bluuebunny/crossref_metadata_2025_split huggingface dataset:
Sustainable rural development: implementing environmental component at local level
Authors: Minin V B , Kartseva A A , Melnikov S P , Melnikova I E , Belyakov V V 
Published: February 2022

Abstract
Currently, in connection with the onset of environmental and other planetary problems, more and more importance is attached to the transition to sustainable development. Sustainable development in rural areas should be focused on the restoration and preservation of natural ecosystems, including water bodies. The paper discusses a number of phenomena and objects reflecting the ecological state of pilot rural areas that were studied in the framework of the presented Russian-Finnish projects. The project activities helped to improve the ecological state of several agricultural enterprises and to familiarize the population with environmental requirements. Particular attention was paid to working with students of pilot schools for their environmental education. They not only studied nature, but participated in actions to work with garbage, conducted population surveys, prepared a number of projects, including the development of agri tourism and the ecological development of individual villages.
Prediction the Liquid Petroleum Products Viscosity
Authors: Boldyrev D V , Grigoriev B A , Evdokimov A A , Koldaev A I 
Published: February 2022

Abstract
Based on the principle of corresponding states, a method developed for prediction the viscosity of liquid petroleum products that differ significantly in physicochemical properties and fractional composition. New approaches to the determination of the reduced temperature and viscosity are proposed. The initial data for the computation are the molar mass, the average volume boiling point and the relative density at 20 °C. Testing of the new technique in the temperature range (0.4–0.7)Tpc at pressures up to 10 MPa showed that the deviation of the predicted viscosity values from the experimental data is comparable with the experimental error.
Organic agriculture in Uzbekistan: SWOT analysis
Authors: Kodirkhonov B M , Uljabaev J R , Kholdorov Sh M 
Published: February 2022

Abstract
Greening the economy is what most industrialized countries are striving for under the pressure of global and regional environmental restrictions, lack of natural resources, and a growing public movement for the protection of nature [1]. Greening processes have resulted in organic agriculture (OA) or "alternative" agriculture. In the era of the sustainable approach, organic farming seems the best prototype for sustainable agriculture. The market of organic products is significantly expanding year by year. Globally, 1.5 percent of farmland is organic, however there are countries where the share of organic farmland exceeds 10% (figure 1). According to FiBL and research firm Ecovia Intelligence, the global organic food market achieved 106.4 billion euros as of 2019 [2]. Uzbekistan, along with the whole world, recognizes the need for sustainable agriculture and development approach. Uzbekistan accepts organic agriculture as an environment-friendly sustainable production system with better access to the markets. Hence, this article aims to make a SWOT analysis of organic agriculture in Uzbekistan. The SWOT analysis concludes that the recent law for OA and GAP in the country is the principal strength and opportunity. While farmers' poor education is considered the most significant weakness, the country's lack of foreign direct investment in agriculture threatens more than anything else.
Oil-saturated deposits of the Vereyian horizon at the Tatarstan Republic
Authors: Korolev E A , Eskin A A , Khuzina A F , Korolev A E , Barieva E R 
Published: February 2022

Abstract
The article discusses the structure of multilayer oil deposits of the Vereyian horizon in the territory of the Tatarstan Republic. It is shown that in the sections the reservoir rocks are different facies of limestones (mostly grainstone), sandstones and siltstones. The reservoir rocks were formed in the regressive stage of the development of the marine sedimentation basin. Oil deposits of the Vereyian horizon have experienced flooding processes with formation edgewater. The penetration of groundwater into reservoir rocks led to uneven oxidation of oils in oil-producing structures. With weak waterflooding, dolomite and pyrite were formed in the reservoir rocks, with strong waterflooding, anhydrite aggregates appear.
Assessment of the state environment by the complex of bioindication reactions of woody plants
Authors: Klevtsova M A , Lepeshkina L A , Vinogradov P M , Mikheev A A , Voronin A A 
Published: February 2022

Abstract
This research looks at the results of bioindication studies on the territory Voronezh city. A decrease in the water content of Betula pendula mouth leaf blades was found in different growing conditions compared to the control. In the industrial and transport zone, there is a reduction in the size of leaves and a decrease in the specific leaf surface. The vital state of stands is a response to the degree of extremity of growing conditions. Healthy specimens predominate in the recreational area of the city, and severely damaged and dying ones - in the transport zone. Most of the dead-hardy trees are recorded in street plantings. Large deviations of bioindication parameters were revealed in comparison with the control in areas with increased anthropogenic load. The Betula pendula species used as the object of research is sensitive to stressful environmental conditions and can be used to assess the state of the environment during monitoring.
Problems and conditions for using renewable energy sources in the energy supply systems of the Far North
Authors: Gavrilova Zh L 
Published: February 2022

Abstract
The article discusses the problems of energy supply systems and the applications of renewable sources in the Far North. The specifics of energy supply in the northern regions (the lack of a centralized power supply system, the presence of a large number of isolated autonomous power supply systems) is studied. The special conditions of the Far North regions, which are taken into account in the implementation of projects, are analyzed and the main ones are discussed. Disadvantages of RES-based plants are identified. Programs aimed to increase the efficiency of electricity consumption are proposed. Measures such as the use of frequency-controlled drives and energy efficient engines, the replacement of industrial equipment with more energy efficient models, the use of modern thermal insulation materials in the construction of buildings, should be taken. Examples of buildings in Far North settlements and wind turbines and SESs are provided.
Assessment of the efficiency of the food system in the context of measures aimed at the development of the regional agroindustrial complex
Authors: Ternavshchenko K O , Frantsisko O Yu , Molchan A S , Asanova N A 
Published: February 2022

Abstract
The formation and functioning of the food system of the region depends on the effectiveness of the development of its agro-industrial complex. The article reveals a methodology for assessing the effectiveness of the functioning of the food system of the region on the basis of international practice of assessing food security, taking into account the peculiarities of regional differentiation, including the assessment of indicators in three areas: physical accessibility, quality and safety, natural resources and sustainability.
Geoecological problems of the Terek-Kuma artesian basin
Authors: Gadzhimusaeva Z G , Ashurbekova T N , Musinova E M , Klycheva S M , Isaeva N G 
Published: February 2022

AbstractThe state of the quality of drinking water and soil of the settlement has a direct impact on the health of the population and this problem is undoubtedly relevant for most territories of the Republic of Dagestan. In this regard, this article discusses the results of studies of drinking water from artesian wells and soil in the village of Bogatyrevka, located 18 km northwest of the city of Makhachkala in the Republic of Dagestan and 8 km west of the Caspian Sea coast, with a population of about 3200 people. The object of research were soils and artesian waters, which are used by the population of the village as a source of drinking water, since there is currently no centralized drinking water supply.
Restoration and use of fallow lands disposed of from agricultural use
Authors: Nurgaliyev A , Gumarova Zh , Japarov R , Nurgaliyeva G , Mussina M 
Published: February 2022

Abstract
The article presents the results of research on the development of fallow lands in the dry steppe zone of the West Kazakhstan region. The main goal of the work is to develop methods for the effective use of waste land and the flow of organic matter into the soil. The issues of the development of an optimal mechanism for the restoration of abandoned lands and the creation of a forage base for animal husbandry are considered. Experimental studies were carried out to determine the agrophysical and agrochemical parameters of soils in the initial state and annually, at the end of the growing season. The data on the yield of perennial forage grasses and their two- and three-component mixtures are presented. As a result of the research, the main parameters of the fertility of dark chestnut soils in the dry steppe zone of the Urals were determined, the agrophysical state of the soils was assessed, data on changes in the aggregate composition and the accumulation of root mass under various grasses and their mixtures were obtained. Analysis of the data obtained from three-year studies showed that in rainfed conditions of the region, it is possible to get good shoots of leguminous and cereal grasses. Starting from the second year of the life of the grasses, it was possible to carry out two cuttings, and a significant increase in yield can be noted for all variants of the experiment. Sowing of perennial grasses, especially of their mixtures, improves the aggregation of the soil, which is also especially noticeable in the 2nd and 3rd years. The total number of agronomically valuable aggregates 1-3 mm in size in the 0-40 cm layer increased by an average of 52%, and water-resistant aggregates - by 17% compared to the control option. Perennial grasses and their mixtures leave behind a significant amount of root mass. The humus content for three years of cultivation of leguminous-cereal perennial grasses increases from 0.08 in the grasses to 0.21% in alfalfa.
Cost assessment of biomass coal fuel on air pollution and coal consumption reduction
Authors: Marganingrum D , Khalifah M N , Nursetyowati P 
Published: February 2022

Abstract
The use of coal as an energy source in the industrial sector has been quite massive, but the negative impact has not been a serious concern. We realized that the use of coal had caused pollution, including air pollution from coal-burning processing and water and soil pollution from the coal solid waste (fly ash and bottom ash), which not be appropriately managed. This study aims to assess the beneficiary of utilizing the unburnt carbon as co-firing in boiler industrial compared with air emission impact—the unburnt carbon mixed with municipal solid waste treated firstly to be briquette. The briquette was called Biomass Coal Fuel (BCF), and it was used as coal substitution of 10-15%. The cost of air pollution calculation referred to the Ministry Environmental Regulation Number 13 of 2011. We have compared the cost of air pollution between before and after BCF substitution. Meanwhile, the beneficiaries were calculated from the reduction of coal consumption. The result showed that emissions cost just approximately 4-5% of the beneficiaries due to reductions in coal consumption that about 145.656 – 218.484 million rupiahs per year. The factory can use this beneficiary to improve air emission controlling and support environmental conservation.
Assessment of ceramic based photocatalytic as indoor air purifier during covid-19 pandemic
Authors: Prasetya H , Agustina L , Rinovian A , Muttaqin F D 
Published: February 2022

Abstract
In reducing number people who exposed covid-19, Government of Indonesia (GOI) have been issued micro-scale people activities limitation policy. Based on the policy, most people activities should be carried out in indoor area, called Work from Home (WFH). Indoor activities are at risk of expose to air pollution if there is a pollution source and unhealthy air circulation. Air purifier need develop to degrade pollution and inhibit microorganism. One of the promising technologies in air purification is Photocatalytic. Photocatalytic is an eco-friendly technique that emerged as a promising alternative for the degradation both organic and non-organic pollutants. Ceramic material (compared to aluminum and stainless steel) composited with Titanium dioxide (TiO2) has been investigated to have potential as an optimal photocatalytic medium. Aim of this study was to explore ability of ceramic based photocatalytic in degrade non-organic air pollutant. Earthenware ceramic was coated with photocatalyst material and examined their photocatalytic activation. A simple photo-reactor was established, to investigated performance of ceramic based photocatalyst air quality improvement which was contaminated with cigarette smoke. Result of the study was earthenware ceramic based photocatalyst able to improve air quality by reducing concentration of pollutants both physical and chemical parameters significantly.
A systematic review of the shape of disaster education
Authors: Subarno A , Dewi A S 
Published: February 2022

Abstract
Researchers conducted this disaster education research to convey the importance of disaster knowledge and awareness in disaster-prone areas. The purpose of this study was to analyze the forms of disaster education in the last decade. Several previous studies on disaster education were analyzed and reviewed. This systematic review used an article selection process. It defined the purpose, conducting a literature search, pulling articles by reading abstracts, reading the full papers, abstracting data, and conducting an analysis. The disaster education system was classified into formal and non-formal education, consisting of pre-disaster, emergency responses, and post-disaster learning materials. Lastly, 95 articles have been reviewed involving a total number of participants from 29 to 430 people. The majority of research methods in this article were lectured through experimentation and integrated learning. While the research instruments used were questionnaires, documentation, observations, and interviews. In various fields of research, game-based learning enhances the understanding of disaster prevention.
The Effectiveness Of Socialization Toward Students Understanding Of Tectonic Activities Disaster
Authors: Supriyadi S , Saputro NV , Aji M P , Linuwih S 
Published: February 2022

Abstract
The purpose of this research is to determine how much effectiveness rather than socialization, especially in terms of disaster which occurs because of tectonic activities. This relates to the location of Indonesia at the triple junction so it is prone to experiencing disasters due to tectonic activity. The alternative hypothesis (ha) states that there is a difference in understanding of tectonic disaster through socialization treatment. Research subjects were Indonesian students in Kuala Lumpur Malaysia. The method used is an experimental research method with a one group pretest and posttest strategy. The data obtained was analyzed in three ways which are normality test, product moment correlation test, and two party test. The normality test found that the distribution of data is normal with scale 0.007 for pretest and 0.353 for posttest based on Saphiro-Wilk test. The effectiveness is measured by t-test from SPSS. The result shows that the syg 2-tail is 0.000 which means that there is a significance in the research result. This makes the hypothesis can be accepted. The accepted hypothesis means that socialization is still a good way to make people understand about the disaster and make the chance of survival is getting higher.
Implementation of comprehensive school safety: the risk reduction and resilience education pillar in State Senior High School 1 of Pacitan and Islamic State Senior High School 1 of Pacitan, Indonesia
Authors: Syahputri Deasyka Milna , Aris Yunus , Hafida Siti Hadiyati Nur , Widiyatmoko Wahyu , Anwar Yaskinul , Dewi Ratih Puspita 
Published: February 2022

Abstract
Pacitan is vulnerable to earthquakes and tsunamis because it is located near the subduction zone between the Indo-Australian and Eurasian plates. So that it needs Disaster Risk Reduction efforts, one of the best measures is to implement the three pillars of Comprehensive School Safety. This study aims to analyze the implementation of the third pillar of Comprehensive School Safety, namely the Pillar of Risk Reduction and Resilience Education. The study was conducted at State Senior High School 1 of Pacitan and Islamic State Senior High School 1 of Pacitan because they directly face the Indian Ocean. This study used a quantitative approach with primary data obtained from filling out questionnaires by respondents. Respondents in this study were principals, teachers, and students involved in Scouting and Junior Red Cross in these two schools. The instrument was a questionnaire including teacher and education staff training, integration of disaster education into the curriculum, and extracurricular activities indicators. The results indicated that teacher and education staff and curriculum integration were not optimally carried out in these two schools. Furthermore, they have not yet established disaster mitigation extracurricular, but implementing disaster mitigation education was carried out through Scouts and Junior Red Cross.
Disaster literacy level of teachers and students in secondary school case study in Surakarta City, Indonesia
Authors: Ajar Seno Budhi , Ronggowulan Lintang 
Published: February 2022

Abstract
This article contains the level of information literacy and disaster literacy skills for teachers and secondary students in Surakarta in reviewing and responding to disaster information and symptoms of disasters. This article is based on Doyle’s theory that the most basic ability in information literacy is the ability to know the accuracy and completeness of information which is the basis for making sound decisions. Quantitative methods were used to test the ability of 20 teachers and 82 secondary students to examine the accuracy and completeness of disaster information and symptoms of disasters and the ability of teachers and secondary students to respond to disaster information and symptoms of disasters. the results presented in this article. First, the ability of information literacy in knowing the accuracy and completeness of information on teachers and secondary students is low because only 5.5% of teachers and 7.8% of students confirm the accuracy of disaster information, and only 5.2% of students who want to find the completeness of the information. Second, most teachers and secondary students generalize their responses to both disaster symptoms and disaster information, they will immediately evacuate if they receive disaster symptoms or information.
Ecosystem conservation of Mangrove Education Center (MEC) in handling abration disaster at Pangkalan Jambi village based on stakeholder engagement perspective
Authors: Seva T A , Purwanto W , Latuconsina A R 
Published: February 2022

Abstract
The coastal communities of Pangkalan Jambi Village lives in an abrasion-prone situation. This vulnerability can’t be separated from natural factor namely hydrodynamic phenomena worsened by lack of mangrove plants, which also caused by some destructive human activities that ruined the ecosystem. This phenomena, simultaneously creates an abrasion-prone situation on the Pangkalan Jambi Village’s coastal area, which is marked by the coastline decline on the village coast up to 115 meters. Hence, this study aims to examine an innovative idea to restore and conserve the mangrove ecosystem of village coastal area. Using descriptive qualitative approach with conceptual framework of stakeholder engagement, it focused on analyzing the idea of conservation of mangrove areas initiated by CSR PT Kilang Pertamina Internasional RU II Production Sungai Pakning in partnership with various stakeholders such as local government and also civil society organization as well. Activities that performed to conserve coastal mangrove areas in Pangkalan Jambi Village started from mangrove planting practice using Hybrid Engineering and Triangle Mangrove Barriers (Trimba), and developing Mangrove Education Center (MEC) area as a tourism spot as well as a learning laboratory for mangrove ecosystems.
Disaster mitigation-based environmental management model: a study on ten thousand hills, Tasikmalaya City, West Java
Authors: Fadjarajani S , As’ari R 
Published: February 2022

Abstract
Tasikmalaya seen from the physiographical aspect has its own uniqueness because it has many hills known as the ten thousand hills. The Ten thousand has functions, namely: geological, ecological, hydrological, aesthetic, economic, micro-climatological, natural defense/fortress (buffer zone), as well as education and tourism functions. The method used in this research is descriptive with field observation data collection techniques based on Satellite Imagery analysis.. The method used in this research is descriptive with field observation data collection techniques based on Satellite Imagery analysis. Data analysis is based on satellite imagery data processing with ArcGIS which was developed. The facts on the ground show that the extinction rate of the hill reaches 70%. One of the driving factors for the extinction of the hill was the mining of mineral. The distribution pattern and factual conditions in the field showed that 41.67% of the hills experienced extinction and 58.33% of the hills were heavily damaged by sand mining. This disaster mitigation-based environmental management model includes: 1) Zoning of hill areas based on conservation functions, 2) community participation based on economic improvement. Ten thousand hill zoning and community participation based on economic improvement can be used as role models for environmental management based on disaster mitigation in Tasikmalaya which is located in the ten thousand hill area.
Land surface temperature (LST) and soil moisture index (SMI) to identify slope stability
Authors: Putro S T J , Arif N , Sarastika T 
Published: February 2022

Abstract
Scientists widely use satellite images for scientific purposes, including investigation on earth science and environmental issues. Developing of many environmental models is due to replicating the natural process. Landslide is a known natural process controlled by slope stability which incorporates many parameters such as soil water content, morphology, and meteorological factor. Both LST and SMI were derived from satellite images, while SMI was the derivation of LST, meanwhile the use of both parameters in determining slope stability was rarely done. This research explores the use of LST and SMI in slope stability modeling. The LST analysis was calculated based on SEBAL (Surface Energy Balance Algorithms) using Landsat 8 imagery. The LST was then used to construct the SMI. Slope stability (FS) was calculated using the Selby model. All those variables were then cross-plotted in a regression to find the R2 value. The result shows a weak connection between FS-LST and FS-SMI with the R2 value of 9,09% and 8,16%. A stronger connection is only demonstrated in FS-Slope regression with a value of 70,98%. The weak R2 indicates that the model is not fit to calculate the FS of the Selby model. The LST and SMI were derived from satellite images and did not directly correspond to the soil characteristic as SMI was derived from LST and vegetation indices. Further empirical data collection needs to be used to build a better model on FS.