Oceanography The Official Magazine of
The Oceanography Society
Volume 37 Issue 1

View Issue TOC
Volume 37, No. 1
Pages 100 - 101

OpenAccess

SPOTLIGHT • A Practitioner-Led Approach to a Climate Change Needs Assessment of Native Hawaiian Aquaculture

By Katy Hintzen, Brenda Asuncion, Miwa Tamanaha, Hui Mālama Loko I‘a, and Rosanna Alegado  
Jump to
Full text Citation References Copyright & Usage
Full Text

Oral traditions of Native Hawaiians (Kanaka ‘ōiwi, individuals who can trace their ancestry to the first European contact in 1778) teach us that centuries ago, Kū‘ula was the head fisherman during a time of famine on Maui (Manu, 1901). We do not know whether the famine was caused by natural catastrophe or human error and hubris. By applying his acumen in marine ecology, Kū‘ula invented loko i‘a: enhanced natural nearshore features to constrain freshwater inputs, thus promoting primary production and food for herbivorous fish. Kū‘ula’s knowledge ultimately broke the famine by enabling stable year-round mariculture.

Over the next millennium, there were new innovations in loko i‘a systems across Hawai‘i. Eventually, more than 450 structures yielded as much as 2 million pounds (900 thousand kilograms) of fish annually (Keala et al., 2007), supporting a population of almost a million people. Loko i‘a are thus products of adaptive decision-making informed by multi-generational observation optimized to dynamic conditions. Yet, in the twentieth century, Indigenous resource management practices were actively dismantled and replaced by colonial capitalism and US imperialism, resulting in loko i‘a destruction and decline.

Today, unprecedented human-induced climate shifts threaten remaining loko i‘a, and additional strategies are required to sustain production. Community organizations such as kia‘i loko (fishpond caretaker) networks are leading efforts to restore Indigenous stewardship and revitalize customary practices. The Hui Mālama Loko I‘a (HMLI), the largest kia‘i loko collective (Figure 1a), provides a physical, emotional, intellectual, and spiritual venue for kia‘i loko to share their innovations with peers and perpetuate multi-generational stewardship practices.

 

FIGURE 1. (a) The Hui Mālama Loko I‘a (HMLI) network and (b) focus areas. Loina Welo: Indigenous cultural foundations as research and methodology. Ho‘āla Hou: reawakening place-based relationships. I‘a: building robust food systems. Education: positioning loko i‘a for place-based education. Hui Sharing: being guided by ‘ohana (family) connections. He Hui Ho‘okahi: unifying to change the sociopolitical context. (a) Courtesy of KUA (b) Illustration by Kelsey Ige. > High res figure

 

The loko i‘a climate needs assessment (Hui Mālama Loko I‘a, 2020) exemplifies a community-driven process centering kanaka ‘ōiwi voices and values, a critical shift from climate vulnerability assessments that are predominantly conceived from the perspectives of policymakers who are external to vulnerable communities (van Aalst et al., 2008). HMLI, with Kua‘āina Ulu ‘Auamo (a local nonprofit that provides coordinating support), Hawai‘i Sea Grant, and the Pacific Islands Climate Adaptation Science Center convened three facilitated gatherings: a meeting of po‘o (representative leaders) from 30 loko i‘a, a general gathering of ~100 kia‘i loko on Moloka‘i, and a concluding po‘o meeting that ideated key edicts rooted in oral traditions. Every gathering included group discussions and share back, break-out groups as well as hands-on restoration work. Importantly, discussions occurred within a communal setting of camping, preparing and eating meals, and spending unstructured time together.

To synthesize needs and information gaps for loko i‘a practitioners, we conducted an interpretative thematic analysis using our raw notes as data (Braun and Clarke, 2006). Data were assigned to one of six focus areas previously articulated by kia‘i loko (Figure 1b). Next, we compiled notes on adaptation and resilience within each focus area and generated codes that formed sub-topic sections. Data were selected to highlight key themes, then collectively evaluated, reorganized, and interpreted before being shared back with HMLI po‘o for feedback and final summation into the needs assessment. This method accounts for multiple ways of knowing and individual experiences; however, potential limitations include missed nuance and difficulty maintaining continuity across individuals.

The resulting assessment provided practitioners with a platform for creating pathways for resilience in their places and practices, demonstrating the importance of grassroots leadership in setting resilience priorities. Crucially, this assessment originated from a multi-year process of relationship building and knowledge sharing across HMLI. As academics, institutions, and government agencies focus resources on climate adaptation, this report articulates critical questions and resilience needs from community knowledge holders to guide adaptation actions.

Even in climate assessments that seek to center marginalized community perspectives, external frameworks and experts are frequently employed to define which issues are relevant for adaptation, reinforcing existing paradigms and perpetuating core vulnerabilities. Here, we centered the existing priority framework established by HMLI members for their own collective action. The resulting climate assessment represents a relevant compilation of knowledge and priorities for kia‘i loko even as it departs from conventional approaches as conceptualized by Western policymakers and researchers.

Now, as in Kū‘ula’s time, loko i‘a enhance our food security against future uncertainty and stand as models of transformational resilience. We look to the way of our kūpuna (ancestors), who regarded loko i‘a as the epitome of abundance, and seek to rebuild a future where loko i‘a are again central to Hawai‘i’s food systems.

 

ACKNOWLEDGMENTS

We extend gratitude to Darcy Yogi for event coordination and report authorship, and to Sara Kahanamoku for critical feedback. This project was funded by the Pacific Island Climate Adaptation Science Center (G19AC00011).
Citation

Hintzen, K., B. Asuncion, M. Tamanaha, Hui Mālama Loko I‘a, and R. Alegado. 2024. A practitioner-led approach to a climate change needs assessment of Native Hawaiian aquaculture. Oceanography 37(1):100–101, https://doi.org/10.5670/oceanog.2024.222.

References

Braun, V., and V. Clarke. 2006. Using thematic analysis in psychology. Qualitative Research in Psychology 3(2):77–101, https://doi.org/10.1191/1478088706qp063oa.

Hui Mālama Loko I‘a. 2020. Loko I‘a Needs Assessment. Kua‘āina Ulu ‘Auamo, University of Hawai‘i Sea Grant College Program, and Pacific Islands Climate Adaptation Science Center, eds, 57 pp., https://seagrant.soest.hawaii.edu/loko-i%CA%BBa-needs-assessment/.

Keala, G., J.R. Hollyer, and L. Castro. 2007. Loko I‘a: A manual on Hawaiian fishpond restoration and management. University of Hawaii at Mānoa, Honolulu, HI.

Manu, M. 1901. Kuula, the fish god of Hawaii; translated by MK Nakuina. Thrum’s Hawaiian Annual 114–124.

van Aalst, M.K., T. Cannon, and I. Burton. 2008. Community level adaptation to climate change: The potential role of participatory community risk assessment. Global Environmental Change 18(1):165–179, https://doi.org/10.1016/​j.gloenvcha.2007.06.002.

Copyright & Usage

This is an open access article made available under the terms of the Creative Commons Attribution 4.0 International License (https://creativecommons.org/licenses/by/4.0/), which permits use, sharing, adaptation, distribution, and reproduction in any medium or format as long as users cite the materials appropriately, provide a link to the Creative Commons license, and indicate the changes that were made to the original content. Images, animations, videos, or other third-party material used in articles are included in the Creative Commons license unless indicated otherwise in a credit line to the material. If the material is not included in the article’s Creative Commons license, users will need to obtain permission directly from the license holder to reproduce the material.