Global Intelligence Database
A study in Guangxi's mangrove forests reveals that harmful chemicals known as PAHs are not just lingering on the surface but are migrating deep into the sediment. While the overall ecological risk in this area was assessed as low, this vertical movement changes our understanding of how pollutants behave in these vital coastal ecosystems.
By Gao R, Lu J, Wei Z, Xu H, Jing S, Wu M.
New research links the strength of transnational climate policies directly to the ecological stability of moon jellyfish in the Baltic Sea. By analysing two decades of data, scientists demonstrated that robust international regulations help mitigate carbon emissions and nutrient pollution, fostering a more resilient marine environment.
By Chen
We formerly believed marine archaea relied almost exclusively on ammonium to drive the ocean's nitrogen cycle. This study reveals that in the nutrient-starved open ocean, a specific genus, Nitrosopelagicus, switches to urea. This adaptation allows life to thrive in the vast 'blue deserts' covering our planet.
By Stuehrenberg, Kitzinger, von Arx, Graf, Lavik, Littmann, Milucka, Orsi, Schorn, Speth, Vuillemin, Wu, Marchant, Kuypers
A new review of 2024-2025 progress indicates that while Perovskite Solar Cells have achieved record-breaking efficiencies in the lab, a significant performance gap remains when scaling to commercial modules. The industry is pivoting toward green solvents, vacuum flash evaporation, and machine learning to solve persistent stability issues.
By Shen, Lin, Su, Zhang, Wu, Zhang, Peng, Zhang, Zhang, Zhou, Meng, Gao, Chen, Wu, Qin, Han, Wang, Han