Heat Coma Temperature and Supercooling Point in Oceanic Sea Skaters (Heteroptera, Gerridae)

Heat coma temperatures (HCTs) and super cooling points (SCPs) were examined for nearly 1000 oceanic sea skaters collected from in the Pacific and Indian Oceans representing four Halobates species; H. germanus, H. micans, H. sericeus, and H. sp. Analysis was conducted using the entire dataset because...

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Main Author: Tetsuo Harada
Format: Article
Language:English
Published: MDPI AG 2018-02-01
Series:Insects
Subjects:
Online Access:http://www.mdpi.com/2075-4450/9/1/15
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author Tetsuo Harada
author_facet Tetsuo Harada
author_sort Tetsuo Harada
collection DOAJ
description Heat coma temperatures (HCTs) and super cooling points (SCPs) were examined for nearly 1000 oceanic sea skaters collected from in the Pacific and Indian Oceans representing four Halobates species; H. germanus, H. micans, H. sericeus, and H. sp. Analysis was conducted using the entire dataset because a negative correlation was seen between the HCTs and SCPs in all four species. A weak negative correlation was seen between HCTs and SCPs with a cross tolerance between warmer HCTs and colder SCPs. The weakness of the correlation may be due to the large size of the dataset and to the variability in ocean surface temperature. The negative correlation does however suggest that oceanic sea skaters may have some form of cross tolerance with a common physiological mechanism for their high and low temperature tolerances.
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spelling doaj.art-f2210eba657e411a8c361a7018b3fb622022-12-21T22:07:54ZengMDPI AGInsects2075-44502018-02-01911510.3390/insects9010015insects9010015Heat Coma Temperature and Supercooling Point in Oceanic Sea Skaters (Heteroptera, Gerridae)Tetsuo Harada0Laboratory of Environmental Physiology, Graduate School of Integrated Sciences and Arts, Kochi University, Kochi 780-8520, JapanHeat coma temperatures (HCTs) and super cooling points (SCPs) were examined for nearly 1000 oceanic sea skaters collected from in the Pacific and Indian Oceans representing four Halobates species; H. germanus, H. micans, H. sericeus, and H. sp. Analysis was conducted using the entire dataset because a negative correlation was seen between the HCTs and SCPs in all four species. A weak negative correlation was seen between HCTs and SCPs with a cross tolerance between warmer HCTs and colder SCPs. The weakness of the correlation may be due to the large size of the dataset and to the variability in ocean surface temperature. The negative correlation does however suggest that oceanic sea skaters may have some form of cross tolerance with a common physiological mechanism for their high and low temperature tolerances.http://www.mdpi.com/2075-4450/9/1/15heat coma temperaturesupercooling pointcross tolerancesea skaterslarge dataset
spellingShingle Tetsuo Harada
Heat Coma Temperature and Supercooling Point in Oceanic Sea Skaters (Heteroptera, Gerridae)
Insects
heat coma temperature
supercooling point
cross tolerance
sea skaters
large dataset
title Heat Coma Temperature and Supercooling Point in Oceanic Sea Skaters (Heteroptera, Gerridae)
title_full Heat Coma Temperature and Supercooling Point in Oceanic Sea Skaters (Heteroptera, Gerridae)
title_fullStr Heat Coma Temperature and Supercooling Point in Oceanic Sea Skaters (Heteroptera, Gerridae)
title_full_unstemmed Heat Coma Temperature and Supercooling Point in Oceanic Sea Skaters (Heteroptera, Gerridae)
title_short Heat Coma Temperature and Supercooling Point in Oceanic Sea Skaters (Heteroptera, Gerridae)
title_sort heat coma temperature and supercooling point in oceanic sea skaters heteroptera gerridae
topic heat coma temperature
supercooling point
cross tolerance
sea skaters
large dataset
url http://www.mdpi.com/2075-4450/9/1/15
work_keys_str_mv AT tetsuoharada heatcomatemperatureandsupercoolingpointinoceanicseaskatersheteropteragerridae