Deciphering uptake mechanisms of potentially toxic elements in seaweeds using high resolution imaging analysis使用高分辨率成像分析方法解析潜在有毒元素在海藻中的吸收机制Journal of Hazardous MaterialsIF11.32025-08-230OAAI
The return of natural lead to the Northeast Atlantic Ocean captured by brown algae自然铅重返东北大西洋被褐藻捕获Journal of Hazardous MaterialsIF11.32025-07-170OA
Nanoscale distribution of potentially toxic elements in seaweeds revealed by synchrotron X-ray fluorescenceJOURNAL OF HAZARDOUS MATERIALSIF11.32024-12-010OAAI
Fine-tuning the use of moss transplants to map pollution by Potentially Toxic Elements (PTEs) in urban areasSCIENCE OF THE TOTAL ENVIRONMENTIF82024-05-013OAAI
What dead seaweeds can tell us about metal uptake and their application to control marine pollutionJOURNAL OF HAZARDOUS MATERIALSIF11.32023-10-012OAAI
Effect of parent material and atmospheric deposition on the potential pollution of urban soils close to mining areas母质和大气沉降对矿区附近城市土壤潜在污染的影响JOURNAL OF GEOCHEMICAL EXPLORATIONIF3.32023-01-015OAAI
Do we know the cellular location of heavy metals in seaweed? An up-to-date review of the techniquesSCIENCE OF THE TOTAL ENVIRONMENTIF82023-01-017PRE
Mineralogical association and geochemistry of potentially toxic elements in urban soils under the influence of miningCATENAIF5.72022-10-017OAAI
Current and historical factors drive variation of reproductive traits in unisexual mosses in Europe: A case study当前和历史因素驱动欧洲单性苔藓生殖性状的变化: 案例研究JOURNAL OF SYSTEMATICS AND EVOLUTIONIF2.92022-07-289OAAI
Human health risks associated with urban soils in mining areasENVIRONMENTAL RESEARCHIF7.72022-04-016OAAI
Effect of Current Velocity on Cd Accumulation in the Aquatic Moss Fontinalis antipyreticaWATERIF32021-01-121OAAI