The Geneva Learning Foundation Certificate peer learning programme for leadership in climate change and health
Field guide: 7-30 Climate-Health Emergency Framework
Version 1.0 for review | 23 July 2026 https://www.learning.foundation/climate
A practical guide for health workers, district staff, and district managers: preparedness, response, and recovery from extreme climate-related events
Developed from the frontline knowledge of health workers in climate-vulnerable countries who participated in Teach to Reach activities between July 2023 and July 2026. Aligned with the WHO Operational Framework for Climate-Resilient Health Systems and the Belem Health Action Plan. Designed to be used under pressure by people who work for health.
What health workers already do
Three ideas that shape this guide
An implementation layer to strengthen existing systems
Aggregate indicators for systems and networks
Community trust as the central condition for climate-health resilience
Why trust is the central variable
What the health worker evidence establishes about trust
How 7-30 CHEF builds and strengthens trust in each phase
Making trust measurable and owned
Recommended additions to strengthen trust in 7-30 CHEF
Preparedness: be ready before the road floods
Decision rights: settle authority before the crisis
Financing: match money to the speed of the shock
Health worker protection: you cannot run a response you cannot survive
Consider gender, inclusion, and learning
How preparedness connects upward
Response: detect, alert, act, and learn fast
What to do: the seven response components
Decision rights during response
Protecting workers during response
Recovery: rebuild, reflect, implement resilience
Financing and reimbursement in recovery
Protecting workers in recovery
For district, provincial, and national planners and managers
How 7-30 strengthens government capacity
Where 7-30 fits in existing planning instruments
A practical model for government ownership
Design principles for government integration
Governance and decision rights: what managers must define
Financing pathways: matching money to the shock
Health worker protection as an institutional obligation
The humanitarian coordination interface
Intersectoral and One Health coordination
Annex 1. Why we need 7-30 CHEF: the gap this framework addresses
The state of the current literature
The evidentiary foundation of the framework
Consolidated key findings from the practitioner evidence base
Why the framework is a significant contribution
The framework in relation to dominant reference frameworks
Caveats and limitations in the current literature
Caveats and limitations of the 7-30 framework
Annex 2. Implementing 7-30 CHEF using The Geneva Learning Foundation’s system
Why an implementation pathway is needed at all
Matching 7-30 functions to TGLF mechanisms
How this pathway strengthens government ownership
Choosing whether to use this pathway
How to use this guide
This guide is for the people who act when a climate shock hits health: community health workers, midwives, malaria focal points, district nurses, environmental health officers, humanitarian health volunteers, facility managers, and district managers and planners.
It is written to be usable in the field, not only read in an office.
The framework is deliberately simple.
It reflects what must be true before an event, during an event, and after an event if communities are to be protected and local capability is to improve each time.
It works across many hazards, and it is designed to fit inside the plans and reporting lines you already use, not to replace them.
The 7-30 concept
Two numbers anchor a three-phase cycle.
| Number | Target | Phase |
|---|---|---|
| 7 | Within 7 days of a seasonal or forecast trigger, the local area is confirmed prepared: risks reviewed, plan active, responsibilities clear, peer support activated, and community links ready. For rapid-onset hazards, this readiness must already exist before the event. | Preparedness |
| 30 | Within 30 days of event onset, essential services are restored or adapted to a stable baseline, changes are documented, lessons are analyzed, and resilience actions are underway. | Recovery |
Response occupies the space between the two anchors.
It begins as soon as the trigger demands, and it is measured by whether the necessary response components were activated in time, not by whether a fixed number of days elapsed.
The 30-day marker is an operational milestone, not the end of recovery.
Some impacts, such as malnutrition after failed rains, mental health effects, and livelihood harms, extend well beyond 30 days.
The 30-day target confirms that services are stable and resilience work has started, not that recovery is finished.
What health workers already do
Consider three real examples from frontline workers.
- A community health worker in Kenya monitors forecasts and pre-positions tuberculosis medication before the flood season, so that patients do not run out when roads close.
- A midwife in Cote d’Ivoire organizes mobile teams to reach communities cut off by heavy rain, so that antenatal and delivery care does not stop.
- Women in the Democratic Republic of the Congo establish a solidarity fund so that pregnant women can still reach a maternity ward when roads fail.
None of these workers waited for a new programme.
They noticed a climate signal, improvised a response, and mobilized their community.
This guide does not invent a role for you.
It makes your role visible, legitimate, learnable, and supportable.
Three ideas that shape this guide
- Climate change acts through familiar problems. The signal appears in malaria arriving earlier, diarrhoeal disease intensifying after floods, undernutrition rising after crop loss, respiratory stress worsening during dust and smoke, or antenatal care collapsing when roads are cut. You do not need a new disease list. You need to notice the familiar happening at the wrong time, wrong place, or wrong intensity.
- Local solutions are assets, not coping failures. Canoes, motorbikes, women’s savings groups, WhatsApp consultations, improvised referral systems, volunteer transport, and community-built health posts are part of the real health system.
- Support is built in. A framework only matters if people can use it under pressure, so this guide pairs simple field actions with practical support, decision rights, and financing.
An implementation layer to strengthen existing systems
The 7-30 framework is an implementation layer that makes those systems work better where outcomes are ultimately decided: in districts, facilities, communities, and the local networks that connect them.
The WHO Operational Framework for climate-resilient health systems already emphasizes climate-informed preparedness plans, emergency systems, community-based disaster management, and integration of health adaptation planning into national and subnational systems.
The practical problem is that formal plans are strongest at the level of policy architecture and weakest at the point where a flood cuts road access, a heatwave disrupts medicine supply, or a clinic must improvise care with community actors before external assistance arrives.
The bottom-up character of 7-30 increases the reach, sensitivity, and operational intelligence of government-led systems.
Aggregate indicators for systems and networks
| Indicator | What it shows |
|---|---|
| Percentage of participating areas meeting the 7-day preparedness standard | Whether readiness is spreading before shocks occur |
| Average response component completeness score | Whether local response is operationally complete |
| Percentage of events with rapid peer synthesis returned to the field | Whether learning is flowing during response |
| Percentage of events meeting the 30-day recovery standard | Whether recovery is being completed and documented |
| Percentage of events generating at least one resilience implementation project | Whether recovery is translating into action |
| Most common bottleneck categories | Where managerial or policy intervention is most needed |
| Out-of-pocket costs per event and proportion compensated | Whether adaptation burdens remain externalized onto frontline workers |
Community trust as the central condition for climate-health resilience
Trust is the resource that every other component of 7-30 CHEF quietly depends on, and the framework’s structural contribution is that it builds trust before the crisis, spends it carefully during the crisis, and replenishes it in recovery, so that each turn of the 7-30 cycle leaves the community more willing to act with the health system, not less.
Why trust is the central variable
The health worker accounts behind the framework identify trust as the one constraint that supplies and logistics cannot fix.
In Taraba State, Nigeria, Habila Christiana Habu describes a community response that was “a mixture of cooperation and resistance,” where a portion of the community refused to engage during a flood not because services were absent, but because of “distrust of external interventions” built over years of help that did not return. The same pattern appears in Akwa-Ibom State, in Murang’a County, and in the Ashanti Region of Ghana, and in every case “sustained communication over time was what shifted it.”
This makes trust unusual among resilience factors.
- It cannot be procured, pre-positioned, or authorized mid-crisis.
- It is the accumulated result of showing up consistently before the event, which is why the framework insists that “relationships that hold during a flood are the ones built years before.”
Trust is therefore both an input to every response component and an outcome the system must deliberately produce.
What the health worker evidence establishes about trust
| Finding | Explanation |
|---|---|
| Trust is the binding constraint, not an accessory. | Where it was absent, temporary clinics, supplies, and volunteers could not overcome community refusal to engage. |
| Trust is built in the dry season, not the flood. | Communities that responded best were those where relationships with women’s groups, traditional birth attendants, youth groups, and faith leaders already existed. |
| Trust is measurable and fundable. | The finding states plainly that trust “can have a budget line, a target, and a person responsible for it,” and that “none of the contributors described having one.” |
| The grant cycle is shorter than the trust cycle. | A twelve-month cycle “is shorter than the time it takes to build trust in a community that has been let down before,” which is why multi-year, presence-based funding is one of the direct implications of the accounts. |
How 7-30 CHEF builds and strengthens trust in each phase
The framework does not treat trust as a single task. It distributes trust-building across the preparedness, response, and recovery cycle, so that each turn of the cycle deposits more relational capital than it withdraws.
Preparedness: build the relationships before the road floods
Preparedness is where the framework does most of its trust work, because this is the period the evidence identifies as decisive.
Preparedness action 4 requires teams to “build and maintain relationships before any event” with “community leaders, volunteers, youth groups, women’s associations, traditional birth attendants, pharmacists, local transporters, and local authorities,” and names trust “as one of the main determinants of preparedness.”
Three further preparedness moves reinforce this:
| Move | How it builds trust |
|---|---|
| Naming the vulnerable and the trusted. | The risk map records “trusted leaders” and “community groups that can help mobilize or communicate,” which converts diffuse goodwill into a usable, named network before the trigger fires. |
| Recognizing community assets as legitimate. | By treating “canoes, women’s savings groups, WhatsApp consultations, and community-built health posts” as “part of the real health system,” the framework signals respect for what communities have already built, which is itself a trust-building act. |
| Connecting community financing without displacing it. | The financing pathway maps community solidarity funds and agrees how they connect “without being quietly relied upon as a substitute for public resources,” which protects communities from the extractive dynamic that erodes trust in the first place. |
Response: keep the promises that trust depends on
During response, trust is preserved or lost through reliability under pressure. Community communication is one of the seven response components, defined as providing “trusted, practical, culturally intelligible messages through channels people already use.” Two design choices protect trust during the event:
- Using the community’s own channels. The instruction to use “SMS, phone calls, paper, or WhatsApp rather than a sophisticated platform” meets people where they already are, which sustains credibility rather than imposing unfamiliar systems in a crisis.
- Working with the community, not around it. The across-all-phases principle to “work with the community, not around it” keeps community actors as partners in decisions, which is the practical opposite of the “external interventions that did not return” that Habila Christiana Habu identified as the source of distrust.
Recovery: return, compensate, and prove the relationship continues
Recovery is where the framework directly counters the specific mechanism that destroys trust: help that arrives once and never comes back.
By defining recovery as “the period in which the next round of preparedness is built,” the framework makes continued presence structural rather than optional. Recovery also requires teams to “recognize community assets” and build them “into updated plans,” and to track “who is still unreached” and “whether vulnerable groups are recovering more slowly,” which demonstrates to the community that their experience is being acted upon rather than forgotten.
Making trust measurable and owned
The framework carries the finding that trust is measurable into its indicator sets.
At the systems level, “community trust” is one of the four things the framework insists on measuring, alongside continuity of care, speed of adaptation, and staff protection, and managers are told to measure these “not only whether meetings and trainings occurred.” The design principles repeat this: measure “continuity of care, speed of adaptation, staff protection, and community trust.”
There is, however, a gap this annex should name directly.
The source finding calls for trust to have “a budget line, a target, and a person responsible for it.” The framework makes trust a measured outcome, but it does not yet carry the named-owner and dedicated-budget-line requirement into its concrete action steps.
Closing that gap is the single most direct way to strengthen the framework’s treatment of trust.
Recommended additions to strengthen trust in 7-30 CHEF
To move trust from a measured outcome to a governed one, the following additions are consistent with both the framework and the evidence.
| Addition | Purpose |
|---|---|
| Assign a named trust owner per district. | Designate a specific person responsible for community relationships across all three phases, as the finding explicitly requires. |
| Create a trust budget line. | Fund the dry-season presence, communication, and relationship maintenance that trust depends on, rather than assuming it as free background labor. |
| Adopt a trust target and indicator definition. | Define what community trust means locally and set a measurable target, so the existing aggregate indicator has content behind it. |
| Fund on the trust timeline, not the grant timeline. | Align financing to multi-year, presence-based support, because the grant cycle is shorter than the time trust takes to build. |
| Make continued presence a recovery deliverable. | Require every recovery review to specify how and when the team will return, directly countering the “help that did not return” pattern. |
Preparedness: be ready before the road floods
Every effective response has roots in things done before the emergency: relationships built, risks understood, alternative routes known, supplies anticipated, and authority clarified.
The Kenyan health worker who pre-positions medication before the flood season is doing preparedness, not response.
Trigger rules by hazard
Each area should define its own trigger rules in advance. They should be agreed locally, written down, reviewed each year, and refined after every event.
| Hazard | Preparedness trigger | Response onset | Notes |
|---|---|---|---|
| Flood or severe storm | Start of rainy season, flood watch, or local risk threshold | Road cut, overflow, facility access disrupted, injuries or outbreaks begin | Rapid onset. Preparedness must exist before impact |
| Cyclone or storm surge | Official watch or local warning threshold | Landfall or immediate impacts | Preparedness and response overlap heavily |
| Heat wave | Forecast threshold crossed for local high-risk conditions | First high-alert day or first surge in heat-related illness | Forecast is part of the intervention window |
| Drought or prolonged water stress | Seasonal dry-period trigger plus rainfall or water threshold | Malnutrition, dehydration, or water-related disease surge | Slow onset. Requires strong anticipatory preparedness |
| Dust or smoke season | Seasonal threshold or air-quality proxy where available | Respiratory surge or facility-level symptom increase | Preparedness includes risk communication |
| Conflict-related access disruption | Security incident or closure of route or service area | Loss of safe access or interrupted referral or service continuity | Requires security-adapted protocols |
What to do
- Map the catchment area before the next trigger fires. Maintain a practical risk map showing flood-prone zones, seasonal barriers, temporary clinic spaces, local transport assets, informal referral routes, high-risk households, trusted leaders, and community groups that can help mobilize or communicate.
- Build one integrated local hazard plan. The same area may face heat, flooding, drought, disease shifts, dust, and access disruption in different seasons. One integrated plan is more realistic than several disconnected ones. It should specify trigger rules, high-risk groups, communication channels, pre-authorized adaptations, and who does what when normal routines fail.
- Pre-authorize likely adaptations. Remote consultations, altered outreach schedules, daily instead of weekly reporting during a shock, use of community transport, temporary service sites, and adapted task-sharing should be agreed before the emergency, not invented during it.
- Build and maintain relationships before any event. Trust with community leaders, volunteers, youth groups, women’s associations, traditional birth attendants, pharmacists, local transporters, and local authorities is one of the main determinants of preparedness.
- Identify the most vulnerable by name and place. Pregnant women, infants, people with chronic illness, people with disabilities, displaced households, socially isolated older persons, and families in hard-to-reach areas should be considered explicitly.
- Establish a practical local baseline. Know what is normal for key syndromes, referrals, service use, road access, supply continuity, and seasonal demand. Without a baseline, the climate signal is harder to detect.
Decision rights: settle authority before the crisis
Ambiguity about who can decide slows action and exposes workers to blame for reasonable improvisation. Preparedness must therefore fix decision rights in writing, before an event.
For each likely adaptation, agree in advance who authorizes it and who can act if that person is unreachable. Write these into the integrated hazard plan as a simple decision-rights table.
The aim is that no reasonable emergency action is delayed because nobody knew who was allowed to say yes.
| Adaptation or decision | What to settle in advance |
|---|---|
| Alternative or community transport | Who can authorize it, and up to what cost. |
| Temporary relocation of a service or a temporary service site | Who can approve it. |
| Telemedicine or remote consultation as a substitute for in-person care | Who can approve it. |
| Redistribution of supplies between facilities | Who can authorize it. |
| Small local spending | Who can commit it, and up to what limit. |
| Frontline action when no supervisor can be reached | What a frontline worker is permitted to do on their own judgment, and how that decision is later reviewed and backed. |
Financing: match money to the speed of the shock
Preparedness and rapid response usually need small, flexible, locally controlled resources for transport, communication, fuel, water treatment, temporary shelter, or emergency supplies.
Conventional grant cycles and rigid budget lines often arrive too late to matter.
Preparedness should therefore secure the financing pathway before the season, not during the shock.
- Identify or request a small pre-positioned contingency amount that district or facility teams can use immediately under agreed rules.
- Set simple spending limits and a fast approval route so that release does not wait for a full budget cycle.
- Map community financing assets that already work, such as women’s solidarity funds or savings groups, and agree in advance how they connect to the plan.
- Agree how out-of-pocket costs by workers will be recorded and reimbursed, so that adaptation is not silently paid for by the poorest actors in the system.
Health worker protection: you cannot run a response you cannot survive
A framework that depends on health workers must also protect them. Workers are community members too, and they cannot sustain a community response if their own household or safety collapses. Build the following into preparedness.
- Include a plan for the safety and functioning of the worker’s own household during the event.
- Confirm exposure protection, transport safety, and, where relevant, evacuation rules before the season.
- Confirm arrangements for occupational health, sick leave, and duty of care, so that responding does not mean personal ruin.
- Plan for psychosocial support and realistic workload limits in advance, not only after harm has occurred.
- Plan for insecurity and low connectivity rather than assuming open movement and reliable communication.
Consider gender, inclusion, and learning
- Build gender and inclusion in explicitly rather than assuming they are covered. Actively plan for who loses access first and who is least likely to benefit from generic measures.
- Include a learning plan, not just an emergency plan. Agree in advance how the team will compare notes, share alerts, document adaptations, and review weak points.
How preparedness connects upward
Local trigger rules, risk maps, and action plans should feed district emergency planning, disease surveillance, health adaptation planning, and early warning systems.
District and national authorities, in turn, create the authorization and budget conditions under which local preparedness can actually work.
Preparedness is the point where community reality and formal systems should meet.
Response: detect, alert, act, and learn fast
Response begins when the trigger or the climate-health signal requires action.
The question is not whether the event fits a textbook category.
The question is whether normal service patterns, population risk, or access conditions have shifted enough that action is needed now.
What detection really means
The earliest warning is often not a formal alert.
It is a clinician noticing that something familiar is happening at the wrong time, place, or intensity.
A midwife sees more maternal complications because transport failed after extreme rainfall.
A worker notices more fever cases earlier than usual after standing water.
A community health worker hears that families are sleeping outdoors in the heat, raising mosquito exposure.
These observations are the first operational evidence that something is changing.
Treat them as a legitimate trigger for response, then check, share, and compare them with peers and supervisors rather than waiting until they appear in aggregated data.
What to do: the seven response components
Activate the following components as applicable.
| Component | What it means in practice |
|---|---|
| 1. Heightened surveillance | Increase reporting frequency, compare with seasonal baseline, flag changes early. |
| 2. Access continuity | Activate alternative routes, transport, task-shifting, or remote support to keep care reachable. |
| 3. Service continuity | Protect high-priority services such as antenatal care, immunization, malaria prevention, acute care, and referral. |
| 4. Protection of vulnerable groups | Prioritize those at greatest risk using the preparedness register and local knowledge. |
| 5. Community communication | Provide trusted, practical, culturally intelligible messages through channels people already use. |
| 6. Coordination | Alert peers, supervisors, community structures, and relevant sectors quickly. |
| 7. Staff support and adaptation | Adjust workflows, support colleagues, document workarounds, and protect workers’ own functioning. |
These are not separate programmes.
They are a field-ready checklist for whether the response is operationally complete.
Decision rights during response
Use the decision-rights table agreed in preparedness.
If the situation exceeds it, act on the most reasonable protective judgment available, record what you decided and why, and escalate immediately.
A response designed around pre-agreed authority moves faster and protects the worker who has to improvise.
Financing during response
- Release the pre-positioned contingency amount under the agreed rules as soon as the trigger is met.
- Record every emergency cost as it happens, including worker out-of-pocket spending, so that reimbursement can follow.
- Do not let care fail because a small, foreseeable cost had no fast route to approval.
Protecting workers during response
- Adjust workflows and share load so that no single worker has to detect, interpret, respond, communicate, and maintain routine services alone and indefinitely.
- Maintain safety, exposure protection, and, where needed, evacuation rules.
- Watch for exhaustion and acute stress in yourself and colleagues, and act on them.
What to keep in mind
- Do not confuse lack of perfect data with lack of signal. Converging local observations deserve rapid review, not dismissal.
- Use the simplest reliable channel available. In many settings that means SMS, phone calls, paper, or WhatsApp rather than a sophisticated platform.
- Protect routine services deliberately. Crises often harm health most by interrupting ordinary care.
- Document adaptations while they happen. The undocumented workaround dies with the event. The documented one becomes a candidate for improvement and possible institutionalization.
- Use peers actively. A worker facing the same disruption elsewhere may give more usable advice in ten minutes than a manual gives in twenty pages.
How response connects upward
Government systems should provide warnings, supplies, authorizations, transport support, surveillance channels, and escalation pathways.
This framework adds the missing local layer by making sure frontline observations, adaptations, and bottlenecks move upward in time to matter.
Recovery: rebuild, reflect, implement resilience
Recovery is often the weakest part of the cycle.
Once immediate danger recedes, systems drift back to routine without capturing what changed, compensating what was spent, or investing in the resilience the event just showed to be necessary.
In this framework, recovery is the period in which the next round of preparedness is built.
What to do
| # | Action | What it involves |
|---|---|---|
| 1 | Restore or stabilize essential services. | Resume routine schedules where possible, keep adapted pathways where necessary, and address disruptions to high-priority services. |
| 2 | Document every meaningful adaptation. | Which referral workaround was used, which message worked, which service moved, which role was adapted, which high-risk group was hardest to reach. Documentation is the raw material of both accountability and learning. |
| 3 | Record personal and local costs. | Transport, airtime, emergency supplies, volunteer time, and household disruption are part of the real cost of climate adaptation, not incidental burdens. |
| 4 | Recognize community assets. | Identify which structures, spaces, funds, volunteers, or transport options made a difference, and build them into updated plans. |
| 5 | Conduct a structured bottleneck analysis. | Ask why the weakest points occurred, whether the cause was supply, authority, communication, transport, data, trust, security, or financing, and what action is needed before the next event. |
| 6 | Move from lesson to implementation. | The key question is not what did we learn, but what will be done differently, by whom, starting when. |
Financing and reimbursement in recovery
Recovery is when recorded costs must actually be reimbursed.
Total the out-of-pocket and community costs from the event, submit them through the agreed route, and track what proportion is compensated.
Unreimbursed cost is a warning sign that the system is externalizing adaptation onto the people least able to carry it.
Protecting workers in recovery
- Recovery must include the workforce. Workers may need psychosocial support, workload adjustment, rest, or practical assistance after the event.
- Treat documentation as protection, not bureaucracy. It supports reimbursement claims, improves planning, and turns tacit practice into usable knowledge.
Equity in recovery
Track who is still unreached, whose services are still disrupted, and whether vulnerable groups are recovering more slowly.
End every recovery review with at least one concrete resilience action entering implementation, not just a list of lessons.
Examples that teams have implemented include:
- a community transport roster for flood-prone villages;
- a heat-risk communication routine for pregnant women and older adults;
- a new referral pathway around a seasonal road closure;
- a local register and follow-up process for climate-vulnerable patients;
- a WhatsApp or SMS support chain for community health volunteers;
- integration of women’s savings groups or local councils into emergency transport planning;
- a micro-protocol for heightened malaria surveillance after heavy rainfall.
How recovery connects upward
District and national systems should use recovery outputs to improve formal plans, revise authorizations, adjust budgets, and recognize community assets.
A grounded record of which resilience projects were attempted, what was learned, and what changed is more valuable to a manager than a generic recommendation.
Tracking progress
Use simple, comparable indicators tied to each phase.
| Phase | Indicators |
|---|---|
| Preparedness | Risk map reviewed and updated before the seasonal trigger. / Local trigger rules agreed and documented. / Decision-rights table agreed and documented. / Financing pathway and spending limits confirmed. / High-risk population register updated. / Pre-authorized adaptations reviewed. / Worker protection arrangements confirmed. |
| Response | Time from signal detection to local alert. / Number and proportion of applicable response components activated. / Time to adaptation of surveillance frequency if needed. / Continuity of priority services. / Contingency financing released within agreed time. |
| Recovery | Time to restoration or stabilization of essential services. / Documentation of protocol changes and adaptations completed. / Out-of-pocket and local adaptation costs recorded, and proportion reimbursed. / Bottleneck analysis completed. / Number of recovery lessons converted into resilience actions. |
For district, provincial, and national planners and managers
This companion explains how to position, own, integrate, and measure the 7-30 framework inside government and formal humanitarian systems. It assumes familiarity with the core field guide, which sets out the practitioner actions this companion is meant to enable and govern.
How 7-30 strengthens government capacity
| How it helps | Explanation |
|---|---|
| It improves situational awareness. | Frontline health workers often detect the earliest operational consequences of extreme weather: shifts in disease seasonality, failures in transport routes, interruptions to maternal care, emerging mental health burdens, and community coping mechanisms that never appear in routine dashboards. A system that can hear, aggregate, and act on these signals becomes more adaptive and more credible, especially when hazards change faster than existing protocols were designed to handle. |
| It strengthens implementation across administrative levels. | Facility and district workers are often asked to carry out plans written elsewhere, under conditions far more complex than those plans anticipated. A structured preparedness-response-recovery framework, connected to peers and supervisors, helps translate policy intent into local action while staying aligned with official mandates, technical standards, and reporting lines. |
| It improves government relationships with civil society without weakening public authority. | Government staff remain central, but become better connected to the actors who provide transport, shelter, community finance, volunteer labour, risk communication, and social trust during crises. |
| It helps government work with the system that actually exists. | The local health system in a flood-prone district may include women’s solidarity funds, village midwives, boat operators, school buildings used as temporary clinics, pharmacists on WhatsApp, religious leaders, and volunteer sanitation teams. When planning recognizes and organizes these actors rather than treating them as informal leftovers, it becomes more realistic, faster, and more protective under stress. |
Where 7-30 fits in existing planning instruments
The framework can be embedded across existing instruments rather than requiring a new standalone plan.
| Level | Instruments |
|---|---|
| National level | Health national adaptation plans, climate and health vulnerability and adaptation assessments, public health emergency preparedness plans, and the health components of national adaptation and disaster risk reduction frameworks. |
| Subnational level | District preparedness plans, seasonal risk planning, service continuity plans, disease surveillance review meetings, and simulation or after-action processes. |
| Facility and community level | A common operational scaffold for facility managers, community health workers, surveillance staff, ambulance coordinators, local NGOs, women’s groups, school authorities, and local leaders. |
This cross-cutting fit matters because climate-health emergencies are cross-cutting by nature.
A single flood can disrupt antenatal care, vaccine cold chains, malaria control, road access, school feeding, water safety, mental health, and surveillance at the same time.
A workable framework must therefore be cross-cutting by design while still fitting inside government structures.
A practical model for government ownership
A government-owned 7-30 model works best with clear role separation and two-way accountability. This arrangement does not dilute accountability. It clarifies it. Government remains responsible for standards, legitimacy, and stewardship, while mobilizing distributed local capacity without pretending that ministries alone can see, know, or do everything in real time.
| Level | Role in 7-30 |
|---|---|
| National authorities | Set policy, technical standards, financing rules, data architecture, and escalation triggers. / Ensure health adaptation, emergency preparedness, and primary care policies are coherent. |
| Provincial or regional authorities | Coordinate support, supervision, surge arrangements, and partner alignment. / Translate national standards into context-sensitive operational guidance and run inter-district learning. |
| District teams | Adapt 7-30 to the district hazard profile, geography, epidemiology, and social realities. / Convene local actors and maintain the preparedness-response-recovery cycle. |
| Facility and community teams | Detect signals, activate local plans, protect continuity of care, document events, and feed lessons upward and sideways. |
| Civil society and community actors | Contribute capabilities, relationships, and trust that cannot be ordered into existence mid-crisis, within a government-led architecture. |
Design principles for government integration
Six principles preserve both government ownership and the bottom-up strength of 7-30.
- Align with existing government plans, reporting, and supervision systems rather than creating a parallel architecture.
- Make district and facility teams the operational centre, because that is where shocks are first detected and most immediately managed.
- Treat community and civil-society actors as part of resilience infrastructure, not optional outreach channels.
- Build two-way information flows so national guidance reaches the frontline and frontline intelligence changes planning upstream.
- Use peer learning and implementation support to strengthen routine government capability, not just project performance.
- Measure continuity of care, speed of adaptation, staff protection, and community trust, not only whether meetings and trainings occurred.
Governance and decision rights: what managers must define
The core field guide asks each area to write a decision-rights table before the season.
Managers own the conditions that make that table valid.
For each phase, managers should confirm, in writing:
- who may authorize alternative transport, temporary service relocation, telemedicine improvisation, supply redistribution, and local spending, and up to what limits;
- what a frontline worker may do on their own judgment when no supervisor is reachable, and the guarantee that reasonable emergency improvisation will be backed rather than penalized;
- the escalation pathway from facility to district to province to national level, with the time expectations attached to each step.
Ambiguity in decision rights slows action and exposes workers to blame.
Removing that ambiguity is a management responsibility, not a frontline one.
Financing pathways: matching money to the shock
Preparedness and rapid response require small, flexible, locally controlled resources for transport, communication, fuel, water treatment, temporary shelter, and emergency supplies.
Conventional grant cycles and rigid budget lines often arrive too late.
Financing facilitation and country-level implementation are consistently the weakest links, even for well-resourced global platforms.
Managers and planners should therefore treat financing as a core design task, not an afterthought.
- Establish a small pre-positioned contingency fund that district and facility teams can access immediately under agreed rules, with clear spending limits and a fast approval route.
- Define in advance how community financing assets, such as women’s solidarity funds and savings groups, connect to formal financing without being quietly relied upon as a substitute for public resources.
- Establish a reimbursement mechanism for worker out-of-pocket costs, and monitor the proportion actually compensated as a governance indicator.
- Align contingency financing with existing disaster risk financing, contingency budget lines, and health emergency funds rather than creating a parallel channel.
Health worker protection as an institutional obligation
A resilience framework that depends on health workers without protecting them risks normalizing hidden sacrifice as a delivery model.
Occupational health, insurance, sick leave, psychosocial support, exposure protection, evacuation rules, transport reimbursement, and duty of care are institutional obligations that planners must resource, not personal problems for workers to absorb.
Managers should confirm these arrangements before each hazard season and review them in every after-action process.
The humanitarian coordination interface
In acute disasters, 7-30 should connect explicitly to humanitarian clusters, emergency operations centres, incident management systems, and NGO coordination mechanisms rather than sit adjacent to them.
Managers should define, in preparedness, how the district cycle plugs into these structures, who represents the district in coordination forums, and how frontline intelligence reaches incident command quickly.
Intersectoral and One Health coordination
Many climate-health risks emerge across animal health, water, sanitation, agriculture, education, social protection, and local government.
Local resilience often depends on coordination that reaches beyond the health ministry.
Planners should name the relevant sectoral counterparts for each hazard and agree how they will be convened during preparedness, response, and recovery.
Measuring what matters
Measure whether the framework improves continuity of care, speed of adaptation, staff protection, and community trust, not only whether meetings and trainings occurred.
Distinguish clearly between process measures, implementation measures, outcome proxies, and longer-term health outcomes, so that the system is not credited with resilience when it has only recorded activity.
Annex 1. Why we need 7-30 CHEF: the gap this framework addresses
This annex situates the 7-30 framework within the current evidence base, argues for why it constitutes progress, and states the caveats and limitations affecting both the framework and the literature it draws on. Formal citations are retained here. Some references carry verification flags that will be resolved before publication.
Over the past decade, global health institutions have built increasingly sophisticated frameworks for making health systems resilient to climate change.
The WHO Operational Framework for Building Climate-Resilient Health Systems articulates ten components, from climate-informed surveillance to emergency preparedness.
The WHO Health Emergency and Disaster Risk Management framework emphasizes prevention, preparedness, readiness, response, and recovery as an integrated cycle.
The Belem Health Action Plan, launched at COP30 as the first global climate adaptation plan centred exclusively on health, calls for strategies that address health inequity, build resilience, and place communities at the centre of adaptation.
A critical gap persists between those frameworks and what actually happens in a flooded village in Burkina Faso, a drought-affected district in Niger, a heat-stressed urban settlement, or a conflict-affected catchment in northern Nigeria.
Global frameworks are designed mainly for ministries, national planners, and technical agencies, and their implementation guidance rarely reaches the health worker at the last mile.
Research on community health workers and extreme weather events shows that frontline workers contribute to preparedness, response, surveillance, care continuity, psychosocial support, and recovery, but usually without formal authorization, operational scaffolding, or resources commensurate with what is asked of them.
The problem is not that health workers are passive or unprepared, but that their work is under-recognized, under-supported, and too often treated as anecdotal when it should be treated as operational evidence.
The state of the current literature
The peer-reviewed and institutional literature establishes a robust consensus on three points that frame the problem.
First, extreme weather events produce direct, indirect, and cascading health burdens that fall most heavily on populations with the least adaptive capacity, particularly in Africa, South Asia, and Small Island Developing States (Ebi et al., 2021).
Floods and storms disrupt hospital and pre-hospital services through infrastructure damage and road closures, heatwaves increase emergency demand, and the wider literature calls for adaptation spanning pre-event resilience building, during-event response, and post-event recovery (Ebi et al., 2021).
Second, the governance architecture is mature but under-implemented.
The WHO Operational Framework articulates ten components, and its 2023 revision adds low-carbon dimensions (World Health Organization, 2015; World Health Organization, 2023).
Yet the literature consistently identifies an “aware but unprepared” health workforce, documented in a 2026 scoping review across 17 African countries and confirmed in solutions-oriented research framing the phenomenon as an “adaptation gap” (Lusambili et al., 2026; McMahon et al., 2024).
Evaluative evidence of global coordination reaches the same conclusion in blunter terms: a knowledge library alone is often not enough to trigger action, and members with the greatest implementation needs engage with global mechanisms at systematically lower rates because their institutional capacity is thinner (Sadki and Mbuh, 2026; Sadki, 2026).
Third, community health workers are substantial but under-supported actors across the disaster cycle.
A scoping review documented six community health worker roles during extreme weather events, from clinical service delivery to surveillance and psychosocial support (Domingo et al., 2024).
A separate review of 31 studies identified three competency clusters but found systematic application and comprehensive assessment inconsistent (Perreault-Carranza et al., 2024).
The evidentiary foundation of the framework
The 7-30 framework should be read not as a competitor to the WHO, Sendai, or BRACE architectures, but as the missing implementation and measurement layer beneath them, occupying the relationship in which global platforms operate where commitments are made and frontline networks operate where commitments either reach communities or quietly dissolve (Sadki, 2026).
Its progress is real and practical: rendering a validated but inert cycle usable at the last mile and supplying a peer-validation mechanism capable of building the attribution chain the field currently lacks (Sadki and Mbuh, 2026).
Its principal limitations are the unvalidated status of its timeline and health-outcome claims, its relative neglect of health worker occupational protection, and its optimism that structured learning can compensate for structural financing and governance constraints (Perreault-Carranza et al., 2024; Ahimbisibwe et al., 2026).
A distinctive strength of the framework’s foundation is that it rests on one of the largest first-hand practitioner datasets ever assembled on this question: a global survey of more than 6,400 health and humanitarian workers across 128 countries, with just over half working at community or district level where climate-health consequences arrive first and persist longest (Sadki, 2026).
Across the broader network, more than 80,000 health and humanitarian workers have contributed to peer-generated evidence about what local action looks like under pressure.
By 2024, one edition of the underlying peer-learning programme had brought together more than 21,000 health professionals from over 70 countries, around 80% working at district and facility levels and half working in government systems.
That dataset surfaces three findings that directly justify the framework’s design.
- Health workers on the ground manage consequences different in nature from the primary indicators global frameworks track, with secondary effects such as malnutrition from agricultural disruption, vector-borne disease expanding into new territory, and waterborne illness after floods arriving faster and hitting harder than headline threats (Sadki, 2026).
- The gap between what community-level practitioners observe and what national reporting captures is consistent enough across countries to constitute a measurement problem rather than a difference of perspective (Sadki, 2026).
- Practitioners are already inventing adaptation protocols: a community health worker in Kenya monitoring forecasts to pre-position tuberculosis medication before flood season, a midwife in Cote d’Ivoire organizing mobile teams to reach communities cut off by rain, and women in the Democratic Republic of the Congo establishing a solidarity fund so pregnant women can reach a maternity ward when roads fail (Sadki, 2026).
Consolidated key findings from the practitioner evidence base
- Familiar diseases are shifting in season, intensity, and geography.
- The first effective response is usually local, improvised, and relational.
- Communities are not passive recipients of aid. They finance transport, build temporary solutions, provide labour, and mobilize trusted messengers.
- Trust built before the emergency determines whether the emergency response works.
- Health workers absorb climate adaptation costs personally, meaning the current system externalizes adaptation costs onto those least able to carry them.
- The same worker often has to detect the signal, interpret it, improvise a response, explain it, and maintain routine services at the same time.
Why the framework is a significant contribution
The framework advances practice in four ways that map onto gaps the literature and field evidence have named but not resolved.
- It operationalizes the disaster cycle at the last mile. Where global frameworks are designed mainly for ministries and technical agencies, 7-30 is built from the field outward, giving the midwife, community health worker, or district nurse a usable structure (World Health Organization, 2015).
- It converts an abstract cycle into a memorable, locally triggered tempo. The 7-day confirmation of preparedness after a seasonal or forecast trigger and the 30-day target for restoring or adapting essential services make the framework usable across hazards and suitable for local scorecards, answering the literature’s call for holistic strategies rendered actionable (Ebi et al., 2021).
- It builds implementation support into the framework rather than treating it as a downstream add-on, addressing the recurring finding that conventional training stops at information transfer without producing change (Perreault-Carranza et al., 2024). The supporting evidence is unusually strong for this field, with the underlying implementation method reported to produce implementation progress several times higher than comparable groups using conventional technical assistance, to cost roughly 90% less, and to retain more than 80% of users independently after the first cycle (Sadki and Mbuh, 2026; Sadki, 2026). These are process and adoption measures, not validated reductions in morbidity or mortality. See caveats below.
- It legitimizes frontline detection as operational evidence, treating a clinician noticing something familiar happening at the wrong time as a valid trigger for response, with peer validation converting observation from self-report into evidence because colleagues working in the same conditions cannot easily be deceived by overclaiming (Sadki, 2026). This aligns with the argument that extreme weather thresholds should be defined according to impacts on climate-vulnerable communities rather than meteorological criteria alone (Otto et al., 2024).
The framework in relation to dominant reference frameworks
| Dimension | 7-30 framework | WHO Operational Framework / Sendai / BRACE |
|---|---|---|
| Primary audience | Frontline health workers at the last mile. | Ministries, national planners, public health agencies (World Health Organization, 2015). |
| Structuring logic | Locally triggered 7-day and 30-day operational anchors. | Ten components / four priorities / continuous planning cycle (World Health Organization, 2015). |
| Evidence base | 6,400+ practitioner survey plus peer-generated experience of 80,000+ workers (Sadki, 2026). | Peer-reviewed literature and institutional consensus (Domingo et al., 2024). |
| Implementation model | Built-in peer learning with documented progress, cost, and sustainability gains (Sadki and Mbuh, 2026). | Guidance documents and competency frameworks, with inconsistent application (Perreault-Carranza et al., 2024). |
| Detection entry point | Frontline clinical observation, peer-validated (Sadki, 2026). | Climate-informed meteorological and epidemiological surveillance (World Health Organization, 2015). |
Caveats and limitations in the current literature
- Evidence on global variation in health impacts remains mixed and scarce, with hotspots differing by event type, which limits the precision of locally tailored trigger rules (Ebi et al., 2021).
- Knowledge production is dominated by Global North institutions, and non-English and Southern-authored research is systematically excluded from global syntheses, distorting the evidence base for exactly the settings the framework targets (Ahimbisibwe et al., 2026).
- Evaluative evidence of global climate-health coordination has produced no health outcome data of any kind, so the causal chain from global commitment to community health outcome remains empirically unproven (Sadki, 2026).
- The literature reports a near-absence of validated competency assessment tools (Perreault-Carranza et al., 2024) and inadequate gender integration, with fewer than 30% of health adaptation studies considering gender and less than 1% including disability (Sadki, 2026).
Caveats and limitations of the 7-30 framework
- The numeric anchors are operational conventions rather than evidence-derived thresholds. Many impacts, including nutrition, mental health, and livelihood effects, extend far beyond 30 days, so the 30-day marker risks signalling closure while burdens persist, a concern reinforced by field accounts of months-long malnutrition surges after failed rains (Sadki, 2026).
- The framework is comparatively underweight on the health worker as victim, a domain the wider literature treats as central through evidence of physical, mental, occupational safety, and capacity harms (Tesfaye et al., 2025; Lusambili et al., 2026).
- The health-outcome effectiveness claim remains a hypothesis awaiting the attribution evidence that no evaluation in this space has yet produced, since the reported gains in speed, cost, and sustainability are process and adoption measures rather than validated reductions in morbidity or mortality (Sadki and Mbuh, 2026; Sadki, 2026).
- The framework relies heavily on a single organization’s peer learning system as its operational spine, raising a generalizability question that the plural tool ecosystem in the literature does not face (Perreault-Carranza et al., 2024).
- The framework may understate the depth of structural constraints, since financing facilitation and country-level implementation are documented as the weakest links even for well-resourced global platforms, and peer learning alone cannot dissolve the financing and governance asymmetries the decolonial and policy literature characterizes as structural (Ahimbisibwe et al., 2026; Sadki and Mbuh, 2026).
References
Ahimbisibwe A, et al. (2026). Climate change, health and environmental policy in Africa: structural constraints, regional disparities and global inequities. Frontiers in Public Health. https://www.frontiersin.org/articles/10.3389/fpubh.2026.1816888/full
Domingo A, Little M, Beggs B, Brubacher LJ, Lau LL, Dodd W. (2024). Examining the role of community health workers amid extreme weather events in low- and middle-income countries: a scoping review. Public Health. 234:133-143. https://doi.org/10.1016/j.puhe.2024.07.023
Ebi KL, Vanos J, Baldwin JW, Bell JE, Hondula DM, Errett NA, et al. (2021). Extreme weather and climate change: population health and health system implications. Annual Review of Public Health. 42:293-315. https://doi.org/10.1146/annurev-publhealth-012420-105026
Lusambili A, et al. (2026). Aware but unprepared: the impact of climate change on healthcare workers and service delivery in Africa – a scoping review. Frontiers in Public Health. 13:1693703. https://doi.org/10.3389/fpubh.2025.1693703
McMahon SA, et al. (2024). Adapting to climate change: strategies and perspectives from humanitarian health workers – a qualitative study. Journal of Climate Change and Health. https://www.sciencedirect.com/science/article/pii/S2667278224000762
Otto FEL, et al. (2024). Extreme weather should be defined according to impacts on climate-vulnerable communities. Nature Climate Change. 14:1010-1012. https://doi.org/10.1038/s41558-024-01983-7
Perreault-Carranza T, Ni V, Savoie J, Saucier J, Frenette J, Jbilou J. (2024). Core competencies of the public health workforce in climate change and extreme weather events preparedness, response, and recovery: a scoping review. International Journal of Environmental Research and Public Health. 21(9):1233. https://doi.org/10.3390/ijerph21091233
Sadki R. (2026). The road to transformative action on climate and health: what we can learn from a global climate and health survey of over 6,000 health workers. The Geneva Learning Foundation. https://redasadki.me/2026/03/31/the-road-to-transformative-action-on-climate-and-health-what-we-can-learn-from-the-atach-evaluation/
Sendai Framework for Disaster Risk Reduction 2015-2030. United Nations Office for Disaster Risk Reduction.
World Health Organization. (2015). Operational framework for building climate resilient health systems. Geneva: WHO.
World Health Organization. (2023). Operational framework for building climate resilient and low carbon health systems. Geneva: WHO.
Annex 2. Implementing 7-30 CHEF using The Geneva Learning Foundation’s system
The 7-30 framework is deliberately tool-agnostic. The core field guide and the planner and manager companion describe it in terms of the functions each phase requires, and those functions can be delivered through a government’s own structures, an existing partner, or the system described here. This note explains one tested pathway: The Geneva Learning Foundation (TGLF) peer learning system. It is offered as a validated option, not as a requirement.
Why an implementation pathway is needed at all
The 7-30 framework could be circulated as a checklist.
That would make it easy to distribute but not easy to implement.
Conventional learning often stops at information transfer: people attend a training, receive slides or protocols, and return to the same constraints that blocked action before.
A framework only changes what happens in communities if teams have practical ways to do four things.
- Activate quickly around a shared risk and build a common language.
- Analyze root causes and improve local plans through structured peer review.
- Circulate field-tested adaptations at the speed of the event.
- Implement resilience actions week by week, with accountability and documentation.
Any structure that reliably delivers these four functions can serve as the implementation pathway.
TGLF’s system is one that has been used at scale to do so.
Matching 7-30 functions to TGLF mechanisms
| 7-30 function | TGLF mechanism | Why it fits |
|---|---|---|
| Rapid network activation around a climate-health challenge | Primer | Low-barrier, text-based, cognitively light activation around a shared problem. |
| Root-cause analysis and preparedness planning | Peer learning exercise | Structured create-review-revise cycle produces stronger local plans through peer feedback. |
| Fast distribution of frontline solutions during an event | Ideas Engine and Teach to Reach | Rapid collection, synthesis, and return of practical experience at scale. |
| Structured implementation of resilience actions after an event | Impact Accelerator | Weekly action and reflection cycle supports sustained, measurable implementation. |
Preparedness pathway
Primers as the entry point. A Primer is a short, text-based module that reduces cognitive load, prompts local reflection, and requires participants to connect shared concepts to their own setting. Before the hazard season, a preparedness Primer can help teams identify the threats that matter in their catchment, compare what is changing relative to previous seasons, recognize where plans are too generic, surface gaps in access, transport, communication, referral, or trust, and build a shared vocabulary for triggers, vulnerable groups, and feasible adaptations. A Primer is not the plan. It is the activation mechanism that gets people ready to work together before pressure peaks.
Peer learning exercises for root-cause analysis. Preparedness often fails not because people are unaware of risks, but because they have not analyzed the root causes of repeated failure. A structured peer learning exercise has participants develop an initial analysis and plan, review peers’ work against a rubric, receive feedback from several peers, and revise their plan into a stronger action document. It can be used to analyze why pregnant women in a flood-prone area still arrive late during storms, why surveillance slows during heat events, why referral breaks at one river crossing, why warnings fail to reach isolated households, or why workers keep paying for emergency transport out of pocket. This gives distributed local leadership a structure and produces a document that can be shared with supervisors and peers.
Response pathway
The Ideas Engine as a response support mechanism. The Ideas Engine turns reporting into reflection, returns value to contributors quickly, validates tacit knowledge, and synthesizes distributed experience into usable patterns. During a response it can capture field adaptations while they are still relevant, rapidly return peer experience so that a worker facing flooding this week learns this week how others adapted, support rapid synthesis into short practical resources, and give managers a disciplined view of local reality that distinguishes recurring bottlenecks from isolated incidents.
Rapid Primer production. Conventional guidance cycles are too slow for many climate-health events. When peer-shared experience reveals a common urgent need, such as maintaining immunization and antenatal care during recurrent flooding, responding to heat-related impacts in low-resource settings, adapting communication and referral during displacement, or protecting workers’ functioning during prolonged stress, a short response Primer can be produced quickly. These Primers do not replace technical protocols. They help people use them in context.
Teach to Reach as a real-time peer layer. Teach to Reach is a large-scale synchronous and asynchronous layer for rapid cross-pollination of practical knowledge. During response it lets frontline workers, managers, and partners compare emerging patterns, share adaptations, identify which local solutions are transferable, and reduce the isolation that degrades judgment under stress.
Recovery pathway
The Impact Accelerator as the bridge from lesson to action. The Impact Accelerator is a longitudinal method built on a weekly rhythm: set one concrete goal, act, check in with peers, report progress, reflect, and repeat. Recovery recommendations usually fail at the moment they must become small weekly acts under real constraints, and this is exactly the problem the Accelerator addresses. After an event, teams convert one or more recovery lessons into a practical resilience project, such as a community transport roster, a heat-risk communication routine, a new referral pathway around a seasonal road closure, a register for climate-vulnerable patients, or a micro-protocol for heightened malaria surveillance after heavy rainfall, and implement it week by week.
Why this is credible for evaluation. The Impact Accelerator does not ask participants merely to say that change happened. It asks them to document baseline conditions, track actions weekly, and show how observed improvements are plausibly connected to what they did, with peer scrutiny testing the credibility of the claim. This does not eliminate attribution challenges, but it improves on conventional post-training reporting by connecting action, reflection, and evidence in a disciplined way. Note that the reported gains in implementation speed, cost, and sustainability are process and adoption measures, not validated reductions in morbidity or mortality. The health-outcome claim remains a hypothesis awaiting attribution evidence.
How this pathway strengthens government ownership
TGLF’s system connects government and non-government actors in a structured learning architecture rather than a loose community of practice.
Around half of participants are government workers, around 80% work at district and facility levels, and the network regularly brings together ministries of health, local government, community groups, faith-based actors, and civil society around common operational problems.
The Impact Accelerator supports implementation over time, with participants acting in line with supervisor approval, national strategies, and available technical guidance.
This helps government move from consultation to continuous feedback, from training events to implementation support, and from one-off after-action reviews to ongoing peer-informed improvement cycles.
What this pathway does not do
- It does not replace surveillance systems, command structures, clinical guidelines, or formal evaluation.
- Its Primers are not substitutes for epidemiology, clinical guidance, or public health standards. They translate them into context-specific action.
- It does not dissolve financing and governance constraints. Those must be addressed through the mechanisms in the planner and manager companion.
Choosing whether to use this pathway
Adopters should assess the four required functions against what they already have.
Where a government or partner can already deliver rapid activation, structured peer review, fast field-level knowledge exchange, and sustained weekly implementation support, 7-30 can run on those structures.
Where one or more of these functions is missing, the TGLF system is one tested way to fill the gap.
The decision should rest on which option most reliably delivers the four functions in the specific setting, and on the generalizability and cost considerations set out in the evidence and rationale annex.