Citation:

PANGAEA.753645

Always quote citation above when using data! You can download the citation in several formats below.

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Related to:

Weihe, Ellen; Abele, Doris (2008): Differences in the physiological response of inter- and subtidal Antarctic limpets Nacella concinna to aerial exposure. Aquatic Biology, 4, 155-166, https://doi.org/10.3354/ab00103

Weihe, Ellen; Kriews, Michael; Abele, Doris (2010): Differences in heavy metal concentrations and in the response of the antioxidant system to hypoxia and air exposure in the Antarctic limpet Nacella concinna. Marine Environmental Research, 69(3), 127-135, https://doi.org/10.1016/j.marenvres.2009.09.003

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:

Latitude: -62.233300 * Longitude: -58.716700

Event(s):

PotterCove_Nacella * Latitude: -62.233300 * Longitude: -58.716700 * Location: Potter Cove, King George Island, Antarctic Peninsula * Campaign: * Basis: Carlini/Jubany Station * Method/Device: Biology (BIO)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator
1	Sample code/label	Sample label		Weihe, Ellen
2	Length	l	mm	Weihe, Ellen
3	Width	w	mm	Weihe, Ellen
4	Height	h	mm	Weihe, Ellen
5	Mass	Mass	g	Weihe, Ellen

License:

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

Size:

979 data points

Data

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

1 Sample label	2 l [mm]	3 w [mm]	4 h [mm]	5 Mass [g]
1	36.1	26	13.0	2.049
2	31.7	22	10.3	1.758
3	33.3	23	10.6	1.141
4	34.6	24	12.3	2.198
5	32.9	23	13.6	2.378
6	28.4	20	10.7	0.934
7	31.3	22	12.5	1.248
8	27.8	19	9.0	0.812
9	31.6	22	11.5	1.871
10	30.8	21	10.7	0.964
20	34.2	24	12.9	1.445
21	33.8	23	13.3	1.640
22	32.5	23	12.2	1.443
23	32.0	21	10.3	1.220
24	27.7	19	7.3	0.909
25	30.3	21	11.7	1.686
26	32.6	23	11.3	1.561
27	36.4	26	12.4	2.340
28	32.4	22	11.2	1.351
29	31.8	22	10.2	1.388
40	34.6	26	13.6	2.584
41	28.4	19	9.4	0.820
42	32.7	24	12.2	1.968
43	27.9	21	9.6	1.103
44	29.0	20	9.8	0.942
45	30.7	22	10.8	1.765
46	30.8	20	9.8	1.033
47	37.8	27	17.4	3.323
48	30.0	21	10.1	0.945
49	30.7	25	13.0	1.621
60	34.1	23	14.0	1.277
61	35.6	26	14.0	2.417
62	31.1	22	9.9	1.264
63	29.9	21	11.2	1.124
64	30.1	21	9.1	1.110
65	37.0	26	13.8	1.619
66	28.6	21	9.5	0.780
67	31.9	21	10.6	1.182
68	31.0	23	9.6	1.032
69	32.3	23	11.2	1.356
70	34.9	24	11.5	1.548
71	29.9	22	10.7	1.571
72	31.4	21	12.4	0.864
73	28.6	19	9.5	0.836
74	31.3	22	11.2	1.532
75	32.7	23	10.6	1.392
76	30.5	22	11.1	1.397
77	32.0	23	10.6	1.108
78	29.9	21	10.9	1.476
79	28.8	20	9.9	1.125
80	32.4	24	11.2	1.341
81	36.6	27	14.4	2.806
82	33.4	22	13.7	1.503
83	31.4	23	11.1	1.564
84	31.1	22	11.0	1.613
85	32.3	23	11.5	1.691
86	29.4	20	11.9	1.480
87	28.9	19	9.2	0.786
88	34.3	24	14.2	2.039
89	36.5	25	10.6	2.293
200	33.4	23	12.5	1.159
201	34.6	25	12.8	1.576
202	30.0	21	11.1	1.365
203	35.1	24	11.6	1.441
204	36.7	25	13.7	1.440
205	31.6	22	11.4	1.221
206	33.8	24	11.6	1.170
207	36.0	25	12.9	1.773
208	37.3	27	15.0	2.344
209	35.8	25	14.1	1.780
210	30.7	21	10.2	0.841
211	32.1	23	10.6	1.413
212	33.6	23	12.2	1.879
213	33.7	24	13.1	1.710
214	30.4	21	10.4	1.416
215	29.3	20	10.9	0.938
216	33.4	24	11.8	1.659
217	35.5	26	13.1	2.310
218	33.3	24	12.6	1.392
219	32.8	23	10.5	0.141
220	33.9	24	11.7	2.179
221	34.8	25	13.2	2.681
222	34.2	24	14.6	2.205
223	34.5	24	13.1	1.569
224	34.3	23	12.5	2.031
225	32.2	23	10.8	1.388
226	35.4	24	14.6	1.740
227	33.3	23	12.2	1.031
228	33.2	24	13.1	2.013
229	35.7	25	13.4	1.966
230	33.4	24	11.4	1.732
231	32.4	23	11.4	0.993
232	34.5	24	14.4	1.679
233	33.7	24	12.7	1.079
234	33.4	25	12.9	1.414
235	32.9	22	12.3	1.215
236	34.0	23	14.5	2.304
237	36.4	26	16.1	1.811
238	33.4	25	12.6	1.718
239	34.4	23	17.0	2.167
250	33.8	25	13.2	1.732
251	34.6	25	13.7	1.480
252	37.7	28	12.9	3.108
253	35.8	25	12.1	1.755
254	34.3	25	13.4	2.183
255	33.0	22	13.7	1.912
256	35.3	25	13.3	2.153
257	29.7	21	9.3	1.146
258	36.6	27	12.8	2.067
259	36.5	25	13.5	1.969
260	30.3	22	10.5	0.943
261	27.3	19	9.0	0.988
262	29.2	20	8.9	0.635
263	34.0	22	11.1	1.791
264	35.5	24	11.5	1.689
265	33.1	23	11.9	1.667
266	33.3	23	9.8	1.232
267	36.2	26	14.8	2.242
268	35.1	25	13.6	1.736
269	35.4	24	12.7	1.997
270	33.3	23	12.6	1.575
280	30.7	22	11.9	0.987
281	29.5	20	11.8	0.880
282	31.1	21	10.1	1.136
283	28.5	19	10.9	1.163
284	34.7	25	10.9	1.499
285	40.1	27	13.8	2.252
286	34.4	24	12.9	1.578
287	31.0	22	12.4	1.776
288	32.4	23	13.5	1.547
289	36.5	25	13.6	1.934
290	31.4	22	11.4	1.142
291	30.4	21	11.9	1.046
292	30.8	22	9.8	1.106
293	31.8	23	12.1	1.187
294	27.9	20	9.2	1.075
295	35.3	24	13.7	1.531
296	33.8	23	12.0	2.090
297	32.9	23	12.8	1.304
298	31.8	22	11.9	1.275
299	32.8	24	11.4	1.311
310	36.5	26	12.9	1.526
311	36.2	26	13.1	2.192
312	34.6	24	11.9	1.948
313	33.1	23	10.7	1.301
314	34.1	25	11.7	2.066
315	35.8	25	12.9	2.190
316	35.2	25	12.8	2.251
317	34.2	24	12.7	1.379
318	31.8	22	11.5	1.458
319	36.1	26	14.5	1.676
320	32.1	22	10.8	1.676
321	31.4	23	11.7	1.319
322	33.8	24	14.0	2.248
323	28.1	21	10.2	0.646
324	30.1	21	11.3	1.198
325	35.7	25	12.8	1.837
326	35.6	25	12.7	2.284
327	38.3	28	15.2	2.537
328	40.6	28	16.1	3.019
329	28.0	20	10.4	0.834
330	32.2	23	12.4	1.108
331	34.3	24	12.3	2.572
332	35.2	25	11.2	1.435
333	32.3	22	12.1	1.476
334	33.9	25	13.6	2.203
335	28.8	20	10.4	0.829
336	32.4	23	11.0	1.287
337	37.9	28	13.5	2.247
338	30.1	23	13.4	1.185
339	35.2	24	12.5	1.717
340	30.5	22	13.0	1.685
341	38.4	26	12.9	1.952
342	31.3	22	11.6	1.044
343	31.2	21	10.4	1.213
344	36.6	25	14.0	1.977
345	32.5	24	12.8	1.720
346	32.4	23	11.6	1.952
347	36.9	26	12.5	1.679
348	31.1	23	12.8	1.537
349	37.8	26	13.4	2.341
803	36.9	26	13.6	1.701
804	33.6	24	12.6	1.586
806	29.2	21	11.3	1.541
807	33.8	23	11.4	2.466
808	35.1	27	13.8	1.360
809	34.3	24	13.6	0.996
812	32.2	23	12.5	1.490
813	33.2	23	12.1	1.492
814	63.8	45	21.1	4.561
815	66.3	46	20.3	5.031
816	43.0	29	15.4
817	47.1	33	11.8
822	45.2	29	14.8
823	39.5	27	13.1
824	51.4	37	17.2
825	53.1	39	17.6