taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
6261E66DFFD07D3C0501F9247F51F8D9.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15483695/files/figure.png	https://doi.org/10.5281/zenodo.15483695	Fig. 3. Critical thermal maximum of Caridina multidentata acclimated to different temperatures. Data are represented as box plots, with whiskers indicating the minimum and maximum, the box delimiting the first quartile and third quartile, and the median and mean identified by an horizontal line (the value is shown next to the line). Each experiment was conducted on a sample size of n = 10 individuals. Values sharing a common letter are not significantly different (p> 0.05). The summer thermal safety margin (dotted lines) is calculated as the difference between the CTMax (for acclimation at 17 ◦C–26 ◦C since summer water temperatures are between 18 ◦C and 25◦C; Yamada et al., 2024) and the habitat maximum water temperature (25◦C; Yamada et al., 2024). Photo credit: Jacky Yu.	Fig. 3. Critical thermal maximum of Caridina multidentata acclimated to different temperatures. Data are represented as box plots, with whiskers indicating the minimum and maximum, the box delimiting the first quartile and third quartile, and the median and mean identified by an horizontal line (the value is shown next to the line). Each experiment was conducted on a sample size of n = 10 individuals. Values sharing a common letter are not significantly different (p> 0.05). The summer thermal safety margin (dotted lines) is calculated as the difference between the CTMax (for acclimation at 17 ◦C–26 ◦C since summer water temperatures are between 18 ◦C and 25◦C; Yamada et al., 2024) and the habitat maximum water temperature (25◦C; Yamada et al., 2024). Photo credit: Jacky Yu.	2025-04-30	Ravaux, Juliette;Bosc, Olivia;Fusari, Charles-Edouard;Gricourt, Sara-Mae;Itin, Maria;Lestin, Michel;de Mazancourt, Valentin		Zenodo	biologists	Ravaux, Juliette;Bosc, Olivia;Fusari, Charles-Edouard;Gricourt, Sara-Mae;Itin, Maria;Lestin, Michel;de Mazancourt, Valentin			
6261E66DFFD07D3C0501F9247F51F8D9.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15483687/files/figure.png	https://doi.org/10.5281/zenodo.15483687	Fig. 1. Temperature data and survival rates of Caridina multidentata in the aquaria. A) temperature was set at 23 ◦C in all aquaria on shrimp arrival and left constant for 2 months (dotted line). The dotted arrows indicate the days when the temperature was increased or decreased by 3 ◦C to reach the final temperatures: on day 61 (aquarium 14, 17, 20, 26, 29, 32), on day 67 (aquarium 14, 17, 29, 32) and on day 70 (aquarium 14 and 32). B) Survival rates under the different acclimation temperatures. Black arrows indicate the days on which CTMax experiments were conducted (n = 10 individuals for each tank).	Fig. 1. Temperature data and survival rates of Caridina multidentata in the aquaria. A) temperature was set at 23 ◦C in all aquaria on shrimp arrival and left constant for 2 months (dotted line). The dotted arrows indicate the days when the temperature was increased or decreased by 3 ◦C to reach the final temperatures: on day 61 (aquarium 14, 17, 20, 26, 29, 32), on day 67 (aquarium 14, 17, 29, 32) and on day 70 (aquarium 14 and 32). B) Survival rates under the different acclimation temperatures. Black arrows indicate the days on which CTMax experiments were conducted (n = 10 individuals for each tank).	2025-04-30	Ravaux, Juliette;Bosc, Olivia;Fusari, Charles-Edouard;Gricourt, Sara-Mae;Itin, Maria;Lestin, Michel;de Mazancourt, Valentin		Zenodo	biologists	Ravaux, Juliette;Bosc, Olivia;Fusari, Charles-Edouard;Gricourt, Sara-Mae;Itin, Maria;Lestin, Michel;de Mazancourt, Valentin			
6261E66DFFD07D3D0501FAB078C9F90F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15483691/files/figure.png	https://doi.org/10.5281/zenodo.15483691	Fig. 2. Critical thermal maximum of two populations of Atyaephyra desmarestii acclimated to different temperatures. Left panel: photograph of an A. desmarestii specimen (photo credits: V. de Mazancourt), and map showing the location of the sampling sites in France (Vitry-sur-Seine) and Spain (Flaça). Right panel: CTMax data are represented as box plots, with whiskers indicating the minimum and maximum, the box delimiting the first quartile and third quartile, and the median and mean identified by an horizontal line (the value for median and mean is equivalent and is shown next to the line). The experiments were conducted on a sample size of n = 9 (Spain, 28 ◦C), n = 10 (Spain, 18 ◦C), and n = 12 (Spain, 23 ◦C and France 23 ◦C) individuals. Values sharing a common letter are not significantly different (p> 0.05). The summer thermal safety margin (dotted lines) is calculated as the difference between the CTMax (mean) and the maximum water temperature (31 ◦C for Spain: Arbat-Bofill, 2015; 27 ◦C for France: Rivi`ere et al., 2021).	Fig. 2. Critical thermal maximum of two populations of Atyaephyra desmarestii acclimated to different temperatures. Left panel: photograph of an A. desmarestii specimen (photo credits: V. de Mazancourt), and map showing the location of the sampling sites in France (Vitry-sur-Seine) and Spain (Flaça). Right panel: CTMax data are represented as box plots, with whiskers indicating the minimum and maximum, the box delimiting the first quartile and third quartile, and the median and mean identified by an horizontal line (the value for median and mean is equivalent and is shown next to the line). The experiments were conducted on a sample size of n = 9 (Spain, 28 ◦C), n = 10 (Spain, 18 ◦C), and n = 12 (Spain, 23 ◦C and France 23 ◦C) individuals. Values sharing a common letter are not significantly different (p> 0.05). The summer thermal safety margin (dotted lines) is calculated as the difference between the CTMax (mean) and the maximum water temperature (31 ◦C for Spain: Arbat-Bofill, 2015; 27 ◦C for France: Rivi`ere et al., 2021).	2025-04-30	Ravaux, Juliette;Bosc, Olivia;Fusari, Charles-Edouard;Gricourt, Sara-Mae;Itin, Maria;Lestin, Michel;de Mazancourt, Valentin		Zenodo	biologists	Ravaux, Juliette;Bosc, Olivia;Fusari, Charles-Edouard;Gricourt, Sara-Mae;Itin, Maria;Lestin, Michel;de Mazancourt, Valentin			
