欧亚土壤科学发表关于全球和区域研究的原创研究论文，讨论土壤的起源、地理、物理、化学、生物学、肥力、管理、保护和修复的理论和实验问题。专门版块专门介绍国际和俄罗斯土壤科学学会的最新新闻以及土壤科学的历史。自 2000 年以来，《农业化学》杂志，即俄罗斯科学院 AGROKHIMIYA 杂志的英文版，一直在并入《欧亚土壤科学》杂志，不再单独出版。

The journal "Eurasian Soil Science" publishes original research papers on global and regional soil studies, discussing theoretical and experimental issues related to the origin, geography, physical and chemical properties, biology, fertility, management, conservation, and restoration of soils. It also features dedicated sections that present the latest news from international and Russian soil science societies, as well as the history of soil science. Since 2000, the journal "Agricultural Chemistry," the English version of the Russian Academy of Sciences' AGROKHIMIYA journal, has been incorporated into "Eurasian Soil Science" and is no longer published separately.

《Eurasian Soil Science》期刊发表关于全球和区域土壤研究的原创论文，探讨土壤的起源、地理特征、物理和化学性质、生物学、肥力、管理、保护及修复等理论与实验问题。此外，期刊还设有专门版块，介绍国际及俄罗斯土壤科学学会的最新动态以及土壤科学的历史。自2000年以来，《农业化学》杂志（即俄罗斯科学院AGROKHIMIYA杂志的英文版）已并入《Eurasian Soil Science》，不再单独出版。

Eurasian Soil Science

N. E. García-Calderón

E. Fuentes-Romero

E. Ikkonen

V. Sidorova

СО2 and СН4 Fluxes in Wetland Ecosystems of the Mezquital Valley, Central Mexico

墨西哥中央梅斯基塔尔谷湿地生态系统中的二氧化碳和甲烷通量

I. V. Ivanov

L. S. Pesochina

V. M. Semenov

Biological mineralization of organic matter in the modern virgin and plowed chernozems, buried chernozems, and fossil chernozems

现代原始黑钙土、耕作黑钙土、埋藏黑钙土和化石黑钙土中有机质的生物矿化作用

Abstract Soil organic matter (SOM) includes many classes of labile compounds available for microbial decomposition or, conversely, stable compounds protected from biodegradation by biological, chemical, and physical stabilization. It is believed that the more thermal energy is spent on the destruction of soil organic matter, the more stable and more resistant for biodegradation it is. We compared the thermal and biological stabilities of organic matter in eleven soil types from deciduous forest, forest-steppe, steppe, and semidesert bioclimatic areas of the European Russia. According to the activation energy ( E a ), the highest SOM thermal stability was typical of the ordinary chernozem and meadow vertic soil. The lowest SOM thermal stability was found for gray forest soil; other soil types were characterized by an intermediate resistance towards thermal oxidation. The thermally labile pool (&lt;390–400°C) of organic matter in soils was on the average 41% (32–60%) of the total SOM, while the thermally stable pool (&gt;390–400°C) was on the average 59% (40–68%). The SOM biological stability estimated by the ratio of potentially mineralizable organic matter to that resistant to mineralization (biological stability index) decreased in the following order: ordinary chernozem (Haplic Chernozem (Loamic, Pachic)) &gt; meadow vertic soil (Pellic Vertisol (Gleyic, Humic)) &gt; gray forest soil (Luvic Greyzemic Phaeozem (Loamic)) = meadow chestnut soil (Gleyic Kastanozem (Chromic)) &gt; meadow solonetz (Endosalic Gleyic Solonetz (Loamic, Cutanic)) &gt; alluvial meadow soil (Eutric Fluvisol (Humic, Oxyaquic)). The potentially mineralizable SOM pool in the studied soils was 6–27-fold lower as compared with the pool of thermally labile SOM, and the parameters that characterize SOM thermal stability did not correlate with the biological stability index. Thus, SOM thermal lability is not identical to its biodegradability.

D. A. Sokolov

I. I. Dmitrevskaya

N. B. Pautova

T. N. Lebedeva

V. A. Chernikov

A Study of Soil Organic Matter Stability Using Derivatography and Long-Term Incubation Methods

利用微分热分析和长期培养法研究土壤有机质稳定性

M. Teimouri

P. Mohammadi

W. A. Dick

E. Asgarani

Eurasian Soil Sc.

Grazing and Climate Effects on Soil Chemical Properties and Bacterial Community in a Semiarid Area, Iran

放牧和气候对伊朗半干旱地区土壤化学性质和细菌群落的影响

Yarong Zhang

Yu Li

Yanling Liu

Xingcheng Huang

Wenan Zhang

Taiming Jiang

Responses of Soil Labile Organic Carbon and Carbon Management Index to Different Long-Term Fertilization Treatments in a Typical Yellow Soil Region

典型黄壤区不同长期施肥处理对土壤活性有机碳和碳管理指数的影响

N. A. Manucharova

E. A. Ovchinnikova

M. A. Kovalenko

M. G. Alexeeva

A. V. Smagin

M. S. Rozanova

K. V. Pavlov

T. N. Nazina

A. P. Ershov

A. L. Stepanov

Moisture and Temperature as Factors of the Formation and Functioning of Prokaryotic Complexes in Oil-Contaminated Soils

湿度和温度作为石油污染土壤中原核生物复合体形成和功能的影响因素

D. A. Nikitin

L. V. Lysak

N. S. Mergelov

A. V. Dolgikh

E. P. Zazovskaya

A. S. Dobryansky

G. A. Nosenko

S. V. Goryachkin

Biological Activity of Supraglacial Systems under Conditions of Intensive Ablation of the IGAN Glacier, Polar Urals

《IGAN冰川强烈消融条件下极地乌拉尔冰川表层系统的生物活性》

E. V. Zhangurov

M. P. Lebedeva

E. V. Shamrikova

M. A. Korolev

A. N. Panyukov

Soils on Carbonate Rocks of the Polar Urals: Genesis, Properties, and Classification

极地乌拉尔碳酸盐岩上的土壤：成因、特性与分类

N. I. Lozbenev

D. N. Kozlov

P. P. Fil

N. B. Khitrov

P. M. Shilov

Influence of Land Use and Parent Material on the Organic Carbon Content and Stocks in Drained Soddy-Podzolic Soils, Tver Region

土地利用和母质对特维尔地区排水泥炭灰化土有机碳含量及储量的影响

Abbreviation	Eurasian Soil Sci.
Journal Impact	1.46
Quartiles(Global)	SOIL SCIENCE(Q4)

ISSN	1064-2293, 1556-195X
h-index	41

Publication Information	Publisher: Pleiades Publishing，Publishing cycle: Monthly，Journal Type: journal，Open Access Journals: No
Basic data	Year of publication: 1992，Proportion of original research papers: 91.18%，Self Citation Rate:35.70%， Gold OA Rate: 6.88%
Average review cycle	网友分享经验：偏慢,12-24周
Average recruitment ratio	网友分享经验：容易

Eurasian Soil Science

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