Data set: Species’ distribution and evolutionary history influence the responses of marine copepods to climate change: a global meta-analysis

Data set for Hemraj et al published in OMBAR. The data has been used in a meta-analysis of the effects of ocean acidification and warming on the response of copepods.Meta-analysis title: Species’ distribution and evolutionary history influence the responses of marine copepods to climate change: a gl...

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Bibliographic Details
Main Authors: Deevesh Ashley Hemraj, Espitia, Juan Diego Gaitan, Bayden Dwight Russell
Format: Dataset
Language:unknown
Published: HKU Data Repository 2021
Subjects:
Marine Biology
60808 Invertebrate Biology
FOS Biological sciences
60299 Ecology not elsewhere classified
60205 Marine and Estuarine Ecology incl. Marine Ichthyology
Ocean acidification
Copepods
Online Access:https://dx.doi.org/10.25442/hku.14481597.v1
https://datahub.hku.hk/articles/dataset/Data_set_Species_distribution_and_evolutionary_history_influence_the_responses_of_marine_copepods_to_climate_change_a_global_meta-analysis/14481597/1
Description
Summary:Data set for Hemraj et al published in OMBAR. The data has been used in a meta-analysis of the effects of ocean acidification and warming on the response of copepods.Meta-analysis title: Species’ distribution and evolutionary history influence the responses of marine copepods to climate change: a global meta-analysis. The data has been collected from multiple publications and merged together to be analysed. Major copepod traits investigated are egg production, egg hatching success, copepod feeding rates, survival and respiration rates.

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