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Farmland Restoration

Food Farmland Restoration

In the Gulu District of Uganda villagers learn permagardening, which integrates water-saving practices, soil fertility, companion-planting knowledge, and enriched raised beds.

Around the world, farmers are walking away from lands that were once cultivated or grazed because those lands have been “farmed out.” The causes range from damaging agricultural practices to desertification, from lack of market access to migration. It can be cheaper to walk away from the land than to work it.

There are an estimated 950 million to 1.1 billion acres of deserted farmland around the world—acreage once used for crops or pasture that has not been restored as forest or converted to development. This land offers an opportunity to improve food security, farmers’ livelihoods, ecosystem health, and carbon drawdown simultaneously.

To feed a growing population and protect forests from deforestation for fresh farmland, restoring abandoned cropland and pastureland is key. Bringing abandoned lands back into productive use can also turn them into carbon sinks. Where soils are left to erode, abandoned farmlands can be a source of emissions.

Restoration can mean the return of native vegetation, the establishment of tree plantations, or the introduction of regenerative farming methods. Active restoration is labor intensive, yet necessary for cultivation to revive. Programs to finance regeneration are a necessary stimulus to action, helping landowners make changes without having to bet the farm.

Related Solutions



Farmland Irrigation

Pumping and distributing water requires large quantities of energy. Drip and sprinkler irrigation, among other practices and technologies, make water use more precise and efficient.



Regenerative Agriculture

The practices of regenerative agriculture increase carbon-rich soil organic matter. Enhancing and sustaining the health of the soil sequesters carbon and improves productivity.



Improved Rice Cultivation

Flooded rice paddies produce large quantities of methane—10 percent of agricultural emissions. Techniques exist to reduce methane, while improving production and sequestering carbon.



Tropical Staple Trees

Tropical staple trees provide important foods, such as bananas and avocado. Compared to annual crops, they have similar yields but higher rates of carbon sequestration