Several outlets report that investment in carbon-removal technologies is increasing, with particular attention on approaches that speed up natural processes to pull carbon from the atmosphere. The Conversation and Phys.org both describe how Earth’s existing geological systems regulate climate over millions of years, and how some emerging technologies aim to mimic or accelerate those processes. As these methods move from concept to real-world deployment, both sources emphasize uncertainty around whether the captured carbon remains stored durably over relevant time scales. They note that some carbon-removal models may overestimate performance by not accounting for the full range of Earth system processes that influence carbon movement and stability. The Conversation highlights the possibility that comprehensive accounting of Earth processes is missing in some estimates, which can affect how much carbon a technology genuinely removes. Phys.org likewise frames the issue as one of durability: accelerated drawdown may be capable of capturing carbon, but storage outcomes depend on how the carbon behaves within natural systems. Overall, the coverage points to growing momentum alongside the need for more robust assessments of capture rates and long-term retention.