Corrigendum

This article refers to:

Utilization of UV-Vis spectroscopy and related data analyses for dissolved organic matter (DOM) studies: A review

Article title: Utilization of UV–Vis spectroscopy and related data analyses for dissolved organic matter (DOM) studies: A review

Authors: Penghui Li and Jin Hur*

Journal: Critical Reviews in Environmental Science and Technology

Bibliometrics: Volume 47, Number 3, pp. 131–154

DOI: 10.1080/10643389.2017.1309186

The equation “$\text{Ln}(a_{\lambda })=S\hspace{0.17em}\text{Ln}(\lambda )+K$” in Table 3 should be “$\text{Ln}(a_{\lambda })=S\lambda +K$”.

The text “The original absorption spectra for calculation are shown in Fig. S1.” in caption of Fig. S1. should be “The original absorption spectra for calculation are shown in Fig. S2.”

And the corrected Table 3 is shown below:

Table 3. Fitting models commonly used in describing absorbance spectra.

Methods	Algorithms	Parameters	References
Exponential fitting	$a_{\lambda }=a_0{e}^{S({\lambda }_0-\lambda )}$	S	(Bricaud et al., 1981)
Exponential fitting with background constant	$a_{\lambda }=a_0{e}^{S({\lambda }_0-\lambda )}+K$	S	(Stedmon et al., 2000)
Hyperbolic	$a_{\lambda }=a_0{((\lambda )/(532))}^{-S}$	S	(Twardowski et al., 2004)
Linear fitting	$\text{Ln}(a_{\lambda })=S\lambda +K$	S275–295, S350–400	(Helms et al., 2008)
	$S_{\mathrm{R}}=\frac{S_{275-295}}{S_{350-400}}$	SR	(Helms et al., 2008)
Exponential combining Gaussian fitting	$a_{\lambda }=a_{({\lambda }_0)}{e}^{-S(\lambda -{\lambda }_0)}+\phi \frac{1}{\sigma \sqrt{2\pi }}{e}^{-\frac{{(x-{\mu }_i)}^2}{2{\sigma }_i^2}}+K$	S	(Breves et al., 2003; Catalá et al., 2016; Röttgers & Koch, 2012)
	$a_{\lambda }=a_{({\lambda }_0)}{e}^{-S(\lambda -{\lambda }_0)}+K+{\displaystyle \sum _{i=0}^n{\phi }_{\text{i}}{e}^{-\frac{{(x-{\mu }_i)}^2}{2{\sigma }_i^2}}}+\epsilon$	S	(Massicotte & Markager, 2016)