Indigenous-language communication as an opportunity for engagement in the aquatic sciences

Knowledge gained from the aquatic sciences is of relevance to Indigenous communities. Efforts are underway to braid Indigenous and western ways of knowing, following an overdue increased focus on reconciliation and calls to action. While many collaborative projects involve informal Indigenous-langua...

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Main Authors: William Chapman, Gordon Francis, Joshua Kurek
Format: Article
Language:English
Published: Canadian Science Publishing 2025-01-01
Series:FACETS
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Online Access:https://facetsjournal.com/doi/10.1139/facets-2024-0170
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author William Chapman
Gordon Francis
Joshua Kurek
author_facet William Chapman
Gordon Francis
Joshua Kurek
author_sort William Chapman
collection DOAJ
description Knowledge gained from the aquatic sciences is of relevance to Indigenous communities. Efforts are underway to braid Indigenous and western ways of knowing, following an overdue increased focus on reconciliation and calls to action. While many collaborative projects involve informal Indigenous-language communicative outputs, the case has been made for Indigenous-language communication outputs from scientific projects that are not essentially collaborative. Here, we describe our recent efforts to communicate relevant aquatic science topics from originally non-collaborative projects in Mi'kmaw, an Indigenous language of eastern North America. We created an infographic that details the mercury cycle in Mi'kmaw by coining or reworking terms, avoiding technical language that is known to hinder science communication. This kind of knowledge mobilization shows that it is possible to communicate scientific findings in an Indigenous language to engage with an Indigenous audience. The benefits gained from doing this include addressing calls to action, language revitalization, and better inclusion, motivation, engagement, and understanding among Indigenous language speakers. In demonstrating the benefits of this type of science communication in projects not originally designed with two knowledge systems in mind, through the example of the mercury cycle, we hope that other such projects may incorporate Indigenous language into their collaborations.
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spelling doaj-art-8fbc4e587de04c768c252b72e965221d2025-08-20T03:14:27ZengCanadian Science PublishingFACETS2371-16712025-01-01101810.1139/facets-2024-0170Indigenous-language communication as an opportunity for engagement in the aquatic sciencesWilliam Chapman0Gordon Francis1Joshua Kurek2Department of Geography and Environment, Mount Allison University, Sackville, NB, CanadaElsipogtog First Nation, Elsipogtog, NB, CanadaDepartment of Geography and Environment, Mount Allison University, Sackville, NB, CanadaKnowledge gained from the aquatic sciences is of relevance to Indigenous communities. Efforts are underway to braid Indigenous and western ways of knowing, following an overdue increased focus on reconciliation and calls to action. While many collaborative projects involve informal Indigenous-language communicative outputs, the case has been made for Indigenous-language communication outputs from scientific projects that are not essentially collaborative. Here, we describe our recent efforts to communicate relevant aquatic science topics from originally non-collaborative projects in Mi'kmaw, an Indigenous language of eastern North America. We created an infographic that details the mercury cycle in Mi'kmaw by coining or reworking terms, avoiding technical language that is known to hinder science communication. This kind of knowledge mobilization shows that it is possible to communicate scientific findings in an Indigenous language to engage with an Indigenous audience. The benefits gained from doing this include addressing calls to action, language revitalization, and better inclusion, motivation, engagement, and understanding among Indigenous language speakers. In demonstrating the benefits of this type of science communication in projects not originally designed with two knowledge systems in mind, through the example of the mercury cycle, we hope that other such projects may incorporate Indigenous language into their collaborations.https://facetsjournal.com/doi/10.1139/facets-2024-0170Indigenous knowledge systemsscience communicationknowledge mobilizationMi'kmaw languagemercury cyclereconciliation
spellingShingle William Chapman
Gordon Francis
Joshua Kurek
Indigenous-language communication as an opportunity for engagement in the aquatic sciences
FACETS
Indigenous knowledge systems
science communication
knowledge mobilization
Mi'kmaw language
mercury cycle
reconciliation
title Indigenous-language communication as an opportunity for engagement in the aquatic sciences
title_full Indigenous-language communication as an opportunity for engagement in the aquatic sciences
title_fullStr Indigenous-language communication as an opportunity for engagement in the aquatic sciences
title_full_unstemmed Indigenous-language communication as an opportunity for engagement in the aquatic sciences
title_short Indigenous-language communication as an opportunity for engagement in the aquatic sciences
title_sort indigenous language communication as an opportunity for engagement in the aquatic sciences
topic Indigenous knowledge systems
science communication
knowledge mobilization
Mi'kmaw language
mercury cycle
reconciliation
url https://facetsjournal.com/doi/10.1139/facets-2024-0170
work_keys_str_mv AT williamchapman indigenouslanguagecommunicationasanopportunityforengagementintheaquaticsciences
AT gordonfrancis indigenouslanguagecommunicationasanopportunityforengagementintheaquaticsciences
AT joshuakurek indigenouslanguagecommunicationasanopportunityforengagementintheaquaticsciences