Water Management

This report by the Central Pollution and Control Board (CPCB) describes the various intervention measures chosen to reduce the ecological footprint of the Sangamam housing project at Auroville. These measures include water harvesting, recycling and waste management. 

This study by the International Water Management Institute (IWMI) examines the global patterns and impacts of droughts through the mapping of several drought-related characteristics – either at a country level or at regular grid scales. Characteristics cover various aspects of droughts – from global distribution of meteorological and hydrological drought risks to social vulnerability and indices related to water infrastructure.

It takes apple as an indicator crop to investigate the positive and negative effects of climate change on farm economy. The research is a field study to determine the agricultural and socioeconomic impact of climate change on the farmers apple economy of the Kullu valley in Himachal Pradesh, India.

Now-a-days heavy metal arsenic poses a health risk problem throughout the world. Arsenic may be found in water which has flowed through arsenic-rich rocks. Severe health effects have been observed in populations drinking arsenic-rich water over long periods in countries world-wide.

This study was commissioned recognizing the fact that discharge of untreated sewage occurs not only because of inadequate installed capacity of sewage plants, but also due to the inadequate maintenance of existing plants.

This hand book on Indian science and technology was produced at the end of a project entitled “Science, Ethics and Technological Responsibility in Developing and Emerging Countries” (SET DEV) by Knowledge in Civil Society (KICS). The project aimed at:

• Activating processes of building institutional capacities and skills on science,ethics and STR socialization
• Defining and understanding perspectives of socialization of science and technology that take into consideration local needs in a multilateral dialogue.

Article Courtesy : Water Initiatives Odisha (WIO)

Author : Ranjan Panda

These large structural engineering solutions not only are obsolete but undermine the importance of ‘integrated flood management’. Time we grow up and design ways to live with floods again.

We all know the statistics: 2.6 billion people around the world are without access to a basic toilet. Diarrhoea – the vast majority of it due to poor sanitation and hygiene – is the second biggest killer of children worldwide.

Between us, we also have many of the answers. We have experiences of low-cost technologies that are acceptable and affordable for poor communities in rural areas. We have been involved in designing communications programmes that have contributed to sustained behaviour change.

We have seen governments and civil society working together to set up policies and programmes that ensure access to better sanitation in challenging settings, such as crowded informal settlements in fast-growing megacities. We have also seen businesses grow up around sanitation and hygiene, allowing individuals to make a dignified living and clients to buy the sorts of products and services they want and need.

The work of repair and rehabilitation begins now. Assessments are being done of the assistance –and funds- needed in these two states.

Sikkim is beginning to assess the full extent of the damage caused by the 18th September earthquake. In addition to the loss of life, livelihoods have been severely impacted. The earthquake is also raising questions about the safety of the many dams planned on the Teesta.

Content courtesy: India WASH Forum