Soil-geographical zoning as a direction of science and as the basis for rational land use

Urusevskaya, I. S.; Alyabina, I. O.; Шоба, С. А.

doi:10.1134/s1064229315090112

Cited by 15 publications

(7 citation statements)

References 2 publications

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“…In general, Laptev and Losev, 1949; Galkina et al, 1969;Galkina and Nadeev, 1980;Puzachenko et al, 2009;Butkauskas et al, 2020 Laptev andLosev, 1949;Galkina and Nadeev, 1980;Butkauskas et al, 2020Ognev, 1947Makhmutov, 1983 Southern boundary Western part of Tarbagatai Mountains, eastern part of the Chingiztau Ridge Ognev, 1947;Makhmutov, 1983;Puzachenko et al, 2009;Butkauskas et al, 2020 the range of M. myospalax has a narrow longitudi nal shape, extending from flat meadow steppes in the north to mountainmeadow ecosystems in the south. The reconstructed range of Siberian zokor be longs to the following soil provinces: PreAltai steppe (H6), PreAltai (L4), Western Siberian for eststeppe (M3), and PreAltai foreststeppe (M4) (Urusevskaya et al 2020). Soil province maps are available at the website -https://soildb.ru/.…”

Section: Biogeography Of Myospalax Myospalaxmentioning

confidence: 99%

Pleistocene and modern distribution of the subterranean rodent Myospalax myospalax (Rodentia, Myospalacidae) in response to environmental factors

Golovanov,

Shpansky,

Rusanov

2024

Proceedings ZIN

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The question of the modern and past distribution of Siberian zokor Myospalax myospalax (Laxmann, 1773) continues to be an unresolved puzzle. This Western Siberian endemic species belongs to the family Myospalacidae, a group of subterranean rodents. The distribution of M. myospalax went through dramatic changes due to mass hunting in the first half of the 20th century and later development of agriculture. Because of this, data from various studies executed in different years do not always match, making it difficult to determine the natural limiting factors in the distribution of Siberian zokors. In turn, paleontological data from different regions are fragmentary and have not been summarized in a single study. We aimed to review the past and modern distribution of M. myospalax and examine its relationship with environmental factors such as climate and soils distribution. We hypothesized that this species may be a good indicator of past environmental conditions because of its special habitat characteristics. We gathered and revised published data to reconstruct the distribution before the anthropogenic influence of the 20th century and during the Pleistocene and Holocene epochs. The modern preanthropogenic range was compared with the distribution of soil complexes and provinces. We also examined M. myospalax molars from Late Pleistocene – Holocene localities and compared them with the modern population. The Siberian zokor distribution data provided herein will be useful for researchers from other regions who use fragmentary or doubtful data on the topic. We also identified climatic and soil parameters of M. myospalax habitat. These parameters can be used to reconstruct past environmental conditions from paleontological findings of the Siberian zokor.

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Section: Biogeography Of Myospalax Myospalaxmentioning

confidence: 99%

Pleistocene and modern distribution of the subterranean rodent Myospalax myospalax (Rodentia, Myospalacidae) in response to environmental factors

Golovanov,

Shpansky,

Rusanov

2024

Proceedings ZIN

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“…На основе полученных результатов открывается возможность проведения детального геоэкологического анализа цифровой почвенной карты всей Барабы, а затем -южной части Западно-Сибирской равнины. В результате такого анализа будут выделены территории, сходные по почвенным спектрам, а теоретические положения почвенно-географического районирования будут обеспечены новыми инструментальными средствами анализа [23,24].…”

Section: обсуждение полученных результатовunclassified

“…Такое моделирование направлено на выявление основных климатических переменных, лимитирующих ареалы почвенных таксонов на территории Барабинской равнины. Полученный ряд значений показателя таксономического разнообразия почвенного спектра можно разделить на четыре уровня: высокое (более 40), среднее (21)(22)(23)(24)(25)(26)(27)(28)(29)(30)(31)(32)(33)(34)(35)(36)(37)(38)(39)(40), ниже среднего (11)(12)(13)(14)(15)(16)(17)(18)(19)(20), низкое (10 и менее). Согласно такому разделению, Центрально-Барабинский региональный кластер характеризуется высоким уровнем таксономического разнообразия почвенного спектра, Чановский и Западно-Барабинский -средним, Восточно-Барабинский и Северо-Восточно-Барабинский -ниже среднего, Васюганский региональный кластер -низким уровнем таксономического разнообразия.…”

Section: обсуждение полученных результатовunclassified

Identification of Baraba Regional Clusters (Western Siberia) on the Basis of Soil Spectra

Kravtsov¹,

Baikov²,

Solovev³

et al. 2019

Vestnik SSUGT

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“…At the present stage, there is a quickly developing relative decrease in the productive land resources on the planet and their replacement by depleted territories (deserts, badlands, ravines, built-up and flooded lands, etc.). These trends, combined with modern crises (migration of the population, disruption of fertilizer supplies, and high susceptibility of agriculture to climate change) increase food security risks [2]. This problem is of global importance since the prospects for sustainable development of all countries on the world that are involved in the processes of food production and consumption depend on its solution [3].…”

Section: Introductionmentioning

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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Soil-geographical zoning as a direction of science and as the basis for rational land use

Cited by 15 publications

References 2 publications

Pleistocene and modern distribution of the subterranean rodent Myospalax myospalax (Rodentia, Myospalacidae) in response to environmental factors

Pleistocene and modern distribution of the subterranean rodent Myospalax myospalax (Rodentia, Myospalacidae) in response to environmental factors

Identification of Baraba Regional Clusters (Western Siberia) on the Basis of Soil Spectra

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

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