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Articles by Jin-Yu Terence Yang
Cross-seasonal influence of China Coastal Current water on spring carbonate system in the northern South China Sea
Abstract This study investigates the carbonate system in the northern South China Sea shelf off the Pearl River estuary during the spring of 2023. Contrary to the typical distribution pattern observed in river-dominated coast where dissolved inorganic carbon (DIC) increases offshore, field observations revealed higher DIC in inshore waters (> 1980 µmol kg− 1) than in offshore seawaters (< 1970 µmol kg− 1), with DIC in the coastal zone being 20.9±8.8 µmol kg− 1 higher than that offshore.
Atmospheric deposition and lateral ocean transport enhance nitrogen supply to the North Pacific Subtropical Gyre
Abstract Atmospheric nitrogen deposition is an important external nitrogen source to the ocean that can fuel export production, yet its origin and contribution remain uncertain in the nitrogen-limited North Pacific Subtropical Gyre (NPSG). We present aerosol nitrate and reduced nitrogen (RN) concentrations and nitrogen isotopic composition (δ15N), along with air-mass back trajectories, across the NPSG in summer and winter.
Structure of Schlafen13 reveals a new class of tRNA/rRNA- targeting RNase engaged in translational control
The structure of rat (r)SLFN13 (related to human [h]SLFN13 and mouse [m]SLFN8) N′-domain containing residues 14–353 was solved at 3.18 Å, where the anomalous signals of 31 selenium atoms in the asymmetric unit were used for phasing. In the calculated electron density, the main chains and most side chains were clearly traceable, enabling us to unambiguously assign them. The final model was refined to an R of 0.247 (Table 1, Fig. 1a, b; Supplementary Fig. 1b).
Examining N cycling in the northern South China Sea from N isotopic signals in nitrate and particulate phases
Nitrogen sources and dynamics, one of the key issues in marine biogeochemical cycles, remain poorly constrained in marginal seas. Here, we examine the nitrogen cycle in the northern South China Sea (SCS) by combining data from previous reports with a new dataset of N isotopic compositions (?15N) of nitrate, zooplankton and sinking particles.
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