Research Projects

 

 

Hydrogeological case study at two peri-urban slum areas in Jaipur, India, and implementation of a community-based water                                    

 

                                                                                                        management (2015-2017)

Funding

Global Resilience Partnership(GRP) convened by The Rockefeller Foundation, USAID and Sida

 

General Project Information

The Jaipur case study is part of the project „Women’s Action towards Climate Resilience for Urban Poor in South Asia” under the lead of the Indian NGO Mahila Housing SEWA Trust (MHT).

The project aims at empowering women from slums in seven South Asian cities (Ahmedabad, Bhopal, Jaipur, Ranchi, Bhubaneshwar, Dhaka and Kathmandu) to take action against the most pressing climate-related risks: heat waves, flooding, water scarcity and water and vector borne diseases. The team includes experts in urban planning, social sciences, urban health systems, water sciences, insurance and communication. The FUB is responsible for hydrogeological investigations.

 

The Jaipur case study

Two slum communities without sufficient water supply both in quality and quantity were selected as pilot areas for hydrogeological studies. They represent typical geological settings in Jaipur and their water problems are representative for many slums throughout the country. Field research in summer 2015 revealed that a lack of knowledge and expertise in the communities leads to many water-related problems, such as wastage of water, illegal pipeline connections, practicing open defecation up-gradient of drinking water production wells and thinking in limited ways (temporal and spatial). A lack of capacity in terms of time, media access and confidence of the slum dwellers requires a solution, which is tailored to their needs and capabilities.

The goal is to develop a community-based water management, which takes into account the whole system including solid waste management and sewage infrastructure. Identifying how climate change specifically affects the water resources of a certain area will enable communities to either implement measures (e.g. recharge structures) to counteract the consequences or to demand concrete action from the municipality.

 

Contact

Theresa Frommen, doctoral candidate theresa.frommen@fu-berlin.de

Prof. Dr. Michael Schneider m.schneider@fu-berlin.de