Indicators framework: LIT_001 · Calculation methodology: self_sufficiency_calculation · EDT convergence: edt_ssi_convergence
Definition
As named in the primary: Preservation of local wisdom and cultural heritage (Table 2). Bustamin et al. describe it as maintaining the identity and uniqueness of the village, including pride in preserved traditions, the transmission of local wisdom through training, agricultural cultural heritage, and the role of customary lands in sustaining independence and cultural identity. LIT_001 (p.6)
As rendered for this project: The preservation and active transmission of indigenous knowledge systems, traditional practices, cultural identities, and community customs that underpin a village’s uniqueness and social cohesion. (This wording is the project’s working definition, restated from CR_001, the synthesis of the primary. The primary’s own words are above.)
Relevance to Neobiome
[Why this indicator matters for eco-village design. What achieving it looks like in practice.]
Evidence
- Smith (2021): customary lands in Vanuatu serve as vehicles for cultural independence and self-reliance in Pacific communities. CR_001
- Hutagalung et al. (2022): communities retaining identities and traditions are markers of successful self-reliance in Indonesian rural tourism. CR_001
- Permaculture, codified by Bill Mollison in the 1970s, represents the systematic documentation of local ecological wisdom: 12 design principles distilled from traditional land-use patterns, food systems, and site-specific adaptation — making indigenous ecological knowledge transferable and teachable across communities. LIT_012
- Auroville Earth Institute applies observation-first design: every site’s climate, hydrology, geology, and ecology is studied before construction begins — operationalising the permaculture principle “Observe and Interact” at the scale of a functioning community building institution. LIT_012
- Raupo Houses Ordinance Act 1842 — NZ’s first building regulation — prohibited construction of traditional Māori raupo whare and suppressed indigenous building knowledge; raupo insulation pre-dated NZ’s 1977 thermal insulation code by 800+ years, documenting that colonial legislation erased existing technological solutions. ot_006_er118-maori-housing-roadmap
- Mīmiro — traditional Māori post-tensioning technique from wharenui construction — is being actively revived and applied to contemporary Māori buildings as a seismic resilience measure; recovery of a specific structural engineering method from mātauranga Māori. ot_006_er118-maori-housing-roadmap
- Māori Building Code (Mātauranga Māori Building Framework): all five wānanga converged on a single priority — a Māori-specific code aspiring to exceed NZ Building Code minimum on tikanga, longevity, affordability, and intergenerational wellbeing; framed as “building sovereignty” parallel to food and soil sovereignty; Hawaii 2006/2018 building code cited as principal precedent. ot_006_er118-maori-housing-roadmap
- The Hawaii precedent OT_006 names is now held verbatim: Appendix X of the Hawaii State Building Code creates a parallel, self-contained regulatory pathway for “hale” — structures “consistent with the design, construction methods and uses of structures built by Hawaiians in the 1800’s” — adopted as a mandatory appendix (§101.2.1 Exception 3) with its own definitions, natural-materials palette (metal prohibited), allowable-use table, setback-based fire classes and prescriptive design tables. A “code-within-a-code” that legalises traditional construction on its own terms rather than as a grudging exception to the mainstream IBC — the in-force operating model the five ER118 wānanga want mirrored for Māori whare as “building sovereignty”. REG_027
- The hale pathway is administered through an indigenous-controlled builder credential — a “Certified Hale Builder” holds a certificate of completion from a University of Hawaii (or community-college) course in Hawaiian hale construction — and cedes design detail to four incorporated Hawaiian construction manuals (with Appendix X prevailing where they conflict, X101.2): a concrete precedent for an indigenous-controlled competence and knowledge system operating inside a building-regulation regime. REG_027
- The statutory foundation of Hawaii’s hale accommodation — HRS Chapter 107, the enabling statute now held verbatim. REG_027’s Appendix X is a code appendix; it sits under HRS Chapter 107, Part II (“State Building Code and Design Standards”), enacted by Act 82, Session Laws of Hawaii 2007 — correcting OT_006’s “2006” pointer — and amended 2014/2017/2018/2022/2023/2024. The State Building Code Council’s authority to establish the codes, under which Appendix X was adopted, is §107-24 (“the council shall establish the Hawaii state building codes”). The statute-level recognition of indigenous architecture is §107-27(b): state building design must comply with the code, but “Exemptions shall include county ordinances allowing the exercise of indigenous Hawaiian architecture adopted in accordance with section 46-1.55.” So Hawaii’s indigenous-architecture pathway is three-tiered — enabling statute (HRS §107-27(b) → §46-1.55) + council-adopted code appendix (Appendix X) + an indigenous-controlled builder credential — the concrete legislative model a NZ Mātauranga Māori Building Framework (“building sovereignty”) would need. REG_029 REG_027
- Ngāti Pāoa papakāinga at Ōmaru: communal design, warm-roof technologies, low-carbon materials, training whānau in construction — operationalises local knowledge transmission through hands-on building practice at community scale. ot_006_er118-maori-housing-roadmap
- “All the brown kids who are tutus” — ER118 documents that Māori rangatahi enthusiastically embrace science and technology when it serves iwi aspirations and is grounded in mātauranga Māori; local wisdom and modern technology are framed as complementary, not competing. ot_006_er118-maori-housing-roadmap
- Schmidt et al. (2022): in rural Alaska, the cultural appropriateness (“preference”) and quality of food and water were as decisive for felt security as physical availability — subsistence foods carried cultural value that purchased “junk food” did not, and successful renewable-energy projects depended on incorporating Indigenous (Yup’ik) values in planning. Cultural fit, not just quantity, determines whether a locally-available resource contributes to self-sufficiency. LIT_050
Kaitiakitanga and mātauranga Māori as ecological knowledge (NZ)
- Kaitiakitanga — connectedness, responsibility, people and environment — encompasses the responsibility to look after natural resources for one’s children, mokopuna, and their children; underpinned by whakapapa (genealogical and place-based connection); the antithesis of the profit-maximisation approach. OT_012
- Mātauranga Māori functions as an ecological knowledge system: the taniwha associated with a creek at Matatā (Bay of Plenty) encoded knowledge about an unstable stream course — iwi and hapū warned engineers not to build there; engineers dismissed it, the road sank and had to be relocated, and now houses in the flood zone are costing Western Bay of Plenty millions to relocate; colonial dismissal of indigenous ecological knowledge has produced demonstrably costly errors. OT_012
- Colonisation shifted Māori from seasonally mobile resource users (who moved between coastal and hill-country settlements and could affiliate to multiple places through whakapapa) to fixed land tenure; this disrupted the traditional knowledge transmission mechanisms embedded in seasonal mobility and multi-place affiliation. OT_012
EDT connections
[Which EDT domains most directly advance this indicator, and how.]
Measurement
- Number and quality of training courses transmitting local wisdom CR_001
- Degree of agricultural cultural heritage preservation CR_001
- Community pride indicators and qualitative identity assessments CR_001
Open questions
[Gaps in evidence, unresolved tensions, links to questions/ pages.]
Connections
Links to
Sources (8): CR_001 · LIT_001 · LIT_012 · LIT_050 · OT_006 · OT_012 · REG_027 · REG_029
Concepts (2): EDT–SSI Convergence · Self-Sufficiency Calculation Framework
Referenced by
Sources (1): OT_006