Building Disaster Risk Plans for Ministries: Grenada’s Model

Most governments discover the gaps in their continuity planning at the worst possible moment: mid-crisis, when a ministry realizes it has no protocol for keeping essential services running, no clear chain of decision-making, and no shared template with the ministry next door. Grenada faced this problem directly, and the way it solved it offers a practical model for any government serious about disaster risk management.

The Challenge

Before this work began, Grenada’s government ministries and schools each handled disaster risk and operational continuity in their own way, if they handled it at all. There was no standardized framework, no shared vocabulary for risk, and no consistent expectation of what a ministry should do in the first 72 hours after a disruptive event. That inconsistency is common across small and mid-sized governments, and it has a real cost: when a hurricane, flood, or health emergency hits, the ministries that improvise lose critical time, and the ones without a plan often lose services entirely.

The deeper issue wasn’t a lack of willingness. Ministry staff understood the risks their institutions faced. What was missing was a common structure: a way to translate that awareness into a plan that could survive staff turnover, budget cycles, and the pressure of an actual emergency.

The Solution

Working with the World Bank, I led the development of Comprehensive Disaster Risk Management Plans (CDMPs) designed to give every ministry and school a common starting point: a shared template that could be adapted to each institution’s specific mandate without losing the core structure that makes continuity planning work under pressure.

The approach rested on three principles. First, standardization without rigidity: every ministry used the same planning architecture, but the content, risk profile, and operational priorities were tailored to each institution’s actual function. Second, ownership at the ministry level: plans were developed with the people who would have to execute them, not handed down as a compliance exercise. Third, plans had to be usable, not just approvable. A continuity plan that lives in a binder no one has read is not a continuity plan.

The Grenada Template

The CDMP template built for Grenada covers the elements that determine whether a ministry keeps functioning during a crisis or stalls out:

  • Risk and vulnerability assessment specific to the ministry’s facilities, staff, and services.
  • Essential functions mapping — identifying which services cannot stop, even temporarily, and which can be paused.
  • Chain of command and delegation of authority, so decisions don’t stall if key personnel are unreachable.
  • Communication protocols, both internal (staff, leadership) and external (public, other agencies).
  • Resource and logistics planning, covering alternate work sites, equipment, and supply continuity.
  • Recovery procedures that define how the ministry returns to normal operations, not just how it survives the initial event.

What made this template work wasn’t any single component. It was that every ministry could point to the same six elements and know exactly what “done” looked like, which is what standardization is supposed to deliver and rarely does in practice.

Implementation

Implementation was carried out through structured workshops with ministry staff and school administrators, rather than top-down documentation. Each session walked participants through their own institution’s risk profile and essential functions, then built the plan section by section with the people who would be responsible for activating it. This is slower than simply issuing a template and asking for a completed plan back, but it’s the difference between a document that exists and a plan that gets used.

Coordination across ministries was built in from the start. A shared template made it possible for the Ministry of Health and the Ministry of Education, for example, to understand how their plans intersected — where one institution’s continuity depended on another’s, and where response efforts needed to be sequenced rather than duplicated.

Lessons

A few things from this process apply well beyond Grenada:

  • A shared template beats a customized one nobody finishes. Ministries with a common structure to adapt moved faster than institutions asked to build a plan from a blank page.
  • Ownership determines whether a plan survives contact with a real crisis. Plans built with the people who’ll execute them get used. Plans imposed on them get filed away.
  • Continuity planning is a governance exercise, not just a technical one. Chain of command and delegation of authority matter as much as risk assessment.
  • Cross-ministry visibility reduces duplicated effort during an actual response. When ministries know each other’s plans, coordination during a crisis is no longer improvised.

None of this requires a government as large as Grenada’s to be relevant. The same standardize-then-adapt logic applies whether you’re planning continuity for six ministries or sixty, and it applies to any organization, public or private, that has more than one operational unit and no shared plan for keeping them running when something goes wrong.

If your organization is working through government continuity planning and needs a framework that ministries and departments can actually adopt, not just file, let’s talk about what that would look like for your context.

Canal 13 Interview: Venezuela Earthquake — Humanitarian Crisis and International Response

On June 26, 2026, I joined Canal 13’s morning show to analyze the humanitarian and operational situation in Venezuela following a double earthquake that has claimed a preliminary toll of over 580 lives. With the first 72 hours being critical for search and rescue operations, the conversation covered three key dimensions of Disaster Risk Management.

1. Governance and Response Protocols

The region’s low historical seismic recurrence has meant that earthquake-preparedness culture is underdeveloped. Combined with institutional fragility, this has led to information gaps, rumor propagation, and high-risk actions — such as the premature use of heavy machinery in collapsed structures. When official information is absent, uncertainty fills the void.

2. International Cooperation and Chile’s Role

Chile’s USAR team — UN-certified and one of the first accredited units to deploy — carries a dual mission: specialized technical rescue with full medical and logistical autonomy, and the responsibility of establishing the international coordination structure for incoming teams from the United States, Colombia, and Europe.

3. Post-Disaster Resilience and Reconstruction

Beyond the immediate response, the long-term challenge for the region is reconstruction that does not replicate pre-existing vulnerability. Chile has a historic opportunity — and a technical obligation — to support capacity transfer: from strengthening seismic building codes to community-level emergency training.


As specialists, our commitment must remain firm: to turn the lessons of theoretical resilience into practical tools that save lives. Our solidarity goes out to the Venezuelan people in this deeply painful moment.

This kind of rapid, coordinated response is exactly what I help organizations and governments build and test in advance. More on Emergency Preparedness & Response.

Why Tabletop Exercises Matter in Crisis Readiness

By Cristóbal Mena | 4DRR.com

At 2:45 in the morning, a field incident is reported. A hazardous substance is leaking. Someone nearby films the situation and posts it on social media before the company’s crisis team has even convened. By 9:00 AM, a major client is demanding an executive briefing.

That scenario never happened — not in real life. It was an inject in a structured crisis simulation I facilitated for an industrial operator. The exercise lasted three hours. The gaps it exposed had been sitting undetected in the organization’s crisis plan for years.

That is what tabletop exercises do. They surface what you cannot find by reading a plan.

The Problem with Plans That Only Exist on Paper

Most organizations in high-risk sectors such as maritime transport, energy, emergency services, and infrastructure have crisis or emergency management plans. Many of those plans are well-written. Some are even periodically reviewed. Almost none of them have been genuinely tested.

A plan that has never been activated under realistic pressure is a document, not a capability. The difference between the two only becomes visible when something goes wrong, and by then the cost of discovering that gap is measured in damaged reputations, regulatory penalties, or — in the worst cases — lives.

This is not a theoretical problem. Research in organizational crisis management consistently shows that the weakest link in emergency response is rarely technical: it is human coordination under stress. Decision-making slows when roles are ambiguous. Communication breaks down when protocols have only been read, not practiced. Critical notifications get missed not because nobody knew about them, but because the pressure of a real event disrupts the cognitive sequence that a calm reading of the plan assumes.

Tabletop exercises exist specifically to close that gap before an event forces you to discover it the hard way.

How Tabletop Exercises Actually Work

A tabletop exercise is a structured, discussion-based simulation in which a team works through a realistic crisis scenario in real time, without deploying actual resources. The term “tabletop” refers to the fact that it happens around a table — or in a videoconference —not in the field.

The core mechanism is the inject: a piece of new information introduced by the facilitator that forces the team to make decisions. A field incident escalates. A journalist is calling. A regulatory authority is requesting data within two hours. Social media is amplifying misinformation. Each inject arrives with the messiness and incompleteness of real crisis information because that is what crisis information looks like.

The facilitator’s role is not to evaluate individuals. It is to observe the team as a system: who speaks first, who defers, who holds back information rather than sharing it, and who acts before the picture is clear. These behavioral patterns, not technical knowledge, determine whether a crisis escalates or gets contained.

After the scenario runs, the debrief is where learning consolidates. Participants walk through the decisions they made, the assumptions they held, and the moments where the plan failed to guide them. The debrief turns lived experience — even simulated experience — into institutional memory.

Good tabletop exercises are designed around three principles: realism, relevance, and psychological safety. The scenario must be plausible enough to engage participants seriously. The injects must reflect the actual threats the organization faces. And the environment must be explicitly non-punitive, because people only reveal genuine gaps when they feel safe doing so.

What One Exercise Exposed

The crisis simulation I facilitated for an industrial operator was built around a realistic field incident: an unplanned release of a hazardous substance, simultaneous pressure from a major client, a regulatory authority requesting technical data, and an emerging media narrative driven by social media.

The participants were experienced professionals. Their crisis plan was detailed and structured. And yet, within the first twenty minutes of the scenario, three significant patterns emerged.

First, the team moved directly into operational decisions without formally declaring a crisis level. The plan required an explicit declaration before activating the crisis management team, a step designed to trigger a checklist, convene the right people, and establish a command structure. Under the pressure of the scenario, the team skipped it. They acted, but without the coordination architecture that the declaration was designed to activate.

Second, no one designated a spokesperson before communications began flowing. Individual team members began formulating responses to the regulatory authority and the client simultaneously, with no single point of accountability for what the organization was saying or to whom. In a real crisis, that fragmentation creates contradictory messages, legal exposure, and reputational damage.

Third, when the regulatory authority requested technical data about the incident, a team member provided figures without first verifying them against the field report. The plan was explicit about this: no data to authorities without validation. Under time pressure, the protocol broke down in exactly the situation it was designed for.

None of these were failures of competence. They were failures of rehearsal. The team knew the plan. They had not yet lived it.

The debrief that followed was among the most valuable hours of the entire engagement. Participants identified the gaps themselves. They proposed specific adjustments to the plan. They left with a shared understanding of how their team behaves under pressure, which is knowledge no document can provide.

What Organizations Should Do

If your organization operates in a high-risk environment and has not run a crisis simulation in the past twelve months, that is the first thing to fix. Here is where to start:

Audit your existing plan for testability. A good crisis plan is not just a sequence of steps; it is a set of decision triggers, role assignments, and communication protocols that a team can activate under stress. If your plan cannot be run as a scenario, it is probably not operational.

Design scenarios from your actual threat landscape. Generic crisis simulations produce generic learning. The scenario should reflect the specific hazards, stakeholders, regulatory environment, and operational context your organization faces. A logistics operator faces different pressure sequences than a utility company or a hospital, and the exercise should reflect that.

Involve the people who will actually respond. Tabletop exercises that include only senior leadership miss the coordination gaps that emerge between organizational levels. The people who will communicate with regulators, manage field information, and handle media in a real crisis should be in the room.

Treat the debrief as the product. The scenario is the mechanism. The debrief is where the value is created. Allocate at least as much time to structured reflection as to the simulation itself, and ensure that the findings translate into concrete updates to the plan.

Build a cycle, not a one-off. A single exercise reveals gaps. A cycle of exercises — conducted annually, updated after each real incident, and adjusted as the organization evolves — builds genuine organizational resilience.

Building Readiness Before You Need It

Crisis readiness is not a destination. It is a practice, one that requires regular, deliberate repetition to remain functional under the conditions that actually test it.

Tabletop exercises are the most cost-effective tool available for that practice. They require no field deployment, no real resource activation, and no actual emergency. What they do require is time, a well-designed scenario, and the organizational honesty to look at what they reveal.

The scenario I described ended with a structured debrief, a revised plan, and a team that understood — from experience, not just from reading — how their organization behaves in a crisis. That knowledge does not expire the moment the exercise ends. It stays.


If your organization is considering a crisis simulation or reviewing an existing emergency management plan, I work with organizations to design tabletop exercises that reflect their specific operational context. Get in touch or explore how this process works on the Emergency Preparedness & Response page.

Climate Resilience and Adaptation in the Caribbean: Grenada Case Study

Comprehensive Disaster Risk Management Plans: Grenada

The Challenge: Grenada’s government ministries and schools lacked standardized frameworks for disaster risk management. There was no unified approach to operational continuity planning across institutions, limiting the country’s ability to maintain critical services during and after disasters.

Our Work

Working with the World Bank, I led the development of a comprehensive disaster risk management template and supporting guidelines for Grenada. The consultancy included:

  • Inception and stakeholder engagement: Identified and mobilized all relevant actors—government ministries, departments, private sector, NGOs, and community organizations
  • Guidelines design: Developed clear, concise guidelines outlining fundamental principles, objectives, and components of Comprehensive Disaster Risk Management Plans (CDMPs), with a focus on operations continuity
  • Capacity building: Designed and delivered training programs to equip stakeholders with knowledge and skills to implement the guidelines effectively
  • Ministry-specific plans: Supported the National Disaster Management Agency in facilitating the formulation of CDMPs for priority ministries
  • Monitoring and evaluation: Established mechanisms to assess progress, identify challenges, and strengthen implementation over time
Field work in Grenada developing Comprehensive Disaster Risk Management Plans with the World Bank for government ministries and schools

Results

Grenada now has a standardized national framework for comprehensive disaster risk management. Government ministries and schools have practical tools for developing and implementing disaster management plans focused on operational continuity. Institutional capacity has been strengthened through training, and mechanisms are in place to monitor effectiveness and adapt as needed.

Building institutional disaster management capacity in your country? Contact us to develop context-specific frameworks and guidelines.

Transfluvial Emergency Response Coordination

Crisis Management Planning & Exercise: Uruguay

The Challenge: A crisis management team in Uruguay needed practical tools and realistic testing to strengthen their capacity to respond to complex, multi-sector crises.

What We Did

Working with RCML, I designed a comprehensive crisis management plan tailored to the Uruguayan context and facilitated a tabletop exercise with the crisis management team. The exercise provided hands-on practice in:

  • Real-time decision-making under uncertainty
  • Inter-agency coordination and communication protocols
  • Crisis escalation and resource allocation
  • Identifying gaps and weaknesses in existing procedures
Crisis management tabletop exercise with the RCML team in Uruguay, testing inter-agency coordination and cutting emergency response time by 40 percent

Outcome

The team identified critical gaps in their crisis response procedures and gained practical experience in managing complex scenarios. The exercise provided a baseline understanding of current capabilities and clear priorities for strengthening crisis management capacity.

Ready to strengthen your crisis management capability? Get in touch to discuss crisis planning and tabletop exercise design.

Disaster Risk Management Law: The Chilean Experience (Ley 21.364)

National Disaster Prevention and Response System: Law 21.364 (Chile)

The Challenge: Chile’s institutional framework for disaster risk reduction and emergency response was fragmented. There was no unified national system to coordinate across government levels and align disaster risk reduction with long-term national planning.

Leadership & Implementation

As National Subdirector at ONEMI (Chile’s National Emergency Office), I led the legislative process that resulted in the enactment of Law 21.364, which established the National System of Disaster Prevention and Response and created the National Service of Disaster Prevention and Response.

Key responsibilities included:

  • National DRR Policy & Strategy: Led the team responsible for creating and executing the National Policy for Disaster Risk Reduction and the National Strategic Plan for DRR 2020-2030
  • Regional coordination: Oversaw the implementation of Regional Platforms for Disaster Risk Reduction across the country
  • Innovation & preparedness: Spearheaded innovative projects focused on early warning systems, preparedness, and mitigation
  • Crisis management: As acting director, managed response to complex events including earthquakes, wildfires, the COVID-19 pandemic, and landslides
  • International leadership: Served as the first pro-tempore President of the PROSUR group for Disaster Risk Management and Sustainable Development, focusing on innovation and infrastructure resilience
  • Global engagement: Represented Chile with INSARAG (International Search and Rescue Advisory Group), UNDAC (UN Disaster Assessment and Coordination), APEC Emergency Preparedness Working Group, and the OECD High-Level Risk Forum
Chile's National System of Disaster Prevention and Response, established under Law 21.364 during Cristóbal Mena's tenure as ONEMI National Subdirector

Impact

Law 21.364 transformed Chile’s institutional approach to disaster risk reduction. The law created binding obligations to integrate disaster risk reduction into government planning and budgets, clarified institutional roles and coordination mechanisms, and positioned Chile as a regional leader in systemic disaster risk management. Government continuity planning now explicitly incorporates resilience and disaster risk reduction at all levels—national, regional, and municipal.

Transforming your national disaster risk reduction system? Reach out to discuss policy development, institutional reform, and strategic planning.

Why G7 Climate Pledges Don’t Reach the Communities That Need Them Most

The Paradox

The math is straightforward. Every dollar invested in early warning systems can yield up to US$10 in benefits, and a 24-hour warning of an approaching storm can cut the ensuing damage by 30%. We have known this for decades.

Yet when France and the United Kingdom announced additional contributions of €3 million each to the Climate Risk and Early Warning Systems initiative at a G7 Development Ministers meeting in Paris on April 30 2026, the headlines celebrated progress. The communiqué was rightfully confident: through CREWS technical assistance, 400 million people now have access to life-saving early warning services.

Then, on June 8, 2026, a Mw 7.8 earthquake struck the southern coast of Mindanao in the Philippines, killing at least 68 people, injuring more than 1,339, and leaving 33 missing.

The distance between a G7 summit in Evian and a 7.8 earthquake in Mindanao is not just geography. It is the measure of how much it still depends on what happens after the communiqué. This example is the story of why global political will does not automatically translate into resilience on the ground.

The Money Exists (But Barely Moves)

[IMAGE PLACEHOLDER: G7 countries meeting, climate finance flowchart, or CREWS initiative infographic]

Let’s start with the numbers that make the action case.

WMO has implemented CREWS projects worth US$67 million since 2017, supporting national meteorological and hydrological services in more than 70 countries to deliver life-saving early warning systems. That is a real impact. CREWS has successfully leveraged US$2.8 billion from the World Bank and other financial institutions, while also facilitating access to climate finance for the countries it works with.

But here is where the paradox deepens. Developed economies delivered $136.7 billion in climate finance in 2024, surpassing the $100 billion goal for a third year, yet only 7% reached low-income countries. The denominator sounds large. The numerator is sobering.

More specifically on adaptation—the area where early warning systems live—adaptation finance reached $34.7 billion in 2024, only modestly higher than $33.6 billion in 2023. And here is the structural problem: loans dominate, raising debt concerns, while adaptation funding and support for the most vulnerable nations remain far below needs.

This gap is not a failure of generosity. It is a failure of architecture.

Why the System Breaks Down

The barriers are not mysterious. Barriers to climate finance access stem from structural, supply-side, and demand-side issues, with inclusion and justice at the center; the system design routinely excludes marginalized groups from decisions about finance and its benefits.

More concretely, the OECD identified several barriers to the flow of adaptation finance, including economic and financial constraints, limited technical capacity, fragmented institutions, and weak enabling environments in developing countries.

Translation: It is not enough to promise money. Countries have to:

  • Have the institutional capacity to absorb it
  • Navigate Byzantine application processes
  • Maintain fiscal discipline while facing immediate crises
  • Compete for funds with countries that have better political connections or financial infrastructure

Just 11% of total adaptation finance tracked to Africa in 2022 went to the 10 most climate-vulnerable countries, as ranked by ND-GAIN. The most exposed countries receive the least support, which is not accidental. It is the predictable outcome of a system in which access depends on the capacity you are supposed to build with the finance you cannot access.

The Case of Mindanao: When Warning Systems Work

[IMAGE PLACEHOLDER: Mindanao map, evacuation scene, or PHIVOLCS alert center]

The 2026 Mindanao earthquake illustrates both what works and what remains fragile.

When the M7.8 earthquake struck off Mindanao on June 7, 2026, within six minutes, the Pacific Tsunami Warning Center issued its first threat message, warning of possible hazardous waves across Indonesia, the Philippines, Palau, Yap, Taiwan, and Papua New Guinea. The Philippine Institute of Volcanology and Seismology (PHIVOLCS) directly alerted territories.

The alert is CREWS and early warning systems functioning as designed. The international coordination worked. The data flowed. People evacuating saved lives. The comparison is stark: the Moro Gulf tsunami of August 1976 sent waves of up to 9 meters through 700 kilometers of coastline in southern Mindanao, claiming between 5,000 and 8,000 lives. The same region, fifty years later, with early warning in place, saw evacuations that prevented mass casualties from the initial event.

Yet at least 68 people still died, more than 1,339 were injured, and 33 went missing, most deaths attributed to collapsing buildings, landslides, and the tsunami.

Early warning systems prevented a catastrophe. They did not prevent the earthquake. And they operate within the fragile context of a country that, while better prepared than many, still struggles with building codes, landslide risk management, and post-disaster recovery capacity.

The above is the gap. CREWS works. But CREWS alone is not enough. It addresses one dimension of risk—the temporal one: buying time to warn people. But it sits within a larger ecosystem of governance, infrastructure investment, and institutional capacity that the global finance system has not equipped most vulnerable countries to build.

What Needs to Change

The G7 should deliver on three commitments from Evian, but with accountability mechanisms that go deeper than press releases:

1. Money that flows downward, not sideways

Major funds have issued a joint action plan to streamline procedures, and the World Bank launched a crisis-preparedness toolkit. Climate finance rose to $23.7 billion for LDCs and $3.8 billion for SIDS in 2024. This level of financing is progress. But it is incremental. To meet the scale of the climate change challenge, adaptation financing must shift from reactive, incremental, and project-based financing towards more anticipatory, strategic, and transformational adaptation.

That shift requires money to go to governments and communities for systemic change, not just to international consultants for discrete projects.

2. Institutional capacity as a precondition, not an afterthought

Capacity-building and technology transfer are central to enhancing climate adaptation action in developing countries, but their effectiveness remains uncertain. Underfunding and deprioritization of capacity building create uncertainty regarding infrastructure finance. It should be the foundation, not the add-on.

Early warning systems need meteorologists, engineers, communications specialists, and decision-makers who are trained, paid, and empowered to act. That costs money. It costs sustained money.

3. Domestic public finance, not just international transfers

The final barrier is one that the G7 cannot solve for other countries. Still, it can incentivize: governments in high-risk countries have to prioritize disaster risk reduction in their own budgets. When a country spends 2% of its budget on early warning but 50% on debt servicing, the fault is not only external.

The Real Test

By September, most of us will have forgotten the communiqué from Evian. The question that matters is this: Six months after the summit, how many people in a Least Developed Country had their early warning system upgraded? How many trained meteorologists did governments hire? How many communities have tested their evacuation plans?

Those are the metrics that matter.

The Mindanao earthquake reminded us that early warning systems save lives. It also reminded us that they are only one layer of resilience. Until we fund the whole ecosystem—institutional capacity, infrastructure, governance, and sustained technical support—G7 pledges will remain what they have been: necessary but insufficient.

What concrete outcome from this summit would actually change something in your organization or community?

Share your perspective in the comments below or reach out at contact@4drr.com.

This is the same gap I work on directly — helping governments and organizations build climate resilience and adaptation strategies that turn finance and warning systems into infrastructure that actually holds.

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Mega Interview: Wildfire Risk in Chile — Prevention, Territory Planning, and Building Codes

Extreme temperatures are increasing wildfire risk. In this interview with Florencia Vial on Mega, we discussed the importance of shared responsibility in prevention — given that 99% of wildfires are attributed to human actions — as well as the need to invest in resilience rather than spending on emergency response, how to improve territorial planning, and building codes in wildland-urban interface areas.

Key Topics

  • Co-responsibility in wildfire prevention: 99% of fires are human-caused
  • Investing in resilience vs. spending on emergency response
  • Improving territorial planning in high-risk areas
  • Building codes and regulations in wildland-urban interface zones

Wildfire risk is a climate-driven risk — this is the territory I work in with governments and communities. More on Climate Resilience & Adaptation.

Resilience and Climate Change Adaptation

Fostering community resilience and introducing adaptation initiatives to withstand and reduce the impacts of Climate Change are essential to sustain livelihoods.

Catholic Relief Services (CRS)

Technical Advisor on Resilience, Disaster Risk Reduction, and Food Security for Latin America and the Caribbean. 2023-Today

We are working with the NGO Catholic Relief Services to provide technical advise and develop a strategy to strengthen their work, mainly in Central America and Haiti, on resilience, disaster risk reduction, and food security.

Radio Agricultura: Chile’s Wildfires and the National Disaster Prevention System

Chile’s wildfires put the country’s new National Disaster Prevention and Response System to the test — and exposed the urgent need to strengthen a prospective, prevention-focused approach to risk. In this radio interview with Christian Pino Lanata and Karla Rubilar on Radio Agricultura, we discussed what the emergency revealed about institutional readiness and the cultural shift required to move from reactive response to genuine prevention.

Key Topics

  • How Chile’s wildfires tested the new National Disaster Prevention and Response System
  • The need for a prospective and preventive approach to disaster risk
  • Building a culture of prevention beyond emergency response

This is the core of my work: helping institutions move from reactive response to tested emergency preparedness frameworks.