Irish Boglands & Climate Science — 5th & 6th Class
An extended 5th–6th Class science/SESE resource on Irish boglands and climate change — carbon storage, carbon release from drained bogs, Bord na Móna's shift to renewables, and why restoring bogs matters for Ireland's climate targets.
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Page count: 2. Print-ready PDF — letter / A4 friendly. Click image to see all pages.
Bogs and the climate crisis
- 1 Bogs as carbon stores Irish bogs have been storing carbon for 10,000 years — absorbing CO₂ from the atmosphere and locking it into peat. An intact raised bog stores 10 times more carbon per hectare than a tropical rainforest.
- 2 Peat extraction and CO₂ release When peat is cut and burned as fuel, thousands of years of stored carbon is released as CO₂ in minutes. Drained bogs also release carbon even without burning.
- 3 Bord na Móna The semi-state company that harvested peat from the Irish midlands for fuel. Now pivoting to wind energy, rehabilitating worked-out bogs, and developing solar energy on former peatland.
- 4 Bog restoration Blocking the drainage channels (drains) in a degraded bog allows it to rewet. A rewetted bog can become a carbon sink again within years. Ireland has committed to restoring 33,000 hectares of degraded bogland.
- 5 Climate targets Ireland must reduce greenhouse gas emissions 51% by 2030 (Climate Action Plan). Bogland restoration is one of the most cost-effective ways to reduce emissions from the land sector.
- 6 Community impact Many midland communities have been dependent on peat harvesting for generations. The transition to a post-peat economy requires new jobs in renewables, ecological restoration, and eco-tourism.
Learning objective
Explain how bogs store and release carbon; describe the environmental impact of peat extraction; understand bog restoration and why it matters for Ireland's climate targets; and discuss the community dimension of the transition.