Change of Land Use in Altai Krai: Problems and Prospects for the Achievement of Land Degradation Neutrality

Zolotov, Dmitry V.; Черных, Д. В.; Biryukov, R. Yu.; Pershin, Dmitry; Malygina, Natalia; Gribkov, A.V.

doi:10.1134/s2079096120020134

Cited by 6 publications

(4 citation statements)

References 6 publications

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“…(Zolotov et al, 2020), (Kust et al, 2021) have emphasized the possibility of using the state of protected areas (PA, area in the region, and internal stability) to characterize changes in land cover. For example, the total area of PAs in the Altai region due to the establishment of new PAs and expansion of existing PAs will increase from 795.55 thousand hectares or 4.74% of the region's territory to 1616.6 thousand hectares (9.6% of the Region's territory) and preserve the most significant natural complexes.…”

Section: Resultsmentioning

confidence: 99%

“…established monitoring system, which is currently under development (Unified System 2021). For forest areas, additional LDN indicators were proposed: level of biological diversity (indicated by species diversity of trees and shrubs)(Ptichnikov & Martynyuk, 2020), and the types of recovery dynamics (also accompanied by changes in species diversity)(Ptichnikov et al, 2019) (Zolotov et al, 2020),(Kust et al, 2021). have emphasized the possibility of using the state of protected areas (PA, area in the region, and internal stability) to characterize changes in land cover.…”

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confidence: 99%

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Experience in application and adaptation of the land degradation neutrality concept in the Russian Federation

et al. 2022

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The paper provides an overview of the-evolving methodology for the land degradation neutrality (LDN) assessment based on studies at national, regional, and local levels in Russia. A review of more than one hundred publications in Russian language over the past 6-7 years allowed for analysis of the following areas: LDN terminology, LDN assessment at different levels, adapting a transition matrix; using the LDN concept for economic valuation of land, estimating LDN baseline, and using LDN as an integral indicator for sustainable land management. With the LDN concept, a global approach to monitoring land degradation has become applicable beyond the limited geographic scope of the drylands. The paper observes how the LDN concept has been broadened with the introduction of the LDN Index proposed to evaluate the rate of LDN achievement; a proposal on reconstructing transition matrices and adding land cover sub-categories; approach of integrating traditional national sectoral systems for assessing land quality with an LDN add-on. The broader relevance of the paper includes the justification that it provides for using the LDN concept by policy-makers at national and subnational levels, in particular in Russian-speaking countries. It includes the application of additional indicators to capture soil erosion, salinity, soil depletion, aridity, etc., and using different sitespecific LDN baselines, not only those time-based but also factoring natural background trends like climate change, natural succession cycles linked with geological and geomorphological processes. Approaches for LDN-based economic valuation of lands and typology of sustainable land management practices and models were also fruitful.

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Section: Resultsmentioning

confidence: 99%

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confidence: 99%

Experience in application and adaptation of the land degradation neutrality concept in the Russian Federation

et al. 2022

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“…Стратегический потенциал реализации политики SI особенно усиливается в текущем контексте глобального изменения климата и нарастания политической нестабильности, которые демонстрируют большие диапазоны неопределенности из-за сложных связей между климатическими, демографическими и геополитическими факторами [1,2,4]. При этом ярко выраженная неравномерность территориального распределения орошаемых земель диктует необходимость пространственной ориентации политики SI, для поддержки которой необходимы эффективные инструменты, позволяющие выявлять закономерности пространственно-временной дифференциации ирригационного землепользования.…”

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“…Решение этой проблемы приобретает особую актуальность для таких регионов, как Алтай, поскольку он не только имеет геобиосферное значение в поддержании стабильности и биоразнообразия глобальных земельных систем, но и играет важную роль в обеспечении национальной продовольственной безопасности, что усиливает значение SI орошения земель в условиях прогнозируемой аридизации этой территории [4,8]. Оценка геоирригационной обстановки и уровня использования орошаемых земель осуществлялась с помощью индекса ирригационного землепользования (ILUI), впервые предложенного автором [7], по формуле: ILUI = 0,920P 1 + 0,890P 2 + 0,690P 3 + 0,601P 4 + 0,510P 5 + 0,165P 6 , где P 1 -P 6 -нормированные параметры, в т. ч.: The author declares no conflicts of interests.…”

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Integral Assessment of the Geo-Irrigation Situation and Level of Use of Altai Irrigated Lands

Orlova¹

2023

LRAHE

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Purpose: to reveal the patterns of spatial differentiation of irrigation land use with the help of an integral assessment of geo-irrigation situation and the level of use of the Altai irrigated lands. Materials and methods. The study was conducted by aggregation of the rating of key indicators of agricultural land use with the determination of the Irrigation Land Use Index (ILUI) based on a system approach. The database for calculations was formed on the basis of information from federal and regional institutions of the Russian Federation, the portal of the All-Russian Scientific Research Institute for Irrigation and Farming Water Supply Systems “Rainbow”, as well as administrations and enterprises of the Altai municipal districts. Results. Four types of irrigation land use with ILUI index from 0.640 to 17.373 have been identified, varying in the level of irrigated land use and the degree of favorable combination of geo-irrigation parameters. A comparative analysis of the identified types structure with the specifics of the functioning of the regional system of agricultural land use for 31 districts of the Altai Territory and the Republic of Altai showed that the most favorable geo-irrigation situation and the highest level of irrigated land use (ILUI over 5.600) are typical for suburban areas with potato and vegetable specialization of land use and areas in which high values of livestock are observed in combination with a high moisture deficit during the growing season, and agricultural land use is characterized by a lack of natural fodder land and a high share of fodder crops in the crop acres. Conclusions: aggregation of the ILUI evaluation index with the rating of agricultural land use indicators is an effective tool of strategic decision support for implementation of the regional policy of sustainable intensification of irrigated lands.

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Control Over the State of Specially Protected Natural Areas and Objects of Regional Significance of the Amur Region

Zolotukhina¹,

Stekolnikova²

2021

Fundamental and Applied Scientific Research in the Development of Agriculture in the Far East (AFE-2021)

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Change of Land Use in Altai Krai: Problems and Prospects for the Achievement of Land Degradation Neutrality

Cited by 6 publications

References 6 publications

Experience in application and adaptation of the land degradation neutrality concept in the Russian Federation

Experience in application and adaptation of the land degradation neutrality concept in the Russian Federation

Integral Assessment of the Geo-Irrigation Situation and Level of Use of Altai Irrigated Lands

Control Over the State of Specially Protected Natural Areas and Objects of Regional Significance of the Amur Region

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