Leadership development practice bundles and organizational performance: The mediating role of human capital and social capital

Over the past 20 years, China and India have emerged as the fastest growing economies in the world. In this context, the authors review, examine, and list the factors that have contributed to the emergence of China and India (referred to as Chindia). The authors compare the antecedents, characteristics, and consequences of their emergence in the global market. This article provides insights for the researchers and multinational enterprises from rest of the world to carry out studies on country analysis as well as foreign market entry modes. Besides, we posit theoretical and testable propositions for future research.

The Emergence of China and India in the Global Market

This paper is a critique of the dominant functionalist discourse in authentic leadership theory, which shapes the manner in which we perceive authentic leadership development. As an alternative, I ...

Between Person and Person: Dialogical Pedagogy in Authentic Leadership Development

Stewardship theory of corporate governance is a normative alternative to agency theory. This article argues that the stewardship behaviour of managers results in exemplary corporate governa...

Stewardship Theory of Corporate Governance and Value System: The Case of a Family-owned Business Group in India:

In rapidly growing Asian economies, the need to recruit and train additional leadership talent is particularly problematic, as the demand for talent continues to outstrip available indigenous human capital. Yet most leadership development research to date has focused on US samples. The current study extends our knowledge about how managers develop as leaders by analyzing and comparing qualitative data on key developmental events and lessons from senior executives in China and India, and including a comparison to similar recent US data.

https://link.springer.com/content/pdf/10.1057%2Fabm.2013.9.pdf

Learning to lead: A comparison of developmental events and learning among managers in China, India and the United States

Aarti Shyamsunder*, Anand S, Ankush Punj, Arvind Shatdal, B M Vyas*, Balaji Kumar*, Binu Philip*, C Manohar Reddy, Chitra Sarmma*, Gopal Mahapatra*, Govind Srikhande*, Kartikeyan V*, Manoj Kumar Jaiswal, Nandini Chawla, Prabhat Rao*, Prakash K Nair*, Prasad Kaipa*, Rajshekhar Krishnan*, Rishikesha T Krishnan, Rituraj Sar, S K Vasant*, S Ramesh Shankar, Santrupt Misra, Shabari Madappa*, Sudhakar B, Swasthika Ramamurthy*, Twisha Anand, Vasanthi Srinivasan, Vikas Rai Bhatnagar, Vishwanath P*, Vivek Subramanian* and Neharika Vohra and Deepti Bhatnagar (Coordinators)

https://journals.sagepub.com/doi/pdf/10.1177/0256090920110406

Leadership Development in Organizations in India: The Why and How of It (Part II)

Water pollution is a major global problem. It is caused when contaminants are introduced into the natural environment like lakes, rivers, oceans and groundwater which causes waterborne diseases. Some of the industries which contribute to water pollution are Chemical and Pharmaceutical Industries, Sugar Industries, Steel Plants, Coal, Soap and Detergents, Paper and Pulp Industries, Distilleries, Tanneries, Foods Processing Plants etc. India is the world’s largest sugar-consuming country and also second largest in sugar production. That’s why the amount of wastewater generated from sugar industries has also increased. Wastewater from sugar industries contains carbohydrates, oil and grease nutrients, sulphates, chlorides, and heavy metals. The work was carried out to reduce various pollutants present in synthetic waste water of Sugar Industry using “Microbial Fuel Cell” Treatment Method. In the construction of a microbial fuel cell Salt-bridge is the economic alternative to highly priced proton-exchange membrane. By altering the concentration of agar in the fabrication of salt-bridge, performance of microbial fuel cells were observed using sugar industrial wastewater as the substrate. In this study various concentrations of agar is taken in a salt bridge like 5gms, 7gms, 10gms to produce bacteria, NaCL is also used in salt bridge for the flow of electrons. Two different types of stainless steel rods and copper rods are used to generate electricity. The COD has been reduced from 147ppm to 45ppm. We have obtained that 7gms agar concentration with stainless steel rods have been generated more current when compared to 5gms and 10gms of agar with stainless steel and copper rods. We have also obtained that 7gms of Agar with stainless steel rods was reducing the more pollutants when compared to 5gms and 10gms agar with copper and stainless steel rods.

/pdf/generation-of-current-by-using-microbial-fuel-cell-and-1ikgiankc8.pdf

Balaji. Vivek Kumar

Papers

Leadership Development in Organizations in India: The Why and How of It (Part II)

Generation of Current by using Microbial Fuel Cell and Simultaneously Treatment of Sugar Industrial Waste Water