Water	Water	Bulk	Dry	Grain		Void																										
Leg	Site	H	Cor	T	Sct	Top	Bot	Depth	Content	Content	Density	Density	Density	Poros.	Ratio	Method A	Mb+beak	Md+beak	Vb+beak	sd(Vb+beak)	n(Vb+beak)	c(Vb+beak)	Vd+beak	sd(Vd+beak)	n(Vd+beak)	c(Vd+beak)	Date/Time	Beaker	Mbeak	Vbeak	Mb	Md	Mpw	Ms	Vpw	Msalt	Vsalt	Vd	Vs	Vb	Comments
						(cm)	(cm)	(mbsf)	(bulk)	(dry)	(g/cc)	(g/cc)	(g/cc)	(%)																											
===	====	=	===	=	===	=====	=====	=======	=======	=======	=======	=======	=======	=======	=======	========	=======	=======	=======	===========	==========	==========	=======	===========	==========	==========	=================	==========	=====	=====	======	======	=======	======	=======	========	========	========	========	========	================================================================================
173	1065	A	1	R	1	70.5	72.5	251.71	22.2	28.6	1.977	1.537	2.694	42.9	0.752		15.8	14.2	0	0	0	0	5.9	0	4	1	#######	166	8.3	3.7	7.6	5.9	1.7	5.9	1.6	0.059	0.027	3.823	2.181	2.208	
173	1065	A	1	R	2	74	76	253.24	19.8	24.7	2.036	1.633	2.694	39.4	0.65		14.7	13.4	0	0	0	0	5.6	0	0	0	#######	79	7.9	3.6	6.8	5.5	1.3	5.4	1.3	0.047	0.021	3.324	2.015	2.036	
173	1065	A	1	R	4	72	74	256.22	33.5	50.3	1.71	1.138	2.582	55.9	1.269		10.3	9.6	0	0	0	0	4.2	0	4	3	#######	73	8.1	3.6	2.2	1.5	0.7	1.5	0.7	0.026	0.012	1.299	0.572	0.584	
173	1065	A	2	R	1	72	74	261.42	14.1	16.4	2.211	1.899	2.731	30.4	0.438		13	12.3	0	0	0	0	5.2	0	4	5	#######	308	8	3.6	4.9	4.3	0.7	4.2	0.7	0.024	0.011	2.237	1.556	1.567	
173	1065	A	2	R	2	26	28	262.46	14.7	17.3	2.187	1.865	2.719	31.4	0.458		12.1	11.5	0	0	0	0	4.9	0	4	1	#######	342	8.1	3.6	4	3.4	0.6	3.4	0.6	0.021	0.009	1.825	1.252	1.261	
173	1065	A	2	R	2	74	76	262.94	23.9	31.4	1.95	1.484	2.725	45.5	0.836		12.5	11.5	0	0	0	0	4.9	0	4	2	#######	357	8.2	3.7	4.3	3.3	1	3.3	1	0.036	0.016	2.194	1.195	1.211	
173	1065	A	3	R	1	94	96	271.24	20	25	2.079	1.663	2.8	40.6	0.684		12.2	11.4	0	0	0	0	4.8	0	4	3	#######	283	8.1	3.6	4.1	3.3	0.8	3.3	0.8	0.029	0.013	1.993	1.184	1.197	
173	1065	A	3	R	2	68	70	272.48	17	20.4	2.125	1.764	2.723	35.2	0.544		13.2	12.4	0	0	0	0	5.2	0	4	4	#######	284	8.1	3.7	5.1	4.3	0.9	4.3	0.9	0.03	0.014	2.413	1.563	1.577	
173	1065	A	4	R	1	70	72	280.7	20.5	25.8	2.047	1.628	2.756	41	0.694		20.1	17.8	0	0	0	0	7.2	0	4	1	#######	218	8.1	3.6	12.1	9.7	2.5	9.6	2.4	0.086	0.039	5.89	3.478	3.517	
173	1065	A	4	R	3	70	72	283.7	20.3	25.5	2.025	1.614	2.698	40.2	0.672		19	16.9	0	0	0	0	6.9	0	4	2	#######	88	8	3.6	11	8.9	2.2	8.8	2.2	0.078	0.036	5.449	3.259	3.295	
173	1065	A	4	R	5	66	68	286.66	22	28.1	1.98	1.545	2.685	42.5	0.738		19.5	17.1	0	0	0	0	7	0	4	4	#######	215	8	3.6	11.5	9.1	2.5	9	2.5	0.089	0.04	5.83	3.355	3.395	
173	1065	A	5	R	1	70	72	290.3	21.9	28	1.992	1.556	2.709	42.6	0.741		19.3	16.9	0	0	0	0	6.9	0	4	5	#######	381	8.1	3.7	11.1	8.8	2.4	8.7	2.4	0.085	0.039	5.59	3.211	3.25	
173	1065	A	6	R	1	78	80	299.98	15.9	19	2.152	1.809	2.721	33.5	0.504		19.1	17.4	0	0	0	0	7.1	0	4	1	#######	6	7.9	3.6	11.2	9.4	1.8	9.4	1.7	0.062	0.028	5.185	3.448	3.476
173	1065	A	6	R	2	38	40	301.08	15.1	17.7	2.178	1.85	2.722	32	0.471		20.3	18.6	0	0	0	0	7.5	0	4	3	#######	14	8.2	3.7	12.1	10.4	1.8	10.3	1.8	0.064	0.029	5.571	3.786	3.815
173	1065	A	7	R	CC	0	3	308.8	18	21.9	2.127	1.745	2.784	37.3	0.596		18.9	17.1	0	0	0	0	6.9	0	4	1	#######	116	8.1	3.7	10.8	8.9	1.9	8.9	1.9	0.068	0.031	5.088	3.188	3.219
173	1065	A	9	R	1	14	15	328.24	8.3	9	2.477	2.273	2.84	20	0.249		20.2	19.2	0	0	0	0	7.6	0	4	2	#######	338	8.2	3.7	12	11.1	1	11	1	0.035	0.016	4.857	3.887	3.903
173	1065	A	9	R	1	39	42	328.49	1.8	1.8	2.721	2.673	2.804	4.7	0.049		17.6	17.5	0	0	0	0	7	0	4	4	#######	181	8	3.6	9.6	9.4	0.2	9.4	0.2	0.006	0.003	3.53	3.365	3.368
173	1065	A	10	R	CC	9	11	337.79	18.3	22.3	2.117	1.731	2.78	37.8	0.606		21.3	19	0	0	0	0	7.6	0	4	5	#######	313	8	3.6	13.3	10.9	2.4	10.8	2.4	0.085	0.039	6.266	3.9	3.939
173	1065	A	11	R	CC	0	3	347.3	21.6	27.6	2.02	1.583	2.761	42.7	0.745		19.3	16.9	0	0	0	0	6.9	0	4	2	#######	49	8.1	3.6	11.2	8.9	2.4	8.8	2.4	0.085	0.039	5.559	3.186	3.225
173	1065	A	11	R	CC	21	23	347.51	6.7	7.1	2.797	2.611	3.192	18.2	0.223		13.3	13	0	0	0	0	5.2	0	4	1	#######	386	8	3.6	5.3	5	0.4	4.9	0.3	0.012	0.006	1.894	1.549	1.555
173	1065	A	13	R	1	8	10	371.08	17.7	21.5	2.119	1.744	2.754	36.7	0.58		25.1	22.2	0	0	0	0	8.8	0	4	2	#######	2	8.1	3.7	17	14.1	3	14	2.9	0.105	0.048	8.017	5.075	5.123
173	1065	A	14	R	CC	8	10	376.08	17.8	21.6	2.116	1.74	2.751	36.8	0.581		20.4	18.3	0	0	0	0	7.3	0	4	3	#######	107	8	3.6	12.3	10.2	2.2	10.1	2.1	0.077	0.035	5.831	3.687	3.722
173	1065	A	16	R	CC	22	24	395.52	20.6	25.9	2.03	1.613	2.723	40.8	0.688		21.7	19	0	0	0	0	7.7	0	4	4	#######	54	8.3	3.7	13.4	10.7	2.8	10.7	2.7	0.096	0.044	6.602	3.91	3.954
173	1065	A	17	R	1	11	13	405.01	19.9	24.9	2.067	1.655	2.77	40.3	0.674		20.3	18	0	0	0	0	7.2	0	4	2	#######	95	8.2	3.7	12.2	9.8	2.4	9.7	2.4	0.085	0.039	5.877	3.51	3.549
173	1065	A	17	R	CC	15	17	405.59	22.4	28.9	1.998	1.55	2.755	43.8	0.778		19.8	17.2	0	0	0	0	7	0	4	3	#######	160	8.1	3.6	11.7	9.2	2.6	9.1	2.6	0.092	0.042	5.87	3.301	3.343
173	1065	A	18	R	1	20	22	424.4	19.9	24.9	2.094	1.676	2.829	40.8	0.688		18.4	16.4	0	0	0	0	6.6	0	4	3	#######	244	8	3.6	10.4	8.4	2.1	8.3	2	0.072	0.033	4.948	2.931	2.964
173	1065	A	22	R	1	44	46	482.64	16.2	19.4	2.196	1.839	2.822	34.8	0.534		17.1	15.7	0	0	0	0	6.3	0	4	1	#######	29	8	3.6	9.1	7.7	1.5	7.6	1.4	0.052	0.024	4.15	2.704	2.728
173	1065	A	22	R	CC	3	5	482.78	17.6	21.3	2.13	1.755	2.767	36.6	0.577		19.8	17.9	0	0	0	0	7.2	0	4	2	#######	94	8.2	3.7	11.7	9.7	2.1	9.6	2	0.072	0.033	5.484	3.478	3.511
173	1065	A	23	R	1	10	12	501.6	0.9	0.9	2.732	2.708	2.772	2.3	0.023		28.7	28.5	0	0	0	0	10.3	0	4	1	#######	0	0	0	28.7	28.5	0.2	28.5	0.2	0.009	0.004	10.516	10.275	10.279
173	1065	A	23	R	1	45	47	501.95	2.4	2.5	2.66	2.596	2.771	6.3	0.068		26.4	25.8	0	0	0	0	9.3	0	4	1	#######	0	0	0	26.4	25.8	0.6	25.8	0.6	0.023	0.01	9.941	9.312	9.322
173	1065	A	24	R	1	37	39	521.17	9.1	10	2.395	2.176	2.767	21.3	0.271		23.6	21.6	0	0	0	0	7.8	0	4	3	#######	0	0	0	23.6	21.6	2.2	21.5	2.1	0.076	0.034	9.874	7.766	7.8
173	1065	A	26	R	1	38	40	540.38	14.3	16.6	2.218	1.902	2.751	30.9	0.447		26.1	23.6	0	0	0	0	9.3	0	4	4	#######	151	8	3.6	18.1	15.6	2.6	15.5	2.5	0.09	0.041	8.141	5.627	5.668
173	1065	A	27	R	1	52	54	550.22	9.9	11	2.366	2.132	2.765	22.9	0.297		19.5	17.7	0	0	0	0	6.4	0	4	1	#######	0	0	0	19.5	17.7	1.9	17.6	1.9	0.068	0.031	8.247	6.359	6.39
173	1065	A	27	R	1	112	114	550.82	10.3	11.5	2.376	2.131	2.799	23.8	0.313		18.1	16.3	0	0	0	0	5.8	0	4	2	#######	0	0	0	18.1	16.3	1.9	16.2	1.8	0.065	0.03	7.619	5.802	5.832
173	1065	A	27	R	2	81	83	552.01	6.4	6.9	2.505	2.343	2.782	15.8	0.187		17.3	16.2	0	0	0	0	5.8	0	4	3	#######	0	0	0	17.3	16.2	1.1	16.1	1.1	0.039	0.018	6.889	5.802	5.82
173	1065	A	28	R	1	71	73	560.01	5	5.3	2.575	2.446	2.8	12.6	0.145		24.3	23.1	0	0	0	0	8.3	0	4	5	#######	0	0	0	24.3	23.1	1.2	23.1	1.2	0.043	0.019	9.438	8.245	8.264
173	1065	A	29	R	1	82	84	569.72	9.1	10	2.384	2.168	2.748	21.1	0.268		22.9	20.9	0	0	0	0	7.6	0	4	1	#######	0	0	0	22.9	20.9	2.1	20.8	2	0.073	0.033	9.589	7.564	7.597
173	1065	A	31	R	1	48	50	588.58	9.6	10.6	2.384	2.155	2.777	22.4	0.288		22.5	20.4	0	0	0	0	7.4	0	4	3	#######	0	0	0	22.5	20.4	2.2	20.3	2.1	0.076	0.034	9.433	7.322	7.356
173	1065	A	32	R	1	136	138	599.06	7.6	8.2	2.458	2.272	2.776	18.2	0.222		25.2	23.4	0	0	0	0	8.4	0	4	4	#######	0	0	0	25.2	23.4	1.9	23.3	1.9	0.067	0.03	10.248	8.386	8.416
173	1065	A	33	R	1	38	40	607.78	6.4	6.8	2.506	2.346	2.781	15.6	0.185		18.4	17.3	0	0	0	0	6.2	0	4	2	#######	0	0	0	18.4	17.3	1.2	17.2	1.1	0.041	0.019	7.352	6.202	6.221
173	1065	A	33	R	2	72	74	609.57	10	11.1	2.384	2.146	2.797	23.3	0.304		15	13.5	0	0	0	0	4.8	0	4	3	#######	0	0	0	15	13.5	1.5	13.5	1.5	0.052	0.024	6.283	4.82	4.844
173	1065	A	34	R	1	104	106	618.14	7.7	8.4	2.443	2.254	2.765	18.5	0.227		25.3	23.4	0	0	0	0	8.5	0	4	1	#######	0	0	0	25.3	23.4	2	23.3	1.9	0.068	0.031	10.336	8.426	8.457
173	1065	A	35	R	1	3	5	626.73	9.4	10.4	2.382	2.158	2.761	21.8	0.28		21.9	20.6	0	0	0	0	8.2	0	4	3	#######	314	8	3.6	13.9	12.6	1.3	12.6	1.3	0.046	0.021	5.826	4.553	4.574