Item talk:Q312754
From geokb
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"name": "Bayesian change point quantile regression approach to enhance the understanding of shifting phytoplankton-dimethyl sulfide relationships in aquatic ecosystems",
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"abstract": "Dimethyl sulfide (DMS) serves as an anti-greenhouse gas, plays multiple roles\n7 in aquatic ecosystems, and contributes to the global sulfur cycle. The chlorophyll\n8 a (CHL, an indicator of phytoplankton biomass)-DMS relationship is critical for\n9 estimating DMS emissions from aquatic ecosystems. Importantly, recent research has\n10 identified that the CHL-DMS relationship has a breakpoint, where the relationship\n11 is positive below a CHL threshold and negative at higher CHL concentrations.\n12 Conventionally, mean regression methods are employed to characterize the CHL-DMS\n13 relationship. However, these approaches focus on the response of mean conditions\n14 and cannot illustrate responses of other parts of the DMS distribution, which could\n15 be important in order to obtain a complete view of the CHL-DMS relationship. In\n16 this study, for the first time, we proposed a novel Bayesian change point quantile\n17 regression (BCPQR) model that integrates and inherits advantages of Bayesian change\n18 point models and Bayesian quantile regression models. Our objective was to examine\n19 whether or not the BCPQR approach could enhance the understanding of shifting\n20 CHL-DMS relationships in aquatic ecosystems. We fitted BCPQR models at five\n21 regression quantiles for freshwater lakes and for seas. We found that BCPQR models\n22 could provide a relatively complete view on the CHL-DMS relationship. In particular,\n23 it quantified the upper boundary of the relationship, representing the limiting effect of\n24 CHL on DMS. Based on the results of paired parameter comparisons, we revealed the\n25 inequality of regression slopes in BCPQR models for seas, indicating that applying\n26 the mean regression method to develop the CHL-DMS relationship in seas might not\n27 be appropriate. We also confirmed relationship differences between lakes and seas at\n28 multiple regression quantiles. Further, by introducing the concept of DMS emission\n29 potential, we found that pH was not likely a key factor leading to the change of the\n30 CHL-DMS relationship in lakes. These findings cannot be revealed using piecewise\n31 linear regression. We thereby concluded that the BCPQR model does indeed enhance\n \n32 the understanding of shifting CHL-DMS relationships in aquatic ecosystems and is\n33 expected to benefit efforts aimed at estimating DMS emissions. Considering that\n34 shifting (threshold) relationships are not rare and that the BCPQR model can easily\n35 be adapted to different systems, the BCPQR approach is expected to have great\n36 potential for generalization in other environmental and ecological studies.",
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