Belhaven, N.C. – A large-scale effort is underway to revive a 23-square-mile peatland tract in eastern North Carolina that has accumulated over thousands of years. Drainage ditches installed long ago have lowered the water table, exposing the ancient layers to air and leaving the site prone to drought and wildfire. The work seeks to reverse those changes and protect both the landscape and the carbon it holds.
The Drainage Legacy and Current Risks
For generations, ditches carved across the peatland pulled water away to make room for farming and other uses. That steady removal of moisture has dried out the deep organic layers built up over millennia. Without saturation, the material begins to break down and release stored carbon into the atmosphere as carbon dioxide. The exposed peat also becomes far more flammable. A single spark during dry periods could ignite widespread fires that would be difficult to control and would further degrade the site. Local conditions already show signs of stress, with vegetation shifting away from the wetland species that once dominated the area.
Why These Landscapes Hold Global Importance
Saturated peatlands worldwide store roughly one-third of all terrestrial carbon, an amount that exceeds the total held in every forest combined. When intact, they act as long-term vaults that keep carbon out of the air. Damage reverses that function and turns the same ground into a source of emissions. Beyond carbon, the North Carolina tract supports specialized native plants and animals adapted to wet, acidic conditions. Restoring the water levels would help those species return and strengthen the overall habitat. The project therefore addresses both atmospheric and ecological goals at once.
How the Revival Effort Is Taking Shape
Pantheon Regeneration is leading the work by focusing first on raising the water table across the tract. Blocking or filling the old ditches allows rainfall and groundwater to re-saturate the peat, slowing decomposition and cutting emissions. Once the hydrology stabilizes, the group plans to generate and sell carbon credits from the avoided releases. Those credits are intended to finance further protection across a much larger area stretching from Virginia to Florida, with a target of one million acres. Early steps include soil sampling and monitoring to track changes in moisture and carbon levels. The approach combines on-the-ground engineering with a financing model that ties restoration success to measurable climate benefits.
Looking Ahead for the Region
Success here could serve as a model for similar drained peatlands along the Atlantic coast. Continued monitoring will show how quickly the water table responds and whether native vegetation rebounds. The coming seasons will test whether the restored hydrology can withstand variable rainfall and reduce fire danger. If the project meets its targets, it will demonstrate that large-scale peatland recovery is both technically feasible and financially supportable through carbon markets.
