Green Carpet Foundation’s Post

C4S. City carbon credit cancellation service features in this article on peatlands https://lnkd.in/eWaFq9Rp Livery Climate Action Group

Forests are often touted as the champions of carbon sequestration, but did you know that wetlands actually store significantly more carbon per unit area than even the most dense forests? That's right - these oft-overlooked ecosystems are powerhouses when it comes to drawing down and locking away atmospheric carbon. The dense, carbon-rich soils of wetlands can store up to five times as much carbon as forests. And unlike forests, which release their stored carbon back into the atmosphere when they burn or decay, the carbon in wetland soils can remain locked away for centuries. As the world grapples with the growing threat of climate change, the immense carbon storage potential of wetlands deserves far more attention and protection. Preserving and restoring these remarkable natural carbon sinks should be a key priority in our global efforts to mitigate climate change. So next time you hear someone touting the carbon-capturing prowess of forests, be sure to give a shout-out to the unsung heroes, Wetlands. They may not be as famous, but they're playing a vital role in safeguarding our planet's future. Read More on Wetlands: 👇👇 https://lnkd.in/g7BQBG-R #climatechange #carboncredits #biodiversity #wetlands

We need our national forests now more than ever. The 145 million acres of national forest in the U.S. capture and store billions of tons of carbon making them a key climate solution. Yet every year the U.S. Forest Service unnecessarily logs some of our most carbon-dense forests—resulting in significant carbon emissions—in pursuit of crude “timber targets”. The national timber target has recently been as high as 4 billion board feet which is enough lumber to circle the globe 30 times. The Forest Service fulfills that target through timber sales across the country—with some of the heaviest logging in the South—but it has never accounted for the impacts these timber target decisions have on climate change. Our tenacious public lands team is taking action and has filed a groundbreaking lawsuit to correct this practice. It is past time that we fully consider climate when making public lands logging decisions. Learn more: https://lnkd.in/et5z5EPY

Expert opinions state forest protection and reforestation efforts are powerful tools we can use to combat climate change. Here's what we know 👇 🌲 Conserving tropical and temperate forests and promoting reforestation are proven to be effective solutions for reducing greenhouse gas emissions. With solid scientific evidence and active voluntary carbon markets, these options are both reliable and trustworthy. 🌲 While there are still some uncertainties regarding the climate impact of certain nature-based solutions, it's important that we address these issues through targeted research before expanding their implementation. 🌲 It's not just about mitigating climate change, either. Forest protection and reforestation efforts also conserve biodiversity and improve food security, which contribute to overall sustainability. All in all, it's crucial that we prioritize investments in scientifically supported pathways, address uncertainties head-on, and recognize the broader benefits of reforestation and forest protection for our shared future. Because of that, we're honored to help you support high-quality reforestation and forest protection through carbon credits.

Protecting and restoring existing forests could remove approximately 226 gigatons of carbon from the atmosphere—equivalent to 20 years of current greenhouse gas emissions. A recent study highlights the urgency of preserving existing forests, expanding restoration efforts, and ensuring forests are resilient to climate impacts like wildfires, emphasizing their pivotal role in global climate stabilization efforts. Aurora is proud to be part of the solution, protecting and restoring carbon-rich forests that have been historically industrially harvested so they can continue doing what they do best: drawing down and storing carbon. https://bit.ly/3XrY5bX

How to tackle climate change holistically

Great Salt Lake Shrinking Amid Greenhouse Gas Emissions 💡 The Great Salt Lake is rapidly shrinking, largely due to increased greenhouse gas emissions and climate change. 💡 The shrinking lake has significant environmental and ecological consequences for the surrounding area. 💡 This situation highlights the urgent need for policies to address greenhouse gas emissions and environmental preservation. #climate #GHGs #climatechange #netzero #energytransition #greenhousegas

Why do forests matter? Forests cover one-third of the Earth's land mass, serving as critical pillars for both environmental health and human well-being. These ecosystems are not only the home to over half of the world’s terrestrial species but also play a pivotal role in combating climate change through their natural processes of carbon sequestration. Known as forest mitigation, this process is essential in reducing the concentration of greenhouse gases in the atmosphere, thus averting more extreme global temperature rises. https://lnkd.in/gU_XBCZx.

The future investment in climate change must focusing in carbon capture. The restoration of ecosystems and reforestation is the future for our environmental policies.

Restoring tree cover is a well-known natural climate solution, but its climate benefit varies around the world and depends on an often-overlooked factor: albedo, or the fraction of sunlight, and therefore heat, that is reflected from the surface of the land.   While brighter surfaces like grasslands can reflect more heat, darker surfaces, like forests, tend to absorb more. This means planting trees to help avoid climate change can actually *increase* global warming in some places.   Fortunately, new research has found that 84% of a very large collection of on-the-ground forest restoration projects are already occurring in climate-positive areas.   Researchers at Clark University, The Nature Conservancy, and Crowther Lab | ETH Zurich hope to change the way albedo is accounted for in climate estimates and have published the new study with detailed maps showing albedo changes around the world. This should help governments and other decision makers choose the best places for tree cover restoration. This work was funded by Bezos Earth Fund.   Read more about the research here: https://lnkd.in/gAPWYiM3 This work was led by Natalia Hasler, with Christopher Williams, Peter Ellis, Silvana Vanessa Carrasco Denney, Samantha Yeo, Drew Terasaki Hart, Ph.D., Leland Werden, Thomas W. Crowther, and Surendra Shrestha, PhD. 📷: Rory Doyle