Recoverable Foundation

Recovery Library

Doc #170 — Ongoing Printing and Publishing

Transitioning from Emergency Knowledge Reproduction to Sustained Publishing of New Knowledge

Phase: 2 (Years 1--3, ongoing through all subsequent phases) | Feasibility: [B] Feasible

Unreliable — not for operational use. Produced by AI under human direction and editorial review. This document contains errors of fact, judgment, and emphasis and has not been peer-reviewed. See About the Recovery Library for methodology and limitations. © 2026 Recoverable Foundation. Licensed under CC BY-ND 4.0. This disclaimer must be included in any reproduction or redistribution.

EXECUTIVE SUMMARY

Docs #5, #29, and #30 cover the requisition of existing printing supplies, the development of domestic paper and ink production, and the optimisation of print output per unit of consumable — how to reproduce existing knowledge in physical form before consumable stocks are exhausted. This document addresses what comes after. Once the Recovery Library has been printed and distributed, once domestic paper and ink production are online, and once the manual printing network is operational – what does NZ publish?

Recovery is not a static condition. Every season produces new agricultural observations – which cultivars survived nuclear winter best, which soil management techniques maintained fertility, which pasture species established fastest after overseeding. Every workshop that fabricates a replacement part generates technical knowledge about what worked and what failed. Every hospital that treats patients under rationed pharmaceutical conditions generates clinical data that other hospitals need.

Without a publishing system, this knowledge stays local. The community that discovers a superior cold-tolerant potato variety (Doc #76) benefits; the community 200 km away does not. The medical team that finds an effective local anaesthetic protocol (Doc #118) saves lives in its own hospital; other hospitals continue improvising independently. Knowledge fragmentation – the same problem being solved, or failing to be solved, independently in dozens of locations – is an enormous waste of scarce human capacity.

NZ’s pre-event publishing industry produced approximately 1,500–2,000 new titles per year.1 The recovery-era system needs to produce 50–200 high-value publications per year – field reports, technical bulletins, agricultural extension circulars, medical findings, and educational materials – and distribute them through the regional library network (Doc #169).

The honest assessment: The physical prerequisites exist. NZ has the paper (Doc #29), the ink (Doc #29), the printing infrastructure (Docs #5, #31), and the distribution network (Doc #169). Manual-era printing is, however, dramatically slower than modern methods – a manual press produces roughly 500–1,000 pages per day compared to thousands per hour from a laser printer – and the output quality is lower (uneven inking, limited typeface selection, no photographic reproduction). These constraints are manageable for short-format bulletins but limit the volume and visual complexity of what can be published. The deeper challenge is institutional: building editorial processes that filter useful knowledge from noise, maintaining accuracy standards when peer review mechanisms have collapsed, allocating scarce printing capacity between reprints and new material, and sustaining publishing when every person’s labour is in demand for more tangible work.

Publishing is the mechanism by which a recovering society learns from its own experience.

Contents

Phase 1 (Months 0–12) – Preparation

  1. [Months 3–6] Designate an editorial function within government. A small team – 3–5 people with writing, editing, or publishing experience – attached to whichever body oversees the Recovery Library and AI facility (Doc #129). (Low urgency – printing existing documents takes priority.)

  2. [Months 6–12] Begin collecting field reports. Extension officers, agricultural advisors, medical staff, and engineers should record observations using standardised templates (Section 4). These notes become the raw material for future publications. (Low urgency but high cumulative value.)

  3. [Months 6–12] Establish community newsletter pilots in 2–3 communities (urban, rural, marae-based) to test the production and distribution model. (Low urgency.)

Phase 2 (Years 1–3) – Development

  1. [Year 1] Publish the first recovery-era technical bulletins. Agricultural observations from the first nuclear winter growing season are the obvious first publications. Medical bulletins on pharmaceutical rationing experience follow closely. (Moderate urgency – first growing season data is time-sensitive for the second season.)

  2. [Year 1–2] Establish the editorial board and review process (Section 4). Recruit subject-matter reviewers from NZ universities, Crown Research Institutes, and experienced practitioners. (Moderate urgency.)

  3. [Year 2–3] Expand community newsletter network to every community with printing capability. (Standard development pace.)

Phase 3+ (Years 3–7) – Full Operation

  1. [Year 3–5] National publishing system at steady state. Technical bulletins, agricultural circulars, medical updates, and educational materials on regular schedules, distributed through the regional library network. (Ongoing.)

  2. [Year 5+] Begin publishing longer-form works – textbooks, technical manuals, historical records, and cultural works as manual printing capability matures. (Long-term.)

ECONOMIC JUSTIFICATION

Person-years of labour

Editorial and publishing operations (ongoing, annual estimate):

Component Person-years per year
Editorial staff (commissioning, editing, quality review) 5–10
Subject-matter reviewers (part-time, drawn from existing roles) 3–8
Layout, production, and distribution coordination 5–10
Community newsletter support and training 2–5
Total editorial and publishing 15–33

Printing and paper production labour is covered in Doc #29’s economic justification. The publishing system described here adds editorial labour on top of existing printing capacity.

Cost of not doing this

Without a publishing system, knowledge stays local. The practical cost is measured in duplicated effort and repeated failures:

  • If the Waikato region develops an effective dairy processing adaptation (Doc #75), and this information is not published, every other dairy region develops its own methods independently. The labour cost of parallel discovery across 10 regions dwarfs the 15–33 person-years of publishing labour.
  • If a Christchurch hospital discovers that a shelf-life extension protocol (Doc #116) is less effective than expected for certain drug classes, and this is not published, other hospitals may administer degraded medication.
  • If agricultural observations from the first nuclear winter growing season are not compiled before the second planting season, every farmer repeats first-season experiments rather than building on them.

15–33 person-years per year is less than 0.001% of NZ’s working-age population (approximately 3.3–3.4 million pre-event).2 The knowledge multiplication effect – one community’s discovery benefiting all communities – plausibly generates returns well in excess of the cost: if a single published finding (e.g., a superior crop variety or a corrected medical protocol) prevents even 30–50 person-years of duplicated experimentation across NZ’s roughly 60–80 communities with agricultural or medical operations, the entire annual publishing budget is recovered from one successful publication.

Historical precedent

NZ’s WWII-era agricultural extension system provides a relevant precedent. The Department of Agriculture published technical circulars and farming guidance throughout the war years, distributed through county agricultural advisors.3 The system was modest in scale – a small editorial team producing short-format publications. It worked because the publications were specific, practical, and timely.

1. WHAT NEEDS TO BE PUBLISHED

1.1 Publication types

Technical bulletins (highest priority). Short-format (4–20 pages) publications reporting specific findings. These close the feedback loop between the Recovery Library’s pre-event estimates and post-event reality:

  • Agricultural: “Nuclear Winter Growing Season 1: Pasture Growth Observations from Waikato, Taranaki, and Bay of Plenty” – measured growth rates compared to Doc #74 estimates
  • Medical: “Pharmaceutical Shelf-Life Extension: Year 2 Potency Testing Results” – updating Doc #116
  • Engineering: “Wood Gasifier Performance with Radiata Pine: Field Data from 12 Canterbury Units” – confirming or correcting Doc #56
  • Manufacturing: “Welding Electrode Fabrication: Optimised Flux Compositions Using Kawerau Limestone” – refining Doc #94

Agricultural extension circulars. Seasonal publications (2–4 per year) providing planting guidance, pest alerts, livestock management recommendations, and crop performance data. The direct successor to pre-event publications from DairyNZ, Beef + Lamb NZ, and regional councils.4

Medical updates. Disease surveillance (Doc #125), pharmaceutical stock status, clinical protocol updates, and local pharmaceutical production findings (Doc #119). Must reach every hospital and health centre.

Educational materials. Textbooks and training manuals for the adapted school curriculum (Doc #158) and trade training (Doc #157). Longer format, more editorial oversight required.

Community newsletters. Locally produced, 2–8 pages, weekly to monthly. Local news, governance decisions, agricultural observations, social notices. Produced by community members with national editorial guidance but not central control.

Government gazette. NZ has published the New Zealand Gazette continuously since 1841.5 Maintaining this serves both administrative function and constitutional continuity (Doc #144).

Recovery Library updates. Revised editions incorporating corrections, updated data, and expanded guidance from field experience.

1.2 What does not need early publication

Printing capacity is finite. Lower-priority items include recreational literature (communities produce this through handwritten circulation and local newsletters), duplicate coverage of the same topic, speculative or theoretical work, and political commentary. The national system maintains a factual, practical focus to preserve institutional credibility.

2. EDITORIAL STANDARDS FOR RECOVERY-ERA PUBLICATIONS

2.1 The credibility problem

Under normal conditions, published knowledge is filtered through peer review, editorial boards, and professional reputations. Under recovery conditions, these institutions are disrupted. NZ’s universities and Crown Research Institutes (AgResearch, Scion, Plant & Food Research, ESR, GNS Science, NIWA, Manaaki Whenua) continue to employ experts, but their capacity for formal review competes with urgent operational demands.6

The risk is twofold: too little filtering fills the system with inaccurate material; too much filtering means information arrives too late. Agricultural observations from Season 1 must reach farmers before Season 2 planting, which under nuclear winter may be only 3–6 months away.

The balance is fast publication with explicit quality signals.

2.2 Quality classification system

All publications carry one of three ratings, prominently displayed:

[Verified] – Reviewed by at least one qualified subject-matter expert who assessed methodology, conclusions, and data quality. Does not mean error-free; means a competent person checked the work.

[Field Report] – Based on systematic observation using standardised methods, reviewed by the editorial team for internal consistency and plausibility, but not expert-reviewed. Indicative, not definitive.

[Preliminary] – Unreviewed observation distributed quickly because the editorial team considers it worth sharing before formal review is possible. A lead for investigation, not established fact.

This extends the Recoverable Style Guide’s principle of distinguishing facts, estimates, and assumptions to entire documents.7

2.3 Core editorial principles

All recovery-era publications follow the Recovery Library’s editorial standards: distinguish facts from estimates from assumptions; state uncertainty with ranges and sample sizes; footnote sources; no rhetoric; NZ-specific content.

3. THE ROLE OF PUBLISHING IN SOCIAL COHESION

Doc #122 addresses the psychological dimensions of recovery. One factor maintaining national identity and shared purpose is a common information environment: knowledge that other communities face similar challenges and are finding solutions.

Under the baseline scenario, broadcast media and telecommunications continue initially. As these systems gradually degrade, printed publications become increasingly important for maintaining a shared information space. Historical analysis of wartime publishing supports this: publications reporting shared challenges and practical solutions are assessed by historians as having contributed to social cohesion in populations under sustained stress, though the effect is difficult to quantify separately from other morale factors.8

Community newsletters serve as governance infrastructure beyond their informational content. They provide transparency (local decisions subject to scrutiny, supporting Doc #122), coordination (work rosters, resource allocation, meeting schedules), record-keeping (an informal local archive with practical and legal value), and local skills exchange (a farmer’s effective technique reaches neighbours through print).

4. EDITORIAL PIPELINE AND STRUCTURE

4.1 From observation to publication

Stage 1 – Collection. Field observers (farmers, medical staff, engineers, teachers) record observations using standardised templates and submit to the nearest regional editorial contact point, co-located with the regional library (Doc #169).

Stage 2 – Triage. The editorial team reviews for relevance, urgency, and value. Criteria: Does this report something other communities need? Is it time-sensitive? Does it confirm, contradict, or extend Recovery Library guidance? Is the observation systematic or unsupported anecdote?

Stage 3 – Editorial preparation. Accepted submissions are edited for clarity, consistency, and compliance with editorial standards. Data checked for internal consistency.

Stage 4 – Review. For [Verified] publications, subject-matter experts from NZ’s eight universities, Crown Research Institutes, or experienced practitioners identified through the skills census (Doc #8) review on fast-track – target 1–4 weeks, not months.9

Stage 5 – Production. Formatted for printing and distributed through the regional library network.

Target throughput: 2–6 weeks for [Preliminary], 4–12 weeks for [Field Report], 8–20 weeks for [Verified]. Aspirational – actual throughput depends on editorial capacity and printing schedule.

4.2 Editorial board

  • Editor-in-chief (full-time): Editorial direction, quality standards, scheduling
  • Agricultural editor (full-time): Bulletins, extension circulars
  • Medical/health editor (full or part-time): Medical bulletins, pharmaceutical updates
  • Technical editor (full or part-time): Engineering, manufacturing, infrastructure
  • Community liaison (full-time): Newsletter support, local editor training, te reo Maori integration

A team of 4–6 dedicated staff, supplemented by part-time reviewers.

4.3 Standardised reporting templates

Templates reduce observer burden and increase data comparability. Key fields for agricultural templates: location, period, what was measured, measurement method, quantitative data, comparison to pre-event baseline, what worked, recommendations. Medical templates: facility, period, condition, patient numbers (anonymised), protocol, outcomes with denominator, adverse events. Engineering templates: equipment, conditions, NZ materials used, performance data, failure modes, comparison to Recovery Library guidance. These templates are printed and distributed with the initial Recovery Library.

5. PRINTING RESOURCE ALLOCATION

5.1 Capacity and demand

Printing capacity in the manual era is estimated at 600,000–2,500,000 pages per year (Doc #29).10 This capacity depends on a manufacturing chain: paper from radiata pine pulp (Doc #32, requiring a functioning pulp mill, caustic soda or lime, and water supply), ink from carbon black (charcoal-derived) and linseed oil or similar NZ-produced drying oil (Doc #29), metal type or carved woodblock/stencil plates (Doc #31), and functioning press equipment (either surviving letterpress/duplicator machines or purpose-built manual presses). Failure at any point in this chain – particularly paper production, which is the most infrastructure-intensive step – constrains total output regardless of editorial capacity. Estimated annual demand:

Category Pages per year Priority
Recovery Library replacements and updates 100,000–350,000 High
Technical bulletins, circulars, medical publications 40,000–150,000 High
Government gazette and administrative documents 20,000–80,000 High
Educational materials 50,000–200,000 Medium
Community newsletters (aggregate, mostly local capacity) 100,000–500,000 Medium
Cultural and literary works 10,000–50,000 Low
Total 320,000–1,330,000

Total demand fits within capacity in most scenarios, but not all. Community newsletters largely consume local printing capacity rather than central press time.

5.2 Allocation principles

  1. Knowledge that prevents harm takes priority. Medical corrections, pharmaceutical updates, agricultural bulletins correcting dangerous errors.
  2. Time-sensitive knowledge before time-insensitive. Seasonal circulars before updated textbooks.
  3. New knowledge before reprints – except for critical documents where last copies are deteriorating.
  4. Short-format preferred. A 4-page bulletin for 200 communities requires 800 pages; a 200-page textbook requires 40,000. Weight toward bulletins early, shifting to longer works as capacity expands.

5.3 Reprint-versus-new balance

Period Reprints New publications
Phase 2 (Years 1–3) 60–70% 30–40%
Phase 3 (Years 3–7) 40–50% 50–60%
Phase 4+ (Years 7–15) 20–30% 70–80%

The editorial board adjusts these ratios based on actual demand.

6. THE AI FACILITY’S ROLE IN PUBLISHING

While the AI inference facility (Doc #129) remains operational (estimated 7–15 years based on hardware degradation rates assessed in Doc #12911), it supports publishing through: drafting field reports into publication-ready bulletins, review support for fields lacking human experts, te reo Maori translation (subject to review by fluent speakers), and curriculum development. This is a supplement to, not replacement for, human editorial capability.

When the facility eventually ceases operation, the publishing system must function without it. Human editorial capability must be fully developed before the facility degrades. Templates, standards, and processes must be documented in print. The transition from AI-assisted to fully human-operated publishing should be gradual and planned.

7. CRITICAL UNCERTAINTIES

Uncertainty Impact if Wrong Resolution Method
Manual-era printing capacity Lower capacity means reprints and new publications compete intensely Track actual production rates
Field observation quality Low-quality reports degrade publication value Training, templates, editorial triage
Reviewer availability Unavailable experts limit [Verified] tier to [Field Report] quality Skills census (Doc #8); recruit practitioners
Community newsletter uptake Low uptake means local knowledge distribution fails Phase 1 pilots; adapt model
AI facility lifespan Faster degradation increases human editorial workload Build human capability from Year 1
Willingness to contribute Overburdened practitioners produce insufficient raw material Embed reporting in funded roles; keep templates short
Information quality over time Without formal review, accuracy may decline across phases Maintain standards; periodic audits; prompt corrections

8. CROSS-REFERENCES

  • Doc #2 (Public Communication): Communication principles extended beyond the emergency phase.
  • Doc #5 (Printing Supply Requisition): Phase 1 printing infrastructure on which the publishing system builds.
  • Doc #156 (Skills Census): Identifies editorial, publishing, and subject-matter expertise.
  • Doc #29 (National Printing Plan): Paper, ink, printing capacity, and the print shop network.
  • Doc #31 (Manual Printing Methods): Production techniques for post-toner-era publishing.
  • Doc #74 (Pastoral Farming Under Nuclear Winter): Agricultural field data is among the first publications, comparing conditions to this document’s estimates.
  • Doc #116 (Pharmaceutical Rationing and Shelf-Life Extension): Medical publications updating pharmaceutical guidance are a high-priority output.
  • Doc #122 (Mental Health): Social cohesion function of publishing supports psychological resilience.
  • Doc #125 (Public Health Surveillance): Surveillance data published through the medical pipeline.
  • Doc #127 (Telecommunications Maintenance): Telecoms supplement but do not replace print; as telecoms degrade, print becomes primary.
  • Doc #129 (AI Inference Facility): Supports editorial operations while operational.
  • Doc #144 (Emergency Powers and Democratic Continuity): Government Gazette maintains constitutional continuity.
  • Doc #157 (Accelerated Trade Training): Educational materials support trade training programmes.
  • Doc #158 (School Curriculum Adaptation): Textbooks and curriculum materials are medium-priority outputs.
  • Doc #160 (Heritage Skills Preservation): Heritage documentation feeds the publishing pipeline.
  • Doc #162 (University and Research Reorientation): University/CRI staff serve as reviewers; research findings are publication sources.
  • Doc #168 (Recovery Library Master Index): Updated as new documents are published and existing ones revised.
  • Doc #169 (Regional Library Network): Distribution infrastructure for all publications.

FOOTNOTES

  1. NZ book publishing output: NZ published approximately 1,500–2,000 new ISBN registrations per year in recent years, though actual distinct publications including those not formally registered are higher. Periodicals, government publications, and non-book formats add substantially. Source: National Library of NZ, ISBN registration data; Publishers Association of New Zealand. https://www.publishers.org.nz/↩︎

  2. NZ working-age population: Statistics NZ estimated 3.37 million people aged 15–64 in 2023 (approximately 65% of total population). Source: Stats NZ, “Population Estimates.” https://www.stats.govt.nz/↩︎

  3. NZ WWII agricultural extension: The Department of Agriculture published technical circulars and farming guidance throughout WWII, distributed through county agricultural advisors, addressing wartime challenges including labour shortages and restricted imports. Source: NZ Department of Agriculture annual reports (1939–1945), held in Archives NZ; Brooking, T. and Enright, P. (2002), “Milestones: Turning Points in New Zealand Agriculture,” NZ Rural Press.↩︎

  4. Pre-event NZ agricultural extension: DairyNZ (https://www.dairynz.co.nz), Beef + Lamb NZ (https://beeflambnz.com), Foundation for Arable Research (https://www.far.org.nz), and regional councils produced regular technical publications for NZ farmers.↩︎

  5. The New Zealand Gazette has been published continuously since 1841. Source: Department of Internal Affairs. https://gazette.govt.nz/↩︎

  6. NZ Crown Research Institutes: AgResearch, Scion, Plant & Food Research, ESR, GNS Science, NIWA, and Manaaki Whenua – Landcare Research collectively employ several thousand scientists and technicians. Source: MBIE CRI oversight reports.↩︎

  7. Recoverable Foundation Style Guide, Section 1.2: “Distinguish between facts, estimates, and assumptions.”↩︎

  8. Wartime publishing and social cohesion: McLaine, I. (1979), “Ministry of Morale,” Allen & Unwin; Mackay, R. (2002), “Half the Battle: Civilian Morale in Britain during the Second World War,” Manchester University Press. NZ context: the NZ Listener (founded 1939) and regional newspapers served both informational and cohesion functions during WWII.↩︎

  9. NZ’s eight universities: Auckland, AUT, Waikato, Massey, Victoria, Canterbury, Lincoln, and Otago. Source: Universities New Zealand. https://www.universitiesnz.ac.nz/↩︎

  10. Printing capacity estimate from Doc #29, Section 5.3: 5–10 print shops producing 500–1,000 pages per day, 250 days per year.↩︎

  11. AI facility operational lifespan: Based on hardware degradation estimates in Doc #129, primarily limited by GPU and storage device failure rates without replacement components. The 7–15 year range reflects uncertainty about component quality, workload intensity, and environmental conditions (temperature, humidity, power stability).↩︎

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