Ways to optimize steppe under of oil and gas production

Aim. To substantiate ways of geo‐ecological optimization of an oil and gas field landscape (through the example of the Volga‐Ural steppe region).Materials and Methods. The development of directions for geoecological optimization of landscape is based on the authors’ previously developed ideas about...

Full description

Bibliographic Details
Main Authors: К. V. Myachina, E. V. Krasnov
Format: Article
Language:Russian
Published: Kamerton 2021-04-01
Series:Ûg Rossii: Èkologiâ, Razvitie
Subjects:
Online Access:https://ecodag.elpub.ru/ugro/article/view/2171
id doaj-91675a63551a49b68482a21c986b6d96
record_format Article
spelling doaj-91675a63551a49b68482a21c986b6d962021-07-28T21:17:40ZrusKamertonÛg Rossii: Èkologiâ, Razvitie1992-10982413-09582021-04-01161768610.18470/1992-1098-2021-1-76-861161Ways to optimize steppe under of oil and gas productionК. V. Myachina0E. V. Krasnov1Institute of Steppe, Ural Branch, Russian Academy of SciencesImmanuel Kant Baltic Federal UniversityAim. To substantiate ways of geo‐ecological optimization of an oil and gas field landscape (through the example of the Volga‐Ural steppe region).Materials and Methods. The development of directions for geoecological optimization of landscape is based on the authors’ previously developed ideas about the transformation processes of landscape, the formation and stages of the oil and gas natural‐technogenic geosystem development, and the hierarchy and multi‐scale of technogenic changes of landscape.Results. Optimization solutions were developed for the successive stages of planning of oil and gas extraction, operation of an oil and gas natural‐technogenic geosystem field and the end of development and disposal of oil and gas facilities. The main direction of landscape optimization is highlighted and its tasks and principles formulated.Conclusion. Reducing technogenic impact on steppe landscape, its control and regulation is not only a problem of scientific research, but also one of the state of public consciousness and the setting of priorities by management bodies. Methods of reducing the impact and restoringsteppe landscapes can only be effective as a result of implementing a targeted policy of greening education and a corresponding change in public consciousness.https://ecodag.elpub.ru/ugro/article/view/2171oil and gas productionsteppe zonetransformedoil and gas natural‐technogenic geosystemgeo‐ecological optimization of landscapeprinciplessolutionsvolga‐ural steppe region
collection DOAJ
language Russian
format Article
sources DOAJ
author К. V. Myachina
E. V. Krasnov
spellingShingle К. V. Myachina
E. V. Krasnov
Ways to optimize steppe under of oil and gas production
Ûg Rossii: Èkologiâ, Razvitie
oil and gas production
steppe zone
transformed
oil and gas natural‐technogenic geosystem
geo‐ecological optimization of landscape
principles
solutions
volga‐ural steppe region
author_facet К. V. Myachina
E. V. Krasnov
author_sort К. V. Myachina
title Ways to optimize steppe under of oil and gas production
title_short Ways to optimize steppe under of oil and gas production
title_full Ways to optimize steppe under of oil and gas production
title_fullStr Ways to optimize steppe under of oil and gas production
title_full_unstemmed Ways to optimize steppe under of oil and gas production
title_sort ways to optimize steppe under of oil and gas production
publisher Kamerton
series Ûg Rossii: Èkologiâ, Razvitie
issn 1992-1098
2413-0958
publishDate 2021-04-01
description Aim. To substantiate ways of geo‐ecological optimization of an oil and gas field landscape (through the example of the Volga‐Ural steppe region).Materials and Methods. The development of directions for geoecological optimization of landscape is based on the authors’ previously developed ideas about the transformation processes of landscape, the formation and stages of the oil and gas natural‐technogenic geosystem development, and the hierarchy and multi‐scale of technogenic changes of landscape.Results. Optimization solutions were developed for the successive stages of planning of oil and gas extraction, operation of an oil and gas natural‐technogenic geosystem field and the end of development and disposal of oil and gas facilities. The main direction of landscape optimization is highlighted and its tasks and principles formulated.Conclusion. Reducing technogenic impact on steppe landscape, its control and regulation is not only a problem of scientific research, but also one of the state of public consciousness and the setting of priorities by management bodies. Methods of reducing the impact and restoringsteppe landscapes can only be effective as a result of implementing a targeted policy of greening education and a corresponding change in public consciousness.
topic oil and gas production
steppe zone
transformed
oil and gas natural‐technogenic geosystem
geo‐ecological optimization of landscape
principles
solutions
volga‐ural steppe region
url https://ecodag.elpub.ru/ugro/article/view/2171
work_keys_str_mv AT kvmyachina waystooptimizesteppeunderofoilandgasproduction
AT evkrasnov waystooptimizesteppeunderofoilandgasproduction
_version_ 1721260815990915072