Consumer Resource Research Articles

Efficiency of regulation of investment activity of an ecological orientation at industrial enterprises

Environmental issues are becoming more and more relevant in the modern world. Industrial enterprises play an important role in environmental pollution, and investment in environmental projects is becoming a key strategy to reduce the negative impact. This research paper examines the effectiveness of environmental investment regulation in industrial enterprises and evaluates its impact on environmental sustainability and economic growth. Modern society is facing the threats of climate change, the depletion of natural resources and the deterioration of the quality of the environment. Industrial enterprises, as one of the largest consumers of resources and sources of pollution, have an important role to play in solving these problems. Investments in environmental projects in industrial enterprises can help reduce the ecological footprint and contribute to sustainable development.

An efficient approach for solving a job shop scheduling problem with resources constraints: a case study iCIM 3000

In this work, we are interested in a job shop scheduling problem (JSSP) with resources availability constraints. The aim consists in scheduling a set of N jobs on M machines. To be processed in the system, each job needs an number of consumable resources that are available in a limited quantity. Solving such a problem means finding better jobs sequencing in order to minimise the maximum execution time. We suggest two different methods to solve the above-mentioned problem. We firstly propose a set of four heuristics based on priority rules. Then, we make call to genetic algorithm. Using a real job shop manufacturing system data, a large-scale experiment was performed in order to analyse the performance of the proposed methods. The studied system is called iCIM 3000. The simulation results reveal that the new proposed heuristics are better than genetic algorithms and achieve to good solutions in shorter time.

Uticaj pandemije COVID-19 na digitalnu infrastrukturu i servise

The COVID-19 pandemic has caused drastic changes in the telecommunications and information and communication technologies market. The telecommunications sector is becoming one of the key ones in combating the consequences caused by the pandemic. It appears that digitalization, right behind health care, is crucial for successfully overcoming the new situations and that its role will be even more dominant in the future. Access to the Internet has provided an opportunity for everyday life to unfold. However, due to the growing need for network access, congestion occurs and the availability of consumable resources is reduced. It was necessary to efficiently solve the new problems on the network and overcome all the challenges to make the digital infrastructure more ready and reliable for future emergencies. In this paper, the importance of the digital infrastructure and the availability of telecommunication services during the COVID-19 pandemic are analyzed. The effects of the growing Internet traffic volume on the availability and network performances are presented. Potential critical segments and limitations of the existing digital infrastructure, as well as the future development goals for telecommunication networks, are identified. In addition, the effects of the COVID-19 pandemic on the digital divide and digital economies are observed.

Skill Development of Students for Economic Empowerment

A study was conducted in College of Home Science, Department of Family Resource Management and Consumer Science organized skill development classes for the economic empowerment of the students. These classes are geared towards the needs of students in a particular context keeping in view their social needs, culture and geographic realities. The present study was carried out to enhance the economic empowerment of students of Kumarganj through skill development. A Total 124 respondents participated in the study. Primary data were collected through interview schedule. Results revealed that about 80 percent of the respondents improved their skills in functional and decorative crafts while 87 percent respondents contributed to family income. Following a skill development programme, 70% of respondents agreed that they had improved their leadership and communication skills. The findings indicated that organising students into self-help groups was a relevant strategy for empowering them, as poor students expressed a strong tendency to derive strength from being a member of the group. The intervention of Family Resource Management and consumer science had a positive impact on students' functional status. It was observed that there is a perfect fit between skills, resource available, technological options and marketing avenues.

Reconstructing midge consumer-resource dynamics using carbon stable isotope signatures of archived specimens.

Population cycles can be caused by consumer-resource interactions. Confirming the role of consumer-resource interactions, however, can be challenging due to an absence of data for the resource candidate. For example, interactions between midge larvae and benthic algae likely govern the high-amplitude population fluctuations of Tanytarsus gracilentus in Lake Mývatn, Iceland, but there are no records of benthic resources concurrent with adult midge population counts. Here, we investigate consumer population dynamics using the carbon stable isotope signatures of archived T. gracilentus specimens collected from 1977 to 2015, under the assumption that midge δ13 C values reflect those of resources they consumed as larvae. We used the time series for population abundance and δ13 C to estimate interactions between midges and resources while accounting for measurement error and possible preservation effects on isotope values. Results were consistent with consumer-resource interactions: high δ13 C values preceded peaks in the midge population, and δ13 C values tended to decline after midges reached high abundance. One interpretation of this dynamic coupling is that midge isotope signatures reflect temporal variation in benthic algal δ13 C values, which we expected to mirror primary production. Following from this explanation, high benthic production (enriched δ13 C values) would contribute to increased midge abundance, and high midge abundance would result in declining benthic production (depleted δ13 C values). An additional and related explanation is that midges deplete benthic algal abundance once they reach peak densities, causing midges to increase their relative reliance on other resources including detritus and associated microorganisms. Such a shift in resource use would be consistent with the subsequent decline in midge δ13 C values. Our study adds evidence that midge-resource interactions drive T. gracilentus fluctuations and demonstrates a novel application of stable isotope time-series data to understand consumer population dynamics.

Basin water ecological compensation interval accounting based on dual perspectives of supply and consumption: Taking Qingyi River Basin as an example

Basin water ecological compensation is an effective means of coordinating environmental protection and economic development and promoting sustainable development. A reasonable compensation interval (the value range of the compensation standard) is the basis for final pricing. At present, the calculation method of the compensation interval has not been unified in the current research, and it is rarely considered comprehensively from the perspective of both parties of compensation. Based on the perspectives of upstream water resources suppliers and downstream water resources consumers, this paper proposes a water ecological compensation interval accounting method based on emergy analysis theory and water ecological footprint method. From the perspective of the supply side, the remaining ecological economic system services value supplied by the upstream area is taken as the lower limit; from the perspective of the consumer side, the value of ecological economic system services actually occupied by downstream areas is taken as the upper limit. Taking the Qingyi River Basin as an example, the results show that there is a serious ecological deficit in the lower reaches of the Qingyi River Basin, and reasonable compensation needs to be given to the supplier Xinzheng City; the accounting method based on dual perspectives is better than traditional. The method is more precise and greatly shortens the value range of the compensation standard. This study provides a novel and complete ecological compensation interval accounting method, which provides a more accurate and reasonable reference for the determination of ecological compensation standards in the basin, and helps the government to improve and implement the ecological compensation mechanism.

The rich or the poor? Personal resources, do-it-yourself, and innovation in the household sector

Household sector innovation is significant in scale and scope. Thus far, it has been studied in isolation and with mixed evidence regarding the role of personal resources (consumers' income and discretionary time). We recognize that household sector innovation is embedded in the broader phenomenon of do-it-yourself (DIY) by consumers, as the literature reveals conceptual similarities, parallel motivations, and antecedents. The main distinction is that, whereas DIY goods may replicate existing products, household sector innovation is restricted to goods embodying a novel function. We explore if studying household sector innovation and DIY in an integrated framework helps to resolve previous inconsistent evidence on the role of personal resources. Based on a neoclassical model in which agents optimize their time allocation, we hypothesize that income and discretionary time positively relate to their DIY output, but—given that agents develop DIY goods—we hypothesize that income negatively relates to innovation. For discretionary time, we formulate a research question regarding its effect on innovation which we answer empirically. Our findings suggest that consumers with more personal resources derive more process benefits from DIY but that these benefits crowd out individuals' focus on the function of their objects, hence, the likelihood of developing innovations. Survey data from the United Arab Emirates (n = 2728) confirm our suppositions, showing that the relationship between personal resources and household sector innovation is more refined than suggested by previous studies.

The transformation and development of traditional industry guided by industrial culture IP

The gradual shortage of consumable industrial resources has brought some problems to traditional industries, such as slow technological renewal, decline of pillar industries, population outflow in the cities where they are located, and relatively weak natural and cultural resources. Therefore, it is urgent to apply cross-border thinking to give vitality to the innovation of traditional industrial culture and promote the expansion of traditional industries to cultural industries. Based on the research on the IP empowerment advantages, the identifiable, marketable, authorized and transformable industrial culture IP will be used as the guide to promote “cultural innovation” and “digital innovation” as the internal driving force of industrial development, and the industrial development model of “IP+ industrial culture” will be used to promote the high-quality development of traditional industries. Thus, it is feasible in practice and significant in theoretical research to leverage the traditional industrial transformation and development with the high-quality industrial culture IP symbol, the shaping of offline industrial cultural economy and the digital expansion of online industrial cultural economy.

Mango Leaf Webber (Orthaga euadrusalis Walker, (Pyralidae: Lepidoptera); A Potential Threat in Tropical Plains of Nepal

Mango Leaf Webber (Orthaga euadrusalis Walker, 1858) is a phytophagous insect feeding on mango leaves by scraping the leaf surface leaving behind midribs and habitat inside the webbed leaf bunch, which is one of the major pests of mango in south Asian nations including Nepal. The infestation of the pest has the potential to cause production loss of 25-100% if not managed. Thus, the management of the pest is crucial to protect mango production and collateral economics. For management, the web nest can be scraped off and burnt along with pupa and larva. Integrated management practices include biological methods using predators like Brachymeria lasus, Hormius, Hormiusa, Pediobius bruchicida, Oecama sp., etc. pathogens like Serratia marcescens and Beauveria bassiana, etc., pruning and removal of old and infested branches and planting resistant variety like Amrapali, the legal method by regulating mobility of plant parts as well as the chemical method by using chemical pesticides like Quinalphos, Cypermethrin, Chlorpyriphos, Acephate and botanical pesticides like Nimbicidine, Nemactine, etc. for management of the pest. The management methods given in this paper would be a valuable resource for mango growers, researchers, and consumers in managing the mango leaf Webber problem.

The ephemeral resource patch concept.

Ephemeral resource patches (ERPs) - short lived resources including dung, carrion, temporary pools, rotting vegetation, decaying wood, and fungi - are found throughout every ecosystem. Their short-lived dynamics greatly enhance ecosystem heterogeneity and have shaped the evolutionary trajectories of a wide range of organisms - from bacteria to insects and amphibians. Despite this, there has been no attempt to distinguish ERPs clearly from other resource types, to identify their shared spatiotemporal characteristics, or to articulate their broad ecological and evolutionary influences on biotic communities. Here, we define ERPs as any distinct consumable resources which (i) are homogeneous (genetically, chemically, or structurally) relative to the surrounding matrix, (ii) host a discrete multitrophic community consisting of species that cannot replicate solely in any of the surrounding matrix, and (iii) cannot maintain a balance between depletion and renewal, which in turn, prevents multiple generations of consumers/users or reaching a community equilibrium. We outline the wide range of ERPs that fit these criteria, propose 12 spatiotemporal characteristics along which ERPs can vary, and synthesise a large body of literature that relates ERP dynamics to ecological and evolutionary theory. We draw this knowledge together and present a new unifying conceptual framework that incorporates how ERPs have shaped the adaptive trajectories of organisms, the structure of ecosystems, and how they can be integrated into biodiversity management and conservation. Future research should focus on how inter- and intra-resource variation occurs in nature - with a particular focus on resource×environment×genotype interactions. This will likely reveal novel adaptive strategies, aid the development of new eco-evolutionary theory, and greatly improve our understanding of the form and function of organisms and ecosystems.

MODFLOW and HYDRUS Modeling of Groundwater Supply Prospect Assessment for Distant Pastures in the Aksu River Middle Reaches

As in many regions across the world, southeastern Kazakhstan is subjected to ongoing water-resource depletion. The livestock sector is already a major natural water resource consumer, with groundwater use becoming its water supply strategy. Remote pasture infrastructure development requires new water resources to allow pasture area circulation. The distant pastures in the middle reach of the Aksu River consist of three pastures, with a total area of 32,450 ha and a permissible number of 3245 livestock heads. The HYDRUS-1D water transport model and MODFLOW groundwater-flow model simulated complex water infrastructure prospect hydrogeological scenarios to allow the consumption of 302.4 m3 per day for livestock keeping on pasturelands. During pumping for livestock watering, projected production well drawdowns were quantitatively evaluated. The findings show that the projected pumping flow rate equals 288 m3/day during the water consumption season and 95 m3/day outside the water consumption season. While the production wells on pastures No. 2 and No. 3 can be considered reliable, on pasture No. 1, an additional production well is needed. To maintain the production wells’ drawdowns to less than 6 m, a projected pumping flow rate reduction to 216 m3/day and 70 m3/day, respectively, is required.

Limited effects of size-selective harvesting and harvesting-induced life-history changes on the temporal variability of biomass dynamics in complex food webs

Harvesting has been implicated in destabilizing the abundances of exploited populations. Because selective harvesting often targets large individuals, some studies have proposed that exploited populations often experience demographic shifts toward younger, smaller individuals and become more sensitive to environmental fluctuations. The theory of consumer–resource dynamics has been applied to address the impacts of harvesting in simple modular food webs, but harvested populations are embedded in a complex food web in nature. In addition, exploited populations have been shown to undergo trait evolution or phenotypic changes toward early maturation at smaller sizes. Using an empirically derived complex food web model, Kuparinen et al. (2016. Fishing-induced life-history changes degrade and destabilize harvested ecosystems. Scientific Reports: 6, 22,245) demonstrated that exploited fish populations and other ecosystem properties increased variability due to harvesting and harvesting-induced life-history evolution in the absence of environmental fluctuations. In the present study, we examined a large set of simulated complex food webs to attest the generality of the findings in Kuparinen et al. (2016). We found that harvesting both increased and decreased temporal variability of fish biomass dynamics, especially in food webs with intrinsically oscillating dynamics, while the vast majority of the food webs did not experience destabilization. We also elucidated the large impacts of the shape of functional responses on food web structure, energy flow, and changes in temporal variability caused by harvesting. Our results suggest that the destabilizing or stabilizing effects of harvesting and harvesting-induced evolution importantly depend on the shape of functional responses in dynamical models of complex food webs and that food webs with intrinsically oscillating dynamics are more prone to changes in temporal variability caused by harvesting and harvesting-induced evolution.

Oxidative Treatment of Paper Mill Effluent by TiO2 Photocatalysis and Photo-Fenton Reagent

The pulp and paper industry have historically been one of the world’s largest consumers of freshwater resources and producers of wastewater discharges. More than 250 chemicals have been identified in effluents including chlorine-based organic and other toxic compounds. Some of these are resistant to biological degradation such as color-related compounds. The goal of this study was to analyze the real wastewater from the paper mill and to suggest a photocatalytic treatment method in order to reduce the organic pollutants load. The efficiency of the commonly used treatment photocatalytic processes (photo-TiO2 and photo-Fenton reagent) on the treatment of real paper mill effluent was investigated. Additionally, the performance of TiO2 photocatalytic reactions with and without the addition of hydrogen peroxide was also examined. For the experiment, a 500 mL pyrex UV reactor and a 125-W high-pressure mercury lamp, surrounded by pyrex filter blocking wavelengths below 290 nm were used. The approach has been applied for the treatment of effluents produced from a papermaking industry.

The Socioeconomic Impacts of Emergent Biotechnology on the Next Human Age

Modern biotechnology has progressed to unforeseeable heights, from genetic engineering to radical life extension. The rapid advent of this technology has enforced upon us a duty to contemplate the ethics surrounding it to inform our decisions. One pressing aspect of contemporary bioethics lies in medical developments that have become widely consumed resources. In modern society, big pharmaceutical companies dominate the healthcare industry, which makes them uniquely positioned to introduce new-age biotechnology as consumer resources. A "big pharma" future exemplified by the emergence of revolutionary new-age biotechnology presents severe ethical concerns. This paper describes potential scenarios where emergent biotechnology becomes a consumer resource as a result of aggressive marketing, indirect coercion, and monopoly of the "big pharma" companies. Chasing higher profitability and benefiting from their monopoly position, big pharmaceutical companies can price new biotechnologies at excessive levels, resulting in new biotechnology proliferating along socioeconomic lines. Such a development threatens to create an elite genetic class and destroy social mobility. In order to mitigate such consequences, this paper proposes a price cap mechanism to improve equal access to emerging biotechnology and promote innovations in breakthrough treatments.

Modelling ecological communities when composition is manipulated experimentally

Abstract In an experimental setting, the composition of ecological communities can be manipulated directly. Starting from a pool of species, it is possible to co‐culture species in different combinations, ranging from monocultures, to pairs, and all the way up to the full species pool. Leveraging datasets with this experimental design, we advance methods to infer species interactions using density measurements taken at a single time point across a variety of distinct community compositions. First, we introduce a fast and robust algorithm to estimate parameters for simple statistical models describing these data, which can be combined with likelihood maximization approaches. Second, we derive from consumer–resource dynamics a family of statistical models with few parameters, which can be applied to study systems where only a small fraction of the potential community compositions have been observed. Third, we show how a Weighted Least Squares framework can be used to account for the fact that species abundances often display a strong relationship between means and variances. To illustrate our approach, we analyse datasets spanning plant, bacteria and phytoplankton communities, as well as simulations, consistently recovering a good fit to the data and demonstrating the ability of our methods to predict equilibrium densities in out‐of‐sample communities. By combining more robust model structures and fitting procedures along with a more flexible error model, we greatly extend the applicability of recently proposed methods to model community composition from experimental data, opening the door for the analysis of larger pools of species using sparser and noisier datasets than was previously possible.

Trophoblastic microcirculation occlusion as an adjunct to electric vacuum aspiration for the treatment of endogenous cesarean scar pregnancy

To describe a simple adjunct treatment option, trophoblastic microcirculation occlusion (TMO), which could change subsequent high-risk electric vacuum aspiration in patients with an endogenous cesarean scar pregnancy (CSP) into a routine conventional surgical procedure. Electric vacuum aspiration for the treatment of CSP may be associated with several significant complications, including hemorrhage and tissue remnants. Consequently, a second intervention, such as uterine artery embolization, resectoscopy, or methotrexate, may be required, thus complicating the surgical treatment of CSP. We demonstrate the principle and detailed technique of TMO treatment using animations, video clips, and slides. The study was approved by the institutional review board of Hangzhou Women's Hospital. Tertiary maternity hospital. The video shows a 30-year-old woman with a 5-week endogenous CSP. The procedural steps were repeated in another 6 patients suffering from endogenous CSP (Table1). Written informed consent was obtained from each patient. In patients with a CSP, the syncytiotrophoblastic cells erode the helicine arteries in the inner uterine myometrium. The cytotrophoblastic cells extend as villi tissue into the syncytiotrophoblast. Maternal blood enters the intervillous space between the cytotrophoblast and syncytiotrophoblast. The syncytiotrophoblast, cytotrophoblast, and intervillous space constitute the trophoblastic microcirculation, which subsequently becomes the main blood supply to the gestational sac (Fig.1). During TMO treatment, the trophoblastic microcirculation is identified by contrast-enhanced ultrasound with the cubital vein injected with sulfur hexafluoride microbubbles (Bracco, Switzerland). A 21-gauge needle (200 mm long) was punctured vaginally into the uterine myometrium surrounding the syncytiotrophoblast at 3 different points, and a total of 8 mL sclerosant was injected directly to seal the trophoblastic microcirculation. Complete compression of the helicine arteries for trophoblastic blood supply is the key to TMO treatment (Fig.2, see video interpretation for detailed information). A repeat contrast-enhanced ultrasound was performed after injection to confirm a significant reduction of blood flow in the trophoblast. An electric vacuum aspiration was performed 24 hours after TMO treatment to remove the products of conception completely. Surgical safety was enhanced by deep sedation and concurrent transabdominal ultrasound guidance. The levels of β-human chorionic gonadotropin (β-hCG) were measured weekly until a nonpregnant level was achieved. A follow-up ultrasound then was performed to confirm that the treatment was complete. The clinical value and feasibility of TMO treatment as an adjunct before high-risk electric vacuum aspiration for the management of endogenous CSP. The TMO treatment was performed successfully in all 7 patients; the clinical outcomes are presented in Table2. The TMO treatment significantly reduced the risk of hemorrhage during electric vacuum aspiration. No complications were detected perioperatively. Patients were discharged on day 1 postoperatively. Follow-up ultrasound, performed when the levels of β-hCG had fallen to normal, failed to identify any remnants of the uterine corpus. One patient achieved an intrauterine pregnancy 7 months postoperatively and gave birth to a live baby at 39 weeks of gestation via repeat cesarean section. No cesarean scar dehiscence was observed. Surgical abortion of an endogenous CSP, with a high risk of intraoperative hemorrhage, can be performed with minimal blood loss in a single electric vacuum aspiration when assisted by TMO treatment. This technique provides good results in terms of bleeding reduction that are comparable to those in conventional patients. The TMO treatment can be accomplished via ultrasound-guided needle puncture, a technique that is available widely in the practice of reproductive medicine with a reduced need for consumable resources. The use of a simple adjunct treatment option, TMO, expands the indications of electric vacuum aspiration. This sequential treatment allows for completion of clinical management without the need for uterine artery embolization, resectoscopy, or methotrexate, thus simplifying the originally complicated form of surgical treatment for CSP.

PDCM Finder: an open global research platform for patient-derived cancer models.

PDCM Finder (www.cancermodels.org) is a cancer research platform that aggregates clinical, genomic and functional data from patient-derived xenografts, organoids and cell lines. It was launched in April 2022 as a successor of the PDX Finder portal, which focused solely on patient-derived xenograft models. Currently the portal has over 6200 models across 13 cancer types, including rare paediatric models (17%) and models from minority ethnic backgrounds (33%), making it the largest free to consumer and open access resource of this kind. The PDCM Finder standardises, harmonises and integrates the complex and diverse data associated with PDCMs for the cancer community and displays over 90 million data points across a variety of data types (clinical metadata, molecular and treatment-based). PDCM data is FAIR and underpins the generation and testing of new hypotheses in cancer mechanisms and personalised medicine development.

Amplified Cyclicality in Mast Seeding Dynamics Positively Influences the Dynamics of a Seed Consumer Species.

AbstractTemporal autocorrelation in environmental conditions influences population dynamics through its effects on vital rates. However, a comprehensive understanding of how and to what extent temporal autocorrelation shapes population dynamics is still lacking because most empirical studies have unrealistically assumed that environmental conditions are temporally independent. Mast seeding is a biological event characterized by highly fluctuating and synchronized seed production at the tree population scale as well as a marked negative temporal autocorrelation. In the current context of global change, mast seeding events are expected to become more frequent, leading to strengthened negative temporal autocorrelations and thereby amplified cyclicality in mast seeding dynamics. Theory predicts that population growth rates are maximized when the environmental cyclicality of consumer resources and their generation times are closely matched. To test this prediction, we took advantage of the long-term monitoring of a wild boar population, a widespread seed consumer species characterized by a short generation time (∼2 years). As expected, simulations indicated that its stochastic population growth rate increased as mast seeding dynamics became more negatively autocorrelated. Our findings demonstrate that accounting for temporal autocorrelations in environmental conditions relative to the generation time of the focal population is required, especially under conditions of global warming, where the cyclicality in resource dynamics is likely to change.

Environmental context determines pollution impacts on ecosystem functioning

Global change assessments have typically ignored synthetic chemical pollution, despite the rapid increase of pharmaceuticals, pesticides and industrial chemicals in the environment. Part of the problem reflects the multifarious origins of these micropollutants, which can derive from urban and agricultural sources. Understanding how micropollutants harm ecosystems is a major scientific challenge due to asymmetries of stress across trophic levels and ecological surprises generated by multiple drivers interacting in human‐impacted landscapes. We used field assays above and below municipal wastewater treatment plants (WWTPs) in 60 sampling locations across 20 Swiss streams to test how micropollutants and nutrients originating from WWTPs affect two trophic levels (microbes and detritivores) and their role in leaf litter processing. Wastewater impacts were asymmetric across trophic levels, with the detritivore contribution declining relative to microbial‐driven decomposition. The strength of negative impacts were context dependent, peaking at sites with the highest upstream abundances of detritivorous invertebrates. Diffuse pollution from intensive agriculture and wastewater‐born micropollutants contributed to reduced litter processing rates, including indirect effects apparently mediated through negative influences of insecticides on detritivores. Asymmetries in stress responses across trophic levels can introduce quantitative changes in consumer–resource dynamics and leaf litter processing. This means functional redundancies at different trophic levels are insufficient to compensate for biodiversity losses, causing environmental stressors such as chemical pollutants to have pervasive ecosystem‐level impacts.

A Conceptual Model for Integrating Sustainable Supply Chain, Electric Vehicles, and Renewable Energy Sources

The effects of climate change can be seen immediately in ecosystems. Recent events have resulted in a commitment to the Paris Agreement for the reduction of carbon emissions by a significant amount by the year 2030. Rapid urbanisation is taking place to provide room for an increasing number of people’s residences. Increasing the size of a city and the number of people living there creates a daily need for consumable resources. In the areas of transportation, supply chains, and the utilisation of renewable energy sources, deliver on pledges that promote the accomplishment of the Sustainable Development Goals established by the United Nations. As a result, the supply chain needs to be handled effectively to meet the requirements of growing cities. Management of the supply chain should be in harmony with the environment; nevertheless, the question of how to manage a sustainable supply chain without having an impact on the environment is still mostly understood. The purpose of this study is to present a conceptual model that may be used to maintain a sustainable supply chain with electric vehicles in such a way that caters to both environmental concerns and human requirements. As part of the continual process of achieving sustainability, interrelationships between the various aspects that are being investigated, comprehended, and applied are provided by the model that was developed. It is self-evident that governmental and international organisations that are concerned with supply-demand side information will benefit from such a model, and these organisations will locate viable solutions in accordance with the model’s recommendations. Beneficiaries consist of individuals who are active in the supply chain and are concerned with supply-demand side information. These individuals also need to understand how to effectively manage this information.