Citation:

j.ecss.2013.10.027

Name: Characterication of metals in hemolymph and tissues of the Antarctic bivalve Laternula elliptica
Published: 2013
License: https://creativecommons.org/licenses/by/3.0/

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Abstract:

A high input of lithogenic sediment from glaciers was assumed to be responsible for high Fe and Mn contents in the Antarctic soft shell clam Laternula elliptica at King George Island. Indeed, withdrawal experiments indicated a strong influence of environmental Fe concentrations on Fe contents in bivalve hemolymph, but no significant differences in hemolymph and tissue concentrations were found among two sites of high and lower input of lithogenic debris. Comparing Fe and Mn concentrations of porewater, bottom water, and hemolymph from sampling sites, Mn appears to be assimilated as dissolved species, whereas Fe apparently precipitates as ferrihydrite within the oxic sediment or bottom water layer prior to assimilation by the bivalve. Hence, we attribute the high variability of Fe and Mn accumulation in tissues of L. elliptica around Antarctica to differences in the geochemical environment of the sediment and the resulting Fe and Mn flux across the benthic boundary.

Project(s):

Impact of climate induced glacier melt on marine coastal systems, Antarctica (IMCOAST/IMCONet)

Priority Programme 1158 Antarctic Research with Comparable Investigations in Arctic Sea Ice Areas (SPP1158)

Funding:

German Research Foundation (DFG), grant/award no. 5472008 : Priority Programme 1158 Antarctic Research with Comparable Investigations in Arctic Sea Ice Areas

Coverage:

Median Latitude: -62.231050 * Median Longitude: -58.653588 * South-bound Latitude: -62.238900 * West-bound Longitude: -58.689600 * North-bound Latitude: -62.225300 * East-bound Longitude: -58.640600

Date/Time Start: 2010-01-21T18:30:00 * Date/Time End: 2010-03-18T13:00:00

Minimum DEPTH, sediment/rock: 0 m * Maximum DEPTH, sediment/rock: 0 m

Event(s):

Laternula_HEC_2010 * Latitude: -62.230000 * Longitude: -58.660000 * Location: King George Island, Antarctic Peninsula * Campaign: * Basis: Carlini/Jubany Station * Method/Device: Biological sample (BIOS) * Comment: on 2012-03-05 renamed to Scientific Base Dr. Alejandro Carlini

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Sample ID	Sample ID		Poigner, Harald
2	DATE/TIME	Date/Time		Poigner, Harald		Geocode
3	LATITUDE	Latitude		Poigner, Harald		Geocode
4	LONGITUDE	Longitude		Poigner, Harald		Geocode
5	Depth, bathymetric	Bathy depth	m	Poigner, Harald
6	DEPTH, sediment/rock	Depth sed	m	Poigner, Harald		Geocode
7	Laternula elliptica, length of valve	L. elliptica l	mm	Poigner, Harald	Vernier caliper
8	Laternula elliptica, height of valve	L. elliptica h	mm	Poigner, Harald	Vernier caliper
9	Laternula elliptica, width of valve	L. elliptica w	mm	Poigner, Harald	Vernier caliper
10	Fresh weight, complete	FWc	g	Poigner, Harald
11	Fresh weight, valves	FWv	g	Poigner, Harald
12	Dry weight, valves	DWv	g	Poigner, Harald
13	Hemocystes	Hc	#/ml	Poigner, Harald	Neubauer haemocytometer, improved
14	Barium, haemolymph fluid and hemocytes	Ba hfh	µg/l	Poigner, Harald	Inductively coupled plasma - mass spectrometry (ICP-MS)
15	Calcium, haemolymph fluid and hemocytes	Ca hfh	mg/l	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry
16	Cobalt, haemolymph fluid and hemocytes	Co hfh	µg/l	Poigner, Harald	Inductively coupled plasma - mass spectrometry (ICP-MS)
17	Chromium, haemolymph fluid and hemocytes	Cr hfh	µg/l	Poigner, Harald	Inductively coupled plasma - mass spectrometry (ICP-MS)
18	Copper, haemolymph fluid and hemocytes	Cu hfh	µg/l	Poigner, Harald	Inductively coupled plasma - mass spectrometry (ICP-MS)
19	Iron, haemolymph fluid and hemocytes	Fe hfh	mg/l	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry
20	Potassium, haemolymph fluid and hemocytes	K hfh	mg/l	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry
21	Magnesium, haemolymph fluid and hemocytes	Mg hfh	mg/l	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry
22	Manganese, haemolymph fluid and hemocytes	Mn hfh	µg/l	Poigner, Harald	Inductively coupled plasma - mass spectrometry (ICP-MS)
23	Sodium, haemolymph fluid and hemocytes	Na hfh	g/l	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry
24	Nickel, haemolymph fluid and hemocytes	Ni hfh	µg/l	Poigner, Harald	Inductively coupled plasma - mass spectrometry (ICP-MS)
25	Phosphorus, haemolymph fluid and hemocytes	P hfh	mg/l	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry
26	Strontium, haemolymph fluid and hemocytes	Sr hfh	mg/l	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry
27	Zinc, haemolymph fluid and hemocytes	Zn hfh	mg/l	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry
28	Calcium, digestive gland tissue	Ca dgt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
29	Cadmium, digestive gland tissue	Cd dgt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
30	Cadmium, digestive gland tissue	Cd dgt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
31	Copper, digestive gland tissue	Cu dgt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
32	Iron, digestive gland tissue	Fe dgt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
33	Potassium, digestive gland tissue	K dgt	%	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
34	Magnesium, digestive gland tissue	Mg dgt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
35	Strontium, digestive gland tissue	Sr dgt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
36	Zinc, digestive gland tissue	Zn dgt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
37	Aluminium, gills tissue	Al gt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
38	Aluminium, gills tissue	Al gt	mg/kg	Poigner, Harald	Inductively coupled plasma - mass spectrometry (ICP-MS)	values refering to dry weight
39	Calcium, gill tissue	Ca gt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
40	Copper, gill tissue	Cu gt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
41	Copper, gill tissue	Cu gt	mg/kg	Poigner, Harald	Inductively coupled plasma - mass spectrometry (ICP-MS)	values refering to dry weight
42	Iron, gill tissue	Fe gt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
43	Potassium, gill tissue	K gt	%	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
44	Magnesium, gill tissue	Mg gt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
45	Manganese, gill tissue	Mn gt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
46	Manganese, gill tissue	Mn gt	mg/kg	Poigner, Harald	Inductively coupled plasma - mass spectrometry (ICP-MS)	values refering to dry weight
47	Strontium, gill tissue	Sr gt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
48	Zinc, gill tissue	Zn gt	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
49	Calcium, mantle tissue	Ca (mt)	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
50	Iron, mantle tissue	Fe (mt)	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
51	Potassium, mantle tissue	K (mt)	%	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
52	Magnesium, mantle tissue	Mg (mt)	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
53	Strontium, mantle tissue	Sr (mt)	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight
54	Zinc, mantle tissue	Zn (mt)	mg/kg	Poigner, Harald	ICP-OES, Inductively coupled plasma - optical emission spectrometry	values refering to dry weight

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

1538 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Sample ID	2 Date/Time	3 Latitude	4 Longitude	5 Bathy depth [m]	7 L. elliptica l [mm] (Vernier caliper)	8 L. elliptica h [mm] (Vernier caliper)	9 L. elliptica w [mm] (Vernier caliper)	10 FWc [g]	11 FWv [g]	12 DWv [g]	13 Hc [#/ml] (Neubauer haemocytometer, impr...)	14 Ba hfh [µg/l] (Inductively coupled plasma - ...)	15 Ca hfh [mg/l] (ICP-OES, Inductively coupled ...)	16 Co hfh [µg/l] (Inductively coupled plasma - ...)	17 Cr hfh [µg/l] (Inductively coupled plasma - ...)	18 Cu hfh [µg/l] (Inductively coupled plasma - ...)	19 Fe hfh [mg/l] (ICP-OES, Inductively coupled ...)	20 K hfh [mg/l] (ICP-OES, Inductively coupled ...)	21 Mg hfh [mg/l] (ICP-OES, Inductively coupled ...)	22 Mn hfh [µg/l] (Inductively coupled plasma - ...)	23 Na hfh [g/l] (ICP-OES, Inductively coupled ...)	24 Ni hfh [µg/l] (Inductively coupled plasma - ...)	25 P hfh [mg/l] (ICP-OES, Inductively coupled ...)	26 Sr hfh [mg/l] (ICP-OES, Inductively coupled ...)	27 Zn hfh [mg/l] (ICP-OES, Inductively coupled ...)	28 Ca dgt [mg/kg] (values refering to dry weight...)	29 Cd dgt [mg/kg] (values refering to dry weight...)	30 Cd dgt [mg/kg] (values refering to dry weight...)	31 Cu dgt [mg/kg] (values refering to dry weight...)	32 Fe dgt [mg/kg] (values refering to dry weight...)	33 K dgt [%] (values refering to dry weight...)	34 Mg dgt [mg/kg] (values refering to dry weight...)	35 Sr dgt [mg/kg] (values refering to dry weight...)	36 Zn dgt [mg/kg] (values refering to dry weight...)	37 Al gt [mg/kg] (values refering to dry weight...)	38 Al gt [mg/kg] (values refering to dry weight...)	39 Ca gt [mg/kg] (values refering to dry weight...)	40 Cu gt [mg/kg] (values refering to dry weight...)	41 Cu gt [mg/kg] (values refering to dry weight...)	42 Fe gt [mg/kg] (values refering to dry weight...)	43 K gt [%] (values refering to dry weight...)	44 Mg gt [mg/kg] (values refering to dry weight...)	45 Mn gt [mg/kg] (values refering to dry weight...)	46 Mn gt [mg/kg] (values refering to dry weight...)	47 Sr gt [mg/kg] (values refering to dry weight...)	48 Zn gt [mg/kg] (values refering to dry weight...)	49 Ca (mt) [mg/kg] (values refering to dry weight...)	50 Fe (mt) [mg/kg] (values refering to dry weight...)	51 K (mt) [%] (values refering to dry weight...)	52 Mg (mt) [mg/kg] (values refering to dry weight...)	53 Sr (mt) [mg/kg] (values refering to dry weight...)	54 Zn (mt) [mg/kg] (values refering to dry weight...)
B101	2010-01-26T16:45	-62.2353	-58.6615	10	75.6	44.3	18.4	66.8		11.0	780000	20	417	31	23	39	8.9	443	1.35	11	9.3	68	39.7	8.1	4.0	2660	18.7		69.4	1640	0.984	2390	112.0	97		822	2690		6.6	1160	1.06	4010		9.6	36.2	67.4
B102	2010-01-26T16:45	-62.2353	-58.6615	10	83.1	47.7	18.7		19.1	16.8	985000															3590	14.8		38.9	1770	0.882	2560	152.0	89	1950		3220		9.0	2030	1.20	4400	19.5		42.2	90.6	2770	2210	0.738	3870	38.1	55.9
B103	2010-01-26T16:45	-62.2353	-58.6615	10	74.7	41.6	19.6	53.6	10.7	9.8	672500	35	415	23	44	68	12.9	406	1.27	<5	9.8	85	47.1	8.3	4.7	1750		13.1	97.3	1170	0.983	2160	77.9	101		627	2230		7.2	1020	1.49	4330	10.3		32.5	80.0
B104	2010-01-26T16:45	-62.2353	-58.6615	10	76.7	44.4	17.8	56.2	10.5		577500	15	415	16	25	53	12.2	424	1.33	<5	8.9	52	51.6	8.0	5.3	1710	15.0		94.6	1010	0.959	1950	92.4	103	1950		2820	12.5		1830	1.51	4730	23.7		41.9	105.0	?3030	?572	?0.737	?5020	?42.7	?58.3
B105	2010-01-26T16:45	-62.2353	-58.6615	10	74.5	43.1	17.2	61.4	13.2	12.2	825000	21	399	14	16	36	9.0	420	1.33	<5	9.9	35	45.5	7.8	4.7	1800	17.7		77.2	1070	0.968	2110	76.0	104	1250		2460	8.4		1390	1.50	4090	13.5		34.8	93.7	1380	438	1.270	3070	20.8	70.7
B191	2010-01-29T21:15	-62.2321	-58.6525	5	86.9	50.6	18.9	97.1	16.6	14.8	760000		429				7.2	446	1.39					8.1	5.4	1050	22.8		78.8	1730	0.796	1710	42.8	91	2330		2610	10.0		2160	1.27	4550	29.3		39.1	85.0
B192	2010-01-29T21:15	-62.2321	-58.6525	5	89.2	44.2	19.1	59.5	12.3	11.8	200000		402				2.0	417	1.35		10.1			7.9	1.1	2880	37.7		52.4	1370	0.842	2410	126.0	113	3430		4200	12.1		2670	1.46	5520	85.2		54.9	106.0	2390	592	1.130	4850	35.6	92.8
B193	2010-01-29T21:15	-62.2321	-58.6525	5	89.0	48.1	19.7	64.7	16.6	15.7	755000	40	416	100	49	43	8.5	385	1.08	216	9.6	198	52.4	8.2	7.2	3180	16.4		53.1	1670	0.847	2590	89.9	98	2620		3580	13.4		2560	1.34	5070	31.9		49.8	99.2	1900	494	0.862	4100	28.7	59.4
B194	2010-01-29T21:15	-62.2321	-58.6525	5	90.7	51.2	17.5	60.8	15.9	14.9	235000	15	416	<5	<5	<5	2.9	444	1.35	<5	9.7	64		7.9	0.7	3550	28.3		39.3	1850	0.893	2280	131.0	94	1960		4570	10.3		2310	1.56	5150	20.5		60.1	104.0	4040	1450	1.200	6160	57.9	88.6
B195	2010-01-29T21:15	-62.2321	-58.6525	5	82.7	47.6	18.5	69.1	14.3	13.3		33	418	<10	<10	<10	4.5	393	1.24	34	9.1	63		7.7	0.8	1960	18.5		55.6	1130	0.925	1990	61.6	98	3050		3530	15.6		2830	1.39	5480	34.3		46.3	94.8	1200	386	0.501	2690	18.2	34.4
B211	2010-03-18T13:00	-62.2320	-58.6538	5	73.2	42.8	14.6	55.2	10.9	10.2	4060000	6	451	<5	13	15	18.0	494	1.27	<5	10.2	15	47.8	8.9	4.1	3390	33.8		116.0	1320	0.877	1920	117.0	116	1780		4180	13.5		1820	1.53	5150	19.0		57.7	123.0	1850	326	1.130	4340	29.6	67.2
B212	2010-03-18T13:00	-62.2320	-58.6538	5	79.6	43.1	16.7	58.0	11.9	11.2		15	446	28	<10	70	10.6	443	1.29	<10	9.7	36	58.6	8.9	6.8	2460	21.3		85.1	1330	0.774	2030	87.1	98	2680		3920		10.1	2450	1.33	5340	26.9		55.0	103.0	1480	319	1.100	3450	23.6	75.7
B213	2010-03-18T13:00	-62.2320	-58.6538	5	80.9	49.3	18.1	76.5	21.1	18.9	3200000	29	445	27	54	34	22.3	485	1.29	58	10.5	99	61.1			4290	29.9		62.3	2180	0.924	2420	104.0	112	3220		4590	13.5		3530	1.52	5350	36.7		62.7	98.9	2580	694	0.983	5170	39.8	72.3
B214	2010-03-18T13:00	-62.2320	-58.6538	5	81.5	47.3	18.1	66.5	17.7	16.6		55	469	52	155	67	25.6	436	1.29	58	10.5	199	86.1	9.1	12.2	2760	30.2		92.5	1530	0.878	2120	115.0	115		661	2730	9.2		1420	1.37	4670	12.7		39.9	112.0	2060	439	1.180	4750	34.5	82.0
B215	2010-03-18T13:00	-62.2320	-58.6538	5	74.2	46.7	16.3	61.2	13.0	12.3	4725000	35	463	68	83	51	15.4	468	1.35	107	10.0	116	105.0			1720	15.5		94.1	854	0.781	1560	80.7	99	3440		2730	10.5		2680	1.07	4430	38.8		33.8	76.9	1750	330	1.060	4220	28.0	70.9
B301	2010-02-18T14:30	-62.2299	-58.6451	10	74.1	47.7	20.4	74.3	11.0	10.8	1700000	22	453	24	35	24	10.4	463	1.86	<5	9.8	51	47.9	8.8	7.4	1460	29.6		92.2	929	0.808	1850	59.4	109		1330	2820		11.1	1420	1.54	5110		17.8	38.0	106.0	2180	258	1.220	5570	37.1	86.3
B302	2010-02-18T14:30	-62.2299	-58.6451	10	84.4	45.1	19.6	73.6	11.7	10.8	2380000	58	461	79	104	45	4.1	492	0.61	<5	9.9	73	93.2			1410	31.9		108.0	1540	1.060	2290	64.6	118	2350		2430	10.5		2090	1.40	4100	27.3		32.4	84.7	1510	319	1.140	3480	23.0	73.6
B303	2010-02-18T14:30	-62.2299	-58.6451	10	84.1	48.6	18.7	82.7	15.7	14.6	2575000	8	458	52	23	28	1.4	433	0.57	<10	9.7	42	75.0	8.3	8.7	1870	29.1		87.2	1280	0.848	1970	77.8	102	1090		2310	8.5		1110	1.27	4270	12.8		31.6	90.9
B304	2010-02-18T14:30	-62.2299	-58.6451	10	86.0	47.6	20.5	51.9	10.3	9.7	905000	141	443	35	57	?707	7.3	420	0.13	<10	9.9	105		8.8	6.7	3040	35.1		64.2	2320	0.862	2220	129.0	105	2020		3360	11.4		2030	1.61	4430	22.2		47.4	94.4	2360	393	1.040	5190	37.1	80.8
B305	2010-02-18T14:30	-62.2299	-58.6451	10	82.3	45.9	20.1	76.4	12.2	11.7		6	399	26	12	26	0.3	410	0.37	<5	9.9	50	37.5	7.2	4.2	1210	24.2		124.0	1020	0.959	1880	49.1	103	1150		2150	8.5		1140	1.43	4190	15.3		33.4	144.0	1300	172	1.150	3540	21.1	74.3
B361	2010-01-21T18:30	-62.2296	-58.6450	20	87.0	47.8	19.3	67.3	12.2	11.1		24	357	40	<10	35	5.8	349	1.03	46	8.0	70		7.0	3.2	1510	24.9		71.2	1550	0.878	1970	54.9	122	3990		4580	19.1		4000	2.21	8540	92.3		74.9	177.0	?1980	?1750	?0.551	?3640		?63.8
B362	2010-01-21T18:30	-62.2296	-58.6450	20	83.6	47.1	19.1	78.0	14.5																	2680	21.9		71.3	1540	1.000	2790	70.7	92	2500		3100	10.6		2300	1.48	5580	31.9		45.9	99.8
B363	2010-01-21T18:30	-62.2296	-58.6450	20	80.3	46.1		70.5	12.3			35	428	105	63	32	9.5	444	1.16	55	9.8	101	83.5	8.8	11.0	1940	40.7		61.4	1770	0.904	2200	59.3	96	1900		3050	9.3		1650	1.38	4750	20.8		41.3	96.1	?3540	?1210	?0.925	?7540	?54.0	?71.9
B364	2010-01-21T18:30	-62.2296	-58.6450	20	80.3	41.8	18.9	56.0	12.3	10.5		33	388	37	24	32	8.4	402	1.11	71	8.9	64	31.9	7.5	4.1	1730	28.8		100.0	1330	0.867	2440	75.8	107	1830		2880	11.2		2130	1.43	4600	32.5		40.6	105.0
B365	2010-01-21T18:30	-62.2296	-58.6450	20	80.6	43.7	18.9	65.2	12.6	11.2																1670	25.8		87.6	1190	1.070	3350	73.5	113	2100		2560	10.4		1730	1.44	5540	27.7		40.1	96.5	?2110	?2160	?0.480	?3760		?41.9
C101	2010-03-05T18:45	-62.2389	-58.6896	25	101.8	51.5	19.3	84.7	17.3	16.0	1585000	21	415	22	34	35	3.6	451	0.48	58	10.0	83	28.6	7.9	3.6	4630	24.3		41.0	2240	0.591	2610	129.0	64		1090	4960		9.7	2520	1.14	5670		12.8	59.1	84.9	3500	1010	0.972	5660	51.8	78.5
C102	2010-03-05T18:45	-62.2389	-58.6896	25	97.9	53.7	16.6	89.3	22.9	20.9	1470000	8	439	25	51	28	7.3	450	1.01	<5	10.4	136	56.6	8.4	6.3	4910	41.5		49.6	2480	0.639	2810	126.0	110	1350		5360	11.1		2190	1.23	5740	13.3		68.4	96.0	3400	650	1.020	6490	53.7	83.0
C103	2010-03-05T18:45	-62.2389	-58.6896	25	88.3	50.5	18.0	70.0	12.9	12.1			412				11.1	423	1.28		10.7		61.4	8.0	8.6	1910	30.5		107.0	1740	1.070	1930	88.1	108	1510		3050	9.8		1950	1.57	4710	15.6		42.5	94.8	1640	376	1.380	3860	25.5	83.8
C104	2010-03-05T18:45	-62.2389	-58.6896	25	85.0	50.2	15.1	63.2	14.1	13.1		31	447	5	107	48	14.3	484	0.93	<20	10.7	110	66.5	8.6	7.3	2310	49.8		102.0	1780	0.971	2210	100.0	109	1550		2660	10.3		2270	1.55	4460	17.9		39.7	92.4	2110	519	1.100	4880	34.3	76.3
C105	2010-03-05T18:45	-62.2389	-58.6896	25	87.9	43.1	17.6	70.7	9.7	9.5	2005000	16	426	8	14	45	3.0	452	1.15	132	10.4	62		8.1	2.2	1440	17.5		115.0	1080	1.180	2090	65.1	123	1020		1940	9.6		1100	1.56	3860	14.0		29.3	125.0	1320	188	1.210	3650	21.7	65.4
ID101	2010-03-12T13:45	-62.2253	-58.6406	20	63.1	35.1	13.6	35.3	4.6	4.4	2530000	64	401	<2	12	30	1.7	467	0.68	<5	9.7	88	32.0			615	10.6		149.0	1050	0.930	1650	25.8	103	1130		1430	8.4		936	1.48	4440	15.5		25.6	92.6	1220	71	1.260	3660	20.3	64.2
ID102	2010-03-12T13:45	-62.2253	-58.6406	20	61.0	32.4	12.0	21.2	3.4	3.2		47	415	9	24	45	3.0	471	0.98	219	9.9	76	51.5			447		6.6	122.0	726	0.640	1130	15.6	91	553		1330	7.1		523	1.35	3980	9.5		23.8	87.6	1360	157	1.070	3800	22.2	62.2
ID103	2010-03-12T13:45	-62.2253	-58.6406	20	62.2	32.0		27.1	3.6	3.4	2100000	10	412	<5	5	21	0.8	473	0.73	<5	9.9	79	34.2			886		9.6	170.0	1520	1.070	1980	33.2	111		397	1410	8.3		710	1.61	4270	10.3		28.7	91.7	1410	150	1.230	4110	23.6	63.4
ID104	2010-03-12T13:45	-62.2253	-58.6406	20	60.3	31.8	11.2	26.3	3.5	3.3	3460000	73	418	<20	39	37	7.3	446		27	10.2	80	47.5	8.6	4.5	704		7.7	165.0	809	1.120	1780	28.8	123	556		1340	7.2		541	1.32	4210	9.9		24.7	79.7	2380	147	1.260	5390	34.0	68.4
ID105	2010-03-12T13:45	-62.2253	-58.6406	20	62.2	31.7	11.1	29.1	3.5	3.3	2645000	19	439	<10	<10	23	2.9	465	1.10	<10	10.3	11	76.9			688		9.8	147.0	799	0.962	1700	24.9	112		489	1510	5.5		484	1.58	4460		8.7	25.5	93.0	1370	72	1.190	3520	20.6	62.5
ID111	2010-02-22T00:00	-62.2253	-58.6406	20	63.8	34.0	15.3			3.9
ID112	2010-02-22T00:00	-62.2253	-58.6406	20						2.7		7	450	<10	<10	?332	1.9	431	1.30	<10	10.0	109		8.5	5.3
ID113	2010-02-22T00:00	-62.2253	-58.6406	20	57.0	32.6	14.7			3.2			443				1.4	432	0.89		9.9		166.6	8.3	5.2
ID114	2010-02-22T00:00	-62.2253	-58.6406	20	63.2	37.1	17.2			4.8			438				3.0	404	1.29		10.3			8.4	6.4
ID115	2010-02-22T00:00	-62.2253	-58.6406	20	56.9	32.4	15.2			3.8		?145	420	?137	?130	?514	1.3	416	0.94	?609	9.6	181		7.8	4.3