Water Management

To provide the background hydrological information for the assessment of environmental flow requirements at four selected ‘Environmental Flow’ sites, a hydrological model was set up to simulate the catchment in the present state (with water regulation  infrastructure) and to generate the natural flows (without water regulation infrastructure).

Guest post by: Chicu

The objective of the scheme is to convert or construct low cost sanitation units through sanitary two pit pour flush latrines with superstructures and appropriate variations to suit local conditions (area specific latrines) and construct new latrines where economically weaker sections household have no latrines and follow the in-human practice of defecating in the open in urban areas. This would improve overall sanitation in the towns.

This presentation by Sekhar Raghavan, Director, Rain Centre, Chennai, India highlights the experiences and the challenges faced by Rain Centre in introducing ecological sanitation in the coastal town of Kovalam near Chennai, Tamil Nadu, India along with Coastal and Rural development Trust (CRDT), a small non profit centre based in Kovalam .

The coastal town of Kovalam was selected as a case because of its peculiar situation with its location in a fast developing  peri-urban area in proximity to Chennai city characterised by good groundwater situation, adequate land and housing facilities, but with a glaring and urgent need and demand for toilets.

The paper notes that there are large opportunities for gains from adaptation and new investments in water management for meeting the targets under the proposed National Food Security Act.

During the year 2011, the temperatures have been below normal over north and northwestern parts of India due to the enhanced activity of western disturbances. These conditions had raised many apprehensions about the possible impact on the subsequent monsoon, if any.

The report by Paul P Appasamy and Ruth Meinzen Dick deals with urbanization and intersectoral competition for water founded on the view that stereotypical images of “thirsty cities” that equate urban demand with “drinking water” or factories, and rural water supply with irrigation do not adequately portray the water uses in each area.

This standard operating procedure developed by the Department of Drinking Water and Sanitation includes all functions pertaining to disaster prevention, institutional mechanism, preparedness, early warning, relief, recovery and rehabilitation. It will apply to RWSS Department/ PHED/ PRED/ Sanitation Departments/ Board dealing with rural water supply and sanitation for natural disasters that the State is prone to. The standard operating procedure will not be applicable to nuclear, biological and chemical disasters.

Its aim aim was to improve the capacity of target communities to better manage in times of disaster. To set in motion a process that would sustain a short-term project, the Aga Khan Development Network drew on guiding principles developed from its experiences of projects in disaster reconstruction and more comprehensive development programs: high-quality community-based interventions, working on multiple fronts, and fostering linkages with strong institutional partners.

At the core of the project’s disaster management and mitigation strategy was the creation of empowered and highly motivated community-based organizations; their participation was critical in shaping and implementing initiatives that would best serve the needs of the vulnerable, particularly women and children.

Content courtesy: India WASH Forum