Consumption Waste Research Articles

The Role of Environmentally Responsible Interior Design in Healthcare for Enhanced Patient Well-being

While the healthcare industry is struggling with environmental impacts, it is also trying to bring together holistic design practices to create sustainable, patient-centered and ecologically responsible, energy-efficient healthcare areas. With the increase in studies focusing on the positive effects of the ecological design approach on the well-being and recovery processes of patients, the integration of green elements into healthcare structures becomes even more important. Integration of environmentally responsible design (ERD) principles into hospital interior design; It contributes significantly to reducing carbon emissions, resource consumption and environmental waste. At the same time; by optimizing energy-efficient systems, adopting sustainable materials, and creating patient-centered healing spaces by utilizing natural light and natural ventilation, it can be both contributed to the treatment process and reduce carbon footprints. This study proposes a new approach that integrates ERD elements with healthcare interior design. Recognizing that the built environment and human health are interconnected, the research examines innovative design strategies to promote healing through environmentally responsible interior design (ERID). The focus of this approach is on combining ERD strategies such as healing design, patient-centered design, evidence-based design and the use of sustainable materials, daylight, natural ventilation, energy-efficient design, sustainable design, biophilic design. As a result of this integration, by drawing attention to the role that patient-centered green interior designs play in improving the health and well-being of patients and the efforts to minimize the negative effects of hospitals on the environment. Also, it is aimed to encourage the health and construction sectors in this sense and proposed a path towards a green future.

Conceptualising and measuring consumer perceptions of brand wastefulness

Consumers consider the wastefulness of brands and are predisposed to exhibit aversion to those perceived as wasteful. However, there is a lack of consensus on how consumers associate wastefulness with brands and how this impacts downstream consumer brand responses. Integrating conceptualisations in the literature with original consumers’ insights, we conceptualise consumer perceived brand wastefulness (CPBW) as a multidimensional construct comprising perceptions of (1) unnecessary consumption, (2) inefficient utilisation, and (3) tangible waste. A multi-phase scale development process validated a CPBW scale measuring each dimension. The scale distinguished between consumer perceptions of more vs less wasteful brands and demonstrated CPBW as conceptually distinct from perceptions of brands’ environmental friendliness and corporate social responsibility (CSR). CPBW was related to unfavourable consumer brand responses, including a reduced purchase likelihood, lower willingness to pay a price premium, negative self-conscious emotions, and lower perceptions of brand quality and credibility. We discuss the theoretical and managerial implications and directions for future research.

Study on general industrial solid waste and carbon reduction in China: Coupling coordination model, life cycle assessment and environmental safety control

The production of general industrial solid waste (GISW) which has grown rapidly along with the economy, has become a bottleneck that is impeding the sustainable and healthy growth of society and the economy. At the same time, China, as the country with the largest carbon emissions at present, has set a double carbon target, so China is faced with the dual goal of promoting the synergy of GISW pollution and carbon reduction. This paper systematically reviews the actual production data, literature reports, standard specifications, etc. of GISW and carbon dioxide emission in China, and processes the data with synergistic effect model. Both GISW and carbon emission in China show an obvious spatial aggregation effect, and the coupling and coordination index of both grows from moderate maladjustment to senior coordination stage, and the synergistic effect of different regions gradually increases. Selecting typical pollutants from key provinces analyzed based on coupling coordination degree, and the life cycle assessment was performed using SimaPro 9.0 software, the results show that fly ash is more destructive to the environment and causes higher carbon emissions than the other two GISW, with carbon emission equivalent being about 1.8 times that of tailings and 1.6 times that of EMR. Compared with the carbon emission equivalent of 1.12 × 103 kg CO2 eq in the preparation of traditional cementitious materials, the preparation of coal-based cementitious materials generates less greenhouse gases with carbon emission equivalent of about 1.06 × 103 kg CO2 eq, which has a significant solid waste consumption effect as well as carbon reduction effect. Meanwhile, from the GISW storage process, a disposal environmental safety control system is established mainly for heavy metals, volatile organic compounds and atmospheric pollutants by comprehensively referring to literature and standard specifications.

Pest risk assessment of African Leucinodes species for the European Union.

Following a request from the European Commission, the EFSA Panel on Plant Health performed a quantitative risk assessment for the EU of African Leucinodes species (Lepidoptera: Crambidae), which are fruit and shoot borers, especially of eggplant type fruit. The assessment focused on (i) potential pathways for entry, (ii) distribution of infested imports within EU, (iii) climatic conditions favouring establishment, (iv) spread and (v) impact. Options for risk reduction are discussed, but their effectiveness was not quantified. Leucinodes spp. are widely distributed across sub-Saharan Africa but are little studied and they could be much more widespread in Africa than reported. Much African literature erroneously reports them as Leucinodes orbonalis which is restricted to Asia. The import of eggplant type fruit from sub-Saharan Africa consists of special fruit types and caters mostly to niche markets in the EU. The main pathway for entry is fruit of Solanum aethiopicum and exotic varieties of eggplant (S. melongena). CLIMEX modelling was used with two possible thresholds of ecoclimatic index (EI) to assess establishment potential. Climates favouring establishment occur mostly in southern Europe, where, based on human population, 14% of the imported produce is distributed across NUTS2 regions where EI ≥ 30; or where 23% of the produce is distributed where EI ≥ 15. Over the next 5 years, an annual median estimate of ~ 8600 fruits, originating from Africa, and infested with African Leucinodes spp. are expected to enter EU NUTS2 regions where EI ≥ 15 (90% CR ~ 570-52,700); this drops to ~ 5200 (90% CR ~ 350-32,100) in NUTS2 regions where EI ≥ 30. Escape of adult moths occurs mostly from consumer waste; considering uncertainties in pathway transfer, such as adult emergence, mate finding and survival of progeny, the annual median probability of a mated female establishing a founder population in NUTS regions where EI ≥ 15 was estimated to be 0.0078 (90% CR 0.00023-0.12125). This equates to a median estimate of one founder population ~ every 128 years (90% CR approximately one every 8-4280 years). Using an EI ≥ 30, the median number of founder populations establishing in the EU annually is 0.0048 (90% CR 0.0001-0.0739), equating to a median estimate of one founder population approximately every 210 years (90% CR approximately one every 14-7020 years). Under climate change for the period 2040-2059, the percent of infested produce going to suitable areas would be increased to 33% for EI ≥ 15 and to 21% for EI ≥ 30. Accordingly, the waiting time until the next founder population would be reduced to median estimates of 89 years for EI ≥ 15 (90% CR ~ 6-2980 years) and 139 years for EI ≥ 30 (90% CR 9-4655 years). If a founder population were to establish, it is estimated to spread at a rate of 0.65-7.0 km per year after a lag phase of 5-92 years. Leucinodes spp. are estimated to reduce eggplant yield by a median value of 4.5% (90% CR 0.67%-13%) if growers take no specific action, or 0.54% (90% CR between 0.13% and 1.9%) if they do take targeted action, matching previous estimates made during a risk assessment of L. orbonalis from Asia.

Analisis Penggunaan Pembayaran Paylater terhadap Perilaku Konsumsi Masyarakat dalam Pandangan Islam

The market has experienced unprecedented growth in recent years, which has significantly impacted the way consumers conduct their consumption behavior by offering a new payment method called PayLater. PayLater is intended to direct people to consumptive behavior in purchasing products because of the payment process later. In fact, Islam has certain principles regarding consumption activities, including the prohibition of waste in personal and collective consumption. So, in Islam, consumption must be based on needs, not just to fulfill desires which of course have no end. This research aims to determine the effect of using PayLater on Islamic consumption behavior by using three X variables including Convenience (X1), Trust (X2) and Lifestyle (X3). This research uses a quantitative approach with a population of 150 respondents. The data collection technique used was by distributing questionnaires online via Google Form. Data analysis techniques use the Classic Assumption test, Multiple Linear Regression Test using the t test, F test and coefficient of determination test. The results obtained from this research using the SPSS program obtained results from the coefficient of determination test of 94% while the remaining 6% was influenced by external variables. Multiple linear regression of the variables Convenience (X1), Trust (X2) and Lifestyle (X3) which have an influence on the PayLater Usage Behavior variable (Y).

El tratamiento del consumo intensivo y la generación de residuos en los libros de texto de Educación Secundaria

Intensive consumption and massive waste generation are considered some of the most important current socio-environmental issues. In view of this, education is considered key. In this paper, we analyse one of the most widely used teaching resources in secondary school classrooms: the textbook (TB). The results of the analysis of 14 TB of 7th and 10th grade indicate that they do not establish adequate connections between the causes, consequences and possible solutions to the problem, nor do they contextualise them in the students' possibilities for action. Furthermore, the images used do not provide relevant information and are inoperative, while the activities do not favour the development of the responsibilities and commitments needed to promote changes in behaviours. Therefore, the TBs analysed do not contribute to the desired awareness, neither to the promotion of more sustainable attitudes and habits in the face of this socio-environmental problem.

Enhancing the Fermentation Process in Biogas Production from Animal and Plant Waste Substrates in the Southeastern Region of Bulgaria

Annually, a huge amount of waste from plant biomass and animal manure is produced from agriculture and animal farming. Many studies provide information on the biomethane potential of agricultural and livestock wastes, but only a few studies have investigated the application of the substrates in combination. The objective of the study is to enhance the fermentation process in the digester for biogas production, obtained from animal and plant waste substrates. In four batch processes for three months, the temperatures and the residence time of the substrates in the fermenter were analyzed. Simultaneously, electricity and thermal energy were produced via cogeneration units, which were exported to the public grid and city heating network. The plant substrate is a silage mixture of corn and wheat waste. The animal substrate is a mixture of beef and pig manure. Animal and vegetable waste raw materials are collected and transported to the site, located in the region of southeastern Bulgaria. The total annual consumption of animal and plant waste is 17,971 t/year. The enhancement of the process leads to the production of 1,506,000 Nm3 CH4/a of methane, the generation of which requires 299.63 MWh/a of electricity and 649.09 MWh/a thermal energy.

Sustainable Logistic Management Plan as an alternative to minimize budget difficulties of Higher Education Institutions

Brazil has increased its scientific production in the past four decades, with public universities playing a major role in scientific and technological research in the country. Recent cuts in governmental budgets to these institutions put them at risk of closing down, impacting not only education, but also research and development in the country, thus threatening the future of the national science and technology system. Sustainable actions may help universities to overcome this crisis. The aim of this study was to evaluate the results of the implementation, in 2008, of a Sustainable Logistic Management Plan (SLP) at the Federal University of Health Sciences of Porto Alegre (UFCSPA). Indicators were collected by UFCSPA Environmental Management Commission (EMC) and were publicly available. The study analyzed indicators such as water and energy consumption and special waste production to assess trends in environmental aspects and their respective impacts. The number of graduate and undergraduate courses at UFCSPA increased during the period, therefore most indicators showed an increase in resource consumption in absolute values. However, a decrease was observed when consumption was analyzed per capita. Accordingly, overall consumption of electricity increased 143% from 2008 to 2020, whereas a reduction per capita was observed. Special waste production increased 46% from 2013 to 2020, but per capita production remained stable and water consumption, despite having an average annual increase of 8%, also had a per capita reduction. This study shows how sustainable actions implemented by UFCSPA affected the use of resources, reducing the consumption of water, electricity, disposable materials, and waste per capita. Therefore, we can conclude that the actions implemented by the university in 2008 and monitored by the EMC in the SLP contributed significantly to achieving financial balance in the institution.

Assessment and Sustainable Management Strategies for Plastic Waste in Can Tho City, Vietnam: A Circular Economy Approach

This study presents a comprehensive analysis of plastic waste accumulation in both terrestrial and aquatic environments in Can Tho city, Vietnam, a nation with high per capita plastic consumption and significant plastic waste discharge. Focusing on urban residential areas, riverside communities, suburbs, and rural regions, the research investigates the extent and impact of plastic waste in these diverse settings. Additionally, the study examines the accumulation of plastics at barriers, under bridges, and in the Hau River, identifying the predominance of single-use plastics and their environmental implications. The key findings indicate that the plastic waste leakage at land-based-source emission sites is substantial, with waste persisting for extended periods without effective clean-up. The study reveals a significant accumulation of plastics at barriers and bridge bases in aquatic environments, including along the river. The pollution level was observed to be more influenced by the quantity of waste rather than its mass per unit area, emphasizing the need for targeted waste reduction strategies. The study also identifies seven types of plastic, each associated with different sources of accumulation or settlement. This variety presents both challenges and opportunities for waste management and recycling. Significantly, the research underscores the potential of repurposing plastic waste into recycled products, aligning with the circular economy model. This approach not only extends the lifecycle of plastic products but also contributes to reducing plastic waste generation and minimizing the environmental impact. Overall, the findings highlight the urgent need for improved waste management practices in Vietnam, particularly in urban and riverside areas, and advocate for innovative recycling solutions to mitigate the environmental challenges posed by plastic pollution.

Transgenic black soldier flies for production of carotenoids

The black soldier fly (BSF), Hermetia illucens, has gained traction recently as a means to achieve closed-loop production cycles. BSF can subsist off mammalian waste products and their consumption of such waste in turn generates compost that can be used in agricultural operations. Their environmental impact is minimal and BSF larvae are edible, with a nutritional profile high in protein and other essential vitamins. Therefore, it is conceivable to use BSF as a mechanism for both reducing organic waste and maintaining a low-impact food source for animal livestock or humans. The main drawback to BSF as a potential human food source is they are deficient in fat-soluble vitamins such as Vitamins A, D, and E. While loading BSF with essential vitamins may be achieved via diet-based interventions, this undercuts the goal of a closed-loop as specialized diets would require additional supply chains. An alternative is to genetically engineer BSF that can synthesize these essential vitamins. Here we describe a BSF line that has been engineered with the two main carotenoid biosynthetic genes, CarRA and CarB for production of provitamin carotenoids within the Vitamin A family. Our data describe the manipulation of the BSF genome to insert transgenes for expression of functional protein products.

Biohydrogen production from food and agricultural wastes: A global review and a techno-economic evaluation for Turkey

Utilization of agricultural and food wastes for biohydrogen generation is a hot research topic. In this paper, biohydrogen generation potentials from wheat, maize, barley, rice and potato production, consumption, associated losses, and household food waste generation in Turkey is estimated till 2030 using novel semi-empirical holistic models based on different scenarios. It was estimated that up to 90 thousand tonnes of biohydrogen could be produced from household food wastes in Turkey in 2030. This amount of biohydrogen would be worth 1.5 billon US$ and generate nearly 0.8 billion US$ of net return. In addition, this study clearly shows that there is a great potential for economic gain from agricultural and food waste based biohydrogen generation in Turkey. In conclusion, the methodology developed in this study could be used by researchers around the world to estimate local and national level biohydrogen generation potentials from agricultural and food wastes.

Assimilation of fish farm wastes by the ecosystem engineering bivalve Atrina zelandica

As feed-additive aquaculture expands to open ocean areas, there is concern that ecologically important habitats may be adversely impacted by sedimentation of farm wastes. In this study, we investigated assimilation of salmon faecal wastes by an ecosystem engineering bivalve that occurs in open ocean environments (Atrina zelandica), as well as effects on physiology and fatty acid metabolism. A. zelandica were subjected to one of 3 treatment diets (fish faeces, 1:1 mix of algae:faeces and algae) in a 51 d laboratory trial. We found a diet-related response in fatty acid composition, including increased prevalence of oleic acid (OA) in digestive tissues of A. zelandica fed on both the fish faeces diet and the mixed diet, indicating fish wastes were assimilated in both treatments. Fish waste consumption was related to a more marked reduction in fatty acid content of digestive gland, as well as lower proportions of long-chain polyunsaturated fatty acids (LC-PUFA) in digestive tissues. Fatty acid composition in gonad and muscle tissues was more strongly influenced by sex. Regardless of dietary treatment, females accumulated C18 fatty acids in gonad tissues, particularly OA, which may preclude the use of OA as a fish waste tracer in this organ. The accumulation of specific fatty acids according to sex may indicate a capacity for preferential selection and retention or biosynthesis of biologically important fatty acids. If present, these mechanisms may increase resilience of A. zelandica to stress from deficiencies in LC-PUFA when using fish wastes as a trophic subsidy.

Analysis and Modeling of the Dynamics of Neutralized and Disposed of Industrial Production and Consumption Waste

The issues of modeling neutralized and disposed of waste from production and consumption of industrial production facilities are considered. The types of economic activities related to industrial production are considered: mining, manufacturing, supply of electricity, gas and steam;air conditioning. For these types of economic activity, statistical data on the volume of shipped products of own production, the volume of generated production and consumption waste, disposed and neutralized waste, and current environmental protection costs were analyzed. The general trends inherent in all types of economic activity under consideration, as well as the characteristic features of each of them, are revealed. Regression multifactorial models have been developed that reflect the impact of production volume and environmental protection costs on the amount of non-neutralized and non-utilized production waste.

Evaluation of the consumption of agricultural and urban waste by the diplopod Trigoniulus corallinus as a strategy for formulating new combinations for the millicomposting process.

This study aimed to measure the consumption of different types of plant waste by the diplopod species Trigoniulus corallinus, in order to determine which would be the most suitable for the millicomposting process. To this end, a waste consumption experiment was carried out in the laboratory, using a completely randomized experimental design with 15 replicates and 13 organic residues from different sources. After 10days, the following parameters were evaluated: dry mass of the waste used to feed the diplopods, dry mass of the fecal pellets, and diplopod mortality. Significant differences were observed in the consumption rates of the diplopods in the different treatments, with the highest rates being observed for Mimosa caesalpiniifolia, with 44.49%, followed by Gliricidia sepium chips, with 38.24%. The highest values for pellet mass were obtained from the decomposition of Mimosa caesalpiniifolia litter (0.891g). The treatment with Syngonium auritum shavings showed 93% mortality after consumption, followed by the treatment with Heliconia psittacorum shavings, which showed 53%. Both species are ornamental and widely found in gardens and backyards. The diplopods have a preference for Mimosa caesalpiniifolia litter and Gliricidia sepium shavings. There is limited consumption of ornamental plant waste, with reports of toxicity to other organisms. Based on these results, a mixture of waste will be tested for millicomposting in urban farming areas that excludes toxic plants.

Energy Innovation and Sustainability on Campus: Implementation of A Biogas System at IFBA Salvador

Objective: To investigate the feasibility and benefits of implementing a biogas system at IFBA Salvador campus, focusing on energy sustainability and efficient waste management. Theoretical Framework: Addresses the importance of energy sustainability in educational environments, with an emphasis on the use of biogas as an alternative to LPG. Examines the environmental impact of using fossil fuels and the effectiveness of biogas-based solutions. Method: Uses an exploratory approach to collect and analyze data on LPG consumption and organic waste generation at the IFBA Salvador campus cafeteria and restaurant. The methodology includes quantitative analyses of GHG emissions and the assessment of the infrastructure needed to implement the biogas system. Results: Reveals significant potential for reducing LPG consumption and GHG emissions through the implementation of biogas. Identifies environmental and economic benefits, including the estimated annual savings and reduction of CO2 emissions. Research Implications: Highlights the importance of the project for energy sustainability and environmental awareness in the educational context. Emphasizes the role of waste management and renewable energy in reducing environmental impact and promoting sustainable practices. Originality/Value: Presents an innovation in the Brazilian educational context, demonstrating the applicability and benefits of biogas systems in academic environments. Contributes to the advancement of knowledge in energy sustainability and waste management in the educational sector.

Tri-chromic sustainable tools of derivative/discrete Fourier transform HPLC convoluted peaks: Application on LCZ696, an antihypertensive supramolecular complex, with its in process and degradation impurity analysis

The aim of this manuscript is to discuss the use of chemometrics approaches in handling the response data of HPLC to sustainable analytical chemistry procedure development. This was performed on FDA approved LCZ696, an antihypertensive supramolecular complex of sacubitril (SAC) and valsartan (VAL), with the in process and degradation impurity (BMP). Structure similarity between SAC and its in process and degradation impurity (BMP) makes it difficult for their simultaneous determination and need too much time and solvent consumption for their separation. It was found that convolution of the resulting derivative curves using 8-points sin xi polynomials (discrete Fourier functions) after derivative treatment of the chromatographic response data was beneficial in handling one of the most common chromatographic problems which is overlapping of the chromatographic peaks without complete resolution, thus, reducing time of analysis and solvent consumption. The chemometric data handling succeeded in analyzing LCZ696, with its closely related in process impurity in less than 4.5 min. reaching impurity detection limit of 0.5 % in presence of the parent drug, SAC, while the direct chromatographic measurement showed higher LOD and LOQ of BMP with poor recovery, outside the accepted range 98–102 %, ranging from 80.56 to 104.41. Moreover, the proposed chemometric methodology will be compared with other chromatographic methods in terms of greenness, blueness and whiteness (tri-chromic assessment) using Analytical Eco Scale, AGREE, Blue Applicability Grade Index (BAGI) and the up-to-date Chlortox scale in addition to the white RGB 12 model in order to ascertain the influence of chemometric methods in minimizing the amount of time spent conducting the analysis and reducing solvent, energy and waste consumption.

Environmental impact and damage assessment of oil trunkline transportation by life cycle assessment method

AbstractAs climate issues gradually attract public attention worldwide, the operation of crude oil pipelines has been attached with new emission‐reduction targets. Though previous studies concerning life cycle assessment (LCA) of oil and gas pipelines have estimated the carbon footprint to some extent, there is a lack of research on life cycle carbon emissions that take the process of crude oil pipelines transportation. the main objective of this study is to build a comprehensive LCA model of carbon footprint for crude oil pipeline systems. A gate‐to‐gate analysis is provided for the LCA model, which means that the entire pipeline's life cycle from the extraction to disposal is considered. The LCA approach used both midpoint and endpoint impact assessment methods to evaluate the environmental impacts of crude oil pipeline transportation in Iran. The study analyzed the major environmental impact categories, such as greenhouse gas emissions, energy consumption, water usage, and solid waste generation. The results showed that the crude oil pipelines transportation has significant environmental impacts in Iran. The three highest impacts on the midpoint scale are marine ecotoxicity by 61.54 kg 1,4‐DCB, terrestrial ecotoxicity by 52.26 kg 1,4‐DCB and fossil resource scarcity by 40.22 kg oil eq. The endpoint impacts of three stations were also compared. The Chamran, Abadan and Zanganeh stations have 95.44%, 94.22%, and 6% impacts on human health, respectively. Also, Abadan station has the largest amount of damage to ecosystems and resources with 96.65% and 80.02%, respectively. The findings of this study could be used by policymakers, oil companies, and other stakeholders to make informed decisions and implement strategies to reduce the environmental impact of oil transportation in Iran.

Pest risk assessment of Leucinodes orbonalis for the European Union.

Following a request from the European Commission, the EFSA Panel on Plant Health performed a quantitative risk assessment of Leucinodes orbonalis (Lepidoptera: Crambidae), the eggplant fruit and shoot borer, for the EU. The assessment focused on potential pathways for entry, climatic conditions favouring establishment, spread and impact. Options for risk reduction are discussed but effectiveness was not quantified. L. orbonalis is a key pest of eggplant (aubergine/brinjal) in the Indian subcontinent and occurs throughout most of southern Asia with records mostly from India and Bangladesh. The main pathway of entry is fruit of solanaceous plants, primarily exotic varieties of eggplant, Solanum melongena and turkey berry, S. torvum. The trade in both commodities from Asia is small but nevertheless dwarfs the trade in other Solanum fruits from Asia (S. aethiopicum, S. anguivi, S. virginianum, S. aculeatissimum, S. undatum). Other Solanum fruits were therefore not further assessed as potential pathways. The trade in eggplant from Asia consists of special fruit types and caters mostly to niche markets in the EU, while most eggplant consumed in Europe is produced in southern European and northern African countries, where L. orbonalis does not occur. Using expert knowledge elicitation (EKE) and pathway modelling, the Panel estimated that approximately 3-670 infested fruit (90% certainty range, CR) of S. melongena or fruit bunches of S. torvum enter into regions of the EU that are suitable for L. orbonalis establishment each year. Based on CLIMEX modelling, and using two possible thresholds of ecoclimatic index (EI) to indicate uncertainty in establishment potential, climates favouring establishment occur mostly in southern Europe, where, based on human population, approximately 14% of the imported produce is distributed across NUTS2 regions where EI ≥ 30; or 23% of the produce is distributed where EI ≥ 15. Escape of adult moths occurs mostly from consumer waste. By analysing results of different scenarios for the proportion of S. melongena and S. torvum in the trade, and considering uncertainties in the climatic suitability of southern Europe, adult moth emergence in areas suitable for establishment is expected to vary between 84 individuals per year and one individual per 40 years (based on 90% CR in different scenarios). In the baseline scenario, 25% of the solanaceous fruit from Asia is S. torvum, 75% is S. melongena and EI ≥ 30 is required for establishment. After accounting for the chances of mating, host finding and establishment, the probability of a mated female establishing a founder population in the EU is less than 1 in 100,000 to about 1 event per 622 years (90% CR in baseline scenario). The waiting time until the first establishment is then 622 to more than 100,000 years (CR). If such a founder population were established, the moth is estimated to spread at a rate of 0.65-7.0 km per year after a lag phase of 5-92 years. The impact of the insect on the production of eggplant is estimated to be 0.67%-13% (CR) if growers take no specific action against the insect and 0.13%-1.9% if they do take targeted actions. Tomato (S. lycopersicum) and potato (S. tuberosum) are hosts of L. orbonalis, but the insect does not develop to maturity in tomato fruit, and it does not feed on potato tubers under field conditions; hence, damage to potato can only occur due to feeding on shoots. Tomato and potato are not preferred hosts; nevertheless, impact can occur if populations of L. orbonalis are high and preferred hosts are not available. The Panel did not assess this damage due to insufficient information.

Problems of identification and elimination of objects of accumulated environmental damage in the Russian Federation

The article discusses the problems of identifying and eliminating objects of accumulated environmental damage in the Russian Federation. In the 20th century, the Soviet Union paid almost no attention to the management of production and consumption waste. This has led to widespread accumulation of waste in dumps, tailings dumps, sludge reservoirs, sludge pads and other industrial facilities. The situation began to change in the early 90s, when, under the auspices of the State Committee for Ecology of the Russian Federation, comprehensive programs for the management of production and consumption waste began to be developed in some regions of the country. But after the liquidation of the State Committee for Ecology of the Russian Federation in 2000, this work practically stopped. We returned to this issue only in the 2000s, when the Decree of the Government of the Russian Federation No. 455 of April 13, 2017 approved the Rules for maintaining the State Register of Objects of Accumulated Environmental Damage. The analysis showed that at the beginning of 2023, 683 objects were included in the register of the Russian Federation. Of these, only 13,3 % were liquidated. The largest number of objects included in the register was in the Siberian Federal District — 185, but not a single object in this district was liquidated. The largest number of liquidated objects, both in physical quantity and in percentage, was in the North Caucasian Federal District — 51 objects (56,0 % of the total number of liquidated objects and 62,2 % of those identified in this district). It has been suggested that it is possible that the procedure for registration of objects for inclusion in the register is quite complicated, which does not allow it to be carried out quickly enough. There is also no uniform nomenclature in the names of objects, which significantly complicates the analysis of the current situation.

Simulation-Driven Strategies for Improving Natural Ventilation in Educational Spaces: A Case Study of An Educational Building in Sari

Any architectural space, especially the architecture of an educational complex, should provide comfort for human beings in the face of geographical and climatic characteristics. Climatic factors have always profoundly affected the formation of the physical environment of buildings. Energy demand has always been one of society’s most critical issues. Saving resources is one of the architectural design goals to achieve a suitable environment-friendly architecture. This architectural approach, which comes from the concepts of sustainable development, is one of the basic human needs in the current world due to its compatibility with the environment. The goal is to build constructions that can improve the climate, prevent the waste of energy consumption, and avoid the adverse effects of construction on the environment. In traditional Iranian architecture, there are numerous passive methods; natural ventilation is an essential part of Iranian conventional building design, which is being ignored today. Since humid and moderate climates have high relative humidity on most days of the year, one important goal is to move the stagnant moisture inside to establish a suitable thermal environment for occupants. The research method of the present study is descriptive-analytical, which has been experimented with according to library studies in addition to climate and meteorological data. Then, analysis of the data is provided by an energy simulator. It is concluded that the best orientation of the educational building is south, which can provide proper natural ventilation and solar heat gain. In other words, optimal interior air quality is achieved in this orientation.