Technologies and standards in the information systems of the soil-geographic database of Russia

Golozubov, O. M.; Rozhkov, V. A.; Alyabina, I. O.; Ivanov, A. V.; Kolesnikova, V. M.; Шоба, С. А.

doi:10.1134/s1064229315010068

Cited by 6 publications

(3 citation statements)

References 4 publications

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“…This is implemented in SGDB of the Russian Federation due to the application of the GeoRSSstandard, based on a hypertext providing information on the Internet. This approach was tested and put into trial operation for Matveevo-Kurgan district of Rostov region [9]. The principles of the GeoRSS construction in our country reflected in other subject areas, so the SGDB of Russian Federation can be called "first swallow".…”

Section: Fig 1 Window Information System Of the Sotermentioning

confidence: 99%

“…Information and reference system for soil classification INFOSOIL (Fig.3) (http://infosoil.ru/) shows the structure of the classifications of soils; provides descriptions of the types and subtypes of soils and synonymy of their names with some other classification systems; solves the problem of recognition of new soil at a predetermined level of similarity with the system described in [9].…”

Section: Fig 1 Window Information System Of the Sotermentioning

confidence: 99%

“…At the same time, there is still no actual functioning soil Information System in Russia, so one of the most important tasks is to create an actual domestic system. In Russia, it is long overdue to create a soil profile information database corresponding to the world level, which should become the basis for the creation of a system of soil monitoring and the development of measures for their protection and rational use [8,9].…”

Section: Fig 1 Window Information System Of the Sotermentioning

confidence: 99%

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IT-technologies in soil Informatics and Russian agribusiness

Eremina

2018

MATEC Web Conf.

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Abstract.One of the promising areas associated with a large amount of information on the properties, characteristics and classification of soils is soil Informatics. Its appearance has allowed soil scientists, farmers and environmentalists to process data; to model soil processes, to make operational decisions on land use; implement systems to assess fertility, control of technological processes in agriculture. Currently multinational and global information systems are used, which contain data on soil profiles of many countries: European Soil Database, Europe; SOTER, global soil information system and others. Information systems at the national level study the soil characteristics of one country: Australian Soil Resource Information System; National Soil Information System (USA) and others. In order to generalize process and preserve information about soils of Russia accumulated by long-term research, a nationwide Soilgeographical database is being developed in our country. To optimize the agricultural activity of certain regions of the country, regional information systems are developed -Accounting and monitoring of agricultural lands of the Novosibirsk region, geoinformation system of the Tyumen region and others. Modern soil information systems, for the most part, are implemented through the use of the GeoRSS standard, which is based on a hypertext providing information on the Internet.

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Section: Fig 1 Window Information System Of the Sotermentioning

confidence: 99%

Section: Fig 1 Window Information System Of the Sotermentioning

confidence: 99%

Section: Fig 1 Window Information System Of the Sotermentioning

confidence: 99%

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IT-technologies in soil Informatics and Russian agribusiness

Eremina

2018

MATEC Web Conf.

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

2015

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The current state of the humus content of arable chernozems of the true steppes (the example of the Rostov region, Russia)

Чернова

Алябина

Безуглова

et al. 2021

Ûg Ross.: èkol. razvit.

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Aim. To estimate the humus content and stocks of arable chernozems of two soil-ecological zones (Predcaucasia and Yuzhno-Russkaya) within the Rostov region, as well as the possibility of the optimization of the state of their humus under current conditions.Material and Methods. The following data sources were used: soil and general geographic information accumulated in the Soil-geographic Database of the Russian Federation information system, the Red Book of the Rostov Region Soils database, digitised archived soil survey data of 1977-1995 and agrochemical monitoring data of 2012-2017.Results. The stabilisation of the humus content of the arable chernozems of the Predcaucasian zone in recent decades has been demonstrated and can be explained by a decrease in the dehumification rate under minimal tillage. The average humus content in the soils of the Yuzhno-Russkaya zone decreased by approximately 0.5% during the same period, which may be caused by the high proportion of row-crops cultivated in an erosion-prone area. The current average humus content in arable chernozems is very low, it is close to the critical level, below which crop yield is decreased despite of sufficient mineral fertilizers using.Conclusion. The main causes of soil dehumification in the region are agrogenic humus mineralization due to a constant deficit of compensating amounts of fresh organic matter, deflation of fine soil material from ploughed surfaces and water erosion. The optimisation of land use structure and crop structure, which takes into account the characteristics of these territories, is required to reduce the intensity of these processes under current conditions.

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Technologies and standards in the information systems of the soil-geographic database of Russia

Cited by 6 publications

References 4 publications

IT-technologies in soil Informatics and Russian agribusiness

IT-technologies in soil Informatics and Russian agribusiness

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

The current state of the humus content of arable chernozems of the true steppes (the example of the Rostov region, Russia)

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