# Case Card — Food Paradigm 2050 (Worked Example) **CASE ID:** CASE_202605_FOOD-2050-WE-001 **Project:** Food Paradigm 2050 — Documentation Sprint Worked Example **Status:** Planning complete; Sim + Analysis pending (Phases 3–5 of Documentation Sprint) **Date created:** 2026-05-03 **Created by:** Hannu Linturi (Metodix) **Note:** QL interactive dialogue deferred; Case Card auto-derived from LN-P4 reflections. A future QL pass can refine QL-7 (ecosystem gap) and QL-9 (applicability) with explicit user input. --- ## Perustiedot (auto-fill from Planning Session Anchor) | Field | Value | | ----------------------------- | ---------------------------------------------------------------------------- | | Orientation | D (N + S + R) — multi-actor adaptation of intentional template | | Route | B (Argument Simulator) | | Time horizon | 2050 (24 yr); decisive window 2026–2035 | | Perspective Layer | Active (Hautamäki) | | PHS | 12 / 12 | | Panel | 19 simulated roles (post-audit) | | Mean Quality Score (Planning) | 94.5 / 100 | | Quality gates | 27 / 27 passed | | Theses | 8 R1 dialectical + 4 R2 H-theses + 1 perspective invitation + 1 blind-spot Q | | Tension pairs | 10 pre-mapped | | Methodological flags | Proxy-voice (R12 + H1 + H2 + H3); GenAI disclosure complete | --- ## Ilmiö (substantive) Five competing paradigm-regime candidates for the global food system: Techno-capitalist, Distributed bio-economic, Fragmentation, Multipath cultural-pluralism, Post-smallholder. Decisive window for paradigm choice: 2026–2035. Entry-tension _technological autonomy ↔ environmental sustainability_; four sister-tensions (capital-concentration ↔ sovereignty; climate adaptation ↔ land-use trade-offs; cellular agriculture ↔ cultural legitimacy; smallholder retention ↔ calorie efficiency). --- ## Metodologiset löydökset (QL-1...QL-3 derived from LN-P4 M-layer) **What worked best (~QL-1):** D-orientation propagation through B2 (3 sibling root goals) → B3 (3 readings of RQ) → B4 (strand-tagged tensions) → B5 (strand-tagged theses) was clean and demonstrable. The Hautamäki perspective layer integrated without friction. **What was hardest (~QL-2):** Adapting the intentional Phenomenon template (single-actor "X has decided Y") to a multi-actor phenomenon. The adaptation that worked: name plural _paradigm-carriers_ and crystallize their _competing paradigm-regimes_ (here, five). Recommended addition to the Phenomenon Specialist template library. **What to change in the ecosystem (~QL-3):** Add a _"B4 audit pass"_ sub-step between B4 first-draft and B4 lock — explicit prompt to inspect for expertise gaps not visible at the stakeholder-category level. In this run the user-driven audit lifted Quality 97 → 99 and surfaced four expertise gaps; making this an explicit toolkit step would routinize the gain. --- ## Substantiiviset löydökset (QL-4...QL-6 derived from LN-P4 E-layer) **Most important phenomenon-finding from planning (~QL-4):** The decisive-paradigm-window runs 2026–2035 — paradigm choice is being made _now_, not announced in 2050. This frames the Delphi as time-critical, not academic. **Surprise (~QL-5):** The Above (yli) position is not just "long-arc thinking." Designing the 2075-generation H-thesis (H3) revealed that the Above position naturally focuses on **reversibility/irreversibility** as its analytic axis. This is more specific and more useful than the original "long-arc" framing. **Open question for follow-up research (~QL-6):** How does the cellular-agriculture cultural- legitimacy negotiation actually unfold across major religious-dietary traditions in real 2026–2030 cases? T2 + H4 propose this as a paradigm-shaping question; empirical case studies would complement the Delphi's expert deliberation. --- ## Ekosysteemipalaute (QL-7...QL-8 derived from LN-P4 G-layer) **Ecosystem gap or improvement target (~QL-7):** - **B4 audit step** as explicit toolkit prescription (already detailed in QL-3) - **Phenomenon Specialist template:** add multi-actor adaptation template alongside single-actor template **PATTERN candidates for PATTERNS.md (~QL-8):** 1. **Incommensurability typology.** Replace the binary "is this position commensurable?" question with a typology — _bridgeable / partially-bridgeable / structurally-incommensurable_. Each category implies different design moves (translation-bridging, partial-translation, proxy-flagging). 2. **Tensions with structurally-incommensurable positions concentrate in invitation/proxy formats, not direct theses.** The Above-position cannot be activated by ordinary Likert theses; designing perspective-invitation theses + R2 proxy theses is the methodologically honest move, not a design weakness. 3. **Reversibility/irreversibility as Above-position natural analytic axis.** When designing R2 H-theses for the future-generation / non-human position, lead with irreversibility rather than long-arc framing. 4. **User-driven B4 audit pass.** The substantive question "is the panel deep enough?" after a stakeholder-balanced first draft surfaced four expertise gaps and lifted Quality 97 → 99. Worth routinizing. --- ## Soveltuvuusohje — Applicability (QL-9 deferred for explicit user input) _This field is intentionally light because QL-9 was not interactively elicited. Provisional applicability, to be refined later:_ This case is appropriate as a model when: - (a) The phenomenon is **value-laden + path-dependent + disruption-prone** — single-strand orientations would systematically blind, so D is justified. - (b) Some perspective positions are **structurally incommensurable** with present panels (future generations, non-human stakeholders, ecosystems) — proxy-flagging methodology is needed. - (c) The study runs as **Route B (Argument Simulator)** because authentic-panel feasibility is constrained by sprint timeline or topic scale — GenAI disclosure block must be populated. This case is **not** the right model when: - The phenomenon has a single decision-maker (e.g., one government's specific policy choice) → use single-orientation N or S template. - Panel is small (<8 roles) and topic is narrow → 19 roles is overkill. --- ## Ehdotetut päivitykset ### LESSONS_LEARNED.md (proposed entries) ``` ### Multi-actor phenomenon framing (Food Paradigm 2050, 2026-05-03) When the phenomenon has no single actor, name plural paradigm-carriers and crystallize their competing paradigm-regimes (a discrete enumerable set, e.g., 5 regimes here). The phenomenon becomes the competition, not any single regime. ### B4 audit pass (Food Paradigm 2050, 2026-05-03) After B4 first-draft is stakeholder-balanced, run an expertise-depth audit per major sub-domain. Look for cases where a stakeholder category is "represented" by one role but the category contains divergent expertise (e.g., grain ≠ livestock ≠ fisheries within "primary producers"; precision-tech ≠ agroecology ≠ nutrition science within "researchers"). ### Above-position analytic axis (Food Paradigm 2050, 2026-05-03) When designing R2 H-theses for the Above (yli) position, lead with reversibility/ irreversibility framing rather than generic long-arc framing. The proxy voice's distinctive contribution is identifying which decisions cannot be undone — more specific than "thinking long-term." ``` ### PATTERNS.md (proposed entries) ``` ## Incommensurability typology Status: candidate (introduced 2026-05-03 in CASE_202605_FOOD-2050-WE-001) Three-tier classification of perspective relations: - Bridgeable: routine translation/dialogue suffices - Partially-bridgeable: translation possible with care; some residue - Structurally-incommensurable: no first-person voice possible (non-human, future-gen) Design implications: - Bridgeable → standard panel diversity - Partially-bridgeable → translator-roles + careful framing - Structurally-incommensurable → perspective-invitation theses + R2 proxy theses, with data_provenance.proxy_voice = true flagging ## Invitation/proxy concentration for incommensurable positions Status: candidate (introduced 2026-05-03 in CASE_202605_FOOD-2050-WE-001) When a tension involves a structurally-incommensurable position, do NOT spread that tension across multiple Likert theses. Concentrate it in: - One open-text perspective-invitation thesis at the end of R1 - One or more R2 H-theses with proxy-voice flagging This is methodologically honest; spreading creates false comparability. ``` --- (c) Metodix Oy 2026 — Case Library entry, DAE 2025.5