**New Inventory of Biomass and Carbon Stocks to Help Measure Fires’ Impacts**
A groundbreaking study conducted by the Cyprus Institute has produced the island's first comprehensive inventory of tree biomass and carbon stocks. This pioneering research aims to enhance the understanding of the impacts of droughts and forest fires, while also providing valuable insights for climate adaptation strategies.
PhD researcher Anna Zenonos, who contributed to the study, emphasized the significance of this inventory. "For the first time, we have the ability to monitor the trees of Cyprus with a precision that was not possible until now," she stated. This advancement comes at a crucial time as the pressures of climate change intensify across the eastern Mediterranean region, making reliable data essential for understanding ecosystem changes and managing natural resources effectively.
The study's findings reveal a complex relationship between forest growth and environmental stressors. Over the past seven years, Cyprus' forests have shown an increase in carbon storage due to tree growth. However, this positive trend has been counterbalanced by significant losses attributed to recurring droughts and wildfires. The research estimates that more than 360,000 trees have been affected by fires in recent years, leading to a loss of over 300,000 tons of biomass and approximately 140,000 tons of stored carbon.
The mapping of tree biomass and carbon stocks was accomplished using a new artificial intelligence computational model developed by researchers at the Cyprus Institute. This model integrates field data collected by the forestry department, enabling a more accurate assessment of the island's forest resources.
Trees play a vital role in combating climate change by absorbing carbon dioxide and storing it in their biomass. In addition to their carbon-sequestering capabilities, trees contribute to cooling local microclimates, thereby supporting biodiversity and enhancing the resilience of ecosystems.
As climate change continues to pose challenges to forest health and sustainability, this inventory will serve as a critical tool for policymakers and environmental managers. By providing a clearer picture of the current state of Cyprus' forests, the study aims to inform strategies for mitigating the impacts of climate change and promoting sustainable land management practices.
The findings of this research underscore the importance of ongoing monitoring and assessment of forest ecosystems. As the effects of climate change become increasingly pronounced, the ability to track changes in biomass and carbon stocks will be essential for developing effective responses to environmental challenges.
In conclusion, the Cyprus Institute's new inventory of tree biomass and carbon stocks marks a significant advancement in the understanding of the island's forest ecosystems. With this data, researchers and policymakers can better assess the impacts of climate change and implement strategies to protect and sustain Cyprus' vital natural resources.