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The purpose of this study is to estimate the cost of seismic resilience of identified vulnerable lifeline public buildings in earthquake-prone Himalayan province of Uttarakhand in India.

Built area of the identified vulnerable lifeline buildings together with prevalent rate of construction has been considered for assessing the cost of seismic resilience while improvised rapid visual screening (RVS) technique, better suited to the built environment in the region, has been used for assessing seismic vulnerability.

Investment of US$250.08m is assessed as being required for ensuring seismic safety of 56.3, 62.1, 52.9, 64.6, 71.9 and 61.7% surveyed buildings, respectively, of fire and emergency services, police, health, education, local administration and other departments that are to become non-functional after an earthquake and result in a major socio-political turmoil. A total amount of US$467.71m is estimated as being required for making all the buildings of these departments seismically resilient.

Actual investment estimates and reconstruction/retrofitting plans have to be prepared after detailed investigations as RVS technique only provides a preliminary estimate and helps in prioritising buildings for detailed investigations.

This study is intended to provide a snapshot of the state of seismic vulnerability together with the financial resources required for corrective measures. This is to help the authorities in planning phased mobilisation of financial and technical resources for making the built environment seismically resilient.

This study is to bring forth awareness on this important issue and consequent public opinion in favour of safety of public facilities to ensure allocation of appropriate financial resources together with changes in techno-legal regime for the cause of earthquake safety. At the same time, this study is to motivate masses to voluntarily assess safety of their neighbourhood and undertake corrective measures.

This study is based on primary data collected by the authors.

This paper aims to investigate whether small finance banks (SFBs) in India are working towards financial inclusion through qualitative studies.

This paper uses a phenomenological approach in which semi-structured interviews were conducted with the employees of two SFBs in Mumbai with different specializations. Employee experience was captured to grasp, interpret and code data for the creation of different themes.

This research shows that the current literature on financial inclusion is inadequate to explain the behavior of the needy in India. Study found multiple themes of financial inclusion, namely, financial literacy, self-esteem, use of technology, prompt repayment, credit identity, cross-referencing and financial stability. Although overall results are positive, to generalize the results, SFBs need to spend some more time in business. The findings of this study can be of global benefit to micro-finance organizations of a similar scale to achieve financial inclusion and business improvement.

This qualitative study was performed at a single location and with a limited sample size, which underlines the need for repeated exercises at multiple locations with a larger sample size to establish a broader logical generality. It also points out the need for a study of employee themes to enhance the business processes of SFBs.

To the best of the authors’ knowledge, this qualitative study is first attempt to figure out the extent of work done by SFBs in India in promoting financial inclusion. Themes related to financial inclusion can provide further thought process for policymakers for financial inclusion and business improvement. Findings refer not only to Indian organizations but also to small banks around the world to recognize the underpinnings of financial inclusion and what small banks and micro-finance institutions can do to make it meaningful.

Land bank distribution in India is a complex subject and with the family size reduction, the average land holding is going down. Maintenance of the land records in physical format is very difficult. There are thousands of court disputes for different land parcels and managing the same is becoming a complex task. The aim of the chapter is to design a conceptual framework with electronic landbank records in dematerialized form, so that they can be easily maintained and traded. Associated benefits of implementing such system are also discussed. Authors have used secondary data published in previous research work in the area of Geographical Information System (GIS) and business analytics to analyze the prospects of land bank dematerialization and its possible applications. The chapter focuses on the need of regulatory support and associated IT infrastructure to put the plan in action. If implemented, this change can help India to transform its land management process and will also enable to explore commercial utilization of agricultural land and urban land plots for planned development.

Despite being located in earthquake sensitive region and often experiencing seismic tremors the State of Uttarakhand in the Indian Himalayas exhibits an elaborate tradition of constructing multistoreyed houses. Both the local dialects of the State (Kumaoni and Garhwali) have unique words for identifying four different floors of a building. This is suggestive of a common occurrence of multistoreyed structures in the region. This paper attempts to establish that the people inhabiting this rugged earthquake prone terrain have evolved the art of constructing earthquake safe structures well before the evolution of the structural engineering principles governing such a construction.

Detailed investigations were undertaken in the area to establish the antiquity of the traditional structures, as were also earthquake safety provisions incorporated traditionally in these. Radiocarbon dating of the wood used in the structures was used to establish the time of the construction of these structures.

Investigations suggest that the region has evolved a distinct, elaborate and magnificent earthquake‐safe construction style. This construction style, designated Koti Banal architecture, attained its zenith around 880 years ago. This architectural style exhibits the existence of elaborate procedures for site selection, preparing the platform for raising the multistoreyed structure, also for the detail of the entire structure that was constructed on principles somewhat akin to that of framed structures of modern times.

The representative structures of this architecture are observed to be deteriorating fast due to lack of patronage, resources and awareness. This article brings forth awareness regarding the heritage value of these structures, enabling organized efforts for the conservation and upkeep of these structures.

This article is the result of original research undertaken by the authors and paves the way for the conservation of the age old traditional structures.

The purpose of this paper is to attempt to assess the seismic vulnerability of the built environment in the Himalayan township of Mussoorie in the state of Uttarakhand (India), paying specific attention to hospitals. Also an attempt is made to assess the magnitude of minimum economic losses, so as to design and undertake measures for reducing human misery in the event of a major disaster.

Seismic vulnerability of the building stock is evaluated using FEMA technique rapid visual screening and the likely earthquake induced damage is depicted as a function of the damage grades of the European Macroseismic Scale (EMS‐98). In total, 3,344 buildings, including 14 hospitals, are surveyed. In the field the structures are mapped using IKONOS satellite imagery while the collected data are analysed under geographic information system environment.

It was found that 18 percent of surveyed structures fall in high probability of Grade 5 damage and very high probability of Grade 4 damage class. This is estimated to result in economic loss of US$52.47 million. Almost, 80 percent of the hospitals of Mussoorie are thus likely to be non‐functional in the post‐earthquake phase due to varying degrees of structural and non‐structural damage.

The study does not account for the cost of demolition or ground clearance cost for reconstruction, or losses likely to be incurred by public infrastructure. Thus, it is implied that retrofitting and replacement of vulnerable healthcare infrastructure should be facilitated on a priority basis along with development of suitable plans for mitigating losses in an earthquake event.

The study brings forth the importance of corrective actions (retrofitting/replacement) and detailed vulnerability assessment of all lifeline structures on priority basis.

The results are intended to reduce seismic vulnerability and human toll in the event of any earthquake in the area.

The work is based upon the original data generated by the authors through rigorous fieldwork in the area and the results are totally based on these.

This study aims to add to the current understanding of mediation and moderation processes through which employee career orientation (CO) is linked with organizational citizenship behavior (OCB).

Data were collected from 214 employees working in Delhi and NCR of India. Structural equation modeling (SEM) was used for testing moderated mediation and establishing linkages between CO, CMP and OCB. Drawing on the social exchange theory, our model posits that the effect of CO on the outcome variable OCB is mediated by career management practices (CMPs) and the CMP-mediated relationship between the two is moderated by the gender of employees.

Overall, data from 214 employees from service organizations in India support the model. This suggests that the enactment of OCB as a consequence of CO and OCB is largely dependent on the gender of employees. The relationship was observed in such a way that for women employees, CMP will have a stronger influence on the CO-OCB relationship. According to bootstrap results, upon the addition of CMP as a mediator, the main effect of CO on OCB among male employees was significant but dropped from the Beta value of 0.281 to 0.196. However, adding CMP as a mediator among women employees caused the CO-OCB relationship to become insignificant (Beta = 0.124; LLCI = 0.415; ULCI = −0.127; p = 0.420), highlighting that CMP would have a more substantial influence on the CO-OCB relationship.

This study explains the mediational role of CMP in the relationship between CO and OCB (explaining how the employees with new CO can trigger the role of CMP, and consequently, CMP can help them enact OCB) and how the gender of employees moderate the mediated impact of CMP in the relationship between CO and OCB (explaining how the mediated relationship varies across genders). The novelty of the study lies in exploring such a relationship that has not been studied so far.

This study aims on a broad review of Concrete's Rheological Properties. The Concrete is a commonly used engineering material because of its exquisite mechanical interpretation, but the addition of constituent amounts has significant effects on the concrete’s fresh properties. The workability of the concrete mixture is a short-term property, but it is anticipated to affect the concrete’s long-term property.

In this review, the concrete and workability definition; concrete’s rheology models like Bingham model, thixotropy model, H-B model and modified Bingham model; obtained rheological parameters of concrete; the effect of constituent’s rheological properties, which includes cement and aggregates; and the concrete’s rheological properties such as consistency, mobility, compatibility, workability and stability were studied in detail.

Also, this review study has detailed the constituents and concrete’s rheological properties effects. Moreover, it exhibits the relationship between yield stress and plastic viscosity in concrete’s rheological behavior. Hence, several methods have been reviewed, and performance has been noted. In that, the abrasion resistance concrete has attained the maximum compressive strength of 73.6 Mpa; the thixotropy approach has gained the lowest plastic viscosity at 22 Pa.s; and the model coaxial cylinder has recorded the lowest stress rate at 8 Pa.

This paper especially describes the possible strategies to constrain improper prediction of concrete’s rheological properties that make the workability and rheological behavior prediction simpler and more accurate. From this, future guidelines can afford for prediction of concrete rheological behavior by implementing novel enhancing numerical techniques and exploring the finest process to evaluate the workability.

The purpose of this study is two-fold. First, to identify and encapsulate the enablers that can facilitate technology integration in higher education and second, to understand and analyze the interplay between technology agility enablers.

The study used the Total Interpretive Structural Modeling (TISM) approach to construct a theoretical model of the technology agility enablers in higher education and MICMAC analysis for ranking and segregating the enablers based on their dependence power into four categories: Autonomous, Dependent, Linkage and Independent.

The study helped identify eight technology agility enablers, with the Covid-19 pandemic as the most significant enabler. The Covid-19 pandemic has catalyzed the diffusion of technology across the education sector in India, including tertiary higher education. The study revealed government initiatives and institutional commitment as other enablers that can promote technology agility in higher education.

The results of this study would assist the policymakers and management of universities and colleges in understanding the important enablers that can facilitate technology integration in higher education.

Research in the past on technology adoption in higher education has looked into each enabler in isolation. This research provides a comprehensive view of the enablers and has attempted to establish a multidirectional interplay between the enablers.