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	1069	A	1	R	3	74	76	722.54	17.3	20.9	2.098	1.734	2.688	35.5	0.55		18.8	15.7	0	0	0	0	5.8	0	4	1	#######	0	0	0	18.8	15.7	3.3	15.6	3.2	0.114	0.052	8.968	5.786	5.838	
173	1069	A	1	R	3	78	80	722.58	10.9	12.2	2.27	2.023	2.668	24.2	0.319		26.6	23.8	0	0	0	0	8.9	0	4	2	#######	0	0	0	26.6	23.8	2.9	23.7	2.8	0.102	0.046	11.732	8.894	8.94	
173	1069	A	2	R	3	36	38	731.14	18.2	22.3	2.077	1.698	2.696	37	0.587		23.5	19.4	0	0	0	0	7.2	0	4	1	#######	0	0	0	23.5	19.4	4.3	19.3	4.2	0.15	0.068	11.336	7.141	7.209	
173	1069	A	2	R	3	40	42	731.18	14.1	16.4	2.211	1.899	2.732	30.5	0.439		23.1	20	0	0	0	0	7.3	0	4	2	#######	0	0	0	23.1	20	3.3	19.8	3.2	0.114	0.052	10.45	7.263	7.315	
173	1069	A	2	R	3	47	49	731.25	11.4	12.9	2.263	2.005	2.68	25.2	0.337		26.9	23.9	0	0	0	0	8.9	0	4	3	#######	0	0	0	26.9	23.9	3.1	23.8	3	0.107	0.049	11.883	8.887	8.936	
173	1069	A	3	R	2	73	75	740.33	14.5	17	2.182	1.865	2.7	30.9	0.448		24.2	20.8	0	0	0	0	7.7	0	4	4	#######	0	0	0	24.2	20.8	3.5	20.6	3.4	0.123	0.056	11.069	7.644	7.7	
173	1069	A	3	R	2	78	80	740.38	11.9	13.5	2.256	1.988	2.693	26.2	0.355		23.7	21	0	0	0	0	7.8	0	4	5	#######	0	0	0	23.7	21	2.8	20.9	2.7	0.099	0.045	10.494	7.745	7.79	
173	1069	A	4	R	2	40	42	749.6	18.1	22.1	2.084	1.707	2.702	36.8	0.583		25.2	20.8	0	0	0	0	7.7	0	4	3	#######	0	0	0	25.2	20.8	4.6	20.7	4.5	0.16	0.073	12.106	7.648	7.721	
173	1069	A	4	R	2	53	55	749.73	9.1	10	2.343	2.131	2.69	20.8	0.262		24.7	22.6	0	0	0	0	8.4	0	4	4	#######	0	0	0	24.7	22.6	2.2	22.5	2.2	0.079	0.036	10.546	8.354	8.39	
173	1069	A	5	R	1	49	51	757.89	12.8	14.7	2.226	1.94	2.689	27.8	0.386		24.1	21.1	0	0	0	0	7.9	0	4	1	#######	0	0	0	24.1	21.1	3.1	21	3	0.108	0.049	10.829	7.813	7.862	
173	1069	A	5	R	1	62	64	758.02	10.4	11.6	2.295	2.056	2.682	23.4	0.305		23.3	21	0	0	0	0	7.8	0	4	2	#######	0	0	0	23.3	21	2.4	20.9	2.4	0.085	0.039	10.164	7.789	7.828	
173	1069	A	6	R	1	5	8	767.15	9.4	10.4	2.343	2.122	2.706	21.6	0.275		24	21.8	0	0	0	0	8.1	0	4	3	#######	0	0	0	24	21.8	2.3	21.7	2.2	0.079	0.036	10.224	8.017	8.053	
173	1069	A	6	R	4	61	63	772.21	19	23.5	2.007	1.626	2.59	37.2	0.593		22.4	18.3	0	0	0	0	7.1	0	4	4	#######	0	0	0	22.4	18.3	4.3	18.1	4.2	0.149	0.068	11.15	6.997	7.065
173	1069	A	6	R	4	76	78	772.36	19.2	23.8	2.018	1.63	2.624	37.9	0.609		20.1	16.4	0	0	0	0	6.2	0	4	2	#######	0	0	0	20.1	16.4	3.9	16.2	3.8	0.135	0.061	9.959	6.188	6.249
173	1069	A	7	R	2	86	88	779.16	19.1	23.6	2.047	1.656	2.676	38.1	0.616		23.2	19	0	0	0	0	7.1	0	4	3	#######	0	0	0	23.2	19	4.4	18.8	4.3	0.155	0.071	11.356	7.026	7.097
173	1069	A	7	R	4	105	108	782.35	21	26.6	1.998	1.578	2.675	41	0.695		20.5	16.3	0	0	0	0	6.1	0	4	4	#######	0	0	0	20.5	16.3	4.3	16.2	4.2	0.151	0.069	10.258	6.05	6.119
173	1069	A	7	R	4	113	115	782.43	15.1	17.8	2.158	1.832	2.685	31.8	0.466		18.7	16	0	0	0	0	6	0	4	5	#######	0	0	0	18.7	16	2.8	15.9	2.8	0.099	0.045	8.666	5.912	5.957
173	1069	A	8	R	2	32	34	788.22	23.2	30.2	1.938	1.488	2.652	43.9	0.782		20.8	16.2	0	0	0	0	6.1	0	4	1	#######	0	0	0	20.8	16.2	4.8	16	4.7	0.169	0.077	10.754	6.033	6.11
173	1069	A	8	R	2	103	105	788.93	22	28.2	1.974	1.54	2.675	42.4	0.737		21.6	17	0	0	0	0	6.4	0	4	3	#######	0	0	0	21.6	17	4.8	16.9	4.6	0.167	0.076	10.953	6.305	6.381
173	1069	A	8	R	3	97	99	790.37	10.7	12	2.306	2.059	2.714	24.1	0.318		24.8	22.2	0	0	0	0	8.2	0	4	4	#######	0	0	0	24.8	22.2	2.7	22.1	2.6	0.093	0.042	10.756	8.159	8.201
173	1069	A	9	R	4	59	61	801.09	17.3	20.9	2.11	1.746	2.71	35.6	0.552		18.8	15.7	0	0	0	0	5.8	0	4	1	#######	0	0	0	18.8	15.7	3.2	15.6	3.2	0.114	0.052	8.913	5.742	5.794
173	1069	A	9	R	4	63	65	801.13	12.4	14.1	2.23	1.954	2.673	26.9	0.368		24.8	21.8	0	0	0	0	8.2	0	4	3	#######	0	0	0	24.8	21.8	3.1	21.7	3	0.107	0.049	11.117	8.126	8.175
173	1069	A	10	R	4	102	104	811.12	5.6	5.9	2.465	2.328	2.688	13.4	0.155		28.4	26.9	0	0	0	0	10	0	0	0	#######	0	0	0	28.4	26.9	1.6	26.8	1.5	0.055	0.025	11.517	9.975	10
173	1069	A	10	R	4	110	112	811.2	17.4	21.1	2.074	1.712	2.648	35.3	0.546		24.4	20.3	0	0	0	0	7.7	0	4	1	#######	0	0	0	24.4	20.3	4.3	20.1	4.2	0.149	0.068	11.759	7.603	7.671
173	1069	A	11	R	3	86	88	819.16	19	23.4	2.05	1.661	2.679	38	0.613		19.2	15.7	0	0	0	0	5.9	0	4	1	#######	0	0	0	19.2	15.7	3.6	15.6	3.6	0.128	0.058	9.371	5.809	5.867
173	1069	A	11	R	3	104	106	819.34	6.1	6.5	2.46	2.309	2.706	14.7	0.172		23.3	22	0	0	0	0	8.1	0	4	3	#######	0	0	0	23.3	22	1.4	21.9	1.4	0.05	0.023	9.485	8.094	8.117
173	1069	A	11	R	CC	8	10	821.03	1.9	1.9	2.626	2.578	2.706	4.8	0.05		24.3	23.8	0	0	0	0	8.8	0	4	4	#######	0	0	0	24.3	23.8	0.5	23.8	0.4	0.016	0.007	9.246	8.806	8.813
173	1069	A	12	R	4	67	69	830.17	8.3	9.1	2.385	2.187	2.711	19.3	0.24		23.6	21.7	0	0	0	0	8	0	4	4	#######	0	0	0	23.6	21.7	2	21.6	1.9	0.069	0.031	9.893	7.98	8.011
173	1069	A	12	R	4	83	85	830.33	16.3	19.5	2.168	1.815	2.771	34.5	0.527		21.6	18.2	0	0	0	0	6.6	0	4	5	#######	0	0	0	21.6	18.2	3.5	18.1	3.4	0.123	0.056	9.956	6.519	6.575
173	1069	A	14	R	2	55	57	846.45	18	22	2.105	1.726	2.74	37	0.588		23.4	19.4	0	0	0	0	7.1	0	4	1	#######	0	0	0	23.4	19.4	4.2	19.2	4.1	0.148	0.067	11.136	7.013	7.08
173	1069	A	14	R	2	65	67	846.55	13.8	16	2.2	1.897	2.695	29.6	0.42		21.4	18.5	0	0	0	0	6.9	0	4	2	#######	0	0	0	21.4	18.5	2.9	18.4	2.9	0.103	0.047	9.717	6.841	6.888
173	1069	A	15	R	3	60	62	857.6	2.8	2.9	2.59	2.518	2.708	7	0.076		29.1	28.3	0	0	0	0	10.5	0	4	3	#######	0	0	0	29.1	28.3	0.8	28.3	0.8	0.028	0.013	11.245	10.455	10.468
173	1069	A	15	R	3	64	66	857.64	15.9	18.9	2.18	1.833	2.773	33.9	0.513		26.1	22.1	0	0	0	0	8	0	4	5	#######	0	0	0	26.1	22.1	4.2	22	4.1	0.146	0.066	11.989	7.923	7.989
173	1069	A	16	R	1	90	92	864.5	11	12.4	2.265	2.015	2.666	24.4	0.323		20.6	18.4	0	0	0	0	6.9	0	4	1	#######	0	0	0	20.6	18.4	2.3	18.4	2.2	0.08	0.036	9.109	6.885	6.921
173	1069	A	16	R	2	72	74	865.82	9.8	10.8	2.357	2.127	2.744	22.5	0.29		23.2	21.1	0	0	0	0	7.7	0	4	2	#######	0	0	0	23.2	21.1	2.3	21	2.2	0.08	0.036	9.862	7.643	7.679
173	1069	A	16	R	3	71	73	867.31	18.3	22.4	2.13	1.74	2.81	38.1	0.614		17.9	14.7	0	0	0	0	5.3	0	4	3	#######	0	0	0	17.9	14.7	3.3	14.6	3.2	0.115	0.052	8.4	5.203	5.255
173	1069	A	17	R	1	51	53	873.81	0.3	0.3	2.699	2.689	2.714	0.9	0.009		29.3	29.2	0	0	0	0	10.8	0	4	1	#######	0	0	0	29.3	29.2	0.1	29.2	0.1	0.003	0.002	10.86	10.762	10.764
173	1069	A	17	R	1	90	92	874.2	1.2	1.2	2.652	2.62	2.704	3.1	0.032		28.8	28.5	0	0	0	0	10.5	0	4	1	#######	0	0	0	28.8	28.5	0.3	28.5	0.3	0.012	0.005	10.867	10.531	10.536
173	1069	A	21	R	1	20	22	911.8	0.3	0.3	2.717	2.708	2.732	0.9	0.009		28.9	28.8	0	0	0	0	10.5	0	4	3	#######	0	0	0	28.9	28.8	0.1	28.8	0.1	0.003	0.002	10.632	10.54	10.541
173	1069	A	21	R	1	26	28	911.86	0.3	0.3	2.729	2.72	2.744	0.9	0.009		29.5	29.4	0	0	0	0	10.7	0	4	4	#######	0	0	0	29.5	29.4	0.1	29.4	0.1	0.004	0.002	10.812	10.713	10.715