Detailed Climate, Multi-Hazard and Disaster-Risk and Vulnerability Profile of Anguilla

1. Executive risk overview

Anguilla is a small, low-lying British Overseas Territory in the northeastern Caribbean with a land area of about 91 km² and an estimated population of approximately 15,753 in 2023. Its small physical footprint, extensive coastline, concentration of economic activity close to the sea, dependence on tourism and imported goods, limited freshwater resources, and limited redundancy in critical infrastructure make the territory highly susceptible to climate and disaster shocks. Government of Anguilla

Anguilla’s principal climate and multi-hazard threats are major hurricanes and tropical storms, storm surge, coastal inundation, beach and cliff erosion, extreme rainfall and flash flooding, drought and water shortages, increasing heat stress, warmer seas and coral bleaching, sargassum influxes, earthquakes, tsunamis, localized landslides and rockfalls, strong winds and rare tornadoes, and technological hazards such as hazardous-material spills, aviation and maritime accidents, communications failures and utility disruption. The Government’s current Comprehensive Disaster Management Strategy and Country Work Programme 2026-2030 explicitly identifies hurricanes, earthquakes, tsunamis, drought and technological hazards as major components of Anguilla’s risk environment. Government of Anguilla

The island’s most important risk characteristic is consequence concentration. The national disaster strategy notes that Anguilla has very limited infrastructure redundancy, highlighting a single power-generating plant, desalination plant, hospital, police station, ambulance base, cargo facility and airport. A major event can therefore simultaneously disrupt electricity, water, healthcare, transport, communications, tourism, government and emergency response. Government of Anguilla

Several systemic risk pathways are especially important:

Major hurricane → destructive winds + storm surge + extreme rainfall → housing and hotel damage → electricity, water, port and telecommunications disruption → tourism shutdown → public revenue loss → prolonged national recovery.

Sea-level rise + storm surge + beach erosion → loss of beaches and dunes → declining natural coastal protection → greater exposure of hotels, roads, ports and settlements → further erosion and higher future storm losses.

Drought + rising temperature → declining freshwater availability → increased desalination and water-storage dependence → pressure on households, tourism and agriculture → greater vulnerability if energy or desalination infrastructure fails.

Marine warming + coral degradation + stronger storms → declining reef protection → increased wave energy and coastal erosion → fisheries and tourism losses → greater physical exposure of the shoreline.

Hurricane Irma in September 2017 illustrates the possible scale of national loss. The Government of Anguilla reported an ECLAC assessment of EC$880.4 million in damage, losses and additional costs, compared with 2017 economic activity of EC$909.76 million. In other words, Irma’s assessed effects were equivalent to roughly 97% of annual GDP. Government of Anguilla

2. Geographic and environmental setting

Anguilla lies in the northern Leeward Islands, immediately north of Saint Martin. The main island is approximately 25 km long, about 5 km wide and generally low and relatively flat. Its geology is dominated by coral limestone, with beaches, dunes, cliffs, salt ponds, wetlands, reefs, seagrass beds and offshore islands forming important components of the natural environment. Caribbean Regional Climate Centre

This topography produces a risk profile substantially different from volcanic mountainous Caribbean islands. Anguilla has limited large-river or deep-valley flood risk, but its low relief and coastal exposure increase susceptibility to storm surge, wave run-up, coastal erosion, ponding and rapid local flooding.

The territory also contains offshore islands and cays such as Scrub Island, Dog Island, Prickly Pear and Sombrero, some of which provide globally important habitats. Coastal dunes, coral reefs and seagrass ecosystems provide direct physical protection to Anguilla’s coastline as well as supporting tourism and fisheries. GOV.UK

3. Climate characteristics

Anguilla has a tropical wet-and-dry climate with relatively small annual temperature variation. The Government’s 2026 disaster strategy reports annual average temperatures of approximately 26-27°C, with seasonal daily averages generally around 26-29°C. Government of Anguilla

The regional OECS/CIMH climate profile estimates mean annual rainfall at just over 1,050 mm. The wetter period generally extends from May to November, broadly coinciding with the Atlantic hurricane season. The territory is exposed to persistent easterly trade winds, which historically moderated temperatures. Caribbean Regional Climate Centre

The annual climate cycle produces several overlapping hazard periods:

Because Anguilla is small and relatively flat, a single severe weather system can affect virtually the entire territory.

4. Climate-change outlook

Anguilla-specific long-term observational data remain limited. The 2021 OECS/CIMH climate assessment noted that only a relatively short monthly rainfall series was available from Clayton J. Lloyd International Airport and that detailed daily climate and impact datasets were inadequate for robust territory-level analysis. Consequently, some projections rely on wider Leeward Islands regional climate modelling rather than Anguilla-only observations. Caribbean Regional Climate Centre

This limitation is important when interpreting numerical projections. Nevertheless, the direction of several major risks is comparatively clear.

4.1 Rising temperature and heat stress

Regional downscaled modelling indicates substantial increases in hot days, hot nights and heatwave duration. The OECS/CIMH profile concluded that heat would become a much more significant Anguillan hazard, with hot days and nights eventually dominating much of the year under the scenarios examined. Caribbean Regional Climate Centre

Historically, trade winds have reduced thermal discomfort, but rising background temperatures mean that this natural cooling effect will become less sufficient. Heat risk will increasingly affect:

• outdoor workers;
• construction;
• tourism workers;
• schoolchildren;
• elderly people;
• people with cardiovascular or renal conditions;
• agriculture and livestock;
• electricity consumption;
• water demand.

The climate profile identifies heat as an underestimated hazard for Anguilla and calls for systematic monitoring of impacts on health, water, agriculture, energy, education and labour productivity. Caribbean Regional Climate Centre

4.2 More intense rainfall extremes despite drying tendencies

Total rainfall projections remain uncertain. Regional modelling suggests that rainfall events may become less frequent but more intense, thereby increasing flash-flood potential even if annual rainfall decreases. Tropical-cyclone rainfall rates may also intensify as oceans and the atmosphere warm. Caribbean Regional Climate Centre

This creates a characteristic small-island climate paradox:

Longer dry spells and water scarcity can coexist with more destructive short-duration rainfall and flooding.

4.3 Increasing drought stress

Drought is already part of Anguilla’s climate. Using regional Leeward Islands analogues, the OECS/CIMH assessment estimated consequential dry-season drought roughly every 4-5 years, although Anguilla-specific frequencies remain uncertain because of the observational limitations noted above. Caribbean Regional Climate Centre

Higher temperatures increase evapotranspiration even where rainfall does not decline substantially, making future droughts more damaging to vegetation, agriculture and freshwater resources.

4.4 Stronger major hurricanes

Regional Caribbean projections indicate increasing intensity of the strongest tropical cyclones even though changes in total cyclone frequency are less certain. The OECS/CIMH assessment cited projected increases in Category 4-5 hurricane frequency and maximum wind intensity under the regional scenarios examined. Caribbean Regional Climate Centre

For Anguilla, increasing hurricane intensity matters more than changes in total storm numbers, because one direct strike can generate losses comparable with annual national economic output.

5. Indicative national multi-hazard risk matrix

6. Tropical cyclone and hurricane risk

Hurricanes are Anguilla’s most recurrent catastrophic hazard. The Government’s 2026 disaster strategy describes hurricanes and tropical storms as the territory’s most frequent and destructive natural hazards. Government of Anguilla

Important historic events include Hurricane Donna in 1960, Hurricane Luis in 1995, Hurricane Lenny in 1999, Hurricanes Ivan and Jeanne in 2004, Hurricane Omar in 2008, Hurricane Irma in 2017 and the impacts associated with Hurricane Tammy in 2023. Government of Anguilla

Hurricane impacts

Major tropical cyclones can simultaneously cause:

• roof and structural failure;
• debris impact;
• electricity and telecommunications outages;
• airport and port closure;
• water-system interruption;
• marina and boat losses;
• beach erosion;
• hotel and restaurant closure;
• school and hospital damage;
• storm surge;
• flash flooding;
• salt contamination;
• ecosystem destruction.

Hurricane Irma caused widespread damage to homes, schools, the hospital, government facilities, agricultural assets and other infrastructure. Government of Anguilla

The tourism sector is particularly exposed because the same shoreline that generates much of Anguilla’s economic value is also the country’s highest hurricane and storm-surge exposure zone.

7. Storm surge, wave run-up and coastal inundation

Storm surge is one of Anguilla’s most serious life-safety and asset risks.

A hurricane approaching from the Atlantic or Caribbean can combine:

low atmospheric pressure + strong onshore winds + large waves + astronomical tide + rising mean sea level.

This can produce extreme water levels well above normal tide.

Particularly vulnerable coastal areas identified by Anguilla’s sea-level and resilience work include Sandy Ground, Blowing Point, Rendezvous Bay, Little Harbour, Road Bay, Crocus Bay, Island Harbour, Shoal Bay, Meads Bay, Barnes Bay, Cove Bay, Maundays Bay, Savannah Bay, Forest Bay and parts of Scrub Island. Government of Anguilla

Storm surge threatens not only buildings but roads, power and water facilities, ferry infrastructure, hotels, restaurants, beaches, marinas and evacuation routes.

8. Sea-level rise and long-term coastal risk

Sea-level rise acts as a risk multiplier rather than a separate isolated hazard.

A higher mean sea level means future storms require less additional surge to inundate the same land. It also:

• accelerates shoreline retreat;
• raises groundwater levels;
• promotes salt intrusion;
• increases erosion;
• narrows beaches;
• increases chronic tidal flooding;
• undermines coastal infrastructure.

Anguilla’s beaches and salt ponds have been specifically identified as vulnerable because of their low elevations. The territory’s earlier resilience assessment concluded that in some high-risk areas retreat may eventually be more appropriate than repeated rebuilding or hard protection. Government of Anguilla

Because tourism assets are disproportionately concentrated near the shoreline, coastal adaptation is simultaneously a disaster-risk, economic-development and fiscal-stability issue.

9. Coastal erosion

Coastal erosion is already a major environmental and economic problem.

The UK’s 2026 Overseas Territories Biodiversity Strategy states that Anguilla has experienced severe beach erosion during the last decade, aggravated by coastal development and sand extraction. GOV.UK

Erosion is driven by:

• hurricanes;
• high waves;
• storm surge;
• long-period swell;
• changing sediment transport;
• sea-level rise;
• beach and dune disturbance;
• coastal structures;
• loss of reef protection.

Hurricane Omar in 2008 caused significant erosion and damage to beaches, docks and other coastal infrastructure despite not making a direct eye landfall on Anguilla. Government of Anguilla

Beach erosion is unusually consequential because beaches themselves are productive economic assets, not merely natural landscape features.

10. Nature-based coastal protection

Anguilla’s dunes, reefs, mangroves and seagrass systems are effectively forms of natural protective infrastructure.

Coral reefs dissipate wave energy before it reaches shore. Dunes absorb storm-wave impacts and store sediment. Mangroves reduce wave energy and trap sediment. Seagrass stabilizes seabed sediments and supports fisheries.

The 2026 UK Overseas Territories Biodiversity Strategy highlights an Anguillan nature-based adaptation initiative in which sargassum was removed from priority beaches, stockpiled along degraded dunes and combined with native vegetation planting to rebuild dune systems. GOV.UK

Protecting these ecosystems should therefore be treated as part of national DRR capital investment, rather than exclusively as biodiversity conservation.

11. Extreme rainfall and flash flooding

Although Anguilla has no major permanent river system, intense tropical rainfall can produce rapid flooding in depressions, low-lying areas, roads, salt ponds and built-up drainage catchments.

Regional climate analysis indicates significant flash-flood potential during the wetter part of the year. Caribbean Regional Climate Centre

A recent example occurred during Hurricane Tammy in October 2023, when severe rain and thunderstorms produced flash flooding, a significant landslide at South Hill/Backstreet, island-wide power outages and closure of schools and government offices. Government of Anguilla

Flood risk is increased by:

• short-duration high-intensity rainfall;
• limited drainage;
• impermeable development;
• blockage of natural flow routes;
• low coastal terrain;
• storm surge preventing drainage to the sea;
• saturated soils;
• poor maintenance of culverts.

12. Compound coastal-pluvial flooding

One of Anguilla’s most important future scenarios is not a pure coastal or rainfall flood but compound flooding:

hurricane rainfall + storm surge + wave run-up + saturated ground + blocked drainage.

Under this situation, intense rainfall attempts to drain toward a sea whose water level is already elevated.

Sandy Ground, Blowing Point and other low coastal communities therefore require modelling that integrates both inland runoff and marine water levels rather than separate coastal and drainage studies.

13. Drought and water insecurity

Water security is a structural vulnerability.

Anguilla is a relatively dry Caribbean island and has no large freshwater rivers or reservoirs. Water supply therefore depends heavily on rainwater storage, groundwater and desalination.

The Government’s current disaster strategy highlights the country’s limited infrastructure redundancy and specifically identifies a single desalination facility within the core critical-infrastructure system. Government of Anguilla

Drought can cause:

• depleted household cisterns;
• groundwater stress;
• increasing groundwater salinity;
• greater desalination dependence;
• agricultural losses;
• vegetation stress;
• greater brush-fire danger;
• pressure on hotels and tourism;
• increased household water costs.

Climate change adds a second dimension: rising temperatures increase water consumption and evapotranspiration even without major rainfall decline.

14. Water-energy dependency

Anguilla’s water resilience cannot be assessed separately from electricity.

Desalination requires power. Pumping, treatment and distribution require electricity. Thus:

hurricane → electricity failure → desalination interruption → water-supply emergency.

Conversely:

drought → greater desalination demand → higher electricity requirement.

The concentration of electricity generation and desalination in single major systems therefore represents an important national water-energy nexus vulnerability. Government of Anguilla

Greater distributed solar generation, renewable-powered desalination, decentralized storage, household cistern rehabilitation and backup energy could materially reduce this dependency.

15. Extreme heat

Historically, heat has received less disaster-management attention than hurricanes. This is changing.

The OECS/CIMH profile identifies heat as an emerging Anguillan hazard and projects marked increases in hot days, hot nights and heatwaves. Caribbean Regional Climate Centre

Heat threatens:

• construction workers;
• hospitality workers;
• maintenance crews;
• agriculture;
• elderly persons;
• children;
• persons with chronic diseases;
• energy systems;
• water resources.

It can also increase:

• electricity use for air conditioning;
• water demand;
• tourism operating costs;
• deterioration of roads and equipment;
• livestock stress.

A heat-warning system should eventually use temperature and humidity together rather than maximum temperature alone.

16. Earthquake risk

Anguilla lies within the seismically active northeastern Caribbean, near the interaction zone of the Caribbean and North American tectonic plates.

The Government therefore includes earthquake among its principal national hazards and revised its earthquake hazard plan during 2025. Government of Anguilla

Although destructive earthquakes occur less frequently than hurricanes, their potential consequences include:

• structural damage;
• falling masonry;
• road blockage;
• port and airport disruption;
• power and water failure;
• telecommunications interruption;
• fire;
• hospital overload;
• tsunami generation where offshore fault movement occurs.

The UWI Seismic Research Centre maintains probabilistic seismic-hazard mapping for the Eastern Caribbean, reinforcing the need for earthquake-resistant construction throughout the Leeward Islands. UWI Seismic Research Centre

17. Tsunami risk

Tsunamis are low-frequency but potentially severe for a small island where settlements, ports, tourism facilities and transport infrastructure are concentrated along the coast.

Caribbean tsunamis can result from:

• offshore earthquakes;
• submarine landslides;
• volcanic activity.

The UWI Seismic Research Centre notes that the Caribbean Basin has experienced multiple confirmed earthquake-generated tsunamis during the last five centuries and that local events may provide very little warning time. UWI Seismic Research Centre

This is particularly important for Anguilla because evacuation inland does not necessarily mean travelling far. People in low coastal zones need predetermined routes toward higher limestone terrain or structurally suitable vertical refuge.

The Government revised its tsunami plan during 2025. Government of Anguilla

18. Landslide and cliff-instability risk

Anguilla’s generally flat topography means national landslide exposure is much lower than in Dominica, Saint Lucia or mountainous neighbouring islands.

However, localized risk exists along:

• coastal cliffs;
• road cuttings;
• South Hill;
• steep coastal slopes;
• clay-marl formations such as Katouche Bay.

The 2023 South Hill landslide demonstrates that extreme rainfall can cause significant localized slope failure. Government of Anguilla

Sea erosion at cliff toes may interact with rainfall infiltration, producing compound cliff-collapse risk.

19. Strong winds, tornadoes and severe convection

Hurricane-force winds dominate the wind-risk profile, but other severe convective hazards also occur.

Anguilla documented three tornadoes in 2008, two associated with Hurricane Omar, demonstrating that rare but intense small-scale wind phenomena should remain within emergency planning. Government of Anguilla

Severe thunderstorms may also produce:

• lightning;
• damaging gusts;
• local flooding;
• power disruption;
• tree and utility-pole damage.

20. Marine warming and coral-reef vulnerability

Anguilla’s coral reefs are simultaneously:

• biodiversity assets;
• tourism attractions;
• fisheries habitat;
• coastal defences.

Climate change threatens them through:

• marine heatwaves;
• coral bleaching;
• ocean acidification;
• hurricane damage;
• sedimentation;
• pollution;
• invasive species.

The fisheries climate-vulnerability assessment identifies reefs, mangroves and seagrass beds as particularly exposed to sea-level rise, warming seas, stronger storms, storm surge and land-based polluted runoff. Government of Anguilla

Loss of reefs creates a dangerous feedback:

reef degradation → greater wave energy at shore → faster beach erosion → weaker tourism asset base + higher infrastructure exposure.

21. Sargassum hazard

Sargassum has become a significant environmental and economic stressor across the northeastern Caribbean.

For Anguilla it can:

• blanket beaches;
• affect tourist experience;
• interfere with swimming and boating;
• damage sensitive ecosystems;
• increase beach-cleaning costs;
• release unpleasant and potentially harmful gases during decomposition.

The 2026 UK biodiversity strategy identifies overwhelming sargassum influxes, together with beach erosion, as a threat to Anguilla’s tourism economy and biodiversity. GOV.UK

Sargassum management should therefore be integrated into coastal resilience, rather than treated solely as beach maintenance.

22. Tourism vulnerability

Tourism is Anguilla’s central economic system.

The 2026 UK Overseas Territories Biodiversity Strategy reports that more than half of Anguilla’s population is employed in high-end tourism, while the Government’s economic data show continued strong dependence on hotels, restaurants and visitor expenditure. GOV.UK

Tourism is unusually climate-sensitive because its productive assets are concentrated around:

• beaches;
• coral reefs;
• coastal hotels and villas;
• marinas;
• restaurants;
• ferry terminals;
• water-intensive facilities.

The sector is vulnerable to both physical damage and perception effects. A hurricane that damages only part of the tourism plant can still cause widespread cancellations, international media coverage and revenue loss.

This creates the pathway:

hurricane/coastal damage → hotel closures → employment losses → falling visitor expenditure → declining tax receipts → reduced fiscal capacity for reconstruction.

Hurricane Irma demonstrated this relationship clearly. Government of Anguilla

23. Fisheries vulnerability

Nearshore fisheries, particularly lobster and crayfish-related activity, are economically and culturally important.

Climate risks include:

• hurricane destruction of fishing gear;
• unsafe sea conditions;
• harbour damage;
• coral decline;
• marine warming;
• fish-distribution changes;
• ocean acidification;
• sargassum;
• mangrove and seagrass loss.

Anguilla’s fisheries vulnerability assessment highlights coral reefs, offshore cays, seagrass, mangroves and turtle-nesting beaches as particularly exposed ecosystems. Government of Anguilla

Resilience measures should include safe vessel storage, forecast services, resilient landing facilities, reef restoration and livelihood diversification.

24. Agriculture and food security

Domestic agriculture is relatively small but important for food diversification and household resilience.

Agriculture faces:

• drought;
• heat;
• limited irrigation water;
• saline groundwater;
• hurricane wind;
• flooding;
• soil erosion;
• crop and livestock stress.

The broader food system is even more vulnerable because Anguilla depends heavily on imported goods. Hurricane damage to ports, ferry services, airports or neighbouring supply hubs can disrupt food and fuel availability.

Thus food security is partly an external supply-chain risk rather than only an agricultural-production issue.

25. Health vulnerability

Climate and disaster-related health risks include:

• hurricane trauma;
• heat exhaustion and dehydration;
• cardiovascular and respiratory stress;
• mosquito-borne diseases;
• contaminated water following floods;
• mental-health consequences following major disasters;
• respiratory exposure to Saharan dust;
• possible exposure to decomposing sargassum gases.

The territory’s health vulnerability is increased by limited redundancy. The current disaster strategy identifies one hospital as part of Anguilla’s core national critical-infrastructure constraint. Government of Anguilla

The 2026 CDM assessment also found that health-sector recovery capacity remains incomplete, with gaps in competencies, governance and integration of risk information. Government of Anguilla

A major hospital disruption may require overseas transfer at exactly the time airports and ports are damaged.

26. Critical infrastructure vulnerability

Critical infrastructure represents one of Anguilla’s most significant systemic vulnerabilities.

The Government specifically identifies limited or absent redundancy involving:

• electricity generation;
• desalination;
• hospital services;
• police;
• ambulance operations;
• cargo facilities;
• airport;
• fire and airport-response facilities. Government of Anguilla

The country’s small size means conventional redundancy is expensive. However, failure of one asset can quickly become a national emergency.

The appropriate focus is therefore distributed redundancy, including:

• backup generation;
• renewable microgrids;
• decentralized water storage;
• satellite communications;
• backup emergency facilities;
• pre-positioned equipment;
• mutual aid agreements.

27. Telecommunications and digital vulnerability

The 2023 undersea communications cable failure provides an unusually clear example of systemic infrastructure risk. According to Anguilla’s 2026 disaster strategy, the cable cut produced a complete communications blackout that disrupted government, finance, hospitality and island-wide connectivity. Government of Anguilla

This demonstrates that disaster risk includes events that are neither meteorological nor geological.

For an island economy dependent on tourism, finance, emergency communications and digital systems:

communications redundancy is disaster infrastructure.

Satellite backup, redundant submarine routes, emergency radio networks and protected government communications should therefore be treated as critical national resilience investments.

28. Aviation, maritime, fuel and HAZMAT risk

Anguilla’s disaster plan includes human-induced and technological hazards alongside natural threats.

Past incidents include:

• aviation accidents;
• significant marine accidents;
• fuel spills;
• undersea communications disruption. Government of Anguilla

Oil or chemical spills have the potential to damage beaches, coral reefs, fisheries and tourism simultaneously.

Natural hazards can also trigger technological emergencies, or Natech events:

hurricane → fuel tank damage → spill;

flood → electrical failure → fire;

earthquake → pipeline/storage damage → hazardous release;

storm surge → port or fuel-storage inundation.

29. Social vulnerability

Anguilla’s small population and relatively strong community networks are important resilience assets, but social vulnerability remains uneven.

Particularly exposed groups include:

• older persons;
• children;
• persons with disabilities;
• low-income households;
• households in low-lying coastal locations;
• households dependent on tourism employment;
• fishers;
• outdoor workers;
• persons requiring uninterrupted medical treatment;
• households with limited insurance or savings.

Because tourism constitutes such a large portion of employment, a coastal disaster can simultaneously destroy homes and remove household income.

The small population also creates a distinctive emergency-management problem: responders themselves are highly likely to be disaster victims. Anguilla’s current strategy explicitly notes that large events such as Hurricane Irma affected residents and response personnel at the same time. Government of Anguilla

30. Principal geographic risk hotspots

31. Compound and cascading risk scenarios

Hurricane-coastal-economic cascade

Category 4/5 hurricane → wind + surge + wave damage → tourism infrastructure closure → unemployment and revenue loss → constrained public recovery financing.

Hurricane-water-energy cascade

Wind damage → power failure → desalination interruption → water shortage → hospital and household impacts.

Coastal ecosystem cascade

Marine heat + hurricane damage → coral decline → reduced wave attenuation → beach erosion → tourism loss + higher surge exposure.

Drought-water-energy cascade

Rainfall deficit + heat → water shortage → greater desalination → increased electricity dependence → higher vulnerability to utility outage.

Rainfall-landslide-transport cascade

Intense rainfall → slope failure → road closure → community isolation and emergency-response delay.

Coastal compound-flood cascade

Heavy rainfall + surge + high waves + elevated sea level → drainage failure → coastal and inland inundation simultaneously.

Digital connectivity cascade

Cable failure or hurricane damage → communications outage → financial, tourism, emergency and government-service interruption.

32. Hurricane Irma as a national stress test

Hurricane Irma should be regarded as Anguilla’s most important modern disaster-risk benchmark.

The official post-event assessment estimated:

For comparison, total economic activity in 2017 was reported at EC$909.76 million. Government of Anguilla

The key lesson is not simply that Irma was unusually strong. It is that the whole island can function as one disaster-impact zone.

Unlike a large country, Anguilla cannot shift national operations to an unaffected province. This makes pre-disaster redundancy, financial protection and rapid external assistance exceptionally important.

33. Disaster-risk governance

Anguilla has a relatively mature legal and institutional DRM framework.

The Department of Disaster Management (DDM) is the lead coordination agency and operates under the Governor’s Office. It coordinates preparedness, mitigation, response and recovery and works with CDEMA and national sector agencies. Government of Anguilla

Key instruments include:

• Disaster Management Act 2007;
• Land Development (Control) Act 2010;
• Comprehensive Disaster Management Policy 2013;
• Anguilla Building Code;
• National Disaster Management arrangements;
• current Comprehensive Disaster Management Strategy and Country Work Programme 2026-2030. Government of Anguilla

The National Disaster Management Committee brings together health, education, utilities, civil society, private-sector and other sector leads. Government of Anguilla

34. Current national DRM capacity assessment

Anguilla’s current 2026-2030 CDM Strategy provides a useful evidence-based assessment of strengths and weaknesses.

Its audit scores were:

Recovery is therefore the weakest assessed component. Government of Anguilla

Specific weaknesses include:

• risk identification score of only 1.92;
• need for updated hazard databases;
• insufficient multi-risk assessment methodologies;
• preparedness training and exercise gaps;
• weak knowledge management;
• recovery monitoring deficiencies;
• absence of a comprehensive national recovery policy;
• restricted access to multi-hazard risk maps;
• absence of a centralized risk-data repository. Government of Anguilla

These findings are particularly important because they come from Anguilla’s own current national assessment rather than an external index.

35. Early warning and hazard preparedness

Anguilla maintains hazard-specific plans and emergency operations arrangements.

The Government’s 2026 budget documentation reports that during 2025 the territory revised plans covering:

• oil spill;
• hurricane;
• drought and water shortage;
• tsunami;
• maritime mass-rescue incidents;
• earthquake. Government of Anguilla

The National Emergency Operations Centre and sector EOCs are operational, and the national audit recognizes communications redundancy and damage-assessment capability as response strengths. Government of Anguilla

However, future warning capability should evolve from hazard information toward impact-based forecasting.

Instead of only:

“Hurricane conditions expected.”

The system should increasingly provide:

“Sandy Ground and Blowing Point may experience dangerous coastal inundation; specified roads may become impassable; ferry operations should cease; these shelters should activate; these facilities require backup power.”

36. Disaster-risk financing

Anguilla’s fiscal vulnerability is high because one major storm can generate losses close to annual GDP.

The territory participates in CCRIF SPC parametric insurance and has received payouts following Hurricane Earl, flooding events and Hurricane Irma. Government of Anguilla

However, the current CDM Strategy identifies:

• no dedicated national disaster contingency fund;
• limited fiscal space;
• gaps between sectoral risks and financial planning;
• continued reliance on insurance and external assistance. Government of Anguilla

A stronger layered risk-financing architecture should combine:

annual contingency reserves + CCRIF + public-asset insurance + private insurance + contingent credit + emergency UK support + climate finance + forecast-based finance + resilient reconstruction funding.

37. Priority actions for strengthening resilience

1. Develop a national multi-hazard risk and vulnerability repository

Integrate high-resolution information on hurricanes, surge, erosion, flooding, drought, heat, earthquakes, tsunamis, population, buildings, hotels, utilities and ecosystems.

This directly addresses the Government’s identified gaps in hazard databases, multi-risk assessment and centralized information. Government of Anguilla

2. Complete high-resolution coastal inundation modelling

Model:

sea-level rise + hurricane surge + waves + rainfall + drainage + shoreline erosion.

Priority locations should include Sandy Ground, Blowing Point, Road Bay, Rendezvous Bay, Meads Bay, Shoal Bay and other low coastal communities.

3. Strengthen hurricane impact-based forecasting

Link forecasts to:

• buildings;
• tourism facilities;
• roads;
• airport;
• ferry terminals;
• desalination;
• electricity;
• hospital;
• communications.

4. Introduce heat-health early warning

Develop locally calibrated heat thresholds and protocols for workers, schools, health facilities and tourism operations.

5. Strengthen drought early warning

Monitor:

• rainfall;
• SPI/SPEI;
• cistern storage;
• groundwater;
• desalination output;
• household water demand;
• agriculture.

6. Build water-system redundancy

Expand household and institutional rainwater harvesting, strategic storage, distributed treatment and renewable-powered backup systems.

7. Protect critical infrastructure from single-point failure

Prioritize redundant energy, communications, water, healthcare and emergency-command systems.

The 2023 communications cable incident demonstrates why this is essential. Government of Anguilla

8. Strengthen ecosystem-based coastal protection

Restore and protect:

• dunes;
• beaches;
• coral reefs;
• mangroves;
• seagrass;
• salt ponds.

The UK’s 2026 biodiversity strategy shows that Anguilla is already applying nature-based dune restoration. GOV.UK

9. Tighten climate-risk-sensitive coastal planning

New development should incorporate setbacks, surge levels, future sea-level rise, erosion and evacuation requirements.

Anguilla’s current disaster strategy itself identifies increasing shoreline development and inconsistent application of building standards among smaller developments as vulnerabilities. Government of Anguilla

10. Strengthen recovery planning

Recovery is currently the weakest DRM phase. A national recovery framework should establish:

• institutional leadership;
• sector recovery priorities;
• Build Back Better standards;
• recovery financing;
• damage and loss assessment procedures;
• monitoring indicators;
• protection of vulnerable groups. Government of Anguilla

38. Recommended integrated early-warning architecture

For Anguilla, an effective end-to-end system should operate as:

Hazard observation → forecast/nowcast → multi-hazard risk analysis → exposure database → impact forecast → decision thresholds → warning authorization → Common Alerting Protocol message → cell broadcast/SMS/radio/social media/sirens → community action → emergency operations → damage assessment → lessons learned.

Priority warning modules should cover:

39. Strategic national resilience priorities

Anguilla’s risk-management agenda can be organised around eight interconnected resilience systems:

40. Overall disaster-risk outlook

Anguilla’s disaster risk is best described as low-frequency catastrophic risk combined with increasingly important chronic climate stress.

Hurricanes remain the greatest immediate catastrophic threat. However, the long-term risk profile is broadening to include:

• stronger heat stress;
• more challenging drought and freshwater management;
• intense flash rainfall;
• sea-level rise;
• beach erosion;
• coral degradation;
• sargassum;
• infrastructure interdependency.

The most important national vulnerability is the interaction of:

small land area + coastal development + tourism dependence + limited water resources + critical infrastructure concentration + limited redundancy + constrained fiscal capacity.

At the same time, Anguilla possesses important resilience strengths: an established Department of Disaster Management, a current 2026-2030 national CDM programme, strong regional links through CDEMA and CCRIF, community-scale social networks, UK support, an established building framework and increasing use of ecosystem-based adaptation. Government of Anguilla

The strategic transition should now be from primarily hazard preparedness and emergency response toward a fully integrated climate and multi-hazard risk-governance system that combines:

climate projections + meteorological/ocean observation + GIS and remote sensing + multi-hazard exposure and vulnerability assessment + impact-based forecasting + CAP-enabled warnings + anticipatory action + critical-infrastructure continuity + risk financing + resilient recovery + ecosystem-based adaptation.

This direction is strongly supported by Anguilla’s own 2026-2030 assessment, which calls for stronger early-warning systems and hazard databases, improved community preparedness, integration of DRR into national development and better risk information. Government of Anguilla

For Anguilla, resilience ultimately depends on preventing a single hurricane, infrastructure failure or coastal event from becoming a whole-of-island systemic disaster.