Mangroves are powerful carbon sinks.
They grow along tropical coastlines.
They store carbon efficiently.
Carbon is captured through photosynthesis.
Leaves absorb carbon dioxide.
The carbon moves into roots and soil.
Most carbon is stored below ground.
Mangrove sediments are rich in organic matter.
This carbon can remain locked for centuries.
Mangroves store more carbon per hectare.
They outperform many terrestrial forests.
This makes them vital for climate action.
Their complex root systems trap sediments.
This reduces carbon loss.
It also prevents coastal erosion.
Mangroves support the blue carbon ecosystem.
This includes seagrass and salt marshes.
Together they slow climate change.
Human activities threaten mangroves.
Coastal development causes deforestation.
Aquaculture expansion adds pressure.
Restoration can reverse losses.
Replanting improves carbon storage.
Protection increases long-term benefits.
Mangrove carbon has economic value.
It can generate carbon credits.
This supports conservation funding.
Mangrove protection aids communities.
Fisheries become more productive.
Storm protection improves resilience.
Mangrove carbon sequestration is crucial.
It benefits climate and livelihoods.
Its role will grow in future policies.
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