https://tie-2signals.com/index.php/seminal-fluid-high-quality-and-testicular-adrenal-remainder-tumor-boost/ A pot test in open-top chambers (CO2 at 400 and 600 μmol mol-1) had been performed to explore the uptake and transfer of cadmium (Cd) and lead (Pb) in liquid dropwort (Oenanthe javanica DC.) grown in flooded soils contaminated with Cd and Pb. Results showed that elevated CO2 significantly reduced soil pH, promoting the release of Cd and Pb (by 63.64-106.90% and 10.66-30.99%, respectively) into earth porewater. Within the harvested O. javanica, elevated CO2 reduced the root uptake of Cd but presented that of Pb. Additional system analysis showed that elevated CO2 promoted the forming of iron plaque on root surface by 44.60-139.57%, with lower adsorption ability to HMs (0-34.93% and 63.61-67.69% for Cd and Pb, respectively). Meanwhile, Pb showed reduced adsorbability in iron plaque but greater transfer ability in comparison with Cd. Fundamentally, elevated CO2 enhanced the prospective risk quotient values of Pb in O. javanica. These conclusions offer new insights from the results of increased CO2 regarding the transfer of coexisting HMs in soil-plant system, therefore the danger of HMs pollution under climate changes needs is much more completely assessed.Improper handling of seafood waste is one of the aspects that makes Philippine fisheries unsustainable. A substantial part of fish waste is manufactured in damp markets where bulk of fish items are offered. An evaluation of existing techniques in numerous municipalities can show the most effective points of intervention and identify existing old-fashioned methods which can be marketed. This study interviewed stakeholders associated with the fisheries industry and gathered information in the marketplace level to ascertain current seafood waste administration methods. From the responses collected, the average daily production of seafood waste in Philippine wet markets had been 70.3 + 0.93 kg, with no significant