Progress of Mid Infrared Spectroscopy in Soil Environment Research

doi:10.11924/j.issn.1000-6850.casb2020-0366

Abstract

Abstract:

Soil is the basis of agricultural and forestry production, and it is of great significance to obtain soil information efficiently and comprehensively for soil management. Due to the complexity of soil chemical analysis method, it is difficult to obtain the soil chemical component information comprehensively. As a non-destructive, real-time and high-throughput analysis method, mid infrared spectroscopy (MIR) has the ability to obtain soil organic environmental information efficiently and accurately. It can provide a large number of basic data for soil environmental monitoring, digital mapping, agricultural and forestry production, and help to realize the real-time monitoring of soil environment and the informatization of agriculture and forestry. In this paper, we briefly introduced the detection process and data processing methods of soil environmental spectral information obtained by mid infrared spectroscopy technology, reviewed the research progress of soil spectral feature extraction and influencing factors in recent years, and discussed the significance and future development direction of soil science.

Key words: organic matter, soil environment, spectroscopy analysis, portable spectrometer, allelopathy, agricultural informatization, research progress

CLC Number:

Tang Jian, Zhao Junyu, Qin Zuoyu, Wang Huili, Shi Yuanyuan. Progress of Mid Infrared Spectroscopy in Soil Environment Research[J]. Chinese Agricultural Science Bulletin, 2021, 37(11): 122-127.

Figures/Tables 2

References 56

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类别	官能团	振动形式	特征频率/cm^-1
醇、酚类	-OH	δ	1395
醇、酚类	-OH	v_s	3434
脂肪烃类	-CH₂、C-H	v_s	2929
芳香族类	C=C、C=O	v_s	1631
氨基化合物	N-H	δ	1509
糖类	C-O	v_s	1034
糖类	C- H	v_s	1163、1073

类别	官能团	振动形式	特征频率/cm^-1
醇、酚类	-OH	δ	1395
醇、酚类	-OH	v_s	3434
脂肪烃类	-CH₂、C-H	v_s	2929
芳香族类	C=C、C=O	v_s	1631
氨基化合物	N-H	δ	1509
糖类	C-O	v_s	1034
糖类	C- H	v_s	1163、1073