Specificity of accumulation of hydrocarbons in various components of geosystems

Khaustov, Aleksandr; Redina, Margarita

doi:10.1051/e3sconf/202016901013

Cited by 3 publications

(3 citation statements)

References 6 publications

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“…Data on marker compounds (polycyclic hydrocarbons, PAHs) in snow cover, soil, and vegetation were used as the basis for such estimations, including the indicator ratio calculations. The preliminary modelling justified the predominant role of the vehicle transport as a pollution source [2,[4][5][6].…”

Section: Objects and Methodsmentioning

confidence: 68%

Ecosystem services of the city campus: carbon landfill of the RUDN-University

M.M

E.V.

2022

J. Sustainability Perspect.

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The approaches to the organization and the first results of the project on the organization of a carbon landfill at the Peoples ' Friendship University of Russia are presented. The topic of the absorption of greenhouse gases by natural ecosystems is one of the most actively developing. A complex of scientific and educational projects on climate change, decarbonization, and assessment of ecosystem services is being implemented at the RUDN University. One of the directions is our own carbon landfill on the campus. The object is of interest as a technologically modified ecosystem that is under the influence of anthropogenic sources. The analysis of ecosystem activity in the absorption of greenhouse gases and, accordingly, the assessment of ecosystem services of this type is implemented using the RUDN's own environmental monitoring network, which has been operating since 2017. Preliminary assessments allowed us to draw conclusions about the degree of transformation of ecosystem components and their contribution to the absorption of greenhouse gases. The project has both practical and educational significance and is considered as part of the package of strategic topics for the development of the university "Campus as a green lab", contributing to the achievement of sustainable development goals. Keyword: carbon landfill, environmental monitoring, RUDN, carbon footprint, ecosystem services

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Section: Objects and Methodsmentioning

confidence: 68%

Ecosystem services of the city campus: carbon landfill of the RUDN-University

M.M

E.V.

2022

J. Sustainability Perspect.

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“…Materials used for the modeling in this study are: Results of the accounting of vehicles (evaluation of the transport flow during the day and during the week); Results of sampling in campus and neighbor area: these works were organized in the framework of the project on environmental monitoring of campus; ta data currently include about 4000 measurements of the concentrations of gaseous pollutants, PM, soot in the atmospheric air and in sols; soil moisture and conductivity, electromagnetic fields level, noise level, radioactivity; bioindication results; measurements of PAHs and aliphatic hydrocarbons in snow, soils and parts of plant organisms [3][4][5]. ; Data on the project of the construction of the new metro station [6].…”

Section: Object Materials and Methodsmentioning

confidence: 99%

Innovative Transport Pressure Management Models for Efficient Transportation Management in the RUDN-University

Redina

Savenkova

Khaustov

et al. 2021

J. Sustainability Perspect.

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The main transport flows on the RUDN territory are caused by the city public and private transport. The general transportation scheme around and through the campus develops some decades. Today this is a huge traffic system with high technogenic pressure on the surrounding ecosystems. The efforts of the university only on the organization of bike transport and shuttle buses cannot protect in this situation our territory. Thus, the university in collaboration with the Moscow government try to solve the transportation problem: a new underground station named RUDN will be built – this must help to optimize transport flows. Transportation management in the university campus (especially situated in the city) needs to apply reliable models for the optimization of transport pressure. That is why, for the RUDNUniversity campus in the South-West of Moscow, we try to develop the most sensitive indicators and to control a set of technogenic factors affecting environmental quality. The unique environmental monitoring system of the RUDN campus able to evaluate the environmental state of the territory and to contribute to maintaining the environmental quality is now under development. The primary results were presented in September 2019 during the first UI Green Metric World Sustainable Campuses Tour in RUDN.

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“…Pembakaran hidrokarbon juga menghasilkan partikulat karbon, yang selanjutnya dapat berkontribusi pada efek rumah kaca dan perubahan iklim (Ogawa dkk, 2016). Dampak keseluruhan dari pembakaran hidrokarbon terhadap global warming dan bencana sangat kompleks dan melibatkan interaksi berbagai faktor, termasuk emisi gas rumah kaca dan gas beracun, serta pembentukan partikulat karbon (Khaustov & Redina, 2020).…”

Section: Deskripsi Analisis Sintesisunclassified

Integrasi Mitigasi Bencana Global Warming pada Materi Pembakaran Hidrokarbon melalui Pendekatan RBL-STEAM

Shabrina,

Karyadi

2023

HJKK

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The primary objective of this paper is to address the mitigation of disasters resulting from climate change and global warming. Such disasters are the result of increased greenhouse gas emissions, primarily caused by human activities like deforestation and the use of fossil fuels. To analyze the concept of hydrocarbon combustion from basic competencies (KD) 3.3 and 4.3 of chemistry class XI, we employed a qualitative descriptive method supported by a literature review. The paper investigates the relationship between climate change, the greenhouse effect, the carbon cycle, and their effects on the environment and health. Furthermore, it proposes a learning design that combines the Research-Based Learning (RBL) model with the STEAM approach to enhance students' comprehension of climate change, the consequences of hydrocarbon combustion, and emergency response measures. One of the highlighted learning strategies is the creation of an interactive and engaging mini park mockup to facilitate student understanding. The use of technology, specifically machine learning, is recommended for decision making in global warming disaster mitigation. This paper stresses the significance of integrating chemistry learning for knowledge and skills development in KD 3.3 and 4.3, and for understanding global warming and disaster mitigation efforts. The goal is to provide students with science literacy skills as well as the ability to identify concrete actions in reducing the negative impacts of climate change.

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Specificity of accumulation of hydrocarbons in various components of geosystems

Cited by 3 publications

References 6 publications

Ecosystem services of the city campus: carbon landfill of the RUDN-University

Ecosystem services of the city campus: carbon landfill of the RUDN-University

Innovative Transport Pressure Management Models for Efficient Transportation Management in the RUDN-University

Integrasi Mitigasi Bencana Global Warming pada Materi Pembakaran Hidrokarbon melalui Pendekatan RBL-STEAM

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