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Abstract

Cleanliness plays a critical role in shaping not just the appearance of a place but the overall health, dignity, and prosperity of its people. It is a cornerstone of environmental sustainability and public health, directly influencing the quality of life in both urban and rural communities. A clean environment fosters community pride, supports tourism, and contributes to local economic development. However, maintaining cleanliness is not a one-size-fits-all endeavour. Urban and rural areas face distinct challenges due to differences in population density, infrastructure, available resources, and cultural practices. Urban regions often struggle with high volumes of waste, traffic congestion, and pollution, demanding advanced waste management systems and policy enforcement. In contrast, rural areas may face limitations in sanitation infrastructure and awareness, making behaviour change and community involvement crucial. Regardless of the setting, a lack of cleanliness can lead to serious health consequences, including the spread of infectious diseases, respiratory illnesses, and infections caused by poor hygiene and improper waste disposal. To create healthier, more sustainable communities, there is a continuous need to invest in context-specific cleanliness strategies, public education, and inclusive policy-making. Empowering communities through participation and awareness is key to transforming cleanliness from a challenge into a shared civic value.

Keywords

Cleanliness, Environmental Sustainability, Public Health, Urban Sanitation, Rural Waste Management, Disease Prevention, Hygiene Infrastructure, Community Well-being.

Introduction

Challenges in Urban Cleanliness and Disease Risk

Urban areas face a high density of residents and considerable commercial and industrial activity, which generate vast quantities of waste and pollutants. Ineffective waste disposal practices and pollution from vehicles, industries, and residential areas exacerbate public health risks. For example, the improper disposal of solid waste contributes to unsanitary conditions that attract pests, which can transmit diseases. Urban areas are also more prone to air pollution, often linked to respiratory illnesses such as asthma, chronic bronchitis, and lung infections (World Health Organization, 2023). Urban environments with insufficient sewage and waste management systems see higher incidences of waterborne diseases, including cholera, dysentery, and typhoid. Contaminated water sources, stemming from inadequate waste treatment, facilitate the spread of pathogens, affecting a large number of people due to high population density (UN-Habitat, 2021). In addition to waterborne diseases, uncollected garbage in urban spaces serves as breeding grounds for mosquitoes, which transmit diseases such as dengue, malaria, and chikungunya (Centers for Disease Control and Prevention, 2022). In addressing these issues, urban centres require advanced infrastructure, such as efficient sewage and drainage systems, regular garbage collection, and air quality control measures. Strict governmental regulations and citizen involvement are crucial in sustaining these systems and reducing disease risks (Smith & Lee, 2020). However, limited resources in developing regions often hinder the implementation of such infrastructure, leaving populations vulnerable to infectious diseases associated with poor sanitation.

Rural Cleanliness Challenges and Disease Impact

Rural regions, despite their lower population density, face unique cleanliness and sanitation challenges, primarily due to limited access to infrastructure, health education, and governmental oversight. Open defecation remains a common practice in many rural areas due to a lack of toilets, leading to environmental contamination and the spread of parasitic and waterborne diseases (Jha et al., 2019). Inadequate waste disposal systems in rural communities mean that household waste is often dumped in nearby fields, water bodies, or roadside areas. This not only pollutes the environment but also attracts animals and insects that can carry infectious agents (Kumar & Singh, 2021). Stagnant water from unmaintained surroundings serves as a breeding ground for mosquitoes, increasing the risk of vector-borne diseases.Access to clean drinking water is another pressing issue in rural areas. Wells and ponds, which are common sources of drinking water, are often unprotected and contaminated due to runoff from nearby defecation sites or agricultural waste. This leads to frequent outbreaks of diarrhoea, dysentery, and other gastrointestinal infections (World Bank, 2022). Improving rural sanitation requires a multifaceted approach, including the construction of toilets under programs like the Swachh Bharat Mission, promoting hand hygiene, and ensuring clean water supply systems. Community-led initiatives and behavior change campaigns are crucial to ensuring the adoption of healthy sanitation practices (Patel & Shah, 2020).

Socioeconomic and Cultural Factors Affecting Cleanliness and Disease

Both urban and rural areas face socioeconomic and cultural barriers to achieving cleanliness, which further impacts public health. In urban slums, for instance, limited financial resources constrain access to basic sanitation facilities, and overcrowded conditions make disease prevention difficult. Cultural norms and a lack of awareness also play a role; in some urban communities, for instance, individuals may not perceive waste separation and proper disposal as essential practices, leading to unsanitary conditions that promote disease transmission (Abdulhadi, et al., 2024). In rural areas, cultural practices and beliefs can sometimes hinder the adoption of sanitation measures. For instance, open defecation may be culturally accepted or even preferred in some rural communities, despite the health risks it poses (P Untouchability, L Pits, 2017). Additionally, economic constraints in rural regions limit the availability and accessibility of sanitation facilities, as many households cannot afford private toilets or proper waste disposal services. Governmental interventions, such as subsidies for toilet construction and educational campaigns promoting sanitation, are essential in shifting these practices and reducing disease incidence(Chakrabarti, et al., 2024).

The Role of Cleanliness in Disease Prevention

Maintaining cleanliness is not merely a matter of aesthetics but a vital public health measure with direct implications for disease prevention. Diseases linked to poor sanitation, such as cholera, typhoid, hepatitis A, and various parasitic infections, are preventable with improved waste management and sanitation practices. For example, regular garbage collection and proper waste segregation in urban areas can significantly reduce the breeding grounds for disease vectors. Similarly, the construction of sanitary latrines and provision of clean water sources in rural areas can reduce the prevalence of waterborne and soil-transmitted diseases(Abanyie et al., 2022). Collaborative efforts between government bodies, local communities, and non-governmental organizations are crucial in promoting sanitation and hygiene practices. Public health education campaigns aimed at raising awareness about the health risks associated with poor cleanliness can encourage individuals to adopt healthier practices. Moreover, investment in infrastructure—such as sewage systems, water purification facilities, and waste disposal services—can improve sanitation and reduce disease incidence in both urban and rural settings(Ferreira et.al., 2021).

Literature Review

Diarrhoea, trachoma, schistosomiasis, and soil-transmitted helminths are all linked to poor sanitation, and current data suggests that in low- and middle-income areas, poor sanitation may be responsible for 280 000 fatalities (Prüss?Ustün et al., 2014). 2.4 billion people worldwide, 710 million of whom reside in cities, are thought to lack access to better sanitation. A significant problem is India, where 597 million people practice open defecation and 769 million lack access to proper sanitation, accounting for approximately two-thirds of the global estimate. The concept of "improved sanitation," which is used to track progress toward global goals, does not include "shared" sanitation facilities, which are utilized by two or more households. Concerns about shared facilities' unacceptability in terms of accessibility (facilities might not be available at night, or easily used by women and children) and cleanliness (shared toilets might not be as hygienic as non-shared ones, or they might lead to increased contact with human waste) are the main causes(Field and Jette, 2007). Although recent cross-sectional studies found no difference in health, water quality, or hygiene levels between shared and non-shared facilities, there is evidence that shared sanitation may be a risk factor for children's diarrhoea, raising doubts about the health benefits of using shared sanitation. Even though shared sanitation facilities are linked to negative health effects, an increasing percentage of the world's population still uses them (Caruso, B.A. and Freeman, M.C., 2020). In terms of family demographics, accessibility, amenities, and usage, we aimed to investigate the distinctions between communal and neighbour-shared restrooms. Techniques-In 30 slums in Orissa, India, we surveyed 295 homes that relied on shared sanitation. Of these, 60.3% used neighbour-sharing latrines, while the other houses used communal latrines(Heijnen et al., 2015). We gathered information on household demographics, performed spot checks at latrines, and gathered data on cleanliness, privacy, accessibility, and use indicators. Findings Households using communal facilities were more likely to have a person who practices open defecation, were larger, poorer, less educated, and less likely to have access to piped water than those using neighbour-shared facilities. On October 2, 2014, the anniversary of Mahatma Gandhi's birth, the Honourable Prime Minister of India, Shri Narendra Modi, came up with the idea and launched the Swachh Bharat Abhiyan (SBA) in Rajghat, New Delhi. The goal of this program is to help make India more hygienic, clean, and sanitary overall. The Swachh Bharat Mission (Urban) and the Swachh Bharat Mission (Gramin/Rural) are its two sub-missions, and it has clearly defined guidelines. Eliminating open defecation, eliminating manual scavenging, managing municipal solid waste in a modern and scientific manner, encouraging positive behavioural changes regarding good sanitation practices, raising awareness of sanitation and its connection to public health, and strengthening the ability of urban local bodies (ULBs) to foster an environment that encourages private sector involvement in capital expenditures as well as operation and maintenance expenditures are the goals of urban SBA (VerKuilen et al., 2023). Numerous government and non-governmental organizations are promoting the SBA and encouraging people to actively participate, as Indian citizens are the primary stakeholders who will determine the program's success. Although SBA is an ambitious initiative that has been effective in improving facilities and infrastructure, all of its goals can only be met if people understand its aim and have the right mindset toward waste management and basic sanitation. Studies evaluating the attitudes of the populace regarding cleaning and sanitation practices are scarce in the western region of Rajasthan. In light of this, the purpose of this study was to evaluate urban Jodhpur inhabitants' awareness, perception, and attitude toward cleanliness as well as their knowledge of SBA (Iyer et al., 2023). India, a nation with a complicated connection to cleanliness, is modernizing quickly, and as a result, urban infrastructure is expanding even more quickly than the population. Using the example of cleanliness in Mysore, Southern India, this study investigates the connections among resource use, social mobility, and infrastructural access in daily life (Jack et al., 2022). We use data from interviews with 28 Moreans regarding their attitudes and behaviours around cleanliness. Examining cleanliness by class, caste, and gender shows that in Mysore's globalizing cleanliness cultures, people in insecure situations with limited access to hygienic facilities are expected to clean more yet don't challenge the norm. We contend that the "great unwashed" are denied the opportunity to participate in society because hygiene shapes citizenship claims. One essential service offered by the Urban Local Body (ULB) to maintain sanitary and clean urban conditions is street cleaning(Gupta and Joshi, 2023). Through the implementation of Swachh Bharat Mission-Urban, the National Government has shown a stronger commitment to city cleanliness. The Government of India subsequently released updated guidelines for the management of municipal solid waste as well as new Solid Waste Management Rules 2016 (Balasubramanian, 2018). Nevertheless, there is a dearth of study on the causes of the decreased effectiveness of street sweeping in urban areas. Thus, this article's main goal is to comprehend the elements that affect street sweepers' perceptions of the effectiveness of street cleaning. Ahmedabad City was chosen as the case city since it was among the top ten performing cities in the Swachh Survekshan. CSR  is a powerful instrument for accomplishing a country's social and environmental objectives by working in tandem with businesses to address developmental obstacles in developing nations such as India. If the Indian State Government can secure the full backing of corporations to execute social welfare and awareness programs, it can make significant progress in government developmental programs (Ganesh, M.K. and Venugopal, B., 2024). The cleanliness campaign "Swachh Bharat Abhiyan (SBA)" is specifically mentioned in this paper. The Indian government recognized the scope of SBA and used corporate resources and expertise through corporate social responsibility (CSR) to work together on projects like building restrooms, treating sewage, cleaning rivers, and more. This paper explains how the government and corporations can work together to influence India's social demographics through corporate social responsibility (CSR). It does this by utilizing the resources and value of corporations and the government's expertise in identifying social gaps and developing development plans that will have a significant impact. This study aims to explore the function of corporate social responsibility (CSR) in India's government development plan. It investigates how public policy and corporate social responsibility initiatives interact. The existing literature on corporate social responsibility (CSR) and in-depth interviews with government and non-governmental organizations (NGOs) and social entrepreneurs that are involved in finding corporate partners and carrying out social campaigns serve as the foundation for this qualitative study. According to Mr. M. Venkaiah Naidu, the vice president of India, cleanliness promotes social well-being, mental health, and hygiene while preventing sickness. Urban India produces millions of tons of rubbish annually, with waste creation rising by 50% every ten years. According to the Chintan Environmental Research and Action Group, 20% of this rubbish will be retrieved by a horde of unofficial recyclers in large cities and less in smaller ones. But over 80% end up in open disposal sites, where they harm the environment, harm human health, and contribute to climate change. However, the yield of mechanical biological treatment (MBT) or composting plants was only 6–7% because of a lack of source separation, making them commercially unviable. Over 60% of the incoming stream was made up of rejects from these plants; the remaining mass transfer was made up of CO2 and escaping water vapor (Cook, E. et al.,  2015). As the internet has grown, social networks have emerged as the main platform for people to express their opinions on a variety of subjects. Social media data is thought to be sufficient and trustworthy for processing and gaining understanding of how people feel about any subject. An empirical analysis of Twitter data (roughly 400,000 tweets) pertaining to the Indian Cleanliness Campaign, known as Swachh Bharat Abhiyan (SBA), which aims to improve the nation's cleanliness situation, was conducted for this research project between December 1, 2017, and March 31, 2018. Here, Named Entity Recognition and partial keyword matching have been combined to geoparser the tweets and produce a demographic distribution of the data. This will make it easier to research how people are involved in various parts of the nation. Additionally, sentiment analysis of the tweets has been done to find out how people feel about the campaign. Additionally, to ensure the campaign's integrity, the tweets were separated into those made by the public and the government, and the corresponding feelings were compared to ascertain how the public and government are perceived differently across the nation (•     Kim, S. and Krishna, A., 2018). Since there hasn't been any research that focuses on thoroughly examining people's awareness and perceptions of SBA, this work can be regarded as interesting. Since most foreign visitors value cleanliness and want to get the most out of their trip without sacrificing their health, the future of tourism lies in places that preserve the environment and showcase the beauty of nature. When it comes to the factors that make cities appealing to tourists, urban cleanliness ranks highest. The world's cleanest cities are typically regarded as the top tourist destinations. The government's "Clean India" campaign demonstrates a clear correlation between job prospects and the growth of tourism ( Kuslhrestha, S. et al., 2021). This paper develops a theoretical framework for achieving several SDG targets, such as ending poverty, hunger, and other issues, and making all nations inclusive, safe, resilient, sustainable, and peaceful. It also discusses how tourism can be promoted by making cities and rural areas cleaner. This article presents a model that suggests achieving these goals by keeping cities and tourist destinations clean. If this goal is met and maintained, it would result in a significant increase in both domestic and foreign visitor traffic, which would generate a significant amount of direct and indirect employment and income. This, in turn, would help achieve SDG-Targets and SDG-16, which are aimed at fostering inclusive and peaceful societies. One of the most significant changes that occurs during adolescence is the onset of menstruation (Naz, M.S.G. et al., 2022). People in different parts of India are susceptible to genital tract infections because of a number of cultural customs, myths, and misconceptions around menstruation. A cross-sectional survey of 300 school-age teenage girls (10–19 years old) in the rural Wardha district of Maharashtra, India, was conducted to learn about their perceptions, information sources, and menstrual hygiene status (Sharma S. et al., 2020). The majority of the girls (41%), followed by the media (24%), and friends (19%), were the ones that informed them about their periods. Sixty-six percent of the girls with vaginal tract infections wore cloth. 37% of girls don't talk about their periods. The external genitalia were not clean enough (Rustagi, G et al., 2023). Therefore, it's critical to impart scientific knowledge to the girls and debunk their myths and misconceptions in order to promote safe and sanitary behaviours that will protect them from a variety of illnesses. One of the main factors influencing a country's development is cleanliness. The bulk of our efforts are focused on boosting economic activity because we live in a developing economy. Despite the fact that cleanliness and sanitation are crucial to the growth of an economy, they are sometimes overlooked in this process. A clean and hygienic environment guarantees fewer illnesses and healthier individuals, which raises production (Akpabio, E.M. and Udofia, E.I.S., 2017). Therefore, maintaining cleanliness can be viewed as a significant investment with substantial benefits. The Government of India has periodically developed a number of policies and introduced a number of initiatives to raise public awareness of cleanliness. But generally speaking, people are still unconcerned about cleanliness and hygiene, particularly when it comes to keeping public areas clean, even after the Indian government introduced all these initiatives. This study uses exploratory factor analysis to examine how Delhi's urban residents perceive cleanliness in general and the Swachh Bharat mission's implementation in particular.

Survey based study

A survey was conducted where villages in greater Noida were visited to engage with the local villagers and gather valuable insights based on the prepared questionnaire. The responses provided a deeper understanding of the local community’s perspectives and their needs, offering an informative snapshot of their views on cleanliness, major factors influencing cleanliness , problems they face and challenges to overcome those problems.

OBJECTIVE OF RESEARCH

Social well-being, environmental sustainability, and public health all depend on cleanliness. It has a major impact on a region's overall development, economic progress, and quality of life. However, because of variations in infrastructure, population density, cultural customs, and socioeconomic variables, preserving cleanliness in urban and rural locations poses both special opportunities and challenges. Understanding these processes and developing practical plans to advance sanitation, hygiene, and sustainable waste management require research on cleanliness in both urban and rural settings. Analysing the variables influencing sanitation practices, identifying problems, assessing the effects of cleanliness on the environment and human health, and suggesting workable remedies are the main goals of research on cleanliness in both urban and rural regions. This essay examines the particular goals of this kind of research, highlighting its significance in building a more sustainable, healthy, and clean world.

1. To Evaluate the Cleanliness of Rural and Urban Areas

Assessing the existing level of cleanliness in both urban and rural areas is one of the main goals of research. This calls for research: trash Management Systems: Examining the methods used in each regions for the collection, separation, and disposal of trash. Sanitation Facilities: Analysing the accessibility and use of water supply infrastructure, sewage systems, and restrooms. Public Awareness: Determining how much the general public understands the value of hygiene and cleanliness. Researchers can find weaknesses in current systems and draw attention to the areas that need urgent improvement by using this approach.

2. To Recognize the Difficulties Particular to Rural and Urban Cleanliness

Because of differences in infrastructure, cultural norms, and population density, urban and rural communities face quite different cleanliness difficulties. The goal of research is to recognize and comprehend these difficulties. Urban Difficulties: Waste production rises as a result of population growth. pollution from automobiles, factories, and inappropriate waste management. absence of sustainable urban planning and green areas. Rural Difficulties: restricted availability of sanitary facilities, which results in behaviours such as open defecation. Lack of resources, including cleaning materials, trash collection systems, and water. resistance to change as a result of cultural and traditional customs. Research can assist organizations and politicians in creating specialized responses for both urban and rural settings by recognizing these issues.

3. To Assess the Environmental and Health Effects of Cleanliness

Environmental quality and public health are directly impacted by cleanliness. In order to highlight the significance of cleanliness measures, research attempts to quantify these consequences. Health Impacts: Research focuses on the frequency of illnesses brought on by inadequate sanitation, such as respiratory issues brought on by pollution in cities and waterborne infections like cholera and diarrhoea in rural regions. Environmental Impacts: Studies look into how poor waste management impacts the quality of the air, water, and soil. This could include the consequences of industrial waste in urban regions and open dumping and agricultural runoff in rural areas. Knowledge of these effects supports the implementation of cleanliness initiatives as a priority for the environment and public health.

4. To examine cultural and socioeconomic aspects

Both urban and rural hygiene habits are greatly influenced by socioeconomic and cultural factors. Research explores: Economic Constraints: How income levels affect the availability of waste management services, sanitary facilities, and cleaning materials. Cultural norms: How attitudes about hygiene and cleanliness are shaped by customs and beliefs. Social Dynamics: How group efforts and community cohesion support the upkeep of a clean environment.

5. To Evaluate Current Policies and Programs

 Effectiveness To encourage cleanliness, governments and organizations have put in place a number of laws and initiatives. Examples include the Swachh Bharat Mission in India and global urban garbage recycling programs. Research assesses these initiatives' effectiveness by looking at: Program reach and coverage in both urban and rural areas. inadequacies in the execution of policies and difficulties with implementation. the effects of these initiatives on habit modification, health, and hygiene. These assessments aid in improving current tactics and expanding effective initiatives.

6. To Encourage Modifications in Behaviour

Achieving long-term cleanliness goals requires behavioural change. Understanding the behavioural obstacles to implementing clean practices and figuring out solutions are the goals of research. Awareness Campaigns: Evaluating how campaigns affect the general public's understanding of cleanliness. Motivational Factors: Knowing what motivates people to follow or disregard hygienic habits. Community Involvement: Examining how local authorities, educational institutions, and civic associations might encourage behaviour change. Research aids in creating awareness campaigns and programs that are more successful by addressing behavioural issues.

7. To Examine the Function of Innovation

Technology Both urban and rural sanitation practices could undergo a revolution thanks to innovation and technology. Research looks into: Urban solutions include recycling technologies, waste-to-energy facilities, and intelligent waste management systems. Eco-friendly toilets, biodigesters, and inexpensive sanitation systems are examples of rural innovations. Digital Tools: Apps for smartphones that track waste and notify problems with cleaning. Finding sustainable and scalable solutions that are adaptable to many situations is the goal.

8. To Offer Practical Suggestions

One of the main goals of study is to offer useful and doable suggestions for enhancing cleanliness. These suggestions could consist of: Policy Changes: To fill identified gaps, new policies or revisions to current ones are proposed. Infrastructure Development: Making recommendations for expenditures on water supply infrastructure, sanitary facilities, and waste management systems. Community Engagement: Promoting active methods in which locals take charge of sanitation campaigns.

9. To Track Development Over Time

Monitoring the advancement of cleanliness initiatives over time is another goal of research. This includes: carrying out baseline research to determine the existing state of cleanliness. establishing quantifiable objectives and progress markers. evaluating results on a regular basis and pinpointing areas that require further attention. This ongoing observation guarantees responsibility and aids

RESEARCH METHODOLOGY

Methodologies for Cleanliness in Urban and Rural Areas

Maintaining cleanliness is essential for social well-being, environmental sustainability, and public health. Because of differences in infrastructure, cultural norms, economic situations, and population densities, urban and rural places employ different approaches to maintaining cleanliness. A methodical approach to cleanliness necessitates carefully thought-out plans and methods that are adapted to the particular difficulties of various settings. The approaches taken to encourage cleanliness in urban and rural settings are compared in this essay, with an emphasis on the variations, difficulties, and possible solutions.

Cleanliness in Urban Areas: Methodologies and Approaches-

High population density, substantial trash creation, and sophisticated infrastructure are characteristics of urban environments. Modern, tech-driven approaches and community engagement tactics are used by cities to address these issues.

  1. Systems for managing waste

Cleanliness in cities is mostly dependent on effective waste management. The methods listed below are frequently employed: Segregation at Source: Separating garbage into categories such as recyclable, non-recyclable, and biodegradable is advised for urban enterprises and families. Recycling is made easier and the strain on landfills is lessened. Door-to-Door Collection: To ensure routine disposal, municipalities frequently arrange for rubbish to be picked up straight from residences and places of business. Cities invest in waste treatment plants, including incinerators for non-recyclable items, recycling plants for metals and plastics, and composting units for organic garbage. Smart Trash Bins: A lot of cities have bins with built-in technology that notify garbage collection services when they are full, maximizing pickup routes and minimizing overflow.

  1. Maintaining Public Spaces and Cleaning the Streets

Methods of urban cleanliness include routinely cleaning public areas, sidewalks, and streets. Mechanical Sweepers: Many towns employ automated equipment to clean their streets effectively. Manual Cleaning Crews: Committed employees make sure public spaces including parks, marketplaces, and bus stops are kept clean. Anti-Littering Policies: To promote appropriate waste disposal, cities provide plenty of dustbins in public areas and impose severe fines for littering.

  1. Measures to Control Pollution

Problems with soil, water, and air pollution are common in urban settings. Reducing contaminants is the main goal of cleanliness methodologies: Air Pollution Monitoring: To keep tabs on pollution levels and put policies like automobile emission limits into place, cities set up air quality monitoring stations. Sewage Treatment Plants: Clean urban rivers and lakes are guaranteed by properly treated wastewater. Industrial Regulations: To reduce hazardous waste and encourage environmentally friendly activities, urban governments impose regulations on industries.

  1. Participation and Awareness of the Community

Initiatives to keep cities clean frequently depend on community involvement. Among the methodologies are: Campaigns for Public Awareness: Initiatives such as "Clean My City" teach locals the value of cleanliness and their part in keeping it that way. Volunteering Initiatives: Cleanup campaigns in the community inspire people to actively participate in maintaining the cleanliness of their communities. Incentive-Based Programs: To encourage businesses and households to embrace clean practices, cities may provide incentives like tax breaks or recognition.

  1. Innovation and Technology

Technology is used in urban areas to solve cleanliness issues. Among the examples are: Waste Management Apps: Applications such as "Swachhata" enable users to report dirty locations, monitor the times for waste pickup, and offer comments on services. Renewable Energy from refuse: Waste-to-energy technologies are used in many cities to turn non-recyclable refuse into fuel or electricity.

Cleanliness in Rural Areas: Methodologies and Approaches-

Cultural differences, reduced population density, and inadequate infrastructure present unique issues for rural communities.Community-driven and resource-efficient approaches are the main emphasis of cleanliness methodologies in these regions.

  1. Cleanliness and the Elimination of Open Defecations

In rural locations, inadequate sanitary facilities are one of the main problems with cleanliness. The construction of accessible and reasonably priced restrooms, such as community or eco-friendly latrines, is a priority for governments and non-governmental organizations. Initiatives such as India's "Swachh Bharat Mission" raise awareness of the risks associated with open defecation and the need of utilizing toilets. Community-Led Total Sanitation, or CLTS, is an approach that uses education and workshops to encourage entire communities to embrace better sanitation practices.

  1. Rural Waste Management

In rural places, waste disposal systems are frequently non-existent or informal. Among the methodologies are: Composting: By employing compost pits to turn organic waste into fertilizer, less waste needs to be disposed of. Community garbage Management Centres: Consolidated garbage collection and sorting facilities guarantee appropriate recycling or disposal. Plastic Recycling Units: To efficiently manage plastic garbage, NGOs and municipal governments set up small-scale recycling facilities.

  1. Water Management and Hygiene

Maintaining clean water is essential for rural hygiene: Rainwater Harvesting: To lessen reliance on contaminated sources, rural communities are urged to gather and store rainwater for use in agriculture and home purposes.Purification Solutions: To guarantee safe drinking water, inexpensive water filters and chlorination methods are implemented.

  1. Management of Agricultural Waste

Significant amounts of agricultural waste are produced in rural regions, and improper management of this trash can harm the ecosystem. Bio-Digesters: Bio-digesters turn agricultural waste into organic fertilizer and biogas. Crop Residue Management: Farmers are urged to use techniques like mulching or composting crop residue rather than burning it.

  1. Participation of the Community and Customs

Initiatives to promote sanitation in rural areas frequently depend on local involvement and the modification of customs. Villages coordinate group efforts to maintain roads, parks, and waterways through community clean-up drives. Leveraging Traditional Knowledge: Conventional waste management techniques, like turning cow dung into biogas, are incorporated into contemporary procedures.

QUESTIONNAIRE

* Indicates required question

  1. Email *- _______________
  2. Name- ___________
  3. Age

Mark only one oval.

  • 18-24
  • 25-34
  • 35-44
  • 55+
  1. Occupation

Mark only one oval.

  • Student
  • Employed
  • Self-employed
  • Unemployed
  • Homemaker
  • Others(Specify)
  1. Location

Mark only one oval.

  • Urban
  • Rural
  1. How often do you see people littering in public places?

Mark only one oval.

  • Always
  • Often
  • Sometimes
  • Rarely
  • Never
  1. How satis?ed are you with the waste management system in your area?

Mark only one oval.

  • Very satis?ed
  • Satis?ed
  • Neutral
  • Dissatis?ed
  • Very dissatis?ed
  1. How often do you wash your hands with soap and water?

Mark only one oval.

  • Always
  • Often
  • Sometimes
  • Rarely
  • Never
  1. Do you use a clean toilet?

Mark only one oval.

  • Yes
  • No
  1. Do you cover your mouth and nose while coughing or sneezing?

Mark only one oval.

  • Always
  • Often
  • Sometimes
  • Rarely
  • Never
  1. Do you dispose of waste properly?

Mark only one oval.

  • Always
  • Often
  • Sometimes
  • Rarely
  • Never
  1. Do you think cleanliness is important for a healthy community?

Mark only one oval.

  • Strongly Agree
  • Agree
  • Neutral
  • Disagree
  • Strongly Disagree
  1. How often do you clean the area around your house?

Mark only one oval.

  • Daily
  • Weekly
  • Monthly
  • Rarely
  1. What type of waste disposal method is commonly used in your area?

Mark only one oval.

  • Open dumping
  • Dustbins provided by authorities
  • Burning waste
  • Composting
  1. Are there adequate dustbins available in public places in your area?

Mark only one oval.

  • Yes, su?cient dustbins
  • Yes, but very few
  • No dustbins available
  • Not sure
  1. How often is the public garbage collection service available in your area?

Mark only one oval.

  • Daily
  • Weekly
  • Monthly
  • No collection service
  1. What is the most common health issue people in your area face due to unclean surroundings?

Mark only one oval.

  • Diarrhea
  • Malaria
  • Respiratory problems
  • Skin infections
  1. Do you think unclean surroundings contribute to these health problems?

Mark only one oval.

  • Strongly agree
  • Agree
  • Disagree
  • Strongly disagree
  1. Where do people in your area usually go for medical treatment?

Mark only one oval.

  • Government hospital
  • nearby Private clinic
  • Village health center
  • No medical facility nearby
  1. Are there enough healthcare facilities available in your area to deal with diseases caused by poor sanitation?

Mark only one oval.

  • Yes, there are enough facilities
  • Few facilities but not su?cient
  • No facilities at all
  • Not aware
  1. Do people in your area regularly visit a hospital when they feel sick?

Mark only one oval.

  • Always
  • Sometimes
  • Rarely
  • Never
  1. How aware are people in your area about diseases spread due to unclean environments?

Mark only one oval.

  • Highly aware
  • Moderately aware
  • Somewhat aware
  • Not aware at all
  1. What sanitation facilities are available in your household?

Mark only one oval.

  • Individual toilets
  • Community toilets
  • Open defecation
  • Public toilet blocks
  1. How often is water cleaned or ?ltered in your household?

Mark only one oval.

  • Daily
  • Weekly
  • Monthly
  • Rarely/never
  1. Are there any awareness campaigns organized in your area about cleanliness and hygiene?

Mark only one oval.

  • Yes,
  • Frequently
  • Occasionally
  • Rarely
  • Never
  1. How often do you think the government should conduct cleaning drives in your area?

Mark only one oval.

  • Every month
  • Every three months
  • Twice a year
  • Once a year
  1. What do you think is the main reason for lack of cleanliness in your area? *

Mark only one oval.

  • Lack of awareness
  • Lack of facilities
  • Negligence
  • Lack of government support

RESULT

Cleanliness is a crucial factor in determining public health, sustainability, and quality of life. This study compares the dynamics of cleanliness habits and perceptions in urban and rural contexts using a survey of 76 people. The findings showed overlapping areas of concern and potential as well as regionally distinct behavioural patterns, infrastructure constraints, and health concerns.

DATA DESCRIPTION

Demographic Overview

Age and Occupation Distribution

Despite 77.6% of respondents being between the ages of 18 and 24, 9.2% falling between the ages of 25 and 34, and 7.9% being over the age of 55, the survey sample is skewed towards younger people. The challenges of sanitation and public hygiene are viewed through a youthful lens thanks to this age distribution. The occupation category's preponderance of students (77.6%) indicates that the opinions are formed by people who are still in their formative years and are frequently exposed to health and sanitation-related instructional narratives.

Urban vs. Rural Residency

Of all respondents, 42.1% live in rural areas and 57.9% live in urban areas. A balanced comparison investigation is ensured by this almost equal division, which also raises the legitimacy of observations about the differences in sanitary infrastructure and cleanliness.

Observations on Public Cleanliness

Littering Patterns

Littering is still a major problem; 31.6% of respondents said they regularly see litter in public areas, and 27.6% said they see it occasionally. An additional 22.4% observe littering on a regular basis, whilst 13.2% report infrequent or nonexistent occurrences. This occurrence highlights systematic behavioral issues and potentially lax enforcement of cleanliness standards. Inadequate public infrastructure, cultural attitudes, and ignorance may all be contributory issues.

Waste Management Infrastructure

Satisfaction Levels

Just 12% of those surveyed said they were extremely happy with the trash management systems in their communities. On the other hand, 38.7% had no opinion, while 26.6% expressed dissatisfaction or extreme dissatisfaction. Public disengagement and the need for noticeable improvements in waste management services are indicated by the sizeable percentage of neutral and dissatisfied responses.

Waste Disposal Practices

58.1% of respondents said they always dispose of their waste properly, and 27% said they do so regularly. Although these figures show a positive trend, the persistence of unsustainable behaviors like rubbish burning (9.3%) and open dumping (24%), which exposes deficiencies in infrastructure and knowledge, is concerning. Due to greater availability, urban areas tend to report higher bin usage (66.7%), but rural equivalents sometimes turn to dangerous or traditional disposal techniques because of a lack of municipal support.

Hygiene and Sanitation Behavior

Personal Hygiene

62.2% of people always wash their hands with soap, and 25.7% do so regularly, suggesting that their hygiene habits are admirable. These behaviors are essential for preventing infectious diseases and indicate that hygiene education initiatives have been somewhat successful, particularly with younger audiences.

Use of Toilets

Modern sanitation is strongly accepted, as seen by the overwhelming 97.3% of respondents who said they used clean toilets. Especially in rural areas where open defecation was more common in the past, this is a significant improvement. Nonetheless, the 14.9% usage of communal restrooms suggests a persistent dependence on common sanitation facilities.

Infection Prevention Awareness

When coughing or sneezing, around 75.7% of respondents said they always covered their mouths and noses. Given recent worldwide health crises like the COVID-19 pandemic, this high degree of adherence to basic respiratory hygiene suggests a greater understanding of disease transmission mechanisms.

Community Cleanliness and Public Infrastructure

Importance of Cleanliness

A significant percentage (82.9%) firmly think that a clean community is necessary for good health. This agreement highlights a fundamental comprehension of the connection between health and hygiene, offering a solid basis for neighborhood-based cleanliness campaigns.

Public Dustbin Availability

Many people feel that the infrastructure for public trash cans is insufficient; only 43.2% think there are enough bins, compared to 41.9% and 14.9% who think there are few or none at all. Such basic infrastructure is inadequate, which makes it difficult to dispose of waste properly and encourages littering.

Health Outcomes Related to Cleanliness

Prevalent Health Issues

Unclean environments have led to several health problems among the surveyed population:

  • Malaria (28.8%): A direct result of stagnant water and poor waste management.
  • Diarrhoea (24.7%): Typically associated with contaminated water and poor sanitation.
  • Respiratory Issues (24.7%): Often linked to waste burning and pollution.
  • Skin Infections (21.9%): Attributable to unhygienic living conditions and poor sanitation.

Health Infrastructure and Accessibility

45.9% of respondents said they prefer private healthcare facilities, while 35.1% said they favour government institutions. Due to a lack of suitable health facilities in rural areas, just 14.9% of people visit village clinics. Particularly in under resourced settings, this imbalance leads to poor health outcomes and delayed treatment.

Awareness of Health Hazards

It is noteworthy to find that 91.9% of participants agree, with 58.1% strongly agreeing, that polluted surroundings are a contributing factor to health issues. Furthermore, 43.2% of respondents said they were somewhat aware of cleanliness-related diseases, and 41.9% said they were extremely aware of them, demonstrating that the connection between hygiene and health is widely understood.

Access to Sanitation and Water Purification

Sanitation Facilities

70.3% of household members get access to personal restrooms, demonstrating the effectiveness of national sanitation initiatives like the Swachh Bharat Abhiyan. A major turning point in rural sanitation was reached when just 14.9% of people still used public bathrooms and none reported open defecation.

Water Filtration Practices

66.2% of respondents who employ water purifying techniques on a daily basis guarantee safe drinking water. This indicates both the possible gaps in direct access to drinkable water and the growing awareness of the need of water safety.

Government and Community Engagement

Awareness Campaigns

Programs for community awareness exhibit varying levels of penetration. Just 37.8% of those surveyed said they see campaigns on a regular basis, and 31.1% say they do so sometimes. Surprisingly, 18.9% claim that cleanliness campaigns are insufficient, and 12.2% have never seen one. These numbers demonstrate the uneven scope of governmental and non-governmental efforts.

Support for Government Cleaning Drives

The vast majority of respondents (63.2%) think that monthly cleanliness programs should be organized by the government. In order to maintain cleaning standards, institutional leadership and consistent participation are necessary, as seen by this public support.

Comparative Analysis: Urban vs. Rural Dynamics

Infrastructure and Resources

Better sanitation infrastructure, waste management systems, and medical services are typically found in urban areas. These benefits lead to more frequent rubbish collection services, better access to private restrooms, and more regular usage of dustbins. On the other hand, problems in rural areas include sporadic waste collection (9.3% report no collection service), a lack of public dustbins, and a persistent reliance on communal facilities.

Community Participation and Awareness

Since there is less official infrastructure in rural areas, people there frequently rely more on community-driven solutions. Although both sectors often have high levels of awareness, urban locations offer much better practical access to resources. However, the rural sector demonstrates greater levels of adaptive behavior through community restrooms and water filtering, demonstrating persistence in the face of infrastructure deficiencies.

Health Disparities

Rural communities have higher rates of diseases like malaria and diarrhea because of inadequate infrastructure. Respiratory ailments are more common in urban areas, most likely as a result of pollution and waste burning. Environmental factors have a significant impact on health outcomes in both contexts.

Recommendations

Based on the findings, the following recommendations are proposed:

  1. Infrastructure Development: Expand sanitation and waste management infrastructure in rural areas, including increasing public dustbin availability and ensuring regular waste collection services.
  2. Education and Behavior Change: Continue and amplify hygiene education campaigns in both urban and rural areas to reinforce the health benefits of cleanliness and proper waste disposal.
  3. Community Involvement: Encourage community ownership of cleanliness initiatives by forming local cleanliness committees and providing incentives for participation.
  4. Healthcare Access: Improve access to affordable and quality healthcare in rural areas through investments in village clinics and mobile health units.
  5. Government Campaigns: Institutionalize regular awareness campaigns and cleanliness drives with the involvement of schools, colleges, and local governance bodies.
  6. Monitoring and Evaluation: Implement robust monitoring systems to track cleanliness practices, waste disposal methods, and public satisfaction regularly.

CONCLUSION

Cleanliness is an inevitable determinant of community health and overall societal well-being, and its impact is profoundly observed across both urban and rural settings. Even while cleanliness-related problems may show up differently in each of these areas, neglect always has negative effects. In addition to preventing illness, a clean environment also improves mental health, social dignity, and economic output. Numerous sanitation issues have arisen in metropolitan areas as a result of fast industrialization, population increase, and urban migration. These include poor sewage management, insufficient facilities for disposing of solid waste, and industrial contamination. These issues are made worse by overcrowding, which severely strains the sanitation infrastructure already in place, particularly in slum areas. As a result, people who live in cities are more likely to experience respiratory troubles as a result of air pollution, waterborne illnesses from tainted water sources, and lifestyle-related health problems as a result of unsanitary living conditions. However, the problems associated with hygiene are different in rural areas. Even though it has been much decreased by government programs like the Swachh Bharat Abhiyan, open defecation is still an issue in some places. Poor waste management techniques, a lack of sanitary facilities, and restricted access to clean water all contribute to the spread of skin disorders, diarrheal illnesses, and parasitic infections. Agricultural operations also frequently result in the buildup of chemical and organic waste, which contaminates nearby ecosystems and poses long-term health hazards. The effects of inadequate sanitation are not limited to personal health; they also affect communities and the country as a whole. Regular illness reduces educational possibilities, raises healthcare costs, and causes income loss, particularly for children who miss school due to illness. Unhygienic conditions also deter travel, impede economic development, and damage a nation's reputation abroad. To address these complex problems, a thorough and situation-specific strategy is required. Both behaviour modification and infrastructure development must be given top priority in policy initiatives. Key actions that contaminate local ecosystems and pose long-term health hazards include investing in the development of contemporary sewage and waste disposal systems, encouraging the installation and use of toilets, and guaranteeing access to clean drinking water. Simultaneously, community-driven influences to raise awareness about personal hygiene, environmental cleanliness, and waste segregation can lead to lasting behavioural transformation. Educational campaigns, involvement of local leaders, and school-based programs can play a pivotal role in inculcating cleanliness habits from young ages. Additionally, incentivizing eco-friendly practices and enforcing cleanliness regulations in public and private sectors can create accountability and drive collective action. Ultimately, cleanliness should not be seen merely as a civic duty but as a fundamental right and necessity for healthy living. A clean environment is the foundation of a resilient public health system and a prosperous society. By addressing cleanliness challenges in both urban and rural areas through targeted, inclusive, and sustainable strategies, we move closer to achieving equitable health outcomes and a better quality of life for all.

REFERENCES

  1. Centers for Disease Control and Prevention (2022). Mosquito-Borne Diseases. [online] CDC. Available at: https://www.cdc.gov/mosquitoes/diseases.html [Accessed 23 May 2025].
  2. Jha, R., Mehta, A. and Prasad, V. (2019). Rural sanitation and health in India: Evidence and interventions. International Journal of Environmental Health Research, 29(4), pp.456-470.
  3. Kumar, R. and Singh, S. (2021). Environmental challenges in rural waste management. Journal of Rural Health Studies, 10(2), pp.112-118.
  4. Patel, A. and Shah, R. (2020). Bridging the sanitation gap: Urban vs rural perspectives in India. Sanitation and Society Journal, 8(1), pp.89-102.
  5. Smith, J. and Lee, A. (2020). Urban sanitation and disease prevention: Policy and practice. London: Public Health Press.
  6. UN-Habitat (2021). Waste Management in Urban Areas. Nairobi: United Nations Human Settlements Programme.
  7. World Bank (2022). Rural Water Supply and Sanitation. [online] Available at: https://www.worldbank.org/en/topic/watersupply [Accessed 23 May 2025].
  8. World Health Organization (2023). Air Pollution and Health. [online] WHO. Available at: https://www.who.int/health-topics/air-pollution [Accessed 23 May 2025].
  9. Abdulhadi, R., Bailey, A. and Van Noorloos, F., 2024. Access inequalities to WASH and housing in slums in low-and middle-income countries (LMICs): A scoping review. Global Public Health19(1), p.2369099.
  10. Untouchability, P. and Pits, L., 2017. Understanding Open Defecation in Rural India. Economic & Political Weekly, 52(1), p.59.
  11. Chakrabarti, S., Gune, S., Bruckner, T.A., Strominger, J. and Singh, P., 2024. Toilet construction under the Swachh Bharat Mission and infant mortality in India. Scientific Reports14(1), p.20340.
  12. Abanyie, S.K., Amuah, E.E.Y., Douti, N.B., Antwi, M.N., Fei-Baffoe, B. and Amadu, C.C., 2022. Sanitation and waste management practices and possible implications on groundwater quality in peri?urban areas, Doba and Nayagenia, northeastern Ghana. Environmental Challenges8, p.100546.
  13. Ferreira, D.C., Graziele, I., Marques, R.C. and Gonçalves, J., 2021. Investment in drinking water and sanitation infrastructure and its impact on waterborne diseases dissemination: The Brazilian case. Science of the Total Environment779, p.146279.
  14. Prüss?Ustün, A., Bartram, J., Clasen, T., Colford Jr, J.M., Cumming, O., Curtis, V., Bonjour, S., Dangour, A.D., De France, J., Fewtrell, L. and Freeman, M.C., 2014. Burden of disease from inadequate water, sanitation and hygiene in low?and middle?income settings: a retrospective analysis of data from 145 countries. Tropical medicine & international health19(8), pp.894-905.
  15. Field, M.J., Jette, A.M. and Institute of Medicine (US) Committee on Disability in America, 2007. Transportation patterns and problems of people with disabilities. In The Future of Disability in America. National Academies Press (US).
  16. Caruso, B.A. and Freeman, M.C., 2020. Shared sanitation and the spread of COVID-19: risks and next steps. The Lancet. Planetary Health, 4(5), p.e173.
  17. Heijnen, M., Routray, P., Torondel, B. and Clasen, T., 2015. Neighbour-shared versus communal latrines in urban slums: a cross-sectional study in Orissa, India exploring household demographics, accessibility, privacy, use and cleanliness. Transactions of the Royal Society of Tropical Medicine and Hygiene109(11), pp.690-699.
  18. VerKuilen, A., Sprouse, L., Beardsley, R., Lebu, S., Salzberg, A. and Manga, M., 2023. Effectiveness of the Swachh Bharat Mission and barriers to ending open defecation in India: a systematic review. Frontiers in Environmental Science11, p.1141825.
  19. Iyer, P., Pandey, A., Vashisht, M. and Smith, D.W., 2023. Swachh Bharat Mission or the Mission to Make India Clean: Addressing Open Defecation at Massive Scale (A). Indian Institute of Management Ahmedabad, pp.1-10.
  20. Jack, T., Anantharaman, M. and Browne, A.L., 2022. ‘Without cleanliness we can’t lead the life, no?’Cleanliness practices,(in) accessible infrastructures, social (im) mobility and (un) sustainable consumption in Mysore, India. Social & Cultural Geography23(6), pp.814-835.
  21. Gupta, A.K. and Joshi, M., 2023, August. Sustainable Urban Sanitation and Septage Management: A Study of Small Towns in Uttar Pradesh. In Macromolecular Symposia (Vol. 410, No. 1, p. 2200223).
  22. Balasubramanian, M., 2018. Municipal solid waste management in India: status, problems and challenges. International Journal of Environment and waste management, 21(4), pp.253-268.
  23. Ganesh, M.K. and Venugopal, B., 2024. Challenges, practice and impact of corporate social responsibility on sustainable development of environment and society. Revista De Gestão Social E Ambiental18(1), pp.1-13.
  24. Cook, E., Wagland, S. and Coulon, F., 2015. Investigation into the non-biological outputs of mechanical–biological treatment facilities. Waste Management46, pp.212-226.
  25. Kim, S. and Krishna, A., 2018. Unpacking public sentiment toward the government: How citizens’ perceptions of government communication strategies impact public engagement, cynicism, and communication behaviors in South Korea. International Journal of Strategic Communication12(3), pp.215-236.
  26. Kuslhrestha, S., Sutheeshna Babu, S. and Malagi, M.S., 2021. Complementarities of Destination Competitiveness and Cleanliness. Swachh Bharat: Swachh Bharat: Mridula Sinha and Dr. RK Sinha's Vision for a Clean India, p.36.
  27. Naz, M.S.G., Farahmand, M., Dashti, S. and Tehrani, F.R., 2022. Factors affecting menstrual cycle developmental trajectory in adolescents: a narrative review. International Journal of Endocrinology and Metabolism, 20(1), p.e120438.
  28. Sharma, S., Mehra, D., Brusselaers, N. and Mehra, S., 2020. Menstrual hygiene preparedness among schools in India: a systematic review and meta-analysis of system-and policy-level actions. International journal of environmental research and public health17(2), p.647.
  29. Rustagi, G., Rustagi, H. and Rustagi, H., 2023. Knowledge; Attitude and Practice of School Girls in Central Haryana about Menstrual Hygiene. European Journal of Cardiovascular Medicine13(4).
  30. Akpabio, E.M. and Udofia, E.I.S., 2017. Unsafe water, sanitation and hygiene in Nigeria’s public spaces: the political economy angle. International Journal of Water Resources Development33(2), pp.310-325.

Reference

  1. Centers for Disease Control and Prevention (2022). Mosquito-Borne Diseases. [online] CDC. Available at: https://www.cdc.gov/mosquitoes/diseases.html [Accessed 23 May 2025].
  2. Jha, R., Mehta, A. and Prasad, V. (2019). Rural sanitation and health in India: Evidence and interventions. International Journal of Environmental Health Research, 29(4), pp.456-470.
  3. Kumar, R. and Singh, S. (2021). Environmental challenges in rural waste management. Journal of Rural Health Studies, 10(2), pp.112-118.
  4. Patel, A. and Shah, R. (2020). Bridging the sanitation gap: Urban vs rural perspectives in India. Sanitation and Society Journal, 8(1), pp.89-102.
  5. Smith, J. and Lee, A. (2020). Urban sanitation and disease prevention: Policy and practice. London: Public Health Press.
  6. UN-Habitat (2021). Waste Management in Urban Areas. Nairobi: United Nations Human Settlements Programme.
  7. World Bank (2022). Rural Water Supply and Sanitation. [online] Available at: https://www.worldbank.org/en/topic/watersupply [Accessed 23 May 2025].
  8. World Health Organization (2023). Air Pollution and Health. [online] WHO. Available at: https://www.who.int/health-topics/air-pollution [Accessed 23 May 2025].
  9. Abdulhadi, R., Bailey, A. and Van Noorloos, F., 2024. Access inequalities to WASH and housing in slums in low-and middle-income countries (LMICs): A scoping review. Global Public Health19(1), p.2369099.
  10. Untouchability, P. and Pits, L., 2017. Understanding Open Defecation in Rural India. Economic & Political Weekly, 52(1), p.59.
  11. Chakrabarti, S., Gune, S., Bruckner, T.A., Strominger, J. and Singh, P., 2024. Toilet construction under the Swachh Bharat Mission and infant mortality in India. Scientific Reports14(1), p.20340.
  12. Abanyie, S.K., Amuah, E.E.Y., Douti, N.B., Antwi, M.N., Fei-Baffoe, B. and Amadu, C.C., 2022. Sanitation and waste management practices and possible implications on groundwater quality in peri?urban areas, Doba and Nayagenia, northeastern Ghana. Environmental Challenges8, p.100546.
  13. Ferreira, D.C., Graziele, I., Marques, R.C. and Gonçalves, J., 2021. Investment in drinking water and sanitation infrastructure and its impact on waterborne diseases dissemination: The Brazilian case. Science of the Total Environment779, p.146279.
  14. Prüss?Ustün, A., Bartram, J., Clasen, T., Colford Jr, J.M., Cumming, O., Curtis, V., Bonjour, S., Dangour, A.D., De France, J., Fewtrell, L. and Freeman, M.C., 2014. Burden of disease from inadequate water, sanitation and hygiene in low?and middle?income settings: a retrospective analysis of data from 145 countries. Tropical medicine & international health19(8), pp.894-905.
  15. Field, M.J., Jette, A.M. and Institute of Medicine (US) Committee on Disability in America, 2007. Transportation patterns and problems of people with disabilities. In The Future of Disability in America. National Academies Press (US).
  16. Caruso, B.A. and Freeman, M.C., 2020. Shared sanitation and the spread of COVID-19: risks and next steps. The Lancet. Planetary Health, 4(5), p.e173.
  17. Heijnen, M., Routray, P., Torondel, B. and Clasen, T., 2015. Neighbour-shared versus communal latrines in urban slums: a cross-sectional study in Orissa, India exploring household demographics, accessibility, privacy, use and cleanliness. Transactions of the Royal Society of Tropical Medicine and Hygiene109(11), pp.690-699.
  18. VerKuilen, A., Sprouse, L., Beardsley, R., Lebu, S., Salzberg, A. and Manga, M., 2023. Effectiveness of the Swachh Bharat Mission and barriers to ending open defecation in India: a systematic review. Frontiers in Environmental Science11, p.1141825.
  19. Iyer, P., Pandey, A., Vashisht, M. and Smith, D.W., 2023. Swachh Bharat Mission or the Mission to Make India Clean: Addressing Open Defecation at Massive Scale (A). Indian Institute of Management Ahmedabad, pp.1-10.
  20. Jack, T., Anantharaman, M. and Browne, A.L., 2022. ‘Without cleanliness we can’t lead the life, no?’Cleanliness practices,(in) accessible infrastructures, social (im) mobility and (un) sustainable consumption in Mysore, India. Social & Cultural Geography23(6), pp.814-835.
  21. Gupta, A.K. and Joshi, M., 2023, August. Sustainable Urban Sanitation and Septage Management: A Study of Small Towns in Uttar Pradesh. In Macromolecular Symposia (Vol. 410, No. 1, p. 2200223).
  22. Balasubramanian, M., 2018. Municipal solid waste management in India: status, problems and challenges. International Journal of Environment and waste management, 21(4), pp.253-268.
  23. Ganesh, M.K. and Venugopal, B., 2024. Challenges, practice and impact of corporate social responsibility on sustainable development of environment and society. Revista De Gestão Social E Ambiental18(1), pp.1-13.
  24. Cook, E., Wagland, S. and Coulon, F., 2015. Investigation into the non-biological outputs of mechanical–biological treatment facilities. Waste Management46, pp.212-226.
  25. Kim, S. and Krishna, A., 2018. Unpacking public sentiment toward the government: How citizens’ perceptions of government communication strategies impact public engagement, cynicism, and communication behaviors in South Korea. International Journal of Strategic Communication12(3), pp.215-236.
  26. Kuslhrestha, S., Sutheeshna Babu, S. and Malagi, M.S., 2021. Complementarities of Destination Competitiveness and Cleanliness. Swachh Bharat: Swachh Bharat: Mridula Sinha and Dr. RK Sinha's Vision for a Clean India, p.36.
  27. Naz, M.S.G., Farahmand, M., Dashti, S. and Tehrani, F.R., 2022. Factors affecting menstrual cycle developmental trajectory in adolescents: a narrative review. International Journal of Endocrinology and Metabolism, 20(1), p.e120438.
  28. Sharma, S., Mehra, D., Brusselaers, N. and Mehra, S., 2020. Menstrual hygiene preparedness among schools in India: a systematic review and meta-analysis of system-and policy-level actions. International journal of environmental research and public health17(2), p.647.
  29. Rustagi, G., Rustagi, H. and Rustagi, H., 2023. Knowledge; Attitude and Practice of School Girls in Central Haryana about Menstrual Hygiene. European Journal of Cardiovascular Medicine13(4).
  30. Akpabio, E.M. and Udofia, E.I.S., 2017. Unsafe water, sanitation and hygiene in Nigeria’s public spaces: the political economy angle. International Journal of Water Resources Development33(2), pp.310-325.

Photo
Dr. Priya Sharma
Corresponding author

School of Pharmacy, Sharda university.

Photo
Rishabh Bora
Co-author

School of Pharmacy, Sharda university.

Photo
Rishabh Gupta
Co-author

School of Pharmacy, Sharda university.

Photo
Dr. Preeti Singh
Co-author

School of Pharmacy, Sharda university.

: Rishabh Bora, Rishabh Gupta, Preeti Singh, Dr. Priya Sharma, Bridging the Gap: Cleanliness as a Pillar of Health and Sustainability in Urban and Rural Communities, Int. J. of Pharm. Sci., 2025, Vol 3, Issue 6, 1983-2009. https://doi.org/10.5281/zenodo.15630273

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