CHARACTERIZATION OF ACIDITY OF PEATY-PODZOLIC-GLEYIC SOIL BY VARIOUS METHODS

T. G. Fedorovskii; D.V. Ladonin; T. A. Sokolova

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CHARACTERIZATION OF ACIDITY OF PEATY-PODZOLIC-GLEYIC SOIL BY VARIOUS METHODS

机译：多种方法表征土壤-土壤-斜纹土壤的酸度

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Peaty-podzolic-gleyic soils are an important component of soil cover in the podzolic zone. Some authors have shown that soils of the podzolic zone at the initial stages of hydromorphism have lower pH compared to automorphic podzolic soils under similar conditions because of the formation of stronger nonspecific organic acids (e. g., oxalic acid [1-4]) and the formation of protons in the hydrolysis of Fe3+ ions under alternating oxidative and reductive conditions [5].

机译：泥炭-坡地-斜沟土壤是坡地地带土壤覆盖的重要组成部分。一些作者已经表明，在类似条件下，与同质土壤相比，在水合作用初期的豆荚带土壤具有较低的pH，这是由于形成了较强的非特异性有机酸（例如草酸[1-4]）和交替氧化和还原条件下质子在Fe3 +离子水解中的作用[5]。

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《Moscow University Soil Science Bulletin》 |2005年第1期|共9页
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T. G. Fedorovskii; D.V. Ladonin; T. A. Sokolova;
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中图分类农业基础科学;
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1. CHARACTERIZATION OF ACIDITY OF PEATY-PODZOLIC-GLEYIC SOIL BY VARIOUS METHODS [J] . T. G. Fedorovskii, D.V. Ladonin, T. A. Sokolova Moscow University Soil Science Bulletin . 2005,第1期

机译：多种方法表征土壤-土壤-斜纹土壤的酸度
2. The Total Concentration and Fractional Composition of the Aluminum Compounds in Soil Solutions from Peaty-Podzolic-Gleyic Soils Developed on Binary Deposits [J] . Tolpeshta I. I., Sokolova T. A. . Eurasian Soil Science . 2011,第2期

机译：二元沉积物发育的泥炭—坡地—格列尼土壤中土壤溶液中铝化合物的总浓度和分数组成
3. CHEMICAL PROPERTIES OF SOIL SOLUTIONS FROM THE CSPBR PEATY-PODZOLIC-GLEYIC SOILS AND THEIR EXTRACTS [J] . M. S. Malinina, S. V. Ivanilova Moscow University Soil Science Bulletin . 2005,第4期

机译：CSPBR水稻-土壤-斜纹土壤及其提取物的土壤溶液化学性质
4. Comparison of methods for soil acidity measurement in Nyirlugos (Hungary) long-term field expriment [C] . Imre Vago, Laszlo Tomer, Imre Czinkota, World Congress of Soil Science . 2011

机译：NYIR Lugos（匈牙利）长期田间实验中土壤酸度测量方法的比较
5. EXCHANGEABLE ALUMINUM AND ACIDITY IN LOESS SOILS OF SOUTH-CENTRAL IOWA. [D] . RICHARDSON, JIMMIE LARRY. 1974

机译：爱荷华州中南部黄土中的可交换铝和酸。
6. Photoacoustic and photothermal methods in spectroscopy and characterization of soils and soil organic matter [O] . Dmitry S. Volkov, Olga B. Rogova, Mikhail A. Proskurnin 2020

机译：光谱学中的光声和光热方法以及土壤和土壤有机质的表征
7. Acidity and Acidimetry of Soils. III—Comparison of Methods for Determining Lime Requirements of Soils with Hydrogen Electrode IV—Proposed Method for Determination of Lime Requirements of Soils. [O] . Henry G. Knight 1920

机译：土壤的酸度和酸酐。 III - 用氢电极IV的土壤确定石灰要求的方法进行比较，提出了用于测定土壤的石灰要求的方法。
8. Effects of Acid Precipitation on Soil Acidity and Base-Cation Status of Infertile Forest Soils in Eastern Tennessee [R] . Richter, D. D., Johnson, D. W., Craft, C. B., 1982

机译：酸沉降对田纳西州东部瘠薄森林土壤酸度及土壤碱化状况的影响

CHARACTERIZATION OF ACIDITY OF PEATY-PODZOLIC-GLEYIC SOIL BY VARIOUS METHODS

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