	24	12	0.002184	0.9724	7.906e-25
WPC97162.14B	37	1251	1251	16	10	0.4085	0.5298	0.3887
WPC97163.06B	42	1250	1250	37	48	0.0002083	0.001209	0.7443
WPC97164.14B	32	1250	1250	18	13	0.004394	0.0318	0.5875
WPC97165.06B	53	1262	1262	24	19	0.0003052	0.005022	0.2243
WPC97168.BC3	42	1249	1249	29	12	0.003352	0.001259	0.634
WPC97175.BC4	35	1250	1250	39	7	0.001093	0.002853	0.6074
WPC97182.BC5	28	1251	1251	44	10	0.02037	0.03861	0.626

Table A7 Wild spring chinook tests of influence of release length on recovery. Bold indicates a p value for the hypothesis test less than .05

Release file ID	Number of fish recovered	Actual number of release records available	Ostensible release size from PTAGIS	days (mean)	days (std.)	p(H1)	p(H2)	p(H3)
BCJ93312.GR1	23	210	212	167	34	0.003751	0.0009021	0.9295
BCJ94335.CC1	25	201	201	146	221	0.5909	0.574	0.4265
BDA92307.001	35	98	101	26	64	0.4996	0.6079	0.8566
BDA92314.001	44	117	121	15	49	0.09926	0.6173	0.8821
BDA93244.004	30	141	142	45	71	0.8	0.3088	0.8271
BDA94130.001	27	67	69	2	3	0.1692	0.1496	0.6281
EJL92281.CF2	20	15	32	3	4	0.007002	0.002199	2.574e-06
EJL92294.CFT	13	34	36	2	2	0.9	0.28	0.8795
EJL93232.MCT	28	67	67	13	50	0.8751	0.6659	0.5644
EJL93233.MCT	79	152	155	18	60	0.688	0.9417	0.6242
EJL93234.MCT	37	95	100	1	0	0.1899	0.2918	0.1945
EJL93235.MCT	74	161	163	13	41	0.7878	0.7102	0.616
EJL93237.MC2	56	100	102	16	54	0.8836	0.1668	0.4085
EJL93238.MC2	44	90	96	4	11	0.9501	0.2994	0.07978
EJL93238.MCT	40	99	100	11	42	0.3153	0.365	1.014e-05
EJL93239.MCT	51	150	156	13	48	0.4569	0.7722	0.7571
EJL93241.MCT	55	84	92	4	5	0.6699	0.3092	0.0963
EJL93243.MCT	20	22	31	13	53	0.9458	0.7287	0.4495
EJL93245.MCT	47	51	97	26	73	0.9561	0.8196	0.8003
EJL93246.MCT	31	41	54	9	44	0.7483	0.9891	0.8449
EJL93247.MCT	21	32	35	3	7	0.8277	0.8536	0.9638
EJL93248.MCT	36	42	46	1	0	0.8212	0.7631	0.5652
EJL93249.MCT	40	85	96	8	38	0.954	0.5035	0.8795
EJL93250.MCT	234	486	496	6	30	0.3255	0.4048	0.648
EJL93251.MCT	78	120	120	7	42	0.06636	0.9745	0.6199
EJL93253.MCT	58	114	115	8	28	0.5321	0.8765	0.2921
EJL93255.MCT	61	97	101	9	41	0.5034	0.6683	0.6803
EJL93256.MCT	111	227	233	6	36	0.2909	0.8807	9.49e-11
EJL93257.MCT	29	43	46	0	0	0.6465	0.7063	0.5465
EJL93259.MCT	35	102	108	9	45	0.6971	0.3168	3.442e-09
EJL93260.MCT	44	69	69	1	2	0.4165	0.6104	0.6443
EJL93261.MCT	43	90	131	12	51	0.6677	0.699	0.9377
EJL93263.MCT	48	82	83	2	4	0.2465	0.6065	0.2833
EJL93264.MCT	35	55	59	8	38	0.9825	0.8722	0.6862
EJL93268.MCT	58	99	100	9	40	0.2395	0.2706	3.553e-12
EJL93271.MCT	95	200	201	5	30	0.5307	0.6316	0.001986
EJL93272.MCT	166	333	345	8	39	0.5911	0.4083	0.8705
EJL93273.MCT	207	312	315	5	27	0.222	0.3326	0.3784
EJL93274.MCT	176	273	275	7	35	0.459	0.5527	0.8167
EJL93275.MCT	87	110	112	1	3	0.2938	0.3612	0.5265
EJL93276.MCT	36	54	55	2	3	0.5448	0.7144	0.6488
EJL93277.MCT	75	110	113	4	32	0.2133	0.84	0.1948
EJL93278.MCT	62	100	103	1	2	0.3925	0.5413	0.2132
EJL93281.MCT	55	101	110	1	2	0.759	0.3194	5.929e-13
EJL93282.CFT	22	99	106	1	0	0.2335	0.5823	0.7291
EJL93282.MCT	75	100	105	6	33	0.4875	0.8877	0.7857
EJL93283.MCT	27	43	43	1	3	0.784	0.9969	0.6436
EJL93284.MCT	18	23	36	1	1	0.7879	0.8817	0.6719
EJL93286.MCT	27	46	46	8	38	0.944	0.9926	0.9435
EJL93287.MCT	34	54	55	1	0	0.678	0.5232	0.6163
EJL93289.MCT	23	33	39	1	1	0.8557	0.6658	0.8147
EJL93295.MCT	26	36	36	1	0	0.7608	0.8225	0.1692
EJL93296.MCT	23	36	80	1	0	0.1395	0.2842	0.204
EJL93301.MCT	21	27	27	11	49	0.8212	0.7926	0.9324
EJL94242.CFT	22	79	95	2	0	0.4352	0.4375	0.0973
EJL94252.CFT	22	83	85	16	57	0.7054	0.4275	0.116
EJL94253.CFT	20	92	111	1	1	0.3053	0.4284	0.0116
EJL94296.CFT	23	156	160	11	49	0.9973	0.7472	0.9776
JAH94252.001	36	86	86	21	0	0.4586	0.8649	0.9647
JKB94089.RRT	10	44	59	31	49	0.8175	0.5368	0.02869
JKB94253.RRT	38	97	101	3	2	0.3831	0.8872	0.9704
JKB94256.RRT	20	39	47	2	1	0.5387	0.2326	0.4543
JKB94257.RRT	20	49	80	14	54	0.7463	0.6347	0.7351
JKB94258.RRT	21	49	72	11	45	0.2147	0.1125	0.001495
JKB94275.RRT	52	126	139	1	0	0.02206	0.1937	0.648
JKB95277.RRT	35	128	129	1	0	0.5927	0.1985	0.3373
JKB95300.RRT	46	216	224	4	26	0.01254	0.05955	0.7047
KMC94214.MC1	35	480	480	77	73	0.5523	0.31	0.08818
PMS96227.LR1	31	177	179	168	63	0.9835	0.5183	0.5735
PMS96228.LR1	23	107	107	162	69	0.144	0.3695	0.5298
PMS96239.CA1	30	121	121	134	74	0.8555	0.7495	0.6173
PMS96243.CA1	32	239	247	161	76	0.08187	0.2881	0.5201
PMS97251.IM1	30	439	439	89	77	0.03181	0.08543	0.334
PMS97252.IM1	32	463	463	121	76	0.5537	0.5011	0.6999
PTL93270.001	38	299	427	68	52	0.7428	0.3914	0.00287
RBK93236.CR4	34	331	361	275	38	0.04015	0.1083	0.2597
RBK94229.CR1	46	333	333	194	85	0.856	0.5055	0.2063
RBK94230.CR1	22	102	103	280	32	0.6195	0.4201	0.6099
RBK94231.CR2	50	496	535	151	98	0.3574	0.4881	0.5767
RBK94234.CR1	22	224	226	267	31	0.06507	0.2169	0.7287
RBK94234.CR3	36	270	273	159	103	0.0808	0.3806	0.4725
RBK94235.CR1	71	546	632	136	84	0.06051	0.2365	0.5996
RBK95075.CRT	22	52	74	1	0	0.8837	0.9922	0.9942
RBK95077.CRT	21	49	73	1	0	0.5987	0.5596	0.5577
RBK95079.CRT	25	49	71	1	0	0.1844	0.9476	0.553
RBK95080.CRT	16	49	90	1	0	0.9243	0.9223	0.9471
RBK95081.CRT	15	33	154	7	18	0.8807	0.9214	0.02286
RBK95082.CRT	13	32	154	90	301	0.8927	0.6845	0.3281
RBK95083.CRT	17	39	161	10	26	0.8986	0.733	0.5536
RBK95087.SWT	21	9	123	1	0	3.327e-05	5.361e-07	0.1199
RBK95089.SWT	14	7	130	1	0	1.72e-05	0.0001799	0.02798
RBK95091.SWT	11	10	135	1	0	5.67e-06	9.574e-09	0.4287
RBK95093.CRT	26	50	68	4	15	0.509	0.907	0.3262
RBK95094.CRT	25	50	78	1	0	0.6372	0.4966	0.7139
RBK95095.CRT	21	49	93	5	22	0.9169	0.8825	0.4545
RBK95096.CRT	25	50	96	8	31	0.966	0.4922	0.7019
RBK95099.CRT	22	44	58	5	15	0.5552	0.4299	0.4396
RBK95105.CRT	20	50	60	6	24	0.869	0.4437	0.562
RBK95106.CRT	22	50	70	5	22	0.4993	0.1244	0.06543
RBK95119.CRT	36	50	67	1	0	0.9147	0.4167	0.395
RBK95121.CRT	21	50	84	1	0	0.5246	0.4578	0.8026
RBK95125.CRT	12	35	72	7	21	0.965	0.6304	0.8602
RNI94105.AR1	14	520	525	12	3	0.8804	0.7024	0.04638
SA93215.MC1	59	378	387	69	62	0.008523	0.6616	0.0005155
SA93215.MC2	64	410	416	59	63	0.03102	0.3718	0.001663
SA94214.MC1	32	383	383	57	46	0.7376	0.7605	0.1651
SA94214.MC3	22	178	180	62	51	0.3549	0.637	0.3534
SA94214.MC4	33	406	419	59	41	0.7305	0.9613	0.3174
TRW93256.GR1	29	144	144	181	77	0.00545	0.01028	0.5034
TRW93257.GR2	23	214	214	211	47	0.012	0.1596	0.5112
TRW93258.GR2	23	197	197	182	80	0.149	0.1307	0.1911
TRW93259.GR1	30	307	307	186	97	0.007387	0.03121	0.9803
TRW94255.CC3	35	130	130	83	67	0.01769	0.4692	0.3786
TRW94256.CC1	56	262	262	86	72	0.1415	0.4741	0.5429
TRW94256.CC2	57	165	165	84	56	0.1186	0.5387	0.4943
TRW94256.CC3	31	228	228	62	51	0.2776	0.3423	0.2124
TRW94257.GR3	24	161	164	92	81	0.04089	0.4656	0.01467
TRW94258.GR1	49	146	146	64	187	0.6009	0.5598	0.562
TRW94258.GR2	28	275	275	82	105	0.7051	0.6243	0.201
TRW94259.GR1	20	165	167	122	131	0.03226	0.1857	0.7514

Table A8 Hatchery spring chinook tests of influence of release length on recovery. Bold indicates a p value for the hypothesis test less that .05

Release file ID	Number of fish recovered	Actual number of release records available	Ostensible release size from PTAGIS	days (mean)	days (std.)	p(H1)	p(H2)	p(H3)
CSM94054.A1A	46	1999	2000	11	16	0.02419	0.03118	0.02624
CSM94055.A2A	21	848	850	17	16	0.6969	0.2183	0.0006378
CSM94055.A2B	26	709	713	12	17	0.3352	0.4046	0.3245
CSM94055.A3A	28	999	1000	14	18	0.7558	0.5115	0.281
CSM94055.A3B	28	997	1000	10	13	0.3256	0.9265	0.05356
DAC94263.07B	25	230	230	5	9	0.4266	0.04017	0.11
DAC94263.08B	27	326	327	8	12	0.6251	0.6174	0.2255
DAC94264.AD1	41	499	500	191	20	0.6614	0.2971	0.5668
DAC94264.CWT	36	500	500	199	28	0.7123	0.7291	0.6835
DAC94264.RV1	49	999	1000	193	34	0.005934	0.01182	0.764
DAC96064.C07	29	500	500	3	11	0.6278	0.09318	0.2835
DAC96074.R11	22	1698	1698	40	18	0.8437	0.3058	0.4942
DAC96074.R12	31	1698	1698	39	17	0.6943	0.9423	0.273
DAC96074.R14	32	2222	2223	42	15	0.6517	0.7258	0.4534
DAC96074.R21	30	1696	1698	37	14	0.00859	0.0009018	0.3023
DAC96074.R32	28	2351	2351	38	17	0.9388	0.5916	0.6813
DAC96074.R42	44	2553	2553	35	16	0.7687	0.9688	0.7428
EJL92281.CF2	20	16	32	3	4	0.005371	0.0003921	0.07923
HLB96073.RW6	91	3866	3866	29	12	0.1872	0.7147	0.05174
HLB96074.R10	60	4221	4245	25	8	0.4077	0.3594	0.6375
HLB96075.R10	69	5077	5081	28	12	0.5988	0.4198	0.6257
HLB96078.R10	51	5253	5255	22	12	0.828	0.9229	0.1059
HLB97029.RW9	22	4075	4075	38	9	0.2766	0.3045	0.9872
HLB97036.R10	25	4343	4359	37	10	0.1632	0.2125	0.9939
HLB97037.R10	21	2675	2683	36	6	0.9942	0.974	0.5858
HLB97043.R10	25	4577	4606	36	10	0.5094	0.9533	0.8736
HLB98040.R05	44	3989	3989	20	4	0.6757	0.2717	0.6467
HLB98042.R07	33	4017	4017	23	4	0.017	0.2448	0.4805
HLB98043.R08	59	4023	4023	22	5	0.9427	0.8731	0.08693
HLB98049.R09	54	4009	4009	21	5	0.925	0.6435	0.8749
HLB98050.R10	80	4005	4005	22	4	0.2591	0.4314	0.776
HLB98054.R11	60	4009	4009	23	4	0.9419	0.5405	0.7022
HLB98056.R12	73	4008	4008	22	4	0.4679	0.3987	0.1013
HLB98057.R16	97	4005	4005	20	4	0.3996	0.4086	0.3739
HLB98061.R17	90	3997	3997	20	5	0.1259	0.7289	0.05285
HLB98063.R18	87	3995	3995	20	5	0.08243	0.9815	0.04368
HLB98064.R19	101	3993	3993	20	4	0.0804	0.4733	0.06076
HLB98068.C20	74	2998	2998	19	4	0.1673	0.5488	0.2104
KEP96325.2RD	73	250	250	2	7	0.2673	0.4742	0.6138
KEP96325.RD1	73	250	250	1	0	0.3182	0.8745	0.8109
LRB95046.R3A	20	489	499	94	232	0.4225	0.6206	0.6742
LRB95046.R4A	21	495	500	189	373	0.7019	0.8177	0.08046
PMS96046.003	37	243	243	3	3	0.8299	0.2236	0.1071
PMS96046.004	34	249	249	4	6	0.1348	0.7706	0.0009448
PMS96046.02A	23	286	286	2	0	0.3537	0.8845	0.9763
PMS96046.03A	40	261	261	5	9	0.8999	0.8257	0.7104
PMS96046.04A	37	261	261	9	13	0.438	0.7047	0.4604
PMS96046.OO2	25	228	228	7	8	0.174	0.7665	0.004307
PMS96047.005	25	228	228	6	10	0.1218	0.2596	0.002376
PMS96047.007	29	230	231	4	5	0.2598	0.8179	0.07855
PMS96047.060	23	211	211	5	6	0.9248	0.4619	0.8113
PMS96047.06A	23	223	223	4	8	0.274	0.1501	0.0009559
PMS96047.07A	31	275	275	6	10	0.6402	0.5038	0.004022
PMS96071.007	32	301	303	5	8	0.6411	0.8732	0.1334
PMS96071.06A	21	206	209	7	11	0.4243	0.6897	0.9976
PMS97028.3	256	1209	1209	6	7	0.02483	0.3894	0.0007976
PMS97028.3B	336	1631	1631	4	4	0.003122	0.143	3.117e-07
PMS97029.3	59	305	305	5	6	0.8187	0.7035	0.4081
PMS97029.3B	55	301	301	5	8	0.313	0.7205	0.02921
PMS97029.4	336	1841	1841	6	7	4.197e-05	0.3344	0.0006899
PMS97029.4B	127	782	782	5	6	0.001989	0.2336	4.313e-06
PMS97029.4C	59	331	331	6	8	0.05037	0.2495	0.02825
PMS97029.4D	83	426	426	5	7	0.3153	0.4388	0.9384
PMS97030.4	179	1108	1108	5	6	2.002e-05	0.2081	0.359
PMS97030.4B	168	899	899	6	7	0.001309	0.01382	0.03231
PMS97030.6	332	1497	1497	5	6	0.003133	0.8449	1.286e-05
PMS97030.6B	283	1275	1275	5	7	0.01532	0.6008	0.1411
PMS97031.7	161	744	744	5	7	0.01138	0.9641	0.004975
PMS97031.7B	240	1029	1029	6	8	0.01984	0.7997	0.4273
PMS97034.14	41	2586	2586	17	10	3.306e-07	0.0002571	0.1881
PMS97035.14A	37	1934	1934	10	9	0.008455	0.02957	0.1098
PMS97035.14B	40	2605	2605	13	11	0.007513	0.1125	0.06792
PMS97036.17B	60	3025	3025	12	9	3.059e-07	6.655e-05	0.9908
PMS97037.17	33	2198	2198	13	9	0.1152	0.05767	0.116
PMS97037.17B	42	2208	2208	13	9	7.063e-05	0.01505	0.03796
PMS97041.15	26	1663	1663	13	11	0.0009054	0.09927	0.2018
PMS97041.15B	54	2778	2778	15	12	0.3163	0.554	0.6869
PMS97041.15C	26	955	955	18	11	0.003835	0.02807	0.9259
PMS97042.15	28	1910	1910	15	9	0.08854	0.3127	0.0003323
PMS97043.16C	60	3127	3127	14	12	0.8287	0.9034	0.8141
PMS97044.16	51	2581	2582	13	12	0.1631	0.1192	0.06922
PMS97044.16C	28	1386	1386	8	7	0.00532	0.008674	0.7317
PMS98048.02A	337	1806	1806	4	4	0.03754	0.367	0.03182
PMS98048.02B	202	1206	1206	4	4	0.06284	0.8657	0.448
PMS98049.05A	338	2100	2100	5	4	0.0241	0.8636	0.0003844
PMS98049.05D	343	1873	1873	6	4	0.006247	0.2011	1.634e-12
PMS98050.04A	218	1183	1183	5	4	0.01743	0.9645	9.349e-07
PMS98051.07C	415	2607	2607	6	4	3.109e-07	0.004141	3.457e-09
PMS98051.07D	287	1615	1617	6	3	2.25e-06	0.0856	0.9
PMS98054.03A	322	1826	1826	4	4	0.04869	0.77	0.05442
PMS98056.15A	61	2631	2631	7	5	0.001007	0.01244	0.7013
PMS98056.15B	44	2910	2911	7	5	0.003528	0.001996	0.02198
PMS98057.15A	61	2872	2872	7	6	0.01367	0.01117	0.2769
PMS98057.15B	63	2985	2985	7	5	0.0009517	0.004198	0.02766
PMS98058.15A	46	2642	2642	7	5	0.2683	0.235	0.4197
PMS98058.15D	50	2564	2564	7	5	0.11	0.1092	0.007982
PMS98061.15B	52	3164	3164	6	5	0.06035	0.5947	0.6809
PMS98061.15C	50	3124	3124	8	5	0.002252	0.04944	0.05619
PMS98062.15A	38	2454	2454	5	4	0.03697	0.04796	0.8707
PMS98062.15D	56	2804	2804	8	6	0.0159	0.123	0.1185
PMS98063.15B	50	1785	1785	9	5	0.004228	0.05449	0.8035
PMS98064.16C	56	3806	3806	11	5	0.01042	0.01652	0.001273
RBK95081.CRT	15	100	154	7	18	2.925e-07	1.042e-06	0.04693
RBK95082.CRT	13	100	154	90	301	1.735e-06	7.212e-05	0.001505
RBK95083.CRT	17	100	161	10	26	4.049e-07	1.654e-06	0.006394
RBK95087.SWT	21	105	123	1	0	0.4001	0.04539	0.3869
RBK95089.SWT	14	98	130	1	0	0.1465	0.2593	0.2803
RBK95091.SWT	11	100	135	1	0	0.9889	0.7068	0.738
RNI93104.R1B	94	823	863	13	6	0.08441	0.07831	5.707e-14
RNI93106.R3B	87	984	1055	12	6	0.4827	0.6584	0.001937
RNI93108.R5B	58	835	902	12	5	0.8242	0.3845	0.3789
RNI93109.R6B	48	617	641	13	3	0.8746	0.3918	0.02158
RNI93110.R7A	44	865	880	12	3	0.8276	0.7694	0.5082
RNI94104.AA1	34	1204	1206	18	4	0.5957	0.3102	1.104e-08
RNI94106.AB1	24	1200	1200	17	6	0.7245	0.6628	0.6327
RNI94107.AC1	22	1200	1201	18	7	0.8334	0.5981	0.1206
RNI94110.AD1	24	1197	1201	17	6	0.413	0.6399	0.02891
RNI94110.DA1	25	742	744	9	4	0.7882	0.3953	0.2661
RNI94110.EA1	22	743	743	9	4	0.8308	0.4284	0.1336
RNI94110.FA1	44	1481	1481	8	5	0.2252	0.9562	0.0008992
RNI94112.CA1	21	732	733	8	3	0.1599	0.3219	0.7322
RNI94112.OA1	22	729	731	10	3	0.9462	0.764	0.1955
RNI94115.FB1	36	1476	1480	11	4	0.07609	0.03735	0.003564
RNI94116.KA1	28	770	774	5	5	0.6982	0.8883	0.4913
RNI94116.MA1	47	1498	1500	4	3	0.7213	0.509	0.01171
RNI94117.CB1	26	743	743	10	3	0.02677	0.02979	0.4778
RNI94118.HA1	31	1438	1442	4	2	0.3656	0.08095	0.008114
RNI94118.JA1	35	1436	1439	5	3	0.2228	0.4045	0.8497
RNI94119.EC1	20	742	742	9	2	0.5077	0.1125	0.004903
RNI94119.FC1	24	1490	1491	10	6	0.2406	0.3475	0.2431
RNI94122.KB1	32	802	803	5	3	0.1294	0.6043	0.003954
RNI94122.LB1	31	792	794	5	2	0.6783	0.2584	0.286
RNI94122.MB1	58	1461	1463	4	3	0.6416	0.9173	0.5668
RNI94124.HB1	64	1341	1346	3	4	0.1553	0.2222	0.02276
RNI94124.JB1	66	1362	1364	3	3	0.4204	0.6969	0.4561
RNI94125.402	41	53	53	0	0	0.7979	0.7763	0.8433
RNI94126.KC1	21	665	667	3	1	0.5174	0.4423	0.9124
RNI94126.LC1	27	707	708	4	3	0.04537	0.2289	0.4067
RNI94126.MC1	44	1393	1397	4	4	0.5298	0.489	0.09426
RNI95098.AA1	38	1250	1250	59	169	0.2267	0.06628	0.002262
RNI95100.AB1	32	781	781	94	256	0.2669	0.2937	0.2084
RNI95104.AC1	37	1183	1183	57	170	0.9396	0.1491	0.003061
RNI95107.AD1	20	568	569	78	232	0.127	0.2956	0.09083
RNI95110.AE1	32	691	691	82	228	0.08252	0.3287	0.4019
RNI95112.AF1	51	1246	1246	19	4	0.9753	0.6433	0.4307
RNI95114.AG1	61	1260	1261	18	4	0.9471	0.3071	0.1974
RNI95116.AH1	44	1223	1225	111	302	0.6732	0.4664	0.6108
RNI95118.AJ1	51	1065	1066	39	145	0.4218	0.3499	0.8588
RNI95120.AK1	38	1210	1213	71	234	0.3163	0.6639	0.882
TRW95031.171	22	249	250	10	12	0.4598	0.2327	0.9775

Figure 1 Length - weight relationship for all chinook, and plot of Eqn. (1).

Figure 2 Weight / length relationship for released fish (left) and recaptured fish (right). The common regression for both the release and the recapture data are shown on both plots. They are significantly different in both slope and intercept (p < .001).

Figure 3 Example of the bi-modal distribution of lengths for recaptured fish weighing more than 40 grams and less than 44 grams.

Figure 4 Weight (Y axis) vs. Length (X axis) plots for juvenile chinook salmon. Title show the runs: yearling (1, 2), subyearling (3), and unknown (5) and the rearing types: wild (W), hatchery (H) and unknown (U). Solid curve is the common regression curve for all releases and recoveries as in Figure 1. The dotted curves are local fits to individual run and rearing type recovery data (plotted points)

Figure