Geochemical aspect of landscape planning in forestry

Maksymenko, N. V.; Voronin, V. O.; Cherkashyna, N. I.; Sonko, Sergiy

doi:10.15421/111833

Cited by 4 publications

(1 citation statement)

References 6 publications

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“…Traditional villages are one of the carriers of Chinese regional culture. e living space for the coexistence of man and nature formed by Chinese laborers in their long-term production and life is a testimony to the long history of the Chinese nation [27][28][29].…”

Section: E Concept Of Traditional Villagementioning

confidence: 99%

Three-Dimensional Landscape Rendering and Landscape Spatial Distribution of Traditional Villages Based on Big Data Information System

Pan

2022

Mobile Information Systems

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Traditional villages refer to the villages that formed earlier, are rich in traditional resources, and have various values and must be protected. This paper aims to study how to draw three-dimensional landscapes of traditional villages based on the big data information system. This paper puts forward the problem of 3D landscape rendering, which is based on big data and modeling, and then elaborates around the concept of data mining and related algorithms and designs and systematically tests 3D landscape rendering. The experimental results show that when the number of rendered patches is less than 120193 between 120193 and 242029, the system can run smoothly. It can achieve acceptable and relatively smooth operation; when it exceeds 242029, the system is obviously stuck. The design scheme of the three-dimensional landscape geographic information system of the traditional villages is reasonable and feasible, the operation is stable, and the expected research goals are achieved.

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Section: E Concept Of Traditional Villagementioning

confidence: 99%

Three-Dimensional Landscape Rendering and Landscape Spatial Distribution of Traditional Villages Based on Big Data Information System

Pan

2022

Mobile Information Systems

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The radial increment of European ash (Fraxinus excelsior L.) under climate change, Ukraine

Koval¹,

Maksymenko²

2020

J. For. Sci.

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The aim of the study was to compare the response of the radial increment of European ash (Fraxinus excelsior L.) in the Western and Eastern forest steppe of Ukraine to climate change. The growth-climate relationships were estimated for 1961–1987 and 1988–2014 in Western and Eastern parts of the forest steppe. The results indicate that the sensitivity of the ash radial increment in stands of the Western and Eastern forest steppe to climate variations in the second period (1988–2014) was increased compared to the first period (1961–1987). In the second period correlation analysis and response function showed a negative effect of summer droughts on the ash radial increment for both stands. Also a negative effect of winter precipitation on tree rings of ash trees in the Western forest steppe during the second period was detected. The radial growth response to climate change showed an increase in the response of European ash radial growth to climate change, which was confirmed for European ash for both stands in the Western and Eastern forest steppe.

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Analysis of the Conflicts of Natural Use as a Basis For Landscape-Ecological Planning of Forest Ecosystems

Maksymenko¹,

Дорогань²,

Karpets³

2019

Man and Environment. Issues of Neoecology

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Relevance. The development of measures to prevent possible negative environmental, economic and social problems in forest ecosystems should be based on objective information, which may be provided by the process of landscape-environmental planning. Purpose. Analysis of the conflicts of nature use from anthropogenic activity in forest ecosystems to develop measures optimization of environmental management in the process of landscape-ecological planning. Methods. The assessment of conflicts of nature use in forest ecosystems was carried at the test site of the tract "Zarudska Dacha" of Lyubovytsi forestry of the Malinsky district of Zhytomyr region according to the author's method of landscape-ecological planning. Results. Based on the results of the inventory and evaluation phase of landscape-ecological planning, we have obtained information about the landscape differentiation of the test area, internal and external sources of environmental conflicts, their boundaries, and intensity. The study of the structure of forestry has shown that the sources of conflict are predominantly forest areas and settlements landscapes. The assessment of intensity of the conflicts has shown that medium-intensity conflicts prevail in the territory. Based on the information of matrices of the conflict measures to optimize the use of nature in forest ecosystems have been developed. Conclusions. For optimization of nature use in forest ecosystems, it is recommended: restoration of plantations, control of rational use of forest resources, reduction of the volumes of use of the chemical means on the adjacent fields, organized garbage collection, controlled recreation, etc.

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Geochemical aspect of landscape planning in forestry

Cited by 4 publications

References 6 publications

Three-Dimensional Landscape Rendering and Landscape Spatial Distribution of Traditional Villages Based on Big Data Information System

Three-Dimensional Landscape Rendering and Landscape Spatial Distribution of Traditional Villages Based on Big Data Information System

The radial increment of European ash (Fraxinus excelsior L.) under climate change, Ukraine

Analysis of the Conflicts of Natural Use as a Basis For Landscape-Ecological Planning of Forest Ecosystems

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