Publications by authors named "Lin-Peng Lu"
After the construction of the Xiangjiaba Dam, the hydrodynamic conditions, nutrient distributions, and transport conditions of the Jinsha River were changed. Here, the nutrient distribution characteristics and retention effects of Xiangjiaba Reservoir were investigated according to the results of water quality monitoring from 2015 to 2016. Spatial and temporal variations in TN, TP, SiOSi, and other nutrients, and retention flux and retention rate were analyzed.
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- The study focused on nitrogen release between water and sediment in Xiangxi Bay during spring 2016, analyzing both spatial distribution and diffusion fluxes of different nitrogen forms.
- The results indicated varying concentrations of total nitrogen in both water types, with interstitial water having higher nitrogen levels upstream compared to downstream.
- Sediment acted as a source for ammonium nitrogen (NH-N) and a sink for nitrate nitrogen (NO-N), highlighting the importance of nitrogen dynamics in aquatic ecosystems.
Background: Although the correlations concerning cellular component analysis between the Sysmex XN-20 body fluid (BF) model and manual microscopy have been investigated by several studies, the extent of agreement between these two methods has not been investigated.
Methods: A total of 90 BF samples were prospectively collected and analyzed using the Sysmex XN-20 BF model and microscopy. The extent of agreement between these two methods was evaluated using the Bland-Altman approach.