Discovering Teal Carbon's Role in Mitigating Climate Change

A study conducted in Keoladeo National Park reveals wetland conservation is crucial for climate adaptation and resilience, highlighting teal carbon's significance.

What is Teal Carbon?

Teal carbon refers to organic carbon stored in non-tidal freshwater wetlands, crucial for regulating greenhouse gases.

Wetlands Vulnerable to Degradation

Pollution, land use changes, and water extraction threaten wetlands, releasing methane and carbon dioxide into the atmosphere.

Urgent Conservation Efforts Needed

Study emphasizes need for urgent conservation and management efforts to protect fragile wetland ecosystems.

Teal Carbon Ecosystems Studied

Researchers assess status and potential role of teal carbon in mitigating climate change in four major ecosystems.

Methane Emissions a Concern

Preliminary results reveal elevated methane emissions, necessitating reduction through specialized biochar use.

Conservation Efforts to Sustain Teal Carbon

Ensuring water availability and selecting suitable vegetation crucial for effective conservation of wetlands and teal carbon pools.

Global Significance of Teal Carbon

Teal carbon ecosystems estimated to store 500.21 petagrams of carbon, contributing to global carbon sequestration efforts.