Supporting data for "Environmental Drivers And Microbial Dynamics In Mangrove Carbon Sequestration: A Case Study From Hong Kong"

These data are part of the thesis entitled "Carbon fluxes and processing around Hong Kong urbanized mangroves from Laetitia Allais. This study aimed to characterized mangrove carbon burial across mangroves of Hong Kong particularly in regard to the strong environmental gradients between eastern and western coastlines. The diversity of the microbial communities was also addressed in regard to environmental variations. Finally active and passive DNA were looked at to precisely explain what part of the microbial community was playing a active key role in the biogeochemical processes linked to carbon sequestration.The data were extracted from samples collected in four different mangroves across Hong Kong: Mai Po, Tung Chung, Ting Kok, and To Kwa PengData found in CNS_isotope_data, Porewater_data, and Soil_characteristics_data are data from the published article:Allais, L., Thibodeau, B., Khan, N.S., Crowe, S.A., Cannicci, S. and Not, C., 2023. Salinity, mineralogy, porosity, and hydrodynamics as drivers of carbon burial in urban mangroves from a megacity. Science of The Total Environment, p.168955. DOI: /10.1016/j.scitotenv.2023.168955

本数据集收录于论文《香港城市化红树林中的碳通量及其处理——拉蒂西亚·阿拉伊斯的论文》。该研究旨在描述香港红树林中的碳埋藏特征，特别是东西海岸线之间显著的环境梯度。同时，针对环境变异，探讨了微生物群落的多样性。最终，通过分析活性DNA和被动DNA，精确地解释了微生物群落中哪些部分在碳封存相关的生物地球化学过程中扮演了关键角色。数据源自香港四个不同红树林采集的样本：梅窝、东涌、汀角和土瓜湾。CNS_isotope_data、Porewater_data和Soil_characteristics_data中的数据均来自已发表的论文：Allais, L., Thibodeau, B., Khan, N.S., Crowe, S.A., Cannicci, S. and Not, C., 2023. 盐度、矿物学、孔隙率和水动力学作为大型城市城市化红树林碳埋藏的驱动因素。Science of The Total Environment，卷号：p.168955。DOI：/10.1016/j.scitotenv.2023.168955。