黄河内蒙古段河冰表面光谱特征及冰内溶解性有机质光谱分析

doi:10.3964/j.issn.1000-0593(2025)08-2273-08

Abstract
References
Related Citation (15)

Download: PDF (7184 KB)
Export: BibTeX | EndNote (RIS)

Abstract The spectral characteristics of the river ice surface are one of the main parameters of remote sensing inversion, which can provide the main basis for studying the optical properties of ice. Ice albe do is an important parameter used to study the energy exchange between the atmosphere and water in cold regions, and is also the most important parameter in spectral characteristics. Dissolved organic matter (DOM) is important in indicating the water environment. Hence, analyzing the spectral characteristics of dissolved organic matter in river ice is of great significance for understanding its environmental indicator function. Using a portable spectrometer to measure the spectra of ice surfaces, the three-dimensional fluorescence spectra of ice samples were combined with parallel factor analysis (PARAFAC). They revealed the spectral characteristics of river ice in the Inner Mongolia section of the Yellow River and the fluorescence components, source characteristics, and influencing factors of DOM, providing a theoretical basis for studying ice's DOM composition and source characteristics. The results indicate that the reflectance of the Yellow River ice increases first and then decreases, and the sediment content significantly impacts the reflectance. One type of protein and one type of terrestrial humus make up most of the ice in the Inner Mongolia portion of the Yellow River; their respective contributions to fluorescence intensity are 56.62% and 43.38%. The ice's surface has the weakest fluorescence, which progressively rises as the thickness of the ice grows. The obtained ice sample's fluorescence index (FI) value is 1.31~2.42, its biological index (BIX) value is 0.74~2.93, and its humification index (HIX) value is 0.20~1.74, according to an analysis of the fluorescence characteristic parameters. Various fluorescence characteristic factors show that endogenous release and external input are the DOM sources of ice samples in the Inner Mongolia part of the Yellow River, with a higher endogenous contribution and a lower degree of humification of ice bodies. This article's research findings provide insight into the spectral properties of river ice in the Yellow River's Inner Mongolia segment, the fluorescence properties of dissolved organic matter, and associated influencing elements, including component origins. In addition to identifying water quality and ecologically monitoring rivers in cold climates, this can offer a theoretical foundation and data support for future studies on the evolution process of DOM in ice.

Key words：Yellow River ice;Spectral characteristics;Dissolved organic matter;Three dimensional fluorescence spectroscopy;Fluorescence characteristic parameters

Received: 2024-10-17 Accepted: 2025-04-11

ZTFLH:

P343.1

Corresponding Authors: LI Zhi-jun E-mail: lizhijun@dlut.edu.cn

Cite this article:

LENG Yu-peng,LI Chun-jiang,YANG Wen-huan, et al. Spectroscopic Character of River Ice Surface and Spectral Analysis of Dissolved Organic Matter in Ice in Inner Mongolia Section of Yellow River[J]. SPECTROSCOPY AND SPECTRAL ANALYSIS, 2025, 45(08): 2273-2280.

URL:

https://www.gpxygpfx.com/EN/10.3964/j.issn.1000-0593(2025)08-2273-08 OR https://www.gpxygpfx.com/EN/Y2025/V45/I08/2273

[1] SHI Xiao-guang，YANG Qian，ZHOU Chao，et al（石晓光，杨倩，周超，等）. Journal of Lake Sciences（湖泊科学），2023，35(4)：1491.
[2] YU Miao，LU Peng，CAO Xiao-wei，et al（于淼，卢鹏，曹晓卫，等）. Spectroscopy and Spectral Analysis（光谱学与光谱分析），2020，40(8)：2453.
[3] Kzar A，Jafri M，Mutter K，et al. International Journal of Environmental Research and Public Health，2016，13(1)：92.
[4] Post W M, Peng T H, Emanuel W R, et al. American Scientist，1990，78(4)：310.
[5] Fellman J B，Hood E，Spencer R G M，et al. Ecosystems，2014，17(6)：1014.
[6] McDonough L K，Andersen M S，Behnke M I，et al. Nature Communications，2022，13(1)：2153.
[7] Gros M，Catalán N，Mas-Pla J，et al. Environmental Pollution，2021，289：117927.
[8] Williams C J，Frost P C，Morales-Williams A M，et al. Global Change Biology，2016，22(2)：613.
[9] Minor E C，Swenson M，Mattson B M，et al. Environmental Science: Processes & Impacts，2014，16(9)：2064.
[10] Chen W，Yu H Q. Water Research，2021，190：116759.
[11] Chen M L，Jaffe R. Water Research，2014，61：181.
[12] Xu X T，Kang J，Shen J M，et al. Science of the Total Environment，2021，774：145297.
[13] FENG Lin，MA Xing-gang，XU Jian-zhong，et al（冯琳，马兴刚，徐建中，等）. Journal of Glaciology and Geocryology（冰川冻土），2023，45(6)：1840.
[14] Komatsu K，Onodera T，Kohzu A，et al. Water Research，2020，171：115459.
[15] FANG Xiao-yun，TAN Hai-bing，ZHAO Long-hai，et al（方小云，檀海兵，赵龙海，等）. Environmental Science and Management（环境科学与管理），2021，46(12)：138.
[16] Meng F G，Huang G C，Yang X，et al. Water Research，2013，47(14)：5027.
[17] Luo Y Y，Zhang Y Y，Lang M F，et al. Frontiers of Environmental Science & Engineering，2021，15：96.
[18] CHENG Yun-xuan, ZHAO Ke, ZHANG Yue, et al（程云轩，赵可，张越，等）. Environmental Science（环境科学），2022，43(4)：1941.
[19] ZHU Jin-jie, ZOU Nan, ZHONG Huan, et al（朱金杰，邹楠，钟寰，等）. Acta Scientiae Circumstantiae（环境科学学报），2020，40(7)：2528.
[20] SUN Ya-fei, WANG Tao, ZHOU Zhong-yuan, et al（孙亚翡，王涛，周中元，等）. Journal of China Institute of Water Resources and Hydropower Research（中国水利水电科学研究院学报），2024，22(2)：149.
[21] LIU Ji-feng, YANG Jian, HUO Shi-qing, et al（刘吉峰，杨健，霍世青，等）. Yellow River（人民黄河），2012，34(11)：12.
[22] Osburn C L，Handsel L T，Mikan M P，et al. Environmental Science ＆ Technology，2012，46(16)：8628.
[23] Zhang Y L，Zhang E L，Yin Y，et al. Limnology and Oceanography，2010，55(6)：2645.
[24] Mcknight D M，Boyer E W，Westerhoff P K，et al. Limnology and Oceanography，2001，46(1)：38.
[25] Zsolnay A，Baigar E，Jimenzez M，et al. Chemosphere，1999，38(1)：45.
[26] Huguet A，Vacher L，Relexans S，et al. Organic Geochemistry，2009，40(6)：706.
[27] Lavonen E E，Kothawala D N，Tranvik L J，et al. Water Research，2015，85：286.
[28] FU Jia-qi, GUI Shuang-lin, YI Qi-zhen, et al（付嘉琦, 桂双林, 易其臻, 等）. Chinese Journal of Environmental Engineering（环境工程学报），2023，17(11)：3487.
[29] Birdwell J E，Engel A S. Organic Geochemistry，2010，41(3)：270.
[30] Murphy K R，Stedmon C A，Waite T D，et al. Marine Chemistry，2008，108(1-2)：40.
[31] Dainard P G，Guéguen C. Marine Chemistry，2013，157：216.
[32] WANG Wen-wen，WANG Shu-hang，JIANG Xia，et al（王雯雯，王书航，姜霞，等）. Research of Environmental Sciences（环境科学研究），2021，34(2)：305.
[33] Shang Y X，Wen Z D，Song K S，et al. Water Research，2022，221：118779.
[34] GAO Feng，SHAO Mei-ling，CAO Chang-li，et al（高凤，邵美玲，曹昌丽，等）. Journal of Lake Sciences（湖泊科学），2019，31(3)：689.
[35] Butturini A，Herzsprung P，Lechtenfeld O J，et al. Water Research，2020，173：115532.
[36] Xu L C，Liu Y，Sun Q L，et al. Journal of Asian Earth Sciences，2017，138：367.