Mangroves and Climate Change

Mangroves and Climate Change

For those of us living in tropical or sub-tropical climates, mangroves are familiar plants that we see every day. Mangroves are widespread across Florida and enjoy specific regulations to ensure their protection. Why? Because mangroves are essential to coastal health and climate change resilience. I know, basically a shrub is an essential cog in the fight against climate change? It sounds silly, but the answer is yes! Here’s why…

Mangroves tend to grow in coastal regions that are susceptible to tidal change, salinity spikes, and other ecological variations. The type of mangrove that grows in a location determines the type of combatants it uses to maintain a safe and viable environment. One of the main perks of mangroves, in terms of coastline health, is that the roots dig deep enough to trap sediment and protect against storm damage. This reduces the severity a hurricane will have on the coastline which can keep tidal height changes at bay. Mangroves help stabilize coastlines and reduce the impacts of storm waves and flooding – growing threats as the climate changes. No one wants to enjoy a “sea view” in your living room, that’s too close!?


Mangroves and local fauna

mangrove and climate change

Another major perk that mangroves provide is creating a safe environment for a variety of marine life. This can include mollusks, crustaceans, monkeys, birds, fish, and even sharks! Juvenile sharks have been known to take refuge within mangrove forests, using the nearly unnavigable root mazes to hide from larger adult sharks, as well as taking advantage of the abundance of food. The shallow water around the mangrove roots attracts several small species of fish and shrimp that use them for nurseries, protection, as well as their own food sources.

Mangroves and humans

Humans have also found uses for mangrove plants, harvesting them for timber, wood chips, charcoal, and more. Although the protection of mangroves within the United States is established, other locations are desperately trying to maintain their numbers of intact mangrove forests as commercial development continues to rise. Developing countries, where mangrove forests can provide the most needed protection, have been replacing these forests with agricultural fields.

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The necessity to protect these mangrove forests is global, each country having to do their part in maintaining these habitats while also planting more! It is even more important as mangroves are incredible long-term carbon sinks, storing carbon in the plants themselves but more importantly in the soils below for hundreds to thousands of years. A recent study has also shown that mangroves are already now adapting to climate change by growing faster. This would allow them to keep up with sea level rise. They also can expand their range to higher latitudes!

I could discuss the varying adaptations that mangroves have developed to combat climate change, but the essential point for discussion is what WE can do as a society to ensure that no more habitats are destroyed. Protection of critical areas, restoration of degraded regions, and depleting human stresses on mangrove forests are all essential key things we can do to help in the reduction of climate change.

What is something you can do within your own community to help in mangrove and climate change?

Story originally published on https://escaribbean.com/mangrove-climate-change

Got comments? Did I miss something? Comment below!

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Catherine?provides turnkey solutions to environmental challenges and strategic sustainability consulting to help communities and governments become more resilient and less vulnerable to our changing environment.?

Connect with Catherine on?LinkedIn,?Twitter?and?Facebook.

Niles Keeran

Sr. Environmental Engineering & Engineering Geologist-Hydrologist-Hydrogeologist-Geophysicist- Environmental and Natural Scientist

4 年

I lived in Florida from 1988-1993 and was a Hydrologist GS-1315 with the U.S.G.S. -Water Resources Division in Tampa Bay, Florida. One of my principal projects was quantification of evapotranspiration of water through different plants in South West Water Management District as a component of the Hydrologic Cycle as it could be related to climatology, consumptive use of groundwater by certain plant species, and selection of native vegetation. Marine mangroves are a coastal buffer in brackish water between marine and terrestrial plants in subtropical to tropical biomes and were not only carbon sequestration sinks but thrive in low oxygen water and sediment laden shallows. I had ET project sites with an array of meteorological sensor equipment in a cypress dome, palmetto prairie, and these offshore mangrove swamps.

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ophman nsame bile

ingénieur halieute spécialité gestion des pêches et ecosystèmes aquatiques chez institut des sciences halieutiques

4 年

regulator of local climate

Ramadan Njoya

Ingénieur en Gestion des peches et ecosystèmes aquatiques

4 年

Higher capacity of carbon sequestration

Vic Ferguson

The World Federation for Coral Reef Conservation One Ocean .... One Planet!

4 年

One particular species that rely on the mangrove nursery's is the Goliath Grouper or the Jew fish. We need to keep the nursery's alive and well. Thanks for you comment.

Catherine Jadot, PhD

Blue Economy | Biodiversity and Climate Change Expert | Nature-based Solutions Practitioner | Public Speaker

4 年

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