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13 results for "carbon sequestration"
New climate modeling shows that planting forests in the right places could reduce global temperatures by up to a quarter degree Celsius. Even better news: smaller, strategically located forests can achieve the same cooling as massive plantings.
A groundbreaking model reveals that coastal salt marshes capture 67 million tons of carbon yearly, filling a major gap in our understanding of nature's climate solutions. The breakthrough helps scientists finally measure these hidden carbon heroes.
Delaware is planting thousands more trees and protecting forests after losing 1,000 acres yearly to development. The state's new climate plan could more than double carbon storage by 2050 while creating jobs and cooling communities.
China's 46-year effort to plant trees around one of Earth's harshest deserts just proved humans can transform wastelands into climate solutions. The massive green wall is now actively pulling carbon dioxide from the air.
A hardy desert plant is transforming South Africa's degraded farmland into thriving ecosystems again. The UN just recognized the country's spekboom restoration movement as a World Restoration Flagship, bringing new momentum to efforts already covering half a million acres.
Scientists have discovered that grasslands are secret climate heroes, locking carbon in soil for centuries while tree-planting projects might actually be making things worse. India's grasslands could be a game-changer for meeting climate goals.
A new study shows Canada could remove five times its annual carbon emissions by planting trees along the northern edge of its boreal forest. The strategy could sequester almost 4 gigatons of carbon by 2100 while helping stabilize methane-releasing permafrost.
Indiana senators just passed a bill giving local communities real power to approve or reject carbon storage projects from outside their county. It's a win for local voices in environmental decisions that affect their backyards.
Scientists discovered China's forests are quietly turning air pollution into a climate solution, absorbing nearly two-thirds of nitrogen fallout and storing an extra 110 million tons of carbon each year. This natural cleanup crew is doing the work of millions of trees we never had to plant.
Scientists discovered that China's massive tree-planting program has transformed one of Earth's harshest deserts into a carbon-absorbing ecosystem for the first time. The Taklamakan Desert, once called a "biological void," now captures more carbon than it releases.
Scientists are mapping vast underground fungal networks that hold more than 13 billion metric tons of carbon dioxide. These invisible ecosystems connect 90% of all plants and could be crucial for fighting climate change.
Scientists in Panama discovered that adding nitrogen to recovering forests can double their growth and carbon absorption for a decade. This breakthrough could help tropical forests bounce back faster after cattle farming strips nutrients from the soil.
America's forests are holding more carbon than any time in the past century, thanks to a powerful combination of nature doing its thing and smart human choices. Scientists just figured out exactly what's driving this environmental win.