Climate change in combination with socioeconomic processes and opportunities have an especially severe impact on people living in remote mountain areas of the Hindu Kush Himalaya. What is less well known is how changes in climate will affect in the quality of lives, livelihoods, and resources of diverse groups of people of the region. The chapter argues that it is not only important but also necessary to link climate science and climate interventions with relevant contextual experiences of the different groups of people due their differential experiences and vulnerabilities. The chapter provides illustrative cases studies to demonstrate the differential experiences and vulnerabilities of women and men as a result of the dynamics of gender relations in the context of climate change.

The 2011 Census of India produced some interesting facts about the process of urbanisation in India. For the first time since Independence, the absolute increase in population is more in urban than in rural areas. The increase in urban areas has put pressure on the basic infrastructure, including access to water for both urban and periurban locations. Most Indian cities have formal water supply for only a few hours a day and only in limited areas. The question is – where are the remaining water requirements coming from? For much of India's ‘water history’, the focus has been on large-scale surface-water projects to provide access, focusing more on irrigation and neglecting sources within the city and the periurban areas. Over time an enormous informal groundwater market has arisen in several cities to bridge the demand–supply gap. This water demand is met through supplies of water through informal water markets. Water is sourced from the periurban regions, which are usually richer in surface water and groundwater. This paper focuses on the change process as witnessed by periurban areas with a case study of Hyderabad. This paper presents an overview of a trend that is leading to immense water insecurities due to a combination of issues.

This article documents the conflict between peri-urban and urban water users in Mallampet, a peri-urban village adjacent to Hyderabad City. In Mallampet and adjoining villages, 15–20 tanker companies are operating, most of which are owned by the local residents of the area. The number of tanker companies fluctuates depending on the business conditions. Most of them operate without legal permission from authorities. Pumping groundwater and selling it to urban consumers requires minimal hard work and yields maximum returns. Some villagers have been able to seize this opportunity, more so because agriculture is no longer profitable. Based on the data collected from individual pumps and selected tanker companies operating in the village, estimates were made for the amount of water extracted and the revenue earned by a few wealthy and powerful people in the village who are ignorant of the dire consequences of rapid aquifer discharge. The conflict is latent at the moment because the water sellers and buyers are more powerful socially and economically, while the people who are at the receiving end do not have a voice. They are unable to prevent the extraction and sale of groundwater in order to help reduce their insecurity. Even though there are strong laws like the 2002 Andhra Pradesh Water, Land and Trees Act (APWALTA) which prevents the mining of aquifers, the strong nexus between local authorities, politicians and water sellers helps bypass the law.

This chapter presents the case of peri-urban Hyderabad, India. It attempts to understand how peri-urban corridors have emerged after the cyber revolution in the 1990s and its implication for water demand in the city and its new peripheries. The chapter draws from data collected during fieldwork conducted in four peri-urban villages of Hyderabad. Analysis of the data has shown the dependency of the city of Hyderabad on the peri-urban villages for water through illegal water markets that operate through tankers. A way forward involves sustainable solutions, which either protect the groundwater or help recharge it to improve water security.