Citation:

PANGAEA.923785

Name: Morphology of larval northern leopard frogs (Rana pipiens) on last day of chronic NaCl exposure experiment
Published: 2020-06-19
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Anthropogenic disturbances; conservation physiology; mechanism; salt; stress

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Abstract:

We investigated the influence of exposure to chronic salinity (NaCl) and mifepristone (a glucocorticoid antagonist) for 24 d on wet mass (g), dry mass (g; following freeze drying), water content (%; calculated after freeze drying), snout-vent length (mm), and developmental stage (Gosner stage) of Northern Leopard Frogs (Rana pipiens). The dataset contains values of each trait for each larva that was alive on the final day (day 24) of the experiment

Keyword(s):

Anthropogenic disturbances; conservation physiology; mechanism; salt; stress

Related to:

Tornabene, Brian J; Hossack, Blake R; Crespi, Erica J; Breuner, Creagh W (2021): Corticosterone mediates a growth‐survival tradeoff for an amphibian exposed to increased salinity. 335(8), 703-715, https://doi.org/10.1002/jez.2535

Event(s):

Rana_pipiens * Method/Device: Experiment (EXP)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Sample ID	Sample ID		Tornabene, Brian J
2	Cup	Cup		Tornabene, Brian J		Cup number within nacl treatment
3	Treatment: NaCl	T:NaCl	mg/l	Tornabene, Brian J	Chloride titration strips, Hach
4	Treatment: hormones	T:hormones		Tornabene, Brian J	RU486 SKU M8046, Sigma Aldrich	Mifepristone
5	Stage	Stage		Tornabene, Brian J	Gosner staging tables	Gosner developmental stage
6	Wet mass	Wet m	g	Tornabene, Brian J	Digital scale
7	Dry mass	Dry m	g	Tornabene, Brian J	Mass difference on oven/freeze drying per unit mass of wet sediment
8	Liquid water content	LWC	%	Tornabene, Brian J	Calculated, (wet mass - dry mass)/wet mass
9	Snout-vent length	SVL	mm	Tornabene, Brian J	Caliper

License:

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

Size:

972 data points

Data

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

1 Sample ID	2 Cup	3 T:NaCl [mg/l]	4 T:hormones	5 Stage	6 Wet m [g]	7 Dry m [g]	8 LWC [%]	9 SVL [mm]
1	1	0	No	37	1.96	0.0931	95.25000000	23.09
2	2	0	No	38	1.95	0.0909	95.34000000	23.71
3	3	0	No	36	1.98	0.0664	96.65000000	21.18
4	4	0	No	37	1.54	0.0894	94.19000000	21.28
5	5	0	No	38	2.19	0.0928	95.76000000	23.48
6	6	0	No	38	1.93	0.0804	95.83000000	22.25
7	7	0	No	36	1.28	0.0773	93.96000000	20.72
8	8	0	No	37	1.77	0.0738	95.83000000	21.40
9	9	0	No	37	2.12	0.0794	96.25000000	23.64
10	10	0	No	37	1.52	0.0788	94.82000000	21.50
11	11	0	No	37	1.79	0.0646	96.39000000	21.84
12	12	0	No	36	2.00	0.0806	95.97000000	22.42
13	13	0	No	38	1.68	0.0847	94.96000000	20.92
14	14	0	No	37	2.07	0.0976	95.29000000	23.30
15	15	0	No	37	1.95	0.0853	95.63000000	23.10
16	16	0	No	38	1.58	0.0833	94.73000000	21.85
17	17	0	No	36	1.85	0.0934	94.95000000	22.57
18	18	0	No	36	2.05	0.0849	95.86000000	23.01
19	19	0	No	37	1.74	0.0596	96.57000000	23.19
20	20	0	No	38	1.94	0.0905	95.34000000	22.92
21	1	0	Yes	36	2.44	0.0911	96.27000000	22.07
22	2	0	Yes	36	1.83	0.0835	95.44000000	21.62
23	3	0	Yes	35	1.63	0.0696	95.73000000	19.38
24	4	0	Yes	37	1.97	0.1035	94.75000000	22.36
25	5	0	Yes	36	1.96	0.0822	95.81000000	22.73
26	6	0	Yes	37	1.67	0.1094	93.45000000	20.14
27	7	0	Yes	38	1.77	0.0941	94.68000000	21.53
28	8	0	Yes	37	1.62	0.0870	94.63000000	20.58
29	9	0	Yes	38	1.86	0.0960	94.84000000	22.10
30	10	0	Yes	36	2.59	0.0956	96.31000000	24.82
31	12	0	Yes	37	2.19	0.0933	95.74000000	23.07
32	13	0	Yes	36	1.52	0.0614	95.96000000	20.48
33	14	0	Yes	37	2.25	0.0957	95.75000000	23.32
34	15	0	Yes	37	2.22	0.1102	95.04000000	24.54
35	16	0	Yes	36	1.69	0.0624	96.31000000	19.73
36	17	0	Yes	36	2.09	0.0888	95.75000000	22.56
37	18	0	Yes	36	1.98	0.0796	95.98000000	22.74
38	19	0	Yes	37	2.17	0.0944	95.65000000	23.33
39	20	0	Yes	37	2.23	0.0894	95.99000000	23.24
40	4	4000	No	33	1.28	0.0423	96.70000000	18.70
41	6	4000	No	32	0.95	0.0423	95.55000000	17.62
42	1	4000	No	32	1.00	0.0445	95.55000000	17.31
43	3	4000	No	34	1.16	0.0553	95.23275862	19.81
44	1	1000	No	35	1.95	0.0897	95.40000000	22.37
45	2	1000	No	36	1.62	0.0921	94.31000000	21.81
46	3	1000	No	36	2.09	0.0982	95.30000000	21.85
47	4	1000	No	35	1.86	0.0915	95.08000000	22.42
48	5	1000	No	36	2.34	0.0993	95.76000000	23.67
49	6	1000	No	36	1.90	0.0883	95.35000000	21.20
50	7	1000	No	36	1.47	0.0877	94.03000000	21.61
51	8	1000	No	36	2.10	0.0992	95.28000000	23.16
52	9	1000	No	36	1.95	0.0892	95.43000000	21.94
53	10	1000	No	35	1.17	0.0738	93.69000000	18.95
54	11	1000	No	36	1.98	0.0954	95.18000000	22.57
55	13	1000	No	35	1.60	0.0764	95.23000000	20.84
56	14	1000	No	37	1.82	0.0877	95.18000000	21.92
57	15	1000	No	36	1.95	0.0910	95.33000000	23.23
58	16	1000	No	35	1.87	0.0888	95.25000000	21.62
59	18	1000	No	36	1.60	0.0873	94.54000000	21.88
60	19	1000	No	37	2.11	0.1042	95.06000000	22.83
61	20	1000	No	36	2.14	0.0952	95.55000000	23.55
62	1	1000	Yes	36	1.69	0.0690	95.92000000	21.98
63	2	1000	Yes	35	1.72	0.0769	95.53000000	21.17
64	4	1000	Yes	36	1.49	0.0752	94.95000000	22.17
65	5	1000	Yes	36	2.14	0.0901	95.79000000	22.81
66	6	1000	Yes	36	0.92	0.0388	95.78000000	17.50
67	8	1000	Yes	34	1.70	0.0600	96.47000000	21.03
68	9	1000	Yes	36	2.20	0.0951	95.68000000	23.09
69	10	1000	Yes	36	1.51	0.0871	94.23000000	20.38
70	12	1000	Yes	35	1.13	0.0439	96.12000000	18.45
71	13	1000	Yes	37	2.32	0.1218	94.75000000	24.13
72	15	1000	Yes	36	1.84	0.0638	96.53000000	21.83
73	16	1000	Yes	38	1.67	0.0706	95.77000000	20.78
74	17	1000	Yes	37	1.38	0.0557	95.96000000	21.20
75	18	1000	Yes	37	1.67	0.0749	95.51000000	20.86
76	19	1000	Yes	37	1.73	0.0704	95.93000000	22.82
77	20	1000	Yes	36	2.31	0.1008	95.64000000	24.40
78	1	200	No	35	1.82	0.0645	96.46000000	21.56
79	3	200	No	35	1.99	0.0729	96.34000000	24.36
80	4	200	No	36	1.76	0.0852	95.16000000	22.57
81	5	200	No	36	2.13	0.0748	96.49000000	22.61
82	6	200	No	34	1.40	0.0574	95.90000000	18.92
83	7	200	No	36	2.02	0.0838	95.85000000	22.59
84	8	200	No	35	2.04	0.0748	96.33000000	22.24
85	9	200	No	36	1.41	0.0745	94.72000000	20.04
86	11	200	No	35	2.02	0.0806	96.01000000	21.70
87	12	200	No	35	1.96	0.0643	96.72000000	22.04
88	13	200	No	35	1.66	0.0746	95.51000000	21.14
89	14	200	No	34	1.79	0.0683	96.18000000	21.26
90	16	200	No	35	1.38	0.0610	95.58000000	20.22
91	17	200	No	34	1.63	0.0653	95.99000000	20.69
92	18	200	No	35	1.98	0.0710	96.41000000	21.77
93	19	200	No	34	2.11	0.0691	96.73000000	21.56
94	1	200	Yes	36	2.56	0.1164	95.45000000	24.29
95	4	200	Yes	36	1.65	0.0919	94.43000000	21.14
96	5	200	Yes	36	1.84	0.0772	95.80000000	20.82
97	6	200	Yes	36	2.20	0.1124	94.89000000	23.76
98	7	200	Yes	37	1.92	0.0742	96.14000000	22.20
99	10	200	Yes	36	2.12	0.0939	95.57000000	22.15
100	11	200	Yes	35	1.84	0.0610	96.68000000	21.69
101	12	200	Yes	36	1.60	0.0801	94.99000000	20.48
102	14	200	Yes	35	2.17	0.0968	95.54000000	22.04
103	15	200	Yes	36	1.54	0.0623	95.95000000	20.99
104	16	200	Yes	37	2.28	0.0962	95.78000000	21.99
105	17	200	Yes	34	1.12	0.0484	95.68000000	18.07
106	18	200	Yes	35	1.85	0.0803	95.66000000	19.87
107	19	200	Yes	34	1.49	0.0531	96.44000000	18.67
108	20	200	Yes	37	1.79	0.0836	95.33000000	20.81