Citation:

PANGAEA.910665

Name: Growth rates of Capreolia implexa (Rhodophyta) under different temperatures
Creator: Philipp Laeseke
Published: 2020-01-10
License: https://creativecommons.org/licenses/by/4.0/

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

Published: 2020-01-10 • DOI registered: 2020-03-11

RIS Citation BibTeX Citation Text Citation Share

Related to:

Laeseke, Philipp; Martínez, Brezo; Mansilla, Andrés; Bischof, Kai (2020): Future range dynamics of the red alga Capreolia implexa in native and invaded regions: contrasting predictions from species distribution models versus physiological knowledge. Biological Invasions, https://doi.org/10.1007/s10530-019-02186-4

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Number of individuals	Ind No	#	Laeseke, Philipp
2	Treatment: temperature	T:temp	°C	Laeseke, Philipp
3	Growth rate	µ	mm/week	Laeseke, Philipp	day 7, of Capreolia implexa per individual and week (mm)
4	Growth rate	µ	mm/week	Laeseke, Philipp	day 14, of Capreolia implexa per individual and week (mm)
5	Growth rate	µ	mm/week	Laeseke, Philipp	day 21, of Capreolia implexa per individual and week (mm)
6	Growth rate	µ	mm/week	Laeseke, Philipp	day 28, of Capreolia implexa per individual and week (mm)

Change history:

2026-02-03T08:20:02 – The parameter 'Experiment day [day]' has been replaced with 'Growth rates [mm/week]'.

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Size:

833 data points

Data

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

1 Ind No [#]	2 T:temp [°C]	3 µ [mm/week] (day 7, of Capreolia implexa p...)	4 µ [mm/week] (day 14, of Capreolia implexa ...)	5 µ [mm/week] (day 21, of Capreolia implexa ...)	6 µ [mm/week] (day 28, of Capreolia implexa ...)
1	2	0.2041	0.062	-2.005
2	2	-0.5470	0.897	-1.350	-2.552
3	2	-0.0380	-0.040	0.324	-2.323
4	2	0.4770	0.505	-0.307	0.782
5	2	-0.2430	-0.319	-0.333	-1.621
6	2	-0.3470	-0.292	0.174	-1.413
7	2	0.4379	0.192	-0.269	-0.415
8	2	0.0990	0.064	-0.056	-0.230
9	2	-0.3590	0.922	-1.196	-2.863
10	2	0.1570	0.330	-0.940	-0.865
11	2	-0.2020	-0.212	0.278	-1.852
12	2	-0.1030	0.493	-0.382	-0.251
13	2	-0.3010	1.346	-0.422	0.067
14	2	-0.0540	0.099	-0.022	-0.533
1	4	-0.0040	0.246	-0.863	-1.524
2	4	-0.1920	0.100	-0.315	-0.543
3	4	-0.0300	0.374	-0.279	-0.437
4	4	-0.0300	0.344	-0.305	-1.783
5	4	-0.1630	0.162	-0.418	-2.439
6	4	-0.2070	0.593	-0.210	-0.516
7	4	0.6570	0.492	-0.219	0.308
8	4	0.1120	0.568	-0.176	-0.021
9	4	-0.1720	-1.603	-0.224	-0.563
10	4	-0.1980	0.853	-0.923	-1.790
11	4	-0.1120	0.550	-0.600	-1.430
12	4	1.0280	-0.338	-0.214	-0.343
13	4	0.3790	0.338	-0.300	0.082
14	4	-0.0750	0.404	-1.129	-0.853
1	6	0.7820	0.180	-0.138	0.617
2	6	-0.0870	0.149	0.253	-0.253
3	6	-0.0040	0.127	0.417	0.064
4	6	-0.4120	-0.048	0.624	-0.023
5	6	-0.0800	0.432	-0.016	-0.079
6	6	0.1530	0.178	0.922	-0.661
7	6	0.0560	0.124	0.193	0.529
8	6	-0.1900	0.199	0.250	-0.057
9	6	-0.8220	0.497	0.477	0.012
10	6	-0.0530	0.368	-0.327	0.273
11	6	0.2270	0.206	0.146	-0.303
12	6	-0.2630	0.205	0.594	-0.135
13	6	-0.5930	-0.246	0.103	-0.377
14	6	-0.7920
1	8	-0.2370	0.874	0.650	0.661
2	8	-1.4350	0.331	0.387	0.807
3	8	-1.2160	0.116	0.730	1.095
4	8	-2.3040
5	8	-0.1300	0.491	0.261	0.256
6	8	-0.5080	-0.433	0.465	-0.121
7	8	-0.7790	0.835	0.346	-0.073
8	8	0.1390	0.883	0.338	0.712
9	8	0.2630	0.599	1.441	0.285
10	8	0.3410	1.166	1.501	0.692
11	8	0.3500	0.928	0.616	0.402
12	8	1.7380	1.243	0.340	0.255
13	8	0.3520	0.558	0.289	0.285
14	8	0.2200	0.340	1.558	0.646
1	10	-0.1200	1.523	0.513	1.496
2	10	-0.1230	0.508	0.359	0.494
3	10	0.1360	0.392	-0.099	0.650
4	10	0.4260	1.117	0.743	0.251
5	10	0.0620	-0.152	0.245	-0.080
6	10	-0.8030	0.187	0.086	0.328
7	10	0.3040	0.613	0.258	0.346
8	10	0.4060	0.111	0.192	1.363
9	10	-2.1060	0.975	0.605	-0.050
10	10	-1.1210	0.839	0.206	-0.156
11	10	-0.0350	0.684	0.216	-0.057
12	10	0.1300	0.727	0.314	0.267
13	10	-0.0740	0.641	0.062	0.084
14	10	0.0240	0.655	0.316	0.343
1	12	0.1870	-0.103	0.396	0.311
2	12	0.5590	0.068	0.167	0.256
3	12	0.0380	0.061	0.261	-0.023
4	12	0.0590	0.028	0.400	0.132
5	12	0.0410	0.107	0.674	-0.137
6	12	0.3530	0.073	0.351	0.181
7	12	0.1200	0.053	0.446	0.041
8	12	0.1120	-0.018	0.103	0.003
9	12	0.1530	0.069	0.152	0.003
10	12	0.2150	0.040	0.372	0.157
11	12	0.2730	0.038	0.223	0.241
12	12	0.1080	0.038	0.103	-0.002
13	12	0.1360	0.041	0.151	0.116
14	12	0.0900	-0.044	0.312	0.192
1	14	0.0990	0.067	0.043	0.040
2	14	0.3850	0.193	0.472	1.026
3	14	0.1280	0.046	0.388	0.420
4	14	0.2620	0.141	0.622	0.521
5	14	0.2070	0.015	0.680	0.192
6	14	0.1090	0.036	0.147	0.298
7	14	0.0710	0.060	0.326	0.501
8	14	0.0130	0.046	0.331	0.558
9	14	0.2080	0.002	0.254	0.115
10	14	0.0790	0.177	0.838	0.339
11	14	0.2080	0.072	0.419	0.265
12	14	0.3400	0.022	0.280	0.147
13	14	0.0570	0.027	0.423	0.145
14	14	0.6020	0.015	0.791	0.464
1	16	0.3850	0.003	1.435	0.097
2	16	0.1700	0.022	0.081	0.043
3	16	0.3200	0.132	0.003	0.052
4	16	0.2900	0.103	0.388	0.666
5	16	0.2920	0.009	0.222	0.039
6	16	0.4730	0.058	0.425	0.343
7	16	0.2220	0.049	0.163	0.016
8	16	0.3130	0.082	0.485	0.468
9	16	1.0150	0.043	1.874	0.468
10	16	0.5560	0.034	1.342	0.901
11	16	0.1860	-0.024	0.332	-0.347
12	16	0.1060	0.023	0.002	-0.020
13	16	0.6560	0.039	1.360	0.596
14	16	0.1230	0.101	0.462	0.314
1	18	0.2550	0.378	1.534	0.313
2	18	0.5610	0.799	0.172	1.316
3	18	1.0730	2.846	1.051	0.350
4	18	0.4820	2.156	2.087	1.451
5	18	2.4910	1.350	3.327	-0.135
6	18	0.6420	0.749	1.830	0.476
7	18	0.2110	0.408	2.028	0.643
8	18	0.7200	0.801	0.140	0.045
9	18	2.1150	0.858	-1.156	0.226
10	18	-0.0870	2.012	1.129	1.547
11	18	2.3290	0.464	-0.378	0.576
12	18	1.3140	1.023	2.274	4.282
13	18	1.6100	1.627	1.724	3.635
14	18	1.0600	2.720	-0.415	0.781
1	20	0.2590	0.033	0.307	0.203
2	20	0.2920	0.034	1.783	1.348
3	20	0.8850	0.132	1.443	0.428
4	20	0.2120	0.025	0.441	0.246
5	20	0.2950	0.089	0.524	0.755
6	20	0.2250	0.044	0.001	0.076
7	20	0.6530	0.079	1.607	1.657
8	20	0.7230	0.056	1.610	0.451
9	20	-0.1340	0.050	0.977	0.027
10	20	0.5090	0.076	0.871	0.543
11	20	0.3370	0.030	0.003	0.066
12	20	0.0820	0.043	0.334	0.108
13	20	0.0230	0.066	0.037	0.258
14	20	0.1010	0.025	0.307	0.068