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Irrigation Projects and Power Projects | Geography for UPSC CSE PDF Download

Indira Gandhi (Rajasthan Canal) Project.

  • Under this project the waters of Beas and Ravi are diverted to the Sutlej so that waters of all the three rivers are now being almost fully used to irrigate north-western Rajasthan which is a part of the Thar desert.

The project includes: 

  • the Rajasthan Feeder taking off from the Harike Barrage across the Sutlej near its confluence with the Beas in Punjab; and 
  • the Rajasthan Main Canal taking its water-supply from the Rajasthan Feeder.

Gandak Irrigation Project.

  • This is a joint venture of India and Nepal.
  • It is entirely executed by India (Bihar and Uttar Pradesh) but its benefits are also shared by Nepal in accordance with an agreement signed in 1959. 

The project includes: 

  • a barrage across the Gandak at Balmikinagar below the Tribeni Canal Head Regulator in Bihar; 
  • 4 canals, 2 each in India and Nepal; and 
  • a power house.
  • Half of the 747.37 m long and 9.81 m high barrage is in Nepal. Inside India the 66 km long Main Western Canal will irrigate 4.84 lakh hectares in Saran district of Bihar and 3.44 lakh hectares in Gorakhpur and Deoria districts of Uttar Pradesh and the 256.68 km-long Main Eastern Canal will irrigate 6.03 lakh hectares in Champaran, Muzaffarpur and Darbhanga districts of Bihar. 
  • The western Canal of Nepal will irrigate 16,600 hectares in Bhairwa district. 
  • The Eastern Canal of Nepal will irrigate 42,000 hectares in Parasa, Bara and Rautuhat districts. 
  • A power house with 15 mw installed capacity on the Main Western Canal has been commissioned and handed over to Nepal as a gift.

Mahanadi Delta Irrigation Project.

  • The purpose of this project is to make use of the releases from the Hirakund reservoir. It includes 1,353-m-long concrete weir and a 386.24 km-long canal with an irrigation potential of 5.35 lakh hectares in the Mahanadi delta in Orissa.

Tawa Irrigation Project.

  • This irrigation scheme in Madhya Pradesh comprises: 
  • an earth-cum-masonry dam, 1630.2 m-long and 57.95 m-high, across the Tawa, a tributary of the Narmada, in Hoshangabad district; 
  • and two irrigation canals taking off from the reservoir. The 120 km-long Left Bank Main Canal and the 76.85 km-long Right Bank Canal will irrigate 3.32 lakh hectares in Hoshangabad district.

Pochampad Irrigation Project.

  • It is the second largest irrigation project in Andhra Pradesh and comprises : 
  • a 812 m long and 43 m high masonry dam with a storage capacity of 230.36 crore m3 on the Godavari in Adilabad district, and 
  • 112.63-km-long main canal which will irrigate 2.30 lakh hectares in Adilabad and Karimnagar districts.

Upper Krishna Irrigation Project.

  • This project in Bijapur-Gulbarga districts of Karnataka includes : 
  • a 1631 m-long and 34.76 m-high dam across the Krishna at Almatti in Bijapur district; 
  • a second 6,951 m-long and 23.63 m-high dam on the river at Narayanpur in Gulbarga district; 
  • a 170.58-km-long canal taking off from the Almatti Dam; and 
  • a 222-km-long canal taking off from the Narayanpur Dam.
  • The project will irrigate 2.43 lakh hectares in Bijapur, Raichur and Gulbarga districts of Karnataka.

 

Largest Natural Lakes of the World

Name and Location

Area sq km

Depth metres

1. Caspian Sea: 
Iran - Azerbaijan- Russia,
Kazakhstan- Turkmenia

371,000

1,025

2. Superior : USA-Canada

82,100

406

3. Victoria : Uganda, Kenya-Tanzania

69,400

82

4. Aral Sea : Uzbekistan-Kazakhstan

64,500

67

5. Huron : USA-Canada

59,600

229

6.Michigan : USA

57,800

281

7.Tanganyika : Burundi
 Tanzania-Zambia-Zaire

32,900

1,470

8. Baykal : Russia

31,500

1,620

9. Great Bear : Canada

31,200

446

10. Nyasa : Malawi-Mozambique-Tanzania

----

-----

 

Power Projects

Rihand Hydro-electric project.

  • This project is one of the largest man-made lake in India on the borders of Uttar Pradesh and Madhya Pradesh and comprises a 934 m-long and 91.4 m-high straight gravity masonry dam across the Rihand near Pipri in Mirzapur district of Uttar Pradesh. It impounds 1,060 crore m3 of water. Its power generating capacity is 300 mw.

Koyan Hydro-electirc Project.

  • This project in Maharashtra comprises : 
  • a 853.44 m-long and 85.3 m-high dam across the Koyna at Deshmukhawadi in Satara district of Maharashtra; and 

Sharavati Hydro-electric Project.

  • Located in Karnataka, this is one of the largest hydroelectric projects in India. 
  • It includes : the main dam across the Sharavati near Linganmakki and a balancing dam at Talakalale near Jog Folls in Shimoga district of Karnataka.

Sabagiri (Pamba-Kakki)  Hydro-electic Project.

  • This project in Kerala has 3 storage dams, one each on the Pamba and Kakki rivers and one flanking dam. 
  • The total power potential of this project is 300 mw. It fees power to Kerala and Tamil Nadu.

Idukki Hydro-Electirc Project.

  • This project also in Kerala, has 3 storage dams, one each on the Periyar and Cherutheni rivers and one at Idukki and the power house at Moolammattom, all in Idukki district. 
  • Its total installed capacity is 390 mw.

Kundah Hydro-electric Project.

  • This project in Tamilnadu has 8 storage dams on the Kundah and its tributaries in the Nilgiri hills and has a total installed capacity of 535 mw.

Talcher Thermal Power Project.

  • Situated in Orissa, this power station has an installed capacity of 250 mw. 
  • This project is based on cheap coal available from the Talcher coalfield.

Neyveli Thermal Power Project.

  • This is associated with the Neyveli Lignite Project in the South Arcot district of Tamilnadu. 
  • It is based on lignite produced in the area. Its installed capacity is 600 mw which is fed to the Tamilnadu State Power Grid.

Korba Thermal Power Station.

  • Located near the Korba coalfields in Bilaspur district (Madhya Pradesh), it has a total installed capacity of 300 mw. 
  • It feeds power to the various places in Bilaspur and Raipur divisions of Madhya Pradesh.
The document Irrigation Projects and Power Projects | Geography for UPSC CSE is a part of the UPSC Course Geography for UPSC CSE.
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FAQs on Irrigation Projects and Power Projects - Geography for UPSC CSE

1. What are irrigation projects and why are they important?
Ans. Irrigation projects are initiatives undertaken to improve and manage the water supply to agricultural lands. These projects involve the construction of canals, dams, and reservoirs to capture and distribute water resources. They are important as they ensure the availability of water for crops, increase agricultural productivity, and provide food security.
2. How do irrigation projects benefit farmers?
Ans. Irrigation projects benefit farmers by providing a reliable water supply for their crops throughout the year. This helps in reducing dependence on rainfall and mitigating the risks associated with droughts and erratic weather patterns. It also allows farmers to cultivate multiple crops in a year, leading to increased agricultural productivity and income generation.
3. What are power projects in the context of irrigation?
Ans. Power projects in the context of irrigation refer to the integration of hydropower generation with irrigation systems. These projects utilize the flow of water in canals, dams, and reservoirs to generate electricity. The power generated is then used to meet the energy requirements of the irrigation infrastructure, such as pumping water and operating control systems.
4. How do power projects contribute to sustainable development?
Ans. Power projects contribute to sustainable development by providing clean and renewable energy for irrigation purposes. By utilizing hydropower, they reduce dependence on fossil fuels and mitigate greenhouse gas emissions. Additionally, the generated electricity can also be supplied to nearby communities, promoting rural electrification and socio-economic development.
5. What are some challenges associated with irrigation and power projects?
Ans. Some challenges associated with irrigation and power projects include environmental impacts such as habitat destruction, water pollution, and alteration of natural river flows. There can also be conflicts over water allocation between different user groups. Additionally, the high initial investment cost, maintenance requirements, and technical complexities involved in implementing and managing these projects pose significant challenges.
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