Chemical weathering in semi-arid soils of the Russian plain

Kalinin, P. I.; Kudrevatykh, Irina Yu.; Pilguy, L.S.; Buhonov, A.V.; Mitenko, G. V.; Alekseev, A. O.

doi:10.1016/j.catena.2021.105554

Cited by 11 publications

(4 citation statements)

References 47 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…Our results showed that Endosalic Kastanozems (true and desert steppes) had higher levels of clay, SOC, CaCO 3 and chemical elements than Luvic Calcisoils (deserti cated steppes). Note that, in Kastanozems, due to the high content in the rock, the concentrations of anionic forms of Al, Ti, S, Mg, V, Mn and Fe are higher, and in Calcisols, due to the low content of organic matter-binding elements in an organo-mineral complex, the availability of anionic forms of Cl, S and Rb is higher (Kalinin et al 2021). The steppes and semi-deserts have alkaline environmental conditions, which contribute to the mobility of anionic (S, Cl) and complexing elements (Al, Mg, Fe, Ti, Zn, Ni, and Mn).…”

Section: The Supply Of Chemical Elements With Plants To the Upper Lay...mentioning

confidence: 99%

“…The steppes and semi-deserts have alkaline environmental conditions, which contribute to the mobility of anionic (S, Cl) and complexing elements (Al, Mg, Fe, Ti, Zn, Ni, and Mn). The presence of soluble complex compounds of hydrolysates increases the absorption of many elements by plant roots (Kalinin et al, 2021). As the literature analysis has shown, the parameters determining the supply of elements with plants into the soil are largely dependent on climatic factors.…”

Section: The Supply Of Chemical Elements With Plants To the Upper Lay...mentioning

confidence: 99%

“…Phosphorous mineral compounds are contained in soils in the form of calcium and magnesium salts and accumulate in carbonate horizons (Ubugunov et al 2015). Therefore, the distribution of P in Kastanozems is largely similar to the distribution of Ca (Kalinin et al 2021).…”

Section: The Behavior Of Chemical Elements In the Pro Le Of Steppe Soilsmentioning

confidence: 99%

See 2 more Smart Citations

The Effect of Plant Biodiversity Changes on the Chemical Composition of Steppe Soils during Climate Aridization

Kudrevatykh

Kalinin²,

Mitenko³

2022

Preprint

View full text Add to dashboard Cite

AimsIn time to the climate changes occurring in the recent decades, studies on the assessment of the influence of climatic factors on the changing natural ecosystems are becoming particularly relevant. This study assesses the relationship between vegetation response to climate aridization and the effect of these changes on soil properties, which is crucial for understanding the sustainability of steppe among the trend toward further global warming. Methods The study demonstrates the influence of climatic factors on the changes in plant biodiversity and biomass, the dynamics of the total stock and the rate of return of chemical elements to the upper soil horizons with the plant organic matter. The chemical composition of soils of different types of steppe was studied, and the effect of changes in vegetation cover on the variability of these soil parameters was estimated. Results The study revealed that during aridization in the steppe zone, there is a change in plant association, what lead to the biomass and bio-productivity of steppe decrease, and chemical elements associated with salts accumulate in soils (Ca, Mg, Na, S, Sr). The accumulation of Ca, K, Na, S, Cl by arid species leads to further degradation of the soil cover (salinization, forming of cambic horizon) and a decrease in its sustainability.Conclusions The data obtained will contribute to a better understanding of the role of plants in the sustainability of the soil cover of modern steppes, which is necessary to predict the response of landscapes to future climate changes.

show abstract

Section: The Supply Of Chemical Elements With Plants To the Upper Lay...mentioning

confidence: 99%

Section: The Supply Of Chemical Elements With Plants To the Upper Lay...mentioning

confidence: 99%

See 1 more Smart Citation

The Effect of Plant Biodiversity Changes on the Chemical Composition of Steppe Soils during Climate Aridization

Kudrevatykh

Kalinin²,

Mitenko³

2022

Preprint

View full text Add to dashboard Cite

show abstract

“…Климат является одним из основных факторов, определяющих поведение химических элементов в почве. Но полученные данные говорят о том, что интенсивность процессов химического выветривания в почвах сухостепной зоны достаточно низка [2]. Щелочная среда не только препятствует разрушению первичных минералов под действием процесса гидролиза, но и затрудняет миграцию химических элементов в ионной форме.…”

unclassified

Влияние Аридизации Климата На Биогеохимические Свойства Степных Ландшафтов

КАЛИНИН,

КУДРЕВАТЫХ,

МИТЕНКО

2023

Материалы XIV Международной Ландшафтной Конференции

View full text Add to dashboard Cite

В этом исследовании была оценена взаимосвязь между реакцией растительности на аридизацию климата и ее влияние на геохимические свойства почв, что имеет большое значение для понимания устойчивости степных ландшафтов при дальнейших тенденциях к потеплению климата. В результате исследования показано влияние климатических факторов на свойства растительных сообществ и их влияние на скорость возврата химических элементов в верхние горизонты почвы. Так же изучен химический состав каштановых и бурых полупустынных почв и оценен эффект от изменения растительного покрова на вариативность их геохимических параметров. Показано, что аридизация климата приводит не только к уменьшению продуктивности ландшафтов и развития таких дегазационных процессов, как эрозия и опустынивание, но и к смене их биогеохимических свойств.

show abstract