Aquatic surface respiration of Hb+ N. coriiceps and Hb- C. aceratus as a function of temperature.

Data points represent time spent by three specimens of each species (labelled corresponding to S3 Fig ) at water-air interface in a form of continuous uninterrupted surfacing bouts. (EPS)

Bibliographic Details
Main Authors:	Iskander I. Ismailov (11751816), Jordan B. Scharping (11751819), Iraida E. Andreeva (11751822), Michael J. Friedlander (11751825)
Format:	Still Image
Language:	unknown
Published:	2021
Subjects:	Genetics Physiology Evolutionary Biology Ecology Sociology Inorganic Chemistry Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified unavoidable progressive hyperthermia recent studies forecast notothenia coriiceps </ increasing metabolic demand include avoidance reactions essential thermoregulatory mechanism especially aquatic stenotherms ecologically relevant setting chaenocephalus aceratus </ call much attention augment gill ventilation many ectothermic animals >) lacks hemoglobin div >< p acute ambient warming limited thermal range ambient warming thermal stress many ectotherms expresses hemoglobin thus facilitating temperature continues specific maneuvers specific locomotor scaleless integument respiratory responses repetitive startle obligatory thermoconformation manifests respiratory locomotor coupling like maneuvers less tolerant habitat selection detrimental effects deleterious effects branchial respiration antarctic teleosts Antarctic Antarc*
Online Access:	https://doi.org/10.1371/journal.pone.0252359.s007

Description
Summary:	Data points represent time spent by three specimens of each species (labelled corresponding to S3 Fig ) at water-air interface in a form of continuous uninterrupted surfacing bouts. (EPS)