The influence of mineral fertilizers on the background of liming on the fractional composition of the humus balance in soddy-podzolic soil of the north

Chebotarev, N.T.; Mikusheva, E.N.; Mushinsky, A. A.

doi:10.32634/0869-8155-2019-331-8-51-54

Cited by 5 publications

(5 citation statements)

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“…Thus, carbonates are not only a passive factor in the formation of intrazonal soils on the basis of the presence of calcareous parent materials, but carbonates can also be an active driver that regulates the lability of organic matter. The same was revealed for rendzinas in Serbia [39]. Recently, it was suggested to define a specific morphological-chemical form of humus-"calci-mull"-typical for soils enriched with calcium carbonates [40].…”

Section: Soil Organic Matter In Presence Of Carbonatesmentioning

confidence: 66%

Rendzinas of the Russian Northwest: Diversity, Genesis, and Ecosystem Functions: A Review

Abakumov

2023

Geosciences

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Rendzinas in the taiga zone are intrazonal soils; moreover, all of their processes occur in ways that are different from podzolic soil formation, which is typical for the zonal taiga boreal ecosystem. At the same time, the habitats of carbonate soils are known as places in which there is a concentration of biodiversity in the more southern regions, as they are drier, are insolated, and have a higher trophic state than zonal podzols. The biotopes on carbonate soils are becoming more southern and are dominated by nemoralis species of flora, including abundant calciphilous plant species. Carbonate soils regulate biogeochemical processes within their distribution and in the geochemically subordinate landscapes of Northwest Russia. They are associated with the existence of a number of specially protected natural areas, as well as the implementation of a number of important ecosystem services. Carbonate soils of the southern taiga are endangered and require special protection. The belt of the carbonate soils in the northwestern Russian and Baltic regions extends to Poland and is the basis for the formation of a special landscape–ecological framework with specific biodiverse, biogeochemical, and geographical characteristics. The intensive extraction of limestone from quarries leads to the destruction of rendzinas, which makes them increasingly rare and extremely vulnerable. The rate of recovery of rendzina soils after technogenic impacts is much slower than the regeneration of zonal podzols; therefore, they are an almost non-renewable resource. Thus, rendzinas are an important component of the Northwest Russian soil cover, where all factors of soil formation “refract” and acquire specificity, leading to radical changes not only in the soil-forming potential of the environment but in all of the components of terrestrial ecosystems. In other words, the island of alkaline rocks inherited from the ancient seas is currently pedogeochemically actualized in the soil cover of vast taiga areas.

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Section: Soil Organic Matter In Presence Of Carbonatesmentioning

confidence: 66%

Rendzinas of the Russian Northwest: Diversity, Genesis, and Ecosystem Functions: A Review

Abakumov

2023

Geosciences

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“…These dynamics of the number of microorganisms showed minor fluctuations in various types of biological products for fruit types and their cultivars compared with the control variant, expressed as values of the same order. According to past studies, soil microflora, which constitute a large group of soil micropopulation, play an influential role in soil structure formation (Chebotarev et al, 2019;Holík et al, 2019;Lavrenchuk and Ermoshin, 2019;Bamdad et al, 2022).…”

Section: Resultsmentioning

confidence: 99%

Organic Fertilizer's Role in the Improvement of Soil Microflora and Biometric Values in Fruit Crops

AISAKULOVA,

SLYAMOVA,

USTEMIROVA

et al. 2023

SABRAOJBG

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Intensive farming has adversely affected soil fertility and ecosystems due to excessive chemicalization in the Kazakhstan Republic. The soil lacks organic matter, leading to declining fertility. Biologization has emerged to address this issue as a solution to improve soil fertility and enhance the growth and development of crop plants. This study aimed to determine the impact of organic fertilizers on the composition of soil microflora and biometric values in cultivating stone and pome fruits. The use of microbiological methods analyzed soil microflora and physiological bacterial groups. The research’s novelty lies in developing a technology that utilizes organic fertilizers and biological products to improve the activities of soil microorganisms and plant roots’ nutrition. Organic fertilizers ‘Bio juice Energy Plus’ and ‘Agroflorin’ positively influenced beneficial bacteria and fungi and significantly contributed to soil enrichment. Organic fertilizers and biological products support soil biological processes and replenish the nutrients, promoting sustainable agricultural productivity and reducing chemical dependency. The current study emphasizes the potential of organic fertilizers and natural products in enhancing soil fertility and supporting plant growth in Kazakhstan. Biologization also offers an eco-friendly approach to agricultural practices, ensuring agronomic productivity and the long-term good health of soils.

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“…During the 65-year cultivation period of agricultural crops in Eutric Albic Retisol, humus enrichment of its sub-arable horizons proceeded to a much greater extent than that in fallow did. For example, the 20-40 cm thick soil layer of fallow contained 0.46% of humus; in the case of a field crop rotation without fertilizers, it contained 1.18% of humus, with mineral fertilizers, it contained 1.40% of humus, and with a combination of mineral fertilizers and manure, it contained 1.38% of humus [95].…”

Section: Complex Fertilizersmentioning

confidence: 99%

The Role of Organic and Mineral Fertilization in Maintaining Fertility and Productivity of Cryolithozone Soils

et al. 2023

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Considerable attention of the world community is now focused on the implementation of measures in the interests of achieving the global food security for future generations. Particular aspects of this problem include efforts aimed at increasing crop yields through the use of fertilizers. The purpose of this review is to analyze the experience of using organic and mineral fertilizers to increase crop yields in the cryolithozone of the European part of Russia for food security purposes. The fertility restoration methods of various Retisols considered in the review are of primary importance for the agriculture in the forest zone where 91% of arable lands are represented by this soil type. As these soils are low-fertility, poorly humified and acidic, they largely require the use of chemization and biologization means which are therefore an important factor in ensuring food security under the conditions of modern challenges.

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The influence of mineral fertilizers on the background of liming on the fractional composition of the humus balance in soddy-podzolic soil of the north

Cited by 5 publications

References 0 publications

Rendzinas of the Russian Northwest: Diversity, Genesis, and Ecosystem Functions: A Review

Rendzinas of the Russian Northwest: Diversity, Genesis, and Ecosystem Functions: A Review

Organic Fertilizer's Role in the Improvement of Soil Microflora and Biometric Values in Fruit Crops

The Role of Organic and Mineral Fertilization in Maintaining Fertility and Productivity of Cryolithozone Soils

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