Infrastructure as a Force Multiplier: A Strategic Analysis of BRO Roads Network and Military Logistics in Himachal Pradesh

Infrastructure and industrial development are interrelated. Proper infrastructure facilities play an important role in the industrialization of any region on the one hand and on the other hand industrial development of any region affects the development of infrastructural facilities. In this paper an attempt has been made to find out the impact of industrialization on infrastructure development. The present study is empirical one and opinion of the sampled respondents regarding development of infrastructure facilities viz., education, health, roads, banking, housing, communication, electricity and tourism have been collected and analyzed. It is clear from the study that industrialization has added wheels for the improvement and modernization of infrastructural facilities in Himachal Pradesh. Industrial development has made it possible to improve the social and economic infrastructural facilities in the form of more opportunities for education, superior housing, public health, shopping facilities and other modern amenities of the life.

The idea of multi-hazard interactions and risk assessment, particularly in relation to both natural hazards and hazards triggered by anthropogenic processes, has been widely used, especially in recent decades. Numerous areas worldwide, as well as various sectors, face exposure to multiple hazards. These hazards encompass natural phenomena like floods, earthquakes, hurricanes, and more. In comparison, the human-induced or anthropogenic processes associated with infrastructure development, along with other potential human activities such as, land and cover use change, contribute to the overall hazard landscape. Both natural hazards and anthropogenic-induced directly led to infrastructure collapse and loss of functionality with other consequences for human lives, economy, beside the environment impacts. Limited studies have been conducted on the implementation of the comprehensive multi-hazard interaction approach, which is globally or regionally required, along with detailed studies on the interaction between different multi-hazard sources and their interrelationships in short-term or long-term scenarios. The current research aims to review previous literature and studies on the multi-hazard interaction approach, methodologies of visualization and classification, as well as explores the potential of multi-hazard associated with road networks, infrastructures, and dams. The research utilizes simulation various models and tools such as, Geographic Information System (GIS) beside Remote Sensing (Rs) techniques. The current study concludes that using multi-hazard maps, hazard matrix, and fragility curves represents highly valuable and very useful and flexible tools for implementing and visualization hot spot areas exposure by multi-hazard consequences and vulnerability analysis for short and long-term scenarios. In addition, the current review highlighted for development a holistic conceptual framework for multi-hazard and risk assessment associated with hydraulic structures such as dams, road networks and infrastructures with hazard exposure analysis to be used as tools for a decision support system (DSS) in order to develop urban resilience, risk management and hazard mitigations.

Road urban planning sustainability based on remote sensing and satellite dataset: A review

The Atal Tunnel, located in the Pir Panjal Range of the Himalayas in Himachal Pradesh, India, is the world’s longest highway tunnel above 10,000 feet (3,048 meters) with a length of 9.02 kilometers. This study details the tunnel’s structural components, safety features, and innovative engineering solutions, supported by data on geotechnical challenges, construction timelines, and performance metrics. This study analyzes the structural design, construction methodologies, and geotechnical challenges of the Atal Tunnel, a 9.02−km highway tunnel in the Himalayas, to evaluate its engineering solutions and impacts. Using geotechnical surveys, construction records, and performance metrics, the study employs the New Austrian Tunneling Method (NATM) framework to assess design adaptations, safety systems, and operational outcomes. The tunnel, constructed under high overburden (up to 1.9 km) and poor rock mass quality (RMR 21–40), achieved stability through adaptive NATM, with a cost escalation from ₹500 crore to ₹3,300 crore. It reduced travel distance by 46 km and time by 4–5 hours, enhancing connectivity and military logistics proving to be a great boon for the development of the country. The Atal Tunnel demonstrates innovative solutions for high-altitude tunneling, offering a model for future infrastructure projects in complex geological settings, with significant socioeconomic and strategic benefits.

Information sources have developed considerably in recent years; many electronic platforms are able to provide valuable information regards engineering topics. One of the most important data sources is the open street map (OSM) platform, providing editable geographic information for most of the world, with different levels of accuracy and at different points in time. Road network mapping requires a high level of effort and accuracy, due to the complexity of the modelling and the amount of information that needs to be included in the feature class. OSM can support road network modelling by providing a different kind of data. In this paper, a systematic procedure was investigated for the production of an automated road network for Basrah city, as a case study for the use of OSM in Geographic Information System (GIS) 10.8 software. Specific spatial analysis tools such as road density and network analysis were also implemented. This study validated a computerised procedure to extract OSM data via two methods of validation and demonstrated the immediate applicability of this data for density and network analysis. The research results show a significant reduction in time and effort required to produce an accurate Basrah city road network using OSM data sources. Density analysis and network analysis show the importance and validity of the produced road network.

Essential Workflow and Performance Measures for Optimizing Acute Ischemic Stroke Treatment in India.

Background and purposes - Infrastructure development plays a critical role in enhancing agricultural productivity, particularly in Indonesia, where the agricultural sector is a cornerstone of the economy. This study investigates the impact of road infrastructure—specifically road length and road stability—on rice productivity in Indonesia. The purpose of this research is to analyze how road infrastructure affects agricultural outcomes and to provide insights into the relationship between infrastructure development and rice production efficiency. Methodology - The study employs a quantitative methodology using panel data regression analysis. Data were collected from 31 provinces over a 10-year period (2013–2022), focusing on key variables such as road length, road stability, and rice productivity. This approach integrates cross-sectional and time-series data to offer a comprehensive analysis of infrastructure’s role in agricultural performance. Findings - The findings reveal that road length has a significant and positive effect on rice productivity, with every 1% increase in road length corresponding to a 124.1819 unit increase in rice output. However, road stability did not show a significant effect on productivity. These results suggest that improved connectivity, facilitated by longer road networks, is a critical factor in enhancing farmers' access to agricultural inputs and markets, thereby boosting productivity. Implications - The implications of this study are clear: prioritizing road infrastructure development, particularly in rural and agricultural areas, is essential for improving agricultural productivity and ensuring food security. Enhanced road networks reduce logistical costs, improve farmers' access to essential resources, and ultimately contribute to economic development and poverty alleviation in Indonesia. This research provides valuable insights for policymakers seeking to strengthen infrastructure to support agricultural growth.

Road network expansion and urban development have attracted scholars in the fields of regional and urban studies. The attraction has been necessitated by the rate at which the urban population is increasing, due to natural growth and migration. Governments in both developed and developing countries allocate a lot of funds to urban infrastructure, especially the roads sector, with the aim of promoting the smooth flow of goods and services within urban areas. This high investment has attracted scholars in various fields, including regional economists and infrastructure planning experts, aiming to establish the relationship between road infrastructure networks and development. Mostly, studies done in urban areas are related to road infrastructure expansion in relation to land cover changes. In this study, a different exploratory route was taken, with the main purpose of comparing the road network distribution in relation to the actual spatial distribution of the urban landscape. In this context, the urban built-up areas were selected as a key indicator relating to road network distribution and physical urban development. The Normalized Difference Built-up Index (NDBI) was used to estimate the spatial distribution of urban physical growth. Other indicators of urban growth studied include utility distribution, land values, and investment attractiveness. From this study, it is clear that areas with high network connectivity have the highest values of NDBI and land values, together with the concentration of electricity distribution transformers per km2, which is a sign of a high growth rate. Kerugoya municipality emerged as the urban area with the highest road connectivity index of 77.42%, while Bungoma had 22.22%. Kerugoya has complete road network circuits of 24 compared to Bungoma’s 6. Similarly, Kerugoya recorded the highest figures of land values and NDBI indicating high concentration of road network attracts developers. The study results can be used by policymakers to establish priority areas for road network investment.

Tea is an aromatic beverage prepared by pouring hot or boiling water over cured or fresh leaves of camellia sinensis, an evergreen shrub native to East Asia, which probably originated in the border hands of South Western China and Northern Myanmar. Tea has a stimulating effect in human primarily due to its caffeine content. Tea production in small holding has been growing worldwide. The contribution of small tea plantations has been growing significantly and currently shares a good proportion in the total tea production in the country. The small tea growers (STGS) are an alternative tea model of tea cultivation that fosters the growth of entrepreneurship and provides both direct and indirect employment. Emergence of small tea growers (STGs) has made the country self-reliant in the production of the beverage and to meet domestic requirements and exports. STGs have also helped local economic conditions and livelihood of the people in the state of Himachal Pradesh. The land holding of 96 percent of Small Tea Growers of Himachal Pradesh is less than 0.5 hectare. The average annual production of tea is around 10 lakh kg of which 4000kg tea is exported to the UK, Germany and France. Himachal Pradesh Small Tea Growers contribute 59.2 percent of the total production. The present study is an attempt to identify major problems and future prospects of small tea growers in the state of Himachal Pradesh. The study is descriptive and analytical in nature for which data have been collected through primary as well as secondary sources. The study found major problems faced by Small Tea Growers like, lack of subsidy, high cost of transportation, high labour rates, high labour turnover, lack of knowledge, high effect of climate changes, low quality of tea leaves etc. The study highlighted significant suggestions to overcome the major problems faced by Small Tea Growers and to improve the production of Small Tea Growers.

In this paper, we study urban road infrastructure in densely populated cities. As the subject of our study, we choose road networks from 35 populous cities worldwide, including China, India, Pakistan, Colombia, Brazil, Bangladesh, and Cote d’Ivoire. We abstract road networks as complex systems, represented by graphs consisting of nodes and links, and employ tools from network science to study their topological properties. Our multi-scale analysis includes macro-, meso-, and micro-scale perspectives, deriving insights into both common and unexpected patterns in these networks. At the macro-scale, we examine the global properties of these networks, summarizing the results in radar diagrams. This analysis reveals significant correlations among key metrics, indicating that more robust networks tend to be more efficient, while diameter and average path length show negative correlations with other properties. At the meso-scale, we explore the existence of sub-structures embedded within the road networks using two main concepts, namely, community and core-periphery structures. We find that while these densely populated city road networks show particularly strong community structures (high modularity values, close to 1.0) that are not typical to other networks, they exhibit a low level of presence of core-periphery structures, with an average coreness of 6.3%. This points to the cities being polycentric. At the micro-scale, we find nodal-level properties of the network. Specifically, we compute the various centrality measures and examine their distributions to capture the prevalent characteristics of these networks. We observe that the centrality measures present different distribution patterns. While the degree distribution demonstrates a limited range of degree values, the betweenness centrality distribution follows a power law, and the closeness centrality exhibits a binomial distribution—yet these patterns remain consistent across the studied cities. Overall, our multi-scale analysis provides valuable insights into the topological properties of urban road networks, informing city planning, traffic management, and infrastructure development in similar urban environments.

Economic Infrastructure and Agricultural Development in Himachal Pradesh brings out an assessment of the progress made during 1981-2001 in Himachal Pradesh. In this paper, two major components of development, viz. the agriculture and economic infrastructure sector have been analysed at district level in the State of Himachal Pradesh. It is a factorial analysis based on 23 indicators and helps to identify the lagging districts. Based on this evaluation, plan formulation could be made for the different physiographic districts of the State based on their resource potentials, levels of development, and the objectives of socio-economic equity and regional balance. Strategies have been suggested under decentralised multilevel planning process with stress on spatial organisation and corporate management. Agricultural development strategies focus attention on regional potentialities and maximisation of production. These strategies would pave the way for a more balanced regional development of Himachal Pradesh, if and when properly implemented.

Human-wildlife conflict (HWC) in Himachal Pradesh is a critical issue arising from the intersection of human activities and wildlife habitats. Rapid deforestation, agricultural expansion, urbanization, and infrastructure development have all reduced natural habitats, pushing wildlife to live close to human settlements. Crop raiding, livestock predation, property damage, and on rare occasions human casualties are all forms of conflict. Leopards, black bears, monkeys, and wild boar are among the important animals involved in conflicts. The consequences of HWC are diverse, including economic losses for farmers, dangers to human safety, retaliatory wildlife fatalities, and disruptions to ecological equilibrium, despite current mitigation measures such as compensation schemes, fencing, wildlife transfer, awareness campaigns, sterilization program obstacles persist due to lack of funds, delays in policy implementation, and limited community participation, which complicates interventions. Studying human-wildlife conflicts is crucial to developing effective and sustainable solutions to mitigate negative impacts on humans and wildlife. This review helps in understanding the conflicts in Himachal Pradesh and developing strategies that promote coexistence. The state may effectively reduce human-wildlife conflicts while preserving its rich biodiversity by using an integrated approach that balances conservation goals with the socioeconomic requirements of local communities.

The Indian Road Assessment Programme, IndiaRAP, launched in 2017 and hosted by AITD, draws on local technical expertise and research from key national stakeholders including the Government road development agencies,...

This paper investigates the mutual relationship between investment in road networks and the indicators of regional development across interconnected Egyptian governorates. In recent years, the state has allocated substantial investments to the transport sector, notably through the development of the Suez Canal and the road networks linking it to other cities. These initiatives aim to create a coherent and integrated transportation system that enhances freight logistics and fosters social connectivity among residents along the road networks. Developing an appraisal model to measure the correlation between road infrastructure and regional development is critical for aligning planning strategies with national objectives. This enhances the efficacy of development initiatives and provides researchers and authorities with effective evaluation methods for project assessments. The study synthesizes previous research and accessible statistics on the evaluation of similar projects, acknowledging that transportation initiatives have a direct impact on users and broader implications for urban and regional development. To achieve this objective, the study examines 34 highways that connect Egyptian governorates, serving as case studies of infrastructure developed or constructed within the past decade as part of the national road project. Using SPSS to analyze how road features correlate with regional development indicators, a principal component analysis is applied. The findings indicate that the effectiveness of roads in enhancing development plans is contingent upon additional factors, such as attracting investment and facilitating internal migration, which are essential for leveraging regional resources. The study emphasizes that the mere existence of roads does not guarantee urban growth or regional advancement; therefore, ongoing evaluations are necessary to assess the impact of road development and address potential deficiencies.

This paper shows light on the concept of smart tourism destination as a future of tourism development, especially in the context of problems associated with developing countries. This study substantiates the case of smart tourism development in mountain destinations as an affordable and needed future of the contemporary era. This conceptual study is based on secondary literature on Smart Cities, Smart Tourism Destinations, and Tourism in Himachal Pradesh. The Indian state of Himachal Pradesh has been considered as a study area to acknowledge major tourism-related challenges, especially in mountain locations. Consequently, the dots are connected between existing challenges and solutions that smart tourism holds. It turns out that for the development of mountain tourism destinations such as Himachal Pradesh in the Indian Himalayas, investments in smart infrastructure are required. By developing smart infrastructure, a new USP can be made, a supportive environment for new local businesses, new employment opportunities, enhanced tourist experience and an overall raised standard of living for locals. Considering all factors, it leads to a highly competitive tourism destination. All tourism destinations located in the Himalayan mountains show somewhat the same tourism challenges as Himachal Pradesh, India. Therefore, this paper brightens the path of destination planners towards the development agenda of smart tourism destinations and shows how smart tourism infrastructure can be deployed for better management of tourism destinations.