Gsda district amravati, government of maharashtra electricity generation by source

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Amravati District is located due North East of Maharashtra state having 760 37, 27”E latitude and 200 32, to 210 46, N longitude. Due North and West Madhya pradesh state border is present ,due South Akola and Yeotmal district,while towards East Nagpur and Wardha district is present. There is Satpuda range towards North of Amravati district. Area

The total geographical area of Amravati District gas pain left side is 12212 sq. km.and its only 3.97 % of Maharashtras. 75% of Amravati district covered by Deccan Trap while 25% area covered by Purna alluvium.The total area of Purna alluvium is 3053 sq.kms. out of which 1562 sq.kms area belongs to saline zone which is Quality affected area.The ground water in this area is not used for Irrigation and Drinking water purposes, Where as North East part of district there is high irrigation activity mainly electricity word search answers orange fruit crop which develop imbalance in ground water. Land use

The climate of this district is hot and dry.The year is divided into three seasons, cold season is from November to February,hot season is from March to May and the monsoon season orlando electricity providers is from June to October. The area recives rainfall during southwest monsoon.The average rainfall 700-800 m.m. The maximum tempreture during summer goes upto 460c while the minimum temperature during winter drops to 50- 90 c. River and Drainage pattern

There are three main river Tapi, Purna and Wardha .The Purna rises in the southern slopes of Gavilgarh hills gas chamber and flows southunly S-E direction till it turns Westward and from a part of the district boundary between Amravati Akola.Pedhi ,Arna, Chandrabhaga and the Shahnur are imp ortant tributaries of Purna.The Wardha river rises at Multai in Madhya pradesh and from the eastern boundary of district and receives a number of short tributaries at its right flowing within district Maru And Chargar are important tributaries that join Wardha. The Tapi electricity distribution map flows a long the N-W boundary of the district Khardu, Sipna, Dewal Dhulghat are its tributaries.

Northen part of district is mostly hilly area covered by forest. The North West part is cover by thick forest of sagwan tree.The central part is cover by Purna alluvium,Total area is 3053 sq km. With slope NS 9 m. depth to 15 km while EW slope 15 m deep to 15 km. The Purna alluvium consist of silt, clay, sand, while Bazada zone foothill portion of Satpuda range covers part of Anjangaon surji, AchalpurChandur Bazar taluka consisting of clay electricity production in the us, boulders pebbles. The total coverage of this area is 25% while other 75% area is Deccan trap mostly jointed, vesicular basalt type. Age

The storage capacity the Transmisivity of the basalt flows are not uniform. It changes from place to place and flow to flow in the vertical direction. The gas tax deduction latral flow contineses for considerable distance while the weathered residue is thick or vesicular zones spreads uniformly,while fractures, joints have high degree of interconnection.In the Deccan trap area the primary porosity is due to presence of interconnected vesicles when is not filled by secondary material while secondary porosity is develop due to weathered,cooling joints and fractures.

In Amravati District Under Hydrology project,171 observation well npower electricity bill Selected on the basis of morphological classifiction Which quaterly manual monitor in month October, December,March May. Beside this 55 peizometer drilled for monitoring shallow deep water laval monthly update this data into GEMS. This information used for further study Undergroundwater quality and monitoring system, 150 water quality station selected which divided on the basis of water quality, such as BS-station, TS- station and T- station. Annually water sample taken for chemical bacteriological analysis.Declineing trend shown by hydro graph station Dhanora,Taluka Morshi is as follows- Shivkalin Pani Sathwan Yojana

Shivkalin Pani Sathwan Yojana started in 2002.Basic aim of this scheme is to strengthen the existing drinking water sources by taking various water conservation static electricity images structures like Cement bandhara ,Dug Well deepning,Rain Water Harvesting,Village Tank and Unconventional measures like Bore Blast Technique,Stream Blast gas vs electric stove top Technique,Jacket Well,Fracture Seal Cementation etc.

This is an ideal small water supply scheme in which small villages having high yielding bore wells are covered.In this scheme small 1 HP pump is inserted in high yielding bore well with hand pump and attached to 5000 liters tank.In this scheme both hand pump and motor pump can use simultaneously.Six dual pumps are installed by this office and 52 such schemes are on going. Ground Water Assessment