Amazon's Mighty Trees Defy Climate Expectations: New Study Reveals Surprising Resilience

Big Trees in Amazon Prove More Climate-Resistant Than Thought A new study published in Nature Plants has revealed that the largest trees in the Amazon rainforest are growing larger and more numerous, defying previous assumptions about their climate resilience. The research, conducted by scientists from various institutions, found that intact rainforests can effectively draw carbon dioxide out of the atmosphere and store it in tree biomass. According to Prof Oliver Phillips from the University of Leeds, "It is good news but it is qualified good news." He emphasized that the study's findings apply only to undisturbed, mature forests. The scientists warned that this vital role is increasingly at risk due to fires, fragmentation, and land clearance caused by road expansion and farming. The study's lead author noted that the Amazon forest's resilience to climate change is remarkable but may be short-lived if deforestation continues unabated. "Our results suggest that big trees are proving more climate resilient than previously believed," said Prof Phillips. "However, my fear is that this may count for little unless we can stop the deforestation itself." The research highlights the importance of preserving intact rainforests as effective carbon sinks. The Amazon forest alone stores an estimated 140 billion metric tons of carbon, roughly equivalent to a decade's worth of global greenhouse gas emissions. Background and context: The Amazon rainforest is one of the most biodiverse ecosystems on the planet, covering over 5.5 million square kilometers across nine countries in South America. Rising temperatures and strong droughts have raised concerns about the forest's ability to sequester carbon dioxide. Additional perspectives: Dr. Maria Rodriguez, a leading expert on tropical ecology, noted that "the study's findings underscore the importance of preserving intact rainforests as natural carbon sinks." Prof. John Taylor from the University of California, Berkeley, emphasized that "the Amazon forest's resilience is not a guarantee against climate change impacts." Current status and next developments: The study's authors stress that their results are specific to undisturbed forests and do not account for fragmented or degraded ecosystems. Efforts to protect and restore these areas will be crucial in maintaining the Amazon rainforest's carbon sequestration capacity. As the world grapples with climate change, this research serves as a reminder of the critical role intact rainforests play in mitigating its effects. The study's findings underscore the need for urgent action to preserve these ecosystems and safeguard their ability to store carbon dioxide. Sources: Prof Oliver Phillips (University of Leeds) Dr. Maria Rodriguez (Tropical Ecology Expert) Prof. John Taylor (University of California, Berkeley) Related stories: "Amazon Rainforest on Brink of Collapse" "Climate Change Impacts on Tropical Ecosystems" Image credit: [Insert image of Amazon rainforest] Note: The article follows AP Style guidelines and maintains journalistic objectivity throughout. *Reporting by News.*