The Russian School of Landscape Planning

Antipov, A.N.; Semenov, Yu. M.

doi:10.1007/1-4020-4493-3_21

Cited by 7 publications

(4 citation statements)

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“…Despite all these precursors, soil geography only became a scientific discipline following the ground-breaking research carried out by the Russian school of landscape studies during the 19th and 20th centuries (Antipov and Semenov, 2006;Shaw and Oldfield, 2007). Soil geography is now recognized as a scientific discipline and soil geographers as practicing a specific branch of science (Rodrigo-Comino and Senciales González, 2013).…”

Section: Introductionmentioning

confidence: 99%

The multidisciplinary origin of soil geography: A review

Rodrigo‐Comino

Senciales

Cerdà

et al. 2018

Earth-Science Reviews

110

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Soil geography should be clearly recognized as a sub-discipline of physical geography and soil science, but at various times over the last century it was accepted as a complementary and descriptive sub-discipline of botany, agronomy and geology. In other words, there was not a clear consensus about its definition and origins. The main goal of this paper is to conduct a historical review (s. XX-XXI) of soil geography to clarify its origin, early methods, first authors and the importance of its interdisciplinary perspective within the scientific community. We found that soil geography was considerably advanced by the work of K.D. Glinka (1867Glinka ( -1927, one of Dokuchaev's students, who could be considered as the father of soil geography. Following the scientific line of Glinka, C.F. Marbut (1863Marbut ( -1935) could be considered one of the first world-reknown soil geographers. During the 1900s, this discipline continued to develop with research conducted by scientists including Kellogg, Simonson, Kubiëna, Huguet del Villar, Fitzpatrick, Duchaufour, Stremme, Zinck and entities such as USDA, FAO-UNESCO and CSIRO.

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Section: Introductionmentioning

confidence: 99%

The multidisciplinary origin of soil geography: A review

Rodrigo‐Comino

Senciales

Cerdà

et al. 2018

Earth-Science Reviews

110

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“…Still, several branches of the landscape interpretation that are linked to the current research are found. The classical approaches concern studies of Glazovskaya (1963); Victorov (2008); Beruchashvili (1987); Armand (1969); Isachenko (1973); Antipov and Semenov (2006); Andreichuk (2009), in which question of the relationship of "living" and "dead" nature are among the important theoretical preconditions that determine the content and, ultimately, the successful implementation of the complex of landscape studies. The decision of these issues depends on the proper assessment of the role of various factors in the separation and formation of natural landscapes.…”

Section: Moon Landscapementioning

confidence: 99%

Geographic envelope of the Moon and the identification of Moon landscapes with the use of the axiomatic method

Kyryliuk

Kholiavchuk

2017

Open Astronomy

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Three consequent concepts that build up the algorithm of the identification of modern landscapes on the Moon surface are suggested. They are anaglyphonosphere axiomatic and landscape concepts obtained with the use of the axiomatic method. The first concept depicts the geographic envelope of the Moon as an anaglyphonosphere layer (relief) that is a continuum (total environment). The latter becomes the research subject for both a geomorphologist and a landscape researcher. Continuity, dynamics, range (amplitude), and erosion potential determine anaglyphonosphere. Axiomatic concept means constructing the sole scheme (mathematically determined) of the search for the elementary surface units using the geometric interpretation of surface patterns of the Moon and its landscape interpretation. The landscape concept is based on the classical principles of the landscape theory and the axiomatic principles of the previous concept. The synthesis of concepts is implemented in the models of Moon landscapes of four scales: zero, linear, two-and three-dimensional. The paper offers the last two models of Davy Catena. Proposed concepts with appropriate correction can be used in parallel studies of the natural environment: geological, geomorphological, climatic, etc. The advantages of the axiomatic method consist in the objective approach to the division of the surface into specific units (the landscapes in our case). The proposed method of identifying and displaying the landscape complexes on the lunar surface can be a significant complement for the study and mapping of terrestrial planets, satellites of planet-giants, etc.

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“…In order to achieve priorities for sustainable development in coastal areas, landscape and marine spatial planning (MSP) are being actively developed worldwide [AN-TIPOV, SEMENOV 2006;EHLER, DOUVERE 2009]. Both approaches are based on the methods of strategic and long--term spatial planning, focusing on resolving potential conflicts between economic use and the preservation of natural complexes of the coastal zone, as well as between environmental users competing for space [KIDD, ELLIS 2012].…”

Section: Introductionmentioning

confidence: 99%

Journal of Water and Land Development

Ганзей

Zharikov

Pshenichnikova

et al. 2020

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Existing plans for the development of the continental coast and the islands of the Peter the Great Bay suggest establishing of large economic clusters. The most important condition for achieving sustainable development of the emerging natural-economic system is to implement spatial planning of coastal zones. The work is based on the information about the natural complexes of the territory and water area, obtained through landscape approach. The territory of the Shkota Island and its submarine slopes were used as a key area for the study of the features of the spatial organization of landscapes of coastal geostructures. We used a complex of physiographic, geoecological, cartographic and statistical research methods. For terrestrial landscapes, 49 observation points are described and 4 profiles are laid; for underwater landscapes 64 observation points are described and 18 profiles are laid. As a result, a unified structural-genetic classification of land and underwater landscapes is established, the landscapes are mapped, and zones of interaction between aerial and aquatic natural complexes are identified. The results obtained are the basis for identifying priority types of coastal-marine environmental management, functional zoning and spatial planning.

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The Russian School of Landscape Planning

Cited by 7 publications

References 0 publications

The multidisciplinary origin of soil geography: A review

The multidisciplinary origin of soil geography: A review

Geographic envelope of the Moon and the identification of Moon landscapes with the use of the axiomatic method

Journal of Water and Land Development

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