Safe and clean water supply for domestic as well as for sustainable supply for irrigation and industrial requirement is toughest challenge due to rapidly declining ground water resources in major part of the state. Monitoring of water level plays important role for effective estimation of ground water resources.

More than 70 per cent of Tanzania’s population lives in rural areas, which depend largely on groundwater for drinking. The country, however, lacks safely managed potable water. The best available drinking water - i.e. uncontaminated and available at the nearest point - is from the basic water services.

Director General, National Mission for Clean Ganga, released a detailed report on the opportunities in the Water sector that can benefit from the use of Geospatial technologies through an online event.

Central Ground Water Board, North Central Region, Bhopal monitors ground water level in the entire state of Madhya Pradesh through a network of 1511 ground water monitoring dug wells and piezometers, four times in a year in order to bring out the spatial and temporal changes in the ground water regime.

Widespread adoption of efficient irrigation technologies, including drip irrigation, has been proposed as a means of limiting groundwater overexploitation, especially in the intensively farmed and water-stressed South Asia region.

Floods and droughts take a staggering toll both in human suffering and in economic costs. A new approach thus is urgently needed to manage the large and growing risks associated with extreme hydro-climatic events. This report offers that new approach.

Dissemination of technical information in a way that is very useful to the user agencies is an important aspect that plays a vital role in the safe and optimal development of groundwater resources of our country. As an effort in this direction, Central Ground Water Board is bringing out “Groundwater Year Book” each year.

The ground water level monitoring carried out by Central Ground Water Board, Southern Region, and Hyderabad during 2020-21 is compiled in the form of Ground Water Year Book. It outlines the ground water level behaviour in the current year with reference to the corresponding periods of previous year and also with last decadal mean.