Aurangabad

Marathwada, comprising eight districts in Maharashtra, often makes the headlines due to recurring drought. Irregular rains and shifts to cash crops have made the water situation precarious in the region.

Once again, Indore tops in Swachh Survekshan

Till about a year ago, 52-year-old Kisan Jite would often wake up to his wife Sarla and other village women squabbling over who would fill their buckets first from the only well in Golegaon village.

According to a report published by the Central Water Commission in 2015 on the status of trace and toxic metals in Indian rivers in the country, a large number of rivers in India are contaminated by heavy metals.

Pophala is a dry land farming village with 73 families that cultivate 290 acres. The people would spend as many as 5 hours to go to another village and get water. In the year 2013, the Gram Sabha in Pophala village, decided on something unique. They decided to figure out a way to get and keep water in their village so as to not be dependent on anyone else. 

Assessment of physico-chemical quality of groundwater in rural area nearby Sagar city, Madhya Pradesh

This paper presents the results of forty groundwater samples collected from June 2007 to July 2010 in Gambhira and Baheria villages in Madhya Pradesh. The authors conclude that the ground water quality is degraded due to anthropogenic causes.

Aurangabad, a city in central Maharashtra is in a drought prone region, and being a rapidly urbanising town, is facing a lot of pressure on ots water resources. Besides importing water there has been an increasing trend of ground water extraction.

In this context, a survey of groundwater use was conducted as part of a World Bank study on Indian groundwater management. The study was a collaboration between GW MATE(Groundwater Management Advisory Team) and GRASP (Grass Roots Action for Social Participation), an Aurangabad-based civil society organization working on community-based natural resource management.

The city of Aurangabad has benefited from the construction of  aqueducts and canals by its earlier rulers. According to the authors  between 1617 and 1803, a number of aqueducts and canals were constructed.

Specific methods used were automation of localized water storage system, elimination of water wastage by providing timer for water supply, constructing pond for harvesting rain water, optimisation of paint sludge pit cleaning, installation of screw compressors without cooling tower compressors, installation of spot cooling system, inst