Transitions towards Sustainable and Resilient Rural Areas in Revitalising India: A Framework for Localising SDGs at Gram Panchayat Level
Abstract
:1. Introduction
2. Materials and Methods
2.1. Literature Analysis
2.2. Paradigm Changes in Rural Development
2.3. Global Interpretations on SV
2.4. SV Initiatives in India
2.5. Problem Tree Analysis (PTA)
PTA: Stage 1: Problem Analysis
3. Results
3.1. Strengthening the Concept of SMART Villages (SMART-V)
- Sustainable Environment: Environmental sustainability should be included in RD initiatives because rural communities rely heavily on natural resources for livelihoods and growth, and because of their susceptibility to climate change and risks from energy, water scarcity, and food [70]. Likewise, increased concern about climate change and growing recognition of the necessity for low-carbon development paths should emphasize boosting access to modern energy services through renewable energy technologies [71].
- Manageable Economy: Linear economy models result in the loss of natural resources, excessive pollution, and socioeconomic inequalities [72]. Thus, integrating a circular economy may convey RD, which involves a concept or system that preserves as much of a product’s added value as possible while eliminating waste. Similarly, in many rural economies, low density and declining local markets are critical barriers to long-term stability [73]. Digitalization, for example, can provide new development prospects and potential for better and more diverse occupations in rural areas [74]. Studies anticipate that new technologies will enable rural goods and services to reach more distant markets faster and at a lower cost. Likewise, enhancing opportunities at the village level, the role of self-help groups (SHGs), women entrepreneurship that generates services and jobs, and local skill development programmes for youths will enhance the economic rate [75].
- Adaptive Society: Positive outcomes are encouraged by the ability to adapt to a quickly changing environment [76]. Globalization and digitalization are forcing society to become more complicated [77], demanding more novel solutions to problems such as natural catastrophes, communication issues, migration, inequality, and social injustice. Such losses can be avoided by including climate risks and adaption strategies in programme planning, design, and execution to minimize distress. As a result, there is a need to comprehend, address, and adapt to changes affecting people, groups, and societies.
- Responsible Governance: If implementation capacity is inadequate, a consistent and comprehensive plan will not work [78]. Building governance capacity and transparency at all levels are thus essential for an effective method. Governments that showcase responsibility and responsiveness to their population, and integrity in their reporting on the use and distribution of public resources and decision-making are identifiable as having good and responsible governance [79]. A responsible government fosters community involvement in policy and service delivery.
- Technology and Infrastructure: The infrastructure of the country is its backbone. It contributes significantly to national economic growth [80] by lowering transaction costs, boosting rural-urban links, and developing capacity, all of which are essential components of any developing nation’s strategy. According to many studies, rural development depends on electricity, irrigation, water, sanitation, and road infrastructure, which may enhance productivity, savings, income, and tourism, resulting in better employment prospects and health conditions for rural people [81]. Likewise, due to technological advancements, some of the energy sources introduced in rural areas include the development of practical uses of renewable sources such as solar, wind, and waterpower, as well as the introduction of smokeless stoves. Furthermore, the study considers the health sector as one of the areas that have efficiently utilized technology, including providing clean drinking water, improving sanitation and health services, and offering low-cost balanced diets.
3.2. Achieving Sustainability through SMART Interventions
PTA: Stage 2: Objective Analysis
3.3. Proposed SMART-V Framework (SMART-VF)
3.3.1. Science and Technology (S&T)
3.3.2. Information and Communication Technology (ICT)
3.3.3. Regulation and Management (R&M)
4. Discussion
4.1. Justification for the Need for SMART-V
- Closing the Digital Divide: SMART-V aims to address the digital divide between urban and rural areas by providing access to technology and digital services to rural communities. This access helps to ensure that rural residents are included in the digital age and can participate fully in the digital economy.
- Promoting Sustainable Development: SMART-V promotes sustainable development by using technology and innovation to address rural communities’ challenges, such as poverty, unemployment, and environmental degradation. This SMART-V initiative helps to ensure that rural areas can meet their community’s needs while preserving their natural resources for future generations.
- Improving the quality of life: SMART-V aims to improve rural residents’ quality of life by providing access to essential services, such as healthcare, education, and energy and creating opportunities for economic growth and job creation.
- Enhancing resilience: SMART-V must be resilient, ensuring that rural communities can adapt to changing circumstances and recover quickly from shocks and stressors such as climate change or political instability. The SMART-V resilience helps to ensure that rural residents can better cope with the challenges of a rapidly changing world.
4.2. A Way Forward: Identifying Entry Points to Achieve a Sustainable SMART-V
- Access to Technology and Digital Services: Providing access to technology and digital services is a crucial entry point for achieving a sustainable SMART-V. This access includes the installation of infrastructure, such as broadband internet, and the development of digital services and applications that can improve the delivery of essential services, such as healthcare, education, and energy.
- Skill Development: This includes training programs for rural youths in areas such as digital literacy, entrepreneurship, and innovation, as well as the development of technical skills related to technology and digital services.
- Entrepreneurship and Innovation: For sustainability, the SMART-V approach supports the development of new businesses and the commercialization of new technologies, and encourages the development of new approaches for addressing the challenges faced by rural communities.
- Community Engagement: It is another critical entry point which includes the involvement of rural residents in the planning and implementation of SMART-V projects, and ensuring that the benefits of these projects are shared equitably among all community members.
- Partnership and Collaboration: Partnerships are essential for effectively implementing the framework, including developing partnerships between the government, the private sector, civil society organizations, local NGOs, and collaboration between community stakeholders. The Gram Panchayat can play an essential part in fostering these collaborations.
5. Conclusions
Author Contributions
Funding
Institutional Review Board Statement
Informed Consent Statement
Data Availability Statement
Conflicts of Interest
References
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Sector | Parameters | Urban | Rural |
---|---|---|---|
Expenditure poverty | % People below poverty line (2011–2012) (Tendulkar estimates) | 14% | 26% |
% People below poverty line (2011–2012) (Rangarajan estimates) | 27.2% | 31.3% | |
Education | Literacy Rate–2011 | 85% | 68.9% |
Avg. years of school education of working population | 8.42 | 4.72 | |
Health | Infant Mortality Rate–2017 | 23% | 37% |
Life Expectancy at birth–2012–2016 | 72.2% | 67.4% |
Old Paradigm | New Context | New Paradigm | |
---|---|---|---|
Principles | Focus on rural areas only | Widening inequalities between rural and urban | Rural areas inextricably linked to cities, regions and national context |
Growth will follow agricultural and industrial development | Climate change | Women critical for RD | |
Rapid population growth in many developing countries | Governance capacity is key | ||
Information revolution | |||
Key target Sector | Agriculture | Agriculture unable to provide sustainable livelihoods for growing populations | Multi-sectoral: all economic sectors that can contribute to productive growth: agriculture, rural industry, services, tourism, ICT, biofuels. |
Rural communities | Urban areas not able to productively absorb large inflows of rural migrants | ||
Main approach | Project-based | Sustainable Development Goals | Tailored to the specific context (natural, economic, social, and institutional) |
Agricultural Technology | Multi-dimensional poverty assessment and Multi-dimensional Country Review | Prioritized and realistic | |
Green Revolution | Community-driven development | Well-sequenced to maximize synergies | |
Key actors | Agricultural ministries, agricultural research and extension, donors, local governments, and farmers | Greater participation by non-state actors including the private sector, rural communities, Civil Society Organization (CSOs) and NGOs | Multi-agent: participation and collaboration of broad set of stakeholders across public and private sectors and from national to local |
Domain of Development | Approaches | Objectives | Examples (Villages) |
---|---|---|---|
Smart Environment | Planting native trees, Afforestation | Managing the built and natural environment to improve livability | Betul, Madhya Pradesh |
Reuse and Recycling of waste materials | Payvihir, Melghat, Maharashtra | ||
Use efficient cook stoves to reduce deforestation caused by traditional biomass energy sources such as charcoal/ wood | The reduction of waste production, monitoring and managing pollution, emission reduction, achieving energy efficiency, and accelerating the local energy transition | Anadwan, Hemalkasa, Gadchiroli, Maharashtra | |
Acting as regional ecotourism hubs | |||
Smart Energy | Provision of clean and sustainable energy | To reduce resource depletion the use of fossil fuels needs to be reduced | Chhotkei, Odisha |
Implementation of Smart Nano grid | Need for efficient use of renewable energy sources | Odanthurai, Coimbatore, Tamil Nadu | |
Use of Renewable sources of energy such as solar, wind and hydro power | Dharni, Jehanabad, Bihar | ||
Smart Water Management | Rain Water Harvesting | To improve ground water level | Ralegaon Siddhi, Ahmednagar, Maharashtra |
Water percolation tanks | |||
Dams constructed by waste Materials | To monitor, control and regulate the usage and quality of water resources as well as maintain the associated equipment | Hiware Bazar, Ahmednagar, Maharashtra | |
Rejuvenate rivers | Anadwan, Hemalkasa, Maharashtra | ||
Drinking RO water in schools | |||
Water purification Plants | To reduce water wastage | Dhanora, Dholpur Rajasthan | |
Soil and water conservation | |||
Smart Sanitation | Individual toilets | Reducing the burden of disease | Ramchandrapur, Telangana |
Recycle and Reuse of waste water | To create environments that enhance dignity, self-esteem, and safety particularly for women and girls | ||
Monitoring quality of potable water | |||
Smart Connectivity | Integrate ICT solutions, applications, and services into smart technology solutions for various domains, such as agriculture, water management, education, and healthcare | Application for environmental monitoring | Mori Village, East Godavari, Andhra Pradesh |
To allow rural communities to become more aware of their social, economic and political rights, engage in governance processes at all levels | Involving rural communities is expected to lead to better awareness, engagement, and knowledge about their own development. | Paniyara, Uttar Pradesh | |
Forming base for many entrepreneurs and start-ups within social innovation. | |||
Smart Agriculture/Horticulture | Infusion of technology for agriculture Practices | To gather data from the environment to monitor weather conditions | Climate SV Noorpur Bet, Punjab |
Improving capacity building of farmer | To provide benefit of allowing farmers to use a precarious resource such as water carefully. | Hiware Bazar, Ahmednagar, Maharashtra | |
Improvisation in farming practices such as irrigation and crop cultivation | Eraviperoor, Kerala | ||
Smart Health | Assisting mobile health diagnostic solutions which required relatively low levels of local medical skill | Application of health services to remote areas such as remote patient monitoring, remote medical assistance, simultaneous monitoring and reporting, notifications and alert management | Anadwan, Hemalkasa, Gadchiroli, Maharashtra |
Nandangram, Dinajpur, West Bengal | |||
Smart Education | By introducing skill development centres run by village residents who have links with the nearby city and a reasonable degree of organizing capability | To increase students’ engagement and enable teachers to adapt to students’ skills, interests and learning preferences. | Paniyara, Uttar Pradesh |
By generating distance and adaptive learning which reduces the need to move to towns or cities to achieve higher levels of education. | To establish innovations centres for students/youth | Nandangram, Dinajpur, West Bengal |
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Pathak, V.; Deshkar, S. Transitions towards Sustainable and Resilient Rural Areas in Revitalising India: A Framework for Localising SDGs at Gram Panchayat Level. Sustainability 2023, 15, 7536. https://doi.org/10.3390/su15097536
Pathak V, Deshkar S. Transitions towards Sustainable and Resilient Rural Areas in Revitalising India: A Framework for Localising SDGs at Gram Panchayat Level. Sustainability. 2023; 15(9):7536. https://doi.org/10.3390/su15097536
Chicago/Turabian StylePathak, Vaidehi, and Sameer Deshkar. 2023. "Transitions towards Sustainable and Resilient Rural Areas in Revitalising India: A Framework for Localising SDGs at Gram Panchayat Level" Sustainability 15, no. 9: 7536. https://doi.org/10.3390/su15097536