When the Trucks Stop: Mutual Aid Arrangements for a Fuel-Constrained Aotearoa New Zealand

A Briefing for Community Groups, Local Government, and Civil Society

Wise Response Society - March 2026

Copyright: CC BY-NC-SA 4.0

Live document accessed via: When the Trucks Stop: Mutual Aid Arrangements for a Fuel-Constrained Aotearoa New Zealand - Wise Response

Purpose

Aotearoa New Zealand imports 100% of its refined fuel. Physical onshore stocks sit at 20 - 27 days of normal consumption. The Strait of Hormuz crisis has exposed how quickly Force Majeure declarations can void supply contracts rather than merely delay them and escalation in late March has destroyed infrastructure which will take years to bring back online fully, if at all.

This briefing addresses a specific question: if fuel imports fall to zero or near-zero for weeks or months, what mutual aid arrangements can communities put in place - now - to ensure access to basic needs?

This is not a thought experiment. It is a  living, operational planning document, coordinated by Wise Response. The version here When the Trucks Stop: Mutual Aid Arrangements for a Fuel-Constrained Aotearoa New Zealand - Google Docs is open for anyone to comment on, and you are encouraged to provide feedback^[a], links to further resources, etc, which we will edit into this guide.

Remixes are encouraged, with attribution per the Creative Commons Licencing. Here’s a Permaculture in New Zealand remix from a Permaculture perspective: When the Trucks Stop: A Permaculture Design Response to Fuel Disruption in Aotearoa New Zealand

This document plans for the worst case: a sustained, severe reduction or complete cessation of fuel imports to Aotearoa New Zealand, lasting weeks to months. We hope that outcome does not materialise. We hope diplomatic resolution reopens shipping lanes, that alternative supply routes prove viable, that government action comes early enough to stretch existing stocks. But hope is not a strategy, and the window for community-level preparation closes long before the crisis peaks. The arrangements described here cost almost nothing to establish, strengthen communities regardless of whether fuel disruption eventuates, and could prove decisive if it does. Plan for the worst. Work for the best. Start now.

Why Mutual Aid, Not Just Government Response?

Aotearoa New Zealand's Civil Defence Emergency Management (CDEM) framework is designed for acute, localised events - earthquakes, floods, storms. A national fuel shortage is a different animal: slow-onset, nationwide, open-ended in duration, and affecting every system simultaneously. CDEM does not have the resources to support community-level resilience at this scale. Government will be occupied with triage - hospitals, law enforcement, essential freight corridors.

Communities that wait for top-down assistance will wait too long.

Mutual aid is the alternative. It is not charity, and it is not volunteerism. It is reciprocal: everyone contributes what they can, and everyone receives what they need. It has deep roots - from the Māori concept of manaakitanga and the kohanga/marae system, to the Free African Society of 1787, to the organoponicos of Cuba's Special Period. It works because it builds on relationships that already exist, or can be built quickly among neighbours.

This Wise Response Community Resilience Draft puts it plainly: regardless of the cause of disruption - fuel shortage, earthquake, pandemic, economic collapse - the basic needs that get disrupted are always the same. Food, water, shelter, health, social connection, transport. Prepare for those, and you are prepared for almost anything.

1. Food: Production, Distribution, and Preservation

The problem

Aotearoa New Zealand grows plenty of food for export, but the system that gets the imported and locally grown food from farm to plate runs on diesel. Trucks, refrigerated containers, distribution centres, supermarket supply chains - all of it stops when the fuel stops. Supermarket shelves in urban areas empty within 72 hours of a serious supply disruption. Rural areas may fare better initially, but processing and distribution remain bottlenecks.

Mutual aid arrangements^[b][c]

Direct farmer-community agreements. This is the single most important step any community group can take right now. Identify local farmers who produce mea^[d][e]t, vegetables, eggs, dairy, or grain. Negotiate standing agreements: in the event of a fuel crisis, produce goes to the local community first, at agreed prices or barter terms, before entering commercial supply chains^[f]. Document these agreements. Establish contact lists. Identify pickup points.

Community Supported Agriculture (CSA) and cooperative buying. CSA models, where households pay up^[g] front for a seasonal share of a farm's output, already exist in Aotearoa New Zealand. In a fuel crisis, CSA becomes survival infrastructure. Multiple farms can form cooperative CSAs to diversify what's available. Cooperative bulk purchasing reduces transport requirements: one trip serves twenty households instead of twenty trips serving one each.

Urban and suburban food production. Cuba's Special Period is the reference case. When Soviet oil imports collapsed in 1989, daily caloric intake dropped from 2,600 to between 1,000 and 1,500 calories. The response was mass urban gardening: by 1995 Havana had 25,000 allotments, and by 2008 urban gardens produced 90% of the city's fruit and vegetables on just 8% of urban land. The government helped by making vacant public land^[h] available for food production, distributing seeds and compost, establishing extension officers in each neighbourhood, and creating local farmers' markets for surplus sales. Aotearoa New Zealand has advantages Cuba did not - better soils, lower population density, existing home garden culture and lots of land around schools where larger gardens can be established for education and food. But it also has a shorter growing season in the south and almost no institutional support for rapid scale-up of urban agriculture. Community groups should be identifying vacant land^[i] and establishing land trusts, establishing seed banks and nurseries, and running garden mentoring programmes now. Permaculture training - which Australian specialists brought to Cuba in 1993 - is directly applicable. Composting Handbook Summary.

Community butchering and processing. Farmers have animals. What they lack, in a no-fuel scenario, is the capacity to get those animals to p^[j]rocessing plants, ^[k]and those plants may not be running anyway. Communities need people with butchering skills, access to facilities (even improvised ones - a clean shed, a few hooks, good knives), and cold storage or preservation capacity. This is a reskilling priority. Every community should identify its butchers, its hunters^[l], its people who know how to salt, smoke, dry, and preserve meat and fish without refrigeration.

Community kitchens and food hubs. Centralised cooking is far more fuel-efficient than individual household cooking. Marae already function this way. Churches, community halls, schools, and sports clubs can all serve as food hubs - places where donated or purchased ingredients are prepared into meals and distributed^[m]. During the COVID-19 pandemic, mutual aid food networks scaled rapidly across the US, UK, and Aotearoa New Zealand. Community fridges (freely accessible fridges stocked by volunteers) and food rescue operations (redirecting unsold food from retailers and growers) are low-overhead models that can be stood up in days^[n].

Seed saving and exchange. A prolonged disruption will exhaust purchased seed stocks. Seed saving is a critical skill, and as we’re at the end of the year, letting the best plants in your garden go to seed now is a recommended step. Seed libraries or exchanges ensure genetic diversity is maintained locally. In Aotearoa New Zealand organisations like the Koanga Institute already published many guides on this topic. Every community garden should be saving seed from its best-adapted varieties as standard practice.

2. Water^[o]

The problem

Most Aotearoa New Zealand reticulated water supplies are electrically pumped. Electricity supply itself is not directly threatened by a fuel shortage (NZ is ~85% renewable electricity), but maintenance crews need fuel to reach infrastructure, and treatment chemicals must be transported. Rural properties on tank water or bore water with electric pumps will generally be fine as long as the grid holds. Urban areas dependent on centralised treatment and pumping face risk if maintenance cannot be performed.

Mutual aid arrangements

Rainwater harvesting and storage. Every roof is a catchment. A modest 100 square metre roof in Southland (annual rainfall roughly 1,000 - 1,200 mm) can yield 80,000 - 100,000 litres per year - enough for a household's non-potable needs and, with basic filtration, its drinking water too. The technology is simple: gutters, downpipes, a first-flush diverter, and a storage tank. Costs range from a few hundred dollars for a recycled IBC tote to a few thousand for a purpose-built poly or concrete tank. Communities can organise collective purchasing of tanks^[p][q] and fittings, share installation labour, and target vulnerable households (renters, elderly, low-income) who lack existing tank infrastructure. For detailed design guidance covering rooftop catchment, ferrocement and other low-cost tank construction, filtration, and community-scale systems, see Lonny Grafman's open-access reference To Catch the Rain. In a fuel-constrained scenario where municipal water treatment chemicals may be difficult to transport, household and neighbourhood-scale rainwater collection^[r] provides a critical buffer that is entirely independent of supply chains.

Neighbourhood water mapping. Know where water comes from in your area. Identify households with rainwater tanks, bores, springs, and streams. Map gravity-fed systems that don't need pumps. This information should be documented and held by multiple people.

Shared filtration and purification. Community groups can stockpile basic water purification supplies: ceramic filters, UV treatment units, chlorine tablets, and simple boiling capacity. For those who can’t access those, highly effective lower tech options are available at the community scale and at the household scale. Gravity-fed ceramic filters require no electricity and can be shared among households.^[s]Emergency Rainwater Filter: Cascading Bucket System

Greywater reuse for gardens.^[t][u] In a fuel-constrained scenario where food production matters more, greywater from sinks and showers can be diverted to garden beds using simple bucket-and-pipe systems. Low-tech, high-impact. Kenny Minker's "Our graywater recycling system is a bucket" approach from Peru demonstrates that sophisticated infrastructure is not required.

Anaerobic digestion technology. It is a simple technology that uses anaerobic (acetic and methanogenic bacteria) to break down wastewater solids. It produces biogas and liquid/solid outflow that is safe to be used as fertilizer. It is a potential option in case of electric power blackout (unlikely in NZ) when the wastewater pumps in wastewater sumps would not work. It is an easy and quick technology to implement that would provide a safe treatment for human effluent and prevent the spread of potentially dangerous diseases. It requires one or two sealed tanks, roughly 500L/person, and some simple plumbing.

Shared excess of potable water. Similar to what proposed above but designed to be a long term option within the community. Households with water tanks usually have a high excess of water during the period April-December and already have a filtering system in place. They could set up a tap from where filtered water could be taken for drinking by anyone in need. A map or an app that can be updated online by the owner of the “water point” should be set up so that anyone in need could assess the availability of drinking water in their surroundings. This option requires a very minimal work/modification on the side of the “water point” owners and the set up of an online app (with AI app creator tools this should be a more than manageable task).

Coiled alkathene pipe for hot water. (this could also apply to the energy section). Long lengths of black alkathene pipe (a few hundred meters) can be laid in the sun to warm up water for showers. This can be installed on roofs or ground in the form of coil or parallel lines, both on private homes and communal spaces/roofs. Water can be circulated with a low power helicoidal pump or using the thermosyphoning effect (this is a bit more challenging to set up). It is a very low tech approach with almost no need of maintenance. Unfortunately, it works only during sunny days. As a reference, 200 meters of 15 mm alkathene pipe coiled and laid on a colorsteel dark roof can warm up 300L of water from 20 °C up to 55 °C, in a few hours of summer sun.

Communal “wetback system”. (this could also apply to the energy section). A low tech option to warm up water and potentially cook. Shared “wood burner” pits/stoves with both wetback and a cast iron large plate where to cook a warm meal could be set up in communal spaces. Hot water can be stored in an insulated tank. People that would use the “service” can be asked to bring a couple of wood logs (easy to source in NZ) to avoid the logistics of sourcing large quantities of firewood. A cold shower is not the end of the world but for older or sick people can be a life changer, especially during wintertime. Also, this is a low tech, cheap option with low maintenance required and easy to source material.

Firefighting emergency tank. Fire risk would likely increase when people are forced to use “open fires” to cook/heat/warm up water, hence, a sufficiently large water tank should be installed in proximity of the fire brigade station to store sufficient water for fire emergencies. Water collection could be done using one or more large roofs in proximity to the fire station. Water transfer from tank to truck to be performed with gas/diesel/electric pumps. Emergency diesel and gas (also for the fire trucks) should be always available onsite. This is a low tech option that would require only a minor investment (probably only a large tank, some plumbing and emergency fuel).^[v][w][x]

3. Energy

The problem

Aotearoa New Zealand's electricity grid is largely renewable^[y], but liquid fuels power almost all land transport, most farm machinery, and significant industrial processes. The energy problem in a fuel crisis is not electricity per se - it is the mismatch between what electricity can power (lights, heating, some cooking, EV charging) and what still requires liquid fuel (trucks, tractors, non-electrified machinery).

Mutual aid arrangements^[z][aa]

Community solar and battery microgrids.^[ab][ac] Where grid supply is reliable, this is less urgent. Where it is not - rural end-of-line feeders, areas prone to storm damage - community-scale solar PV with battery storage provides resilience. The model from Adjuntas, Puerto Rico is instructive: after Hurricane Maria, the community built a cooperatively managed microgrid of 700 solar panels with battery storage, providing emergency power when the grid was down for months^[ad]. In Aotearoa New Zealand, community energy trusts can own and operate shared generation and storage assets. Electrify Southland's farm energy calculator work demonstrates the economics of PV plus battery versus diesel generation on farms: over a 20-year NPV, electrification wins for most use cases.

EV pooling and charging coordination. Electric vehicles become strategic assets in a no-fuel environment. Communities should identify who has EVs, where charging is available (especially solar-fed chargers that don't depend on the grid), and establish informal car-sharing or ride-pooling arrangements. One EV doing a food distribution run with a trailer serves the same function as a dozen diesel cars going to a supermarket. Most EVs also can provide power as a generator backup as vehicle to load.

Firewood and biomass cooperatives. For heating and cooking in many areas, firewood becomes critical - get stocked up now! Community firewood cooperatives - where members contribute labour to fell, split, and distribute wood - spread the work and ensure vulnerable households (elderly, disabled, single parents) have access to heating fuel. Felling and processing firewood is labour-intensive but does not require fuel if done with hand tools or electric chainsaws, although clearly leveraging gas chainsaws whilst available is recommended!

Shared generation assets. Where diesel or petrol generators exist, they should ideally be treated as community resources, not individual ones. A generator shared between five houses and run for specific purposes (water pumping, medical equipment, communication charging) stretches limited fuel far further than five generators running independently. Formal agreements about fuel allocation, scheduling, and maintenance prevent conflict.

4. Transport and Mobility

The problem

No fuel means no private cars for most people. Public transport in provincial Aotearoa New Zealand is already sparse. Rural communities become effectively isolated.

Mutual aid arrangements

Ride-sharing and trip consolidation. Formal and informal arrangements to combine trips. One vehicle goes to town, multiple households provide lists or passengers. This is how rural communities already operate in many parts of the world, and how Aotearoa New Zealand operated before mass car ownership. It requires coordination - a shared noticeboard, a phone tree, a WhatsApp group, set them up now!

Community transport. Coordinated volunteer-based shared transport already exists in many New Zealand urban and rural communities. Pools of drivers and community-sponsored vehicles can be mobilised in any emergency. Many of these groups can provide wheelchair-accessible transport. For example, Waikato Regional Council has this map of known Community Transport and Total Mobility. providers.

Bicycle networks and cargo bikes. Bicycles require no fuel and cover distances that are impractical on foot. Electric cargo bikes can carry 100+ kg of freight. Community bike workshops - where shared tools and skills are available to maintain and repair bicycles - become essential infrastructure. Tool libraries^[ae][af][ag] that include bicycle repair equipment serve this purpose. The Lyttelton TimeBank model after the 2011 Christchurch earthquake showed how pre-existing social networks mobilised transport and logistics without formal structures.

Walking buses and local delivery circuits. For school runs, medical supplies, and essential goods, organised walking groups and delivery circuits reduce the need for motorised transport. A "walking bus" that collects children along a route, or a cargo bike delivery circuit that serves a neighbourhood, replaces dozens of individual car trips.

Animal traction. ^[ah]This sounds archaic until you remember that Cuba replaced tractors with oxen during the Special Period and it worked. Friesians make passable draft animals, especially if taught from birth, and with millions of cows currently in calf, the male calves should be considered for this purpose. For short-distance haulage, ploughing on small plots, and general farm work, animal power is a proven fallback. Knowledge of how to work with draft animals is held by older farmers and equestrians - another reskilling priority.

Waterway transport. Aotearoa New Zealand has extensive coastline and navigable rivers. Coastal shipping and river transport were the primary freight networks before road transport. In a prolonged fuel crisis, sailing vessels, rowing boats, and even electric-powered boats could supplement land transport for bulk goods movement. This is a longer-term consideration but worth noting.

5. Health and Medical Care

The problem

Hospitals will be prioritised for fuel allocation, but community health - GP visits, pharmacy access, aged care, disability support, mental health - will be disrupted. People who rely on regular medication, dialysis, oxygen, or mobility equipment face acute risk.

Mutual aid arrangements

Community health workers and first aid capacity. Upskilling community members in first aid, basic wound care, chronic disease management support, and mental health first aid builds capacity that doesn't depend on transport. Aotearoa New Zealand's CERT-equivalent training (through Civil Defence) covers some of this. St John's and the Red Cross offer community first aid courses. In a prolonged crisis, community health workers - trained laypeople who can assess, triage, and refer - extend the reach of the formal health system. ^[ai]

Medication stockpiling and sharing protocols. Where regulations allow, communities can work with pharmacies to establish small buffer stocks of essential medications. More practically, knowing who in the community takes what medication, and whether any surplus exists, can bridge short gaps in supply.

Mental health and social support. Fuel crises cause economic disruption, job losses, anxiety, and social isolation. People lose their routines, their mobility, and their sense of agency. This is where the social dimension of mutual aid matters most. Regular check-ins on isolated or vulnerable neighbours, community meals that provide social contact as well as food, structured activities for children and young people, and honest communication about the situation all contribute to psychological resilience. Basic human needs include not only physical needs but also social and psychological needs: a role in community, a voice in decisions, social supports. Brainstorm and discuss other areas of wellness such as spiritual health, pet health and prevenative health^[aj].^[ak][al]

6. Economic Mutual Aid

The problem

A fuel shortage is simultaneously an economic crisis. Businesses close, people lose income, supply chains for everything from building materials to clothing are disrupted. Money may still circulate, but there is less to buy with it. People who were already on the margins are pushed into acute hardship.

Mutual aid arrangements

Timebanking. Timebanks are reciprocal exchange networks where one hour of work equals one "time credit" regardless of the type of work. A plumber's hour is worth the same as a childminder's hour. This flattens economic hierarchies and ensures that everyone has something to contribute. The Lyttelton TimeBank in Canterbury demonstrated extraordinary effectiveness after the 2011 earthquake: members identified vulnerable people, coordinated logistics, provided housing, and delivered aid in ways that formal agencies could not. Timebanks already operate in several Aotearoa New Zealand communities. In a fuel crisis, they become an alternative economy - a way to match needs and skills without money.

Local currencies and barter systems. Complementary currencies (like the former Wairarapa Green Dollar system, or the Bristol Pound in the UK) keep economic activity circulating locally when the national economy contracts. Barter networks - where goods and services are exchanged directly - are simpler but less flexible. Both have historical precedent in Aotearoa New Zealand during the Depression. Here’s a design guide for Community Currencies^[am].^[an]

Lending circles and savings pools. Communities can pool money for collective needs: a shared fuel purchase, emergency medical transport, bulk food buying. Lending circles, where members contribute regularly and take turns receiving the pot, provide zero-interest credit outside the banking system. These practices have deep roots in Pasifika, Māori, and immigrant communities in Aotearoa New Zealand. Living Economies Trust has a page on the mechanics of a Savings Pool.

Tool libraries and equipment sharing. A tool library is exactly what it sounds like: a shared collection of tools that members can borrow. In a fuel-constrained economy where buying replacements is difficult, sharing existing tools is both practical and community-building. Combined with a timebank, a tool library creates a powerful local economy: borrow a chainsaw, earn time credits cutting firewood for a neighbour, spend those credits getting your garden dug.

Cooperative enterprises.^[ao][ap] Worker cooperatives, consumer cooperatives, and producer cooperatives provide economic structures (here’s a detailed analysis of one) that are democratically controlled and oriented toward meeting members' needs rather than maximising profit. Aotearoa New Zealand has a cooperative tradition (Fonterra is technically a cooperative, as are many electricity trusts). In a crisis economy, small cooperatives for food production, firewood supply, repair services, and transport can emerge rapidly if the legal and organisational templates are available. The Mondragon Cooperative in the Basque region of Spain has roots in the Spanish Civil War, here’s a critical look at this example.

7. Communication and Coordination

The problem

Digital communication depends on electricity and internet infrastructure. Both are likely to remain functional in a fuel crisis (the grid is mostly renewable, fibre networks don't need fuel), but mobile towers have limited battery backup and maintenance requires transport. In the worst case, communication networks degrade.

Mutual aid arrangements

Low-tech communication fallbacks. Phone trees, community noticeboards (physical ones, at the dairy, the marae, the church, the school), door-to-door check-in rosters. These sound primitive, but they work when nothing else does. After the Christchurch earthquakes, physical noticeboards were among the most effective communication tools in damaged suburbs.

Community radio^[aq]. Low-power FM broadcasting requires minimal equipment and can reach an entire town. In a crisis, community radio becomes the primary source of local information: what's available, where, when, and how to access it. Licensing can be arranged through the Ministry of Business, Innovation and Employment.

Mesh networks. Decentralised wireless networks (using devices like Meshtastic LoRa radios) can provide text-based communication over several kilometres without any internet or cellular infrastructure. These are cheap, low-power, and increasingly accessible. A mesh network covering a town or rural district provides a resilient communication backbone.^[ar]

Coordination hubs. Every community needs a known physical location where information is aggregated and decisions are made. This could be the marae, the community hall, the library, the church, or a willing household. The key is that everyone knows where it is and that it is staffed or checked regularly. The Shareable "Resilience Hub" model provides a detailed framework for turning existing community spaces into coordination centres.

8. Governance and Decision-Making

The problem

Mutual aid groups that lack clear governance structures tend toward either burnout (a few people do everything) or conflict (nobody agrees on priorities). Both failure modes destroy the group. The Aotearoa Localism Guide exists to assist existing local government orgs to do better in supporting community groups to deliver more services on behalf of councils, although recognising the limits of these orgs, some further potential structures are identified below.

Mutual aid arrangements

Small group structures. The "pod" model developed by the Bay Area Transformative Justice Collective identifies 3 - 8 people as a core support unit - small enough for trust, large enough for capacity. Pods can network into larger structures without losing intimacy. The People's Community Substack articulates this as "start with three neighbours."

Rotating roles and shared leadership. No permanent presidents, no entrenched hierarchies. Roles (coordinator, communicator, logistics, treasurer) rotate on a schedule - monthly or quarterly. ^[as][at]Sociocratic decision-making processes (consent-based rather than consensus-based) avoid the paralysis of trying to get unanimous agreement on everything.

Sociocracy (also called dynamic governance) organises groups into semi-autonomous "circles" - each with a defined domain - linked by double-connections so information flows both up and down. Decisions are made by consent, not consensus: a proposal passes unless someone has a paramount objection, meaning "I can live with it" is enough. This sidesteps the paralysis of unanimous agreement while keeping everyone's concerns heard. Roles - coordinator, delegate, facilitator, secretary - are elected by the group rather than appointed from above, and reviewed on a set cycle. For mutual aid groups, this matters: it prevents the common failure modes of burnout (one person does everything) and gridlock (no one can agree on anything), while keeping structure flat and accountable.

Transparent resource allocation. When resources are scarce, how they are allocated matters enormously. Transparent criteria (medical need, number of dependents, vulnerability) applied consistently prevent favouritism and build trust. This is one area where TEQs (Tradable Energy Quotas) at the national level align with mutual aid at the local level: both are about fair shares, transparently administered.^[au][av]

Documentation and knowledge transfer. Write down what you do and how you do it. When key people leave, get sick, or burn out, the knowledge must not leave with them. Simple written protocols, contact lists, and maps are invaluable.

Conflict resolution. Mutual aid groups are not immune to disagreements, freeloading, or interpersonal conflict. Having a simple, agreed process for raising and resolving disputes - before they arise - prevents small problems from destroying the group.

9. Vulnerable Populations

A fuel crisis does not affect everyone equally. The following groups require specific, proactive attention:

Elderly and isolated. People who live alone, are mobility-impaired, or lack family nearby are at highest risk. Daily or every-other-day check-ins, meal delivery, medication management, and social contact are non-negotiable.

Disabled and chronically ill. Power-dependent medical equipment, medication supply chains, personal care assistance, and accessible transport all face disruption. Disability-led mutual aid planning - where disabled people lead the identification of their own needs and solutions - is essential. Nothing about us without us.

Children and young people. Schools may close or operate intermittently. Children need structure, socialisation, and nutrition (school lunches may be their most reliable meal). Community-run learning pods, play groups, and youth activities fill the gap.

Low-income households. People already on the edge have no buffer. They are the first to run out of food, the first to lose their jobs, the first to face utility disconnection. Mutual aid is not means-tested, but priority should go to greatest need.

Migrant and refugee communities. Language barriers, unfamiliarity with local systems, precarious immigration status, and distance from family networks compound vulnerability. Culturally appropriate outreach - through established community leaders and organisations - is necessary.

Rural and remote communities. Geographic isolation plus transport disruption equals total isolation. These communities must be the most self-sufficient, which means they need the most lead time to prepare.

10. What To Do This Week

This document is long. The actions are not. Here is what a community group, church, marae, sports club, neighbourhood, or school community can do in the next seven days:

1. Call a meeting. Even five people is enough. Name the risk. Name the purpose: planning for a period when fuel is scarce or unavailable.
2. Map your assets. Who has an EV? Who has a large garden? Who has butchering skills? Who has medical training? Who has a generator? Who has a rainwater tank? Who has a chainsaw? Write it down.
3. Map your vulnerabilities. Who lives alone? Who depends on medication? Who has small children? Who has no transport? Who is financially precarious? Write it down (with consent).
4. Contact a farmer. One phone call. Introduce yourself, explain what you're doing, ask whether they'd be willing to supply your community directly in a crisis. Most will say yes.
5. Establish a communication channel. A WhatsApp group, a Signal group, a phone tree, a noticeboard at the local shop. Something that works when you need it.
6. Set a next meeting. Put it in the calendar. Momentum dies without follow-through.
7. Pass it on. Forward this guide to three people. Print a copy for your community noticeboard, marae, church, or school staffroom. Take it to your next meeting. The more groups working on this independently, the better it works for everyone.

11. Historical Precedents and Reference Cases^[az]

Cuba, 1989 - 2000 (Special Period). The most directly relevant precedent. Soviet oil imports collapsed, daily caloric intake dropped by up to 50%, transport ground to a halt. The response: mass urban agriculture (25,000 allotments in Havana by 1995, 90% of fruit and vegetables grown locally by 2008), animal traction replacing tractors, bicycles replacing cars, community-scale organic farming, neighbourhood-level food distribution. Permaculture trainers from Australia were brought in to teach intensive organic methods. Government facilitated by releasing vacant land, providing seeds and compost, and establishing extension officers. This was not a happy story - people suffered enormously - but it demonstrates that rapid, community-led adaptation to a no-fuel scenario is possible.

Lyttelton, Aotearoa New Zealand, 2011. The Lyttelton TimeBank was already established when the Christchurch earthquake hit. TimeBank members identified vulnerable people, coordinated housing, organised food distribution, and interfaced with emergency services. The pre-existing web of social connections proved more effective than formal disaster response in the immediate aftermath. The lesson: build the network before you need it.

Puerto Rico, 2017 - present. Hurricane Maria destroyed the centralised power grid. Diesel generators ran out of fuel. Communities that had invested in solar microgrids maintained power. The town of Adjuntas built a cooperatively managed solar microgrid and became a model of energy resilience. The lesson: decentralised, renewable energy systems are not just environmentally preferable - they are strategically essential.

Ukraine, 2022 - present. Blocked roads, fuel shortages, and collapse of rural-urban supply chains in war-affected areas prompted rapid adoption of urban farming, community food distribution, and mutual aid networks. Seeds and growing guidance were distributed to households to cultivate gardens on balconies and in yards. The lesson: even in active conflict, community-led food production can be stood up rapidly with minimal resources.

United Kingdom, 2000 (Fuel Blockade). A week-long fuel protest blockade brought the UK to its knees: supermarket shelves emptied, hospitals went on emergency-only operations, schools closed. The crisis resolved when the blockade ended, but it demonstrated how quickly a modern economy collapses without fuel, and how unprepared communities were for even a short disruption.

Organisational Models Worth Studying^[ba]

Transition Towns Network. Founded by Rob Hopkins in Totnes, UK. Community-led responses to peak oil, climate change, and economic instability. Strong on relocalisation, reskilling, and community energy. The Transition Handbook is freely available and directly applicable.

Retrofitting the suburbs for Sustainability By David Holmgren 

- https://thestandard.nz/book-review-david-holmgrens-retrosuburbia/ 

Mutual Aid Disaster Relief. A decentralised, grassroots network that provides solidarity-based disaster response. Extensive resource library for community organisers.^[bb]

Resilience Circles. A facilitated curriculum for forming small mutual aid groups of 10 - 20 people, also known as Common Security Clubs. Includes the "Gifts and Needs" exercise, which maps community assets and needs. Groups of 10 - 20 people meet for six to seven sessions focused on learning, mutual aid, and social action, then self-facilitate ongoing. Hundreds have formed across the US since 2008. The original curriculum site (localcircles.org) is no longer maintained.

Pod Mapping. A practical tool for identifying your immediate circle of mutual support. Expanded worksheets available from the SOIL Project (2023 edition).

Asset-Based Community Development (ABCD). A methodology for identifying community strengths rather than deficits. Capacity inventory tools available from the ABCD Institute at DePaul University and Tamarack Community.

Microsolidarity. A framework for creating small-group "structures for belonging" that can scale through networking. Developed by Richard Bartlett, originally from Wellington, Aotearoa New Zealand.

Map Your Neighbourhood (Washington State Emergency Management). A simple programme for neighbours to map skills, resources, and vulnerabilities on their street. Directly adaptable to Aotearoa New Zealand suburban contexts.

The anwser is not eco-socialism, it is eco-anarchism - Trainer 2020.pdf

Relationship to National Policy: TEQs

Tradable Energy Quotas (TEQs) are a national-level demand management framework that allocates a guaranteed, equal energy entitlement to every adult, with the ability to trade unused quota on an open market. TEQs are the subject of a parallel Wise Response campaign directed at government.

Mutual aid and TEQs are complementary, not competing. TEQs provide fair allocation at the macro level. Mutual aid provides fair access at the community level. A TEQ system without community-level mutual aid leaves vulnerable people with entitlements they cannot practically exercise (how do you use a fuel quota if you can't get to a petrol station?). Mutual aid without TEQs operates in a context of unregulated scarcity, where price gouging and hoarding undermine solidarity.

The argument for both is the same: in a resource-constrained environment, fairness is not just a moral position - it is a practical necessity for social cohesion.

Conclusion

The question is not whether Aotearoa New Zealand will face fuel disruption. It is facing it now. The question is whether communities will be prepared when disruption becomes severe.

Mutual aid is not a utopian aspiration. It is a practical, proven set of arrangements that have kept people alive and functioning in fuel crises, natural disasters, economic collapses, and wars. It requires no legislation, no funding, and no permission. It requires neighbours talking to neighbours, making plans, and building relationships of trust before those relationships are needed in crisis.

The time to start is now. Not next month. Not when rationing begins. Now.

Key Resources

• Wise Response Society: wiseresponse.substack.com 
• Rewiring Aotearoa and Community Electrification Groups: rewiring.nz 

• Electrify Southland: electrifysouthland.nz 

• Shareable - "The Resilience We Want" (12-page resilience hub guide): shareable.net 
• Shareable - "Mutual Aid 101" Toolkit: shareable.net 
• Mutual Aid Disaster Relief resources: mutualaiddisasterrelief.org/resources 
• Transition Network: transitionnetwork.org 
• Timebanks: timebanks.org 
• Dan Vie, "Mutual Aid, Community Resiliency, Disaster Collectivism" (comprehensive link collection, revised January 2026)
• Dean Spade, "Mutual Aid: Building Solidarity During This Crisis (and the Next)" (Verso Press, 2020. Spade's own page includes a free teaching guide and study guide.)
• Post Carbon Institute, "Think Resilience" online course: resilience.org 
• Koanga Institute (NZ seed saving): koanga.org.nz 

Prepared with reference to the Wise Response Community Resilience Draft, Dan Vie's Mutual Aid resource compilations, the March 2026 community preparedness briefing, and open-source research from resilience.org, ic.org, appropedia.org, permies.org, and related sources.