Response processes to water quality changes driven by the dynamic regeneration of the surface microlayer film in slow-flowing freshwater bodies
Y Yang, L Li, Y He, T Ma, J Zheng, M Wang, W Tu… - Environmental …, 2024 - Elsevier
The freshwater surface microlayer film (SMF) is a dynamically evolving micro-ecosystem
closely related to water quality and microbial growth in water. However, the mechanisms of …
closely related to water quality and microbial growth in water. However, the mechanisms of …
[PDF][PDF] Annual dynamics of eukaryotic and bacterial communities revealed by 18S and 16S rRNA metabarcoding in the coastal ecosystem of Sagami Bay, Japan
S Sogawa, K Tsuchiya, S Nagai… - Metabarcoding and …, 2022 - mbmg.pensoft.net
Sagami Bay, Japan is influenced by both the warm Kuroshio Current and the cold Oyashio
Current and rich nutrients are supplied from multiple river sources and the deep-sea …
Current and rich nutrients are supplied from multiple river sources and the deep-sea …
Photochemical Production and Biological Consumption of CO in the SML of Temperate Coastal Waters and Their Implications for Air‐Sea CO Exchange
Y Sugai, K Tsuchiya, S Shimode… - Journal of Geophysical …, 2020 - Wiley Online Library
The sea surface microlayer (SML), less than 1,000‐μm uppermost layer of the ocean water
column, is located at the air‐sea interface and plays critical roles in global biogeochemical …
column, is located at the air‐sea interface and plays critical roles in global biogeochemical …
Enrichment of organic matter and microorganisms in the sea surface microlayer of temperate coastal waters and its roles in air-sea gas exchange
菅井洋太 - 2019 - soka.repo.nii.ac.jp
The sea surface microlayer (SML), defined as less than 1,000 µm uppermost layer of the
ocean water column, is located at the interface between the atmosphere and the ocean and …
ocean water column, is located at the interface between the atmosphere and the ocean and …
[PDF][PDF] 海洋学の10 年展望2021: 大気海洋境界
岩本洋子， 相木秀則， 磯口治， 大林由美子， 近藤文義… - 海の研究, 2021 - kaiyo-gakkai.jp
要旨海洋は大気と熱, 気体, 粒子を交換することで, 地球の気候に大きな影響を与える.
海洋上の大気境界層における物理・化学・生物過程は, 海表面での CO2 の吸収や雲の生成を介し …
海洋上の大気境界層における物理・化学・生物過程は, 海表面での CO2 の吸収や雲の生成を介し …