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What are Peatlands?

Natural treasures formed over thousands of years

Formation Process

Peatlands are ecosystems composed of various plant and animal communities formed from organic materials submerged in water. In waterlogged, acidic, and anaerobic conditions, plant materials do not fully decompose, leading to peat formation.

1000+ years formation time

Global Significance

These lands cover only 3% of the world's land area but contain twice as much carbon as forests. Over thousands of years, this process creates peat layers several meters thick.

3% of world's land area

Peat Formation Process

1. Plant Growth

Plants grow in low-lying areas

2. Layer Formation

Plant material accumulates

3. Peat Formation

After many years, becomes peat

Types of Peatlands

Three main types of peatlands found worldwide

Acidic

Bog

Rain-fed acidic peatlands dominated by sphagnum moss and specialized plant communities.

pH 3.5-4.5
Sphagnum moss
Rainwater
Mineral-rich

Fen

Groundwater-fed peatlands with less acidic conditions, supporting more diverse plant and animal communities.

pH 5.5-7.0
Diverse plants
Groundwater
Tropical

Swamp Forest

Tree-dominated tropical peatlands primarily located in Southeast Asia, containing massive carbon reserves.

25-30°C
Forest cover
Southeast Asia

Why are Peatlands Important?

Impact on global climate and biodiversity

Critical for Climate

Peatlands are the largest natural terrestrial carbon store, containing approximately 550 gigatons of carbon.

30% Soil carbon
3% Earth's surface

Biodiversity Hotspots

Peatlands support unique and specialized ecosystems with rare plants, birds, and insects found nowhere else on Earth.

200+ bird species
1000+ insect species
500+ plant species

Risks and Threats

When peatlands are drained or destroyed, they transform from carbon sinks into major sources of greenhouse gases.

Peat fires release 10 times more CO₂ than regular fires