Jamaica is the small island country labeled in red.

Jamaica Location, 2006


Jamaica is just one of the many countries experiencing the effects of global climate change.   According to the Intergovernmental Panel on Climate Change’s Fifth Assessment Report, Jamaica is considered a small island country.  However, other reports, such as the U.S. Global Change Research Program’s Fourth National Climate Assessment Report, refer to Jamaica as a Caribbean country.  Jamaica faces many different climate change hazards and must decrease its vulnerabilities and increase its resilience.  However, different tradeoffs may make this difficult.  Some of Jamaica’s vulnerabilities, such as their tourism sector, also act as their strengths.  But in the face of climate change, Jamaica will have to evaluate these strengths and weaknesses in order to adapt.  This case study examines the risks associated with climate change in Jamaica.  

Contents of This Page

  1. Climate Change Hazards Affecting Small Island Countries and the Caribbean
  2. Jamaica’s Exposure to Regional and Categorical Climate Change Hazards 
  3. Jamaica’s Vulnerability to Climate Change Hazards 
  4. Adaptation and Resilience in Jamaica

Climate Change Hazards Affecting Small Island Countries and the Caribbean

Jamaica is considered both a small island and Caribbean country.  Below are four main climate change hazards affecting small island countries and the Caribbean as well as details about each.  

Sea Level Rise 

  • SLR has increased at a rate of 2.5 ±0.4 mm/year in the Caribbean (CSGM, 2017, 50).
  • SLR is causing a higher baseline for inundation, astronomical tidal cycles, storm waves and surges and deep ocean swell (IPCC, 2014, 1619).
  • SLR and extreme weather events put small islands at a higher risk of flooding and erosion (1619).
  • SLR has caused salt water intrusion and decreased freshwater availability (USGCRP, 2018, 811)

Changing Rainfall Patterns

  • Reduction in rainfall but increased intensity of extreme rainfall events is causing increased drought and flooding in the Caribbean region (USGCRP, 2018, 812)
  • In a 2º C world, projections for rainfall in the Caribbean include a 10-20% reduction in precipitation and a 40-50% reduction during the dry season (Reyer et al., 2017, 1604)

Extreme Tropical and Extratropical Storms and Cyclones

  • Increased hurricane intensity has been observed in the Caribbean (USGCRP, 2018, 812).  
  • Extratropical cyclones have created ocean swells, causing damage to small islands thousands of kilometers away, including flooding, inundation, infrastructure damage, hazards to tourism and erosion (IPCC, 2014, 1630).  
  • Ocean swells resulting from these events are causing the introduction of invasive aquatic species, air-borne dusts, vector borne diseases and aquatic pathogens to the Caribbean region (1616).

Tropical storm Earl over the Caribbean

Schmaltz, 2016

Aedes aegypti mosquito, one of the primary transmitters of dengue fever

Oregon State University, 2014

Increased Air and Sea Surface Temperatures

  • In the last century, Caribbean Sea surface temperature has increased by about 1.5º C (Baptiste el al., 2016, 18).
  • Increasing sea surface temperature has also caused vast coral bleaching events in the Caribbean (18).
  • Increased sea surface temperatures causing more intense hurricanes may lead to the destruction of Caribbean fisheries, natural protective barriers and tourism (IPCC, 2014, 1621)
  • Increasing air and sea surface temperatures in the Caribbean affect human health as they are conducive to different diseases such as dengue fever (Baptiste el al., 2016, 18).

Some of these hazards work together to intensify hazards to small islands and the Caribbean.  For example, there is also correlation between increasing sea surface temperatures and weakening vertical wind shear (Nurse & Charlery, 2016, 199). This is influencing intense rainfall events over the Caribbean region (199).  

Jamaica’s Exposure to Climate Change Hazards

Sometimes, specific countries and communities are not affected by the hazards that generally affect their region.  However, this is not the case for Jamaica, for the general climate change hazards affecting small islands and the Caribbean are also affecting Jamaica and its communities.  These hazards cause many other negative effects on Jamaica such as erosion, flooding, drought, freshwater degradation, and health issues (CSGM, 2017).  Below are some examples of how each climate change hazard from the previous section is affecting Jamaica and its communities specifically.

Sea Level Rise 

Tourism generated USD 2.2 billion in 2015 and USD 1.4 billion in 2016 (CSGM, 2017, 90).  But SLR in combination with different hydrometeorological events is threatening this source of revenue.

  • Sea levels in Negril have increased by about 0.9 meters/year (CSGM, 2017, 123).  
  • Coastal erosion at Long Bay has occurred at a rate between 0.2 and 1.4 meters/year with an overall 62.6 meters of coastal erosion in the past 45 and 15 meters of shoreline erosion (CSGM, 2017, 123; McDougall, 2017, 205).  
  • Hydrometeorological events, such as hurricanes and floods, have exacerbated Negril’s SLR induced coastal erosion, causing further negative impacts, including displacement of tourism, salt water intrusion and more severe storm surges (CSGM, 2017, 110 & 123).  

Jamaican seaside fishing shack falling into the ocean with eroding coastline

Graci, 2015

Changing Rainfall

Jamaican residents have observed more unpredictable rainfall patterns (CSGM, 2017, 119).  RCM projections indicate an overall drying trend for Jamaica (123).  However, some communities are threatened by more intense rainfall and flooding (127-128).  Warmer and wetter climate conditions with changes in precipitation may also contribute to more outbreaks of dengue in Jamaica (146).  

  • RCM projections indicate an overall drying trend for Jamaica (123)
  • Bluefields has experienced increased dry periods and drought (119).  
  • However, extreme rainfall events in combination with SLR threaten Rio Minho and Portmore with flooding and storm surges, causing flooding, bank slips and erosion (127, 128, 145) 

Tropical and Extratropical Storms and Cyclones

Increased hurricane frequency also threatens Jamaica with decreased freshwater availability, erosion, and damage to infrastructure (CSGM, 2017, 94-95).  

  • Hurricane Mitch in 1998 caused a loss of 10 mof beach sand near West End and Long Bay (123). 
  • Hurricane Ivan (2004), Wilma (2004) and Dean (2007) also caused substantial erosion in Jamaica (123).  These events caused flooding, damage to infrastructure and harm to Negril’s Coral Reef Park (123).  

A flooded road in Kingston, Jamaica during Hurricane Dean

Xu, 2007

Increasing Air and Sea Surface Temperatures 

Increasing air and sea surface temperatures in the Caribbean have been linked to increased tropical storm and hurricane activity in the region (Baptiste et al., 2016, 18).  Increasing sea surface temperatures are also affecting biodiversity in Jamaica and health complications (18)

  • Warmer sea temperature is resulting in events like mass coral bleaching (18).  
  • Overall increased temperatures influence diseases like leptospirosis; increasing temperatures, changing precipitation patterns and decreasing water availability and quality are conducive to these kinds of epidemics (IPCC, 2014, 1624).

Jamaica’s Vulnerability to Climate Change

Jamaica is vulnerable to the climate change hazards that threaten it mainly because of its dependence on freshwater sources, infrastructural inadequacies, and reliance on different economic goods and services.  Jamaica is vulnerable to changing rainfall patterns because 84% of its exploitable water supply is groundwater, which decreases with decreasing rainfall (USAID, 2018, 2).  Its infrastructure also makes it vulnerable.  Much of Jamaica’s infrastructure is near beaches, putting it in harm’s way during storm surges and hurricanes (MacDougall, 2017, 208). Lastly, Jamaica’s dependence on agriculture and tourism makes it more vulnerable to climate change.  

Particularly Vulnerable Communities 

Some Jamaican communities that exhibit the kinds of vulnerabilities noted above are listed with details below.  

  • Communities like St. Catherine do not have access to running water because it would take too much energy to pump water over its hilly terrain, so they have to depend on consistent rainfall and groundwater (Aladenola et al., 2016, 3460)
  • Annotto Bay is laid in a flood prone area and lacks adequate building regulations for draining during different hydrometeorological events (1872).  In addition to these factors, development in Annotto Bay is incentivized by low building costs, placing development in harm’s way (1872).

A map of Jamaica's parishes, including those that have been mentioned in this section

Jamaica, 2012

Graci, 2015


  • Despite policy meant to help protect the area, the Jamaican government has allowed for mining in Long Bay, subtracting even more sand from the already eroding beach barrier system (MacDougall, 2017, 208). The government has allowed for development and construction for beachfront tourist attractions (208). This has made Negril’s beaches and people even more vulnerable to climate change hazards.
  • St. Elizabeth experiences poor irrigation systems, making it more vulnerable to less frequent rainfall and drought (Popke et al., 2016, 76)

Adaptation and Resilience in Jamaica

Jamaica has built resilience and taken adaptation measures to increase its resilience through various methods.  Below are some of the ways that Jamaica has adapted to climate change and built resilience.

  • Data Collection: In 2012, Jamaica administered a survey to document residents’ knowledge, attitudes, and practices (KAPs) towards climate change with the intention of re-performing the survey every three years (Robinson, 2017, 86).  This would help Jamaica catalog its climate change hazards and understand the public's interpretation of them.


  • Community-Based Adaptation/Ecosystem-Based Adaptation: Jamaica has built resilience through a mix of  community-based adaptation (CBA) and ecosystem-based adaptation (EBA) (Dhar & Khirfan, 2016).  Jamaica has implemented soft techniques through CBA and EBA to handle flood and storm waters such as vegetated ditches (248).  Additionally, they have used EBA to reduce climate change induced beach erosion by restoring mangroves, increasing vegetation, including coconut trees along beaches, and have also placed sandbags on the beaches (247).  Hard adaptation plans for regional use, such as the implementation of submerged, offshore breakwaters have also been developed (247).  

Coconut trees in Jamaica along eroded area 

Marcus Keize, 2018

Budget and policy officers at workshop in Jamaica

Jamaica, 2017

  • Large-Scale Financing Projects: Jamaica implemented a project, “Coastal Protection for Climate Change Adaptation in the Small Island States in the Caribbean,” funded by the German Ministry for Economic Cooperation and Development (Mycoo, 2018, 2348).  This project focuses on local adaptation measures in Jamaica in addition to St. Lucia, St. Vincent, and the Grenadines (2348). 


  • Workshops: In July 2017, the Climate Change Division of the Ministry of Economic Growth and Job Creation partnered with the Ministry of Finance and the Public Service and the National Adaptation Plan Global Network (NAP-GN) to host a workshop in Jamaica to raise awareness of the National Adaptation Plan process and how to integrate such a plan by sector (NAP-GN, 2017, 1).
  • Adaptation Fund: Jamaica obtained funding from the Adaptation Fund in 2012 for a project implemented by the Planning Institute of Jamaica.  This grant included 9,965,000 USD for 3 main components plus additional execution and implementation costs (Adaptation, 2012).
  1. Breakwater structures to protect Negril’s beachesUSD 5,480,780
  2. Increase agricultural resilience by improving water and land managementUSD 2,503,720
  3. Improve local and institutional agriculture adaptive capacity through training and spreading informationUSD 785,500

The sites selected for the Adaptation Fund grant included the parishes of Westmoreland, Manchester, Clarendon, St. Mary, St. Ann, Trelawny and St. Thomas shown on the map above.

Adaptation Fund, 2018

About the Author


Tia graduated from St. Lawrence University in 2020.  Growing up in the southern Adirondacks influenced her passion for the environment.  She majored in Environmental Studies and Philosophy combined with a double major in Business in the Liberal Arts.  Her interest in climate change in Jamaica began with her desire to join the Peace Corps to work on environmental projects in Jamaica after graduation.  She made this webpage for a class with Dr. Jon Rosales called “Adapting to Climate Change.”


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