Godavari River System, Origin, Course, Tributaries, Significance

 Godavari River System, Origin, Course, Tributaries, Significance

The Godavari River System, India's second-longest, supports agriculture, power generation, and biodiversity across Maharashtra, Andhra Pradesh, Telangana, and Chhattisgarh. Its tributaries, delta, and projects impact regional economies, culture, and ecology.

Godavari River System, Origin, Course, Tributaries, Significance

The Godavari River System, India's second-longest, supports agriculture, power generation, and biodiversity across Maharashtra, Andhra Pradesh, Telangana, and Chhattisgarh. Its tributaries, delta, and projects impact regional economies, culture, and ecology.

The Godavari River System, often called the Dakshina Ganga or “Southern Ganges,” is the second longest river in India, stretching about 1,465 kilometers (910 miles). Originating in the Western Ghats at Trimbakeshwar in Maharashtra, it flows eastward across the Deccan Plateau and empties into the Bay of Bengal. As it traverses diverse landscapes, the Godavari forms a rich delta near Rajahmundry, where a network of distributaries boosts its fertility and agricultural potential.

 

Revered in Hinduism, the Godavari River is dotted with numerous pilgrimage sites where devotees perform sacred rituals. Moreover, events like the Pushkaram (Kumbh of the South) festival attract thousands, seeking spiritual purification through a sacred dip in its waters.

Godavari River System Overview

The Godavari River System, India’s second longest river after the Ganga, drains the third largest basin in the country, covering approximately 10% of India’s total geographical area. It flows eastward for 1,465 kilometres, passing through Maharashtra (48.7%), Andhra Pradesh (23.7%), Chhattisgarh (12.4%), and Odisha (5.7%), with smaller sections in Madhya Pradesh (7.8%), Karnataka (1.4%) and Union territory of Puducherry (0.01%).

 Origin and Draining: The Godavari River System begins in the Western Ghats near Nashik, Maharashtra, at Brahmagiri Mountain in Trimbakeshwar. It eventually flows into the Bay of Bengal via a vast system of distributaries.

Drainage Basin: The Godavari River’s extensive drainage basin spans 312,812 square kilometers, making it one of the largest in the Indian subcontinent, surpassed only by the Ganga and Indus rivers.

Boundary: The river basin is bordered to the north by the Mahadeo Hills and Satmala Hills, to the northwest by the Ajanta Range, to the west by the North Sahyadri range of the Western Ghats, to the east and southeast by the Eastern Ghats, and to the south by the Balaghat Range.

The interior part of the basin lies in the Maharashtra Plateau, which predominantly lies at an elevation of 300-600 meters, sloping towards the east.

The eastern section of the basin is largely occupied by the Dandakaranya Range, with the Eastern Ghats marking the eastern boundary of the peninsula.

Soils: The Godavari River System basin is mainly characterized by black, red, and lateritic soils, along with alluvium, mixed soils, and areas of saline and alkaline soils.

Rainfall Pattern: The Godavari River basin experiences its highest rainfall during the Southwest monsoon, with annual rainfall ranging from 1,000 to 3,000 mm in the Western Ghats’ high rainfall zone. 

The Indravati and Pranhita sub-basins receive even higher rainfall, up to 86% and 88% respectively, due to the influence of cyclonic storms. 

Issues: The Godavari River System basin experiences flooding in its lower reaches, while the coastal areas are prone to cyclones. It records India’s highest flood flows, with annual floods averaging 1.0 million cusecs. 

The flat topography of the delta regions leads to drainage congestion, and a significant portion of Maharashtra, particularly the Marathwada region, faces drought conditions.

Godavari River System Course

Godavari River System, the longest river in peninsular India with the largest catchment area and discharge, is vital for preserving the region’s ecological balance. It flows eastward across the Deccan Plateau and turns southeast into Andhra Pradesh’s Eluru and Alluri Sitharama Raju districts.

 

Division: Below Rajahmundry, the Godavari splits into two primary streams: the Gautami Godavari to the east and the Vashishta Godavari to the west. Together, they create a vast delta before flowing into the Bay of Bengal.

Delta: The Godavari delta, shaped like a lobe with a rounded bulge and multiple distributaries, is a vast area of river-borne alluvium formed by deposits at the river’s mouth. Silting at the mouth continues, gradually pushing the delta further into the sea.

River Basin Sections: Moreover, the Godavari river basin is divided into three sections, collectively covering 24.16% of the total basin area.

Upper (from the source to the Manjira confluence)

Middle (between the Manjira and Pranhita confluences)

Lower (from the Pranhita confluence to the mouth)

Godavari River System Tributaries

The Godavari River System has several major tributaries, with the left bank tributaries Purna, Pranahita, Indravati, Sabari, etc covering nearly 59.7% of the basin’s catchment area. The right bank tributaries, including Pravara, Manjra, Maner, etc. contribute 16.14% of the basin.

 

The Pranahita, the largest tributary, covers 34% of the basin and drains the Vidharba region and southern slopes of the Satpura Ranges. It conveys the combined waters of the Penganga, the Wardha, and the Wainganga, and below its confluence with the Manjira, it falls into the Godavari.

Seven Mouths of Godavari: Before entering the Bay of Bengal, the Godavari forms seven mouths. Collectively, these branches are called Sapta Godavari, while the river before splitting is known as Akhanda Godavari. These branches are

Tulyabhaga (Kasyapa)

Atreya (Atri)

Gautami (Gautama)

Jamadagni (replaced by Vṛddhagautami)

Bhardvaja (Bharadvaja)

Kausika (Visvamitra)

Vasișțha (Vasishtha)

Right Bank Tributaries

The right bank tributaries of the Godavari play a significant role in draining the river’s basin. These tributaries, including the Pravara, Manjra, Manair, etc contribute to the flow and overall catchment area of the Godavari.

 

Manjra River: The Manjra River, flows through Maharashtra, Karnataka, and Telangana and holds the Nizam Sagar reservoir. In recent years, the upper reaches of the Manjra in Maharashtra have faced environmental degradation, resulting in increased runoff and erosion.

Source and Joining: It has its source in the Balaghat range, near Ahmednagar district in Maharashtra, and merges with the Godavari at the border between Maharashtra and Telangana.

Pravara River: The Pravara, the smallest of the major Godavari tributaries, is located in Maharashtra. It originates on the eastern slopes of the Western Ghats and both its source and confluence are in the Ahmednagar district.

Left Bank Tributaries

The left-bank tributaries of Godavari river are more numerous and larger than the right-bank tributaries. These include the Dharna, Penganga, Wainganga, Wardha, Pranahita (which carries the combined waters of Penganga, Wardha, and Wainganga), Pench, Kanhan, Sabari, Indravati, etc.

 

Penganga: The Penganga (Painganga) River originates in the Ajanta ranges in the Aurangabad district, Maharashtra. It flows through Buldhana and Washim districts. It then continues along the border between Maharashtra and Andhra Pradesh.

Confluence: It joins the Wardha River near the village of Wadha in Yavatmal district. The Wardha River merges with the Pranahita River, which then flows into the Godavari River.

Nature: The river is deeply entrenched, making navigation difficult. 

Irrigation: The Penganga provides vital irrigation to Washim and Yavatmal districts.

Waterfall and Wildlife Sanctuary: The river passes through the Painganga Wildlife Sanctuary and features the Sahastrakund waterfalls.

Wainganga: The Wainganga River, originating in the Mahadeo Hills near Gopalganj in Madhya Pradesh, flows through urban areas such as Kamptee, Bhandara, Tumsar, Balaghat, and Pauna.

Course: Flowing southward for approximately 580 kilometers, it traverses Madhya Pradesh and Maharashtra.

Confluence: Upon merging with the Wardha River, the combined stream, now known as the Pranahita River, eventually joins the Godavari at Kaleshwaram in Telangana.

Wardha: The Wardha River is a significant river in Vidarbha, Maharashtra, originating from the Satpura Range. It flows for 32 km in Madhya Pradesh before entering Maharashtra, covering another 528 km before merging with the Wainganga River to form the Pranahita, which eventually drains into the Godavari.

Dams: The Upper Wardha Dam near Morshi serves as a vital water source for Amravati, Morshi, and Warud Talukas. Additionally, the Lower Wardha Dam is situated near Warud Bagaji and Dhanodi in Amravati District.

Indravati: The Indravati River originates from Thuamul Rampur in Kalahandi, Odisha. It is often referred to as the “lifeline” of Odisha’s Kalahandi and Nabarangapur districts, as well as Chhattisgarh’s Bastar district, known for its rich greenery.

Confluence: After flowing 233 kilometers in Chhattisgarh, the Indravati River turns south, marking the boundary between Chhattisgarh and Maharashtra before joining the Godavari River at the tri-state junction of Maharashtra, Chhattisgarh, and Telangana.

Dam: The Indravati Dam, also known as the Upper Indravati Hydro Power Project, near Mukhiguda in Kalahandi, is one of Asia’s largest dams, generating 600 MW of electricity. 

Waterfall: Chitrakoot Falls lies about 40 kilometers from Jagdalpur in Chhattisgarh.

National Park and Reserves: Indravati National Park and Tiger Reserves are situated in the neighboring region of Chhattisgarh state.

 

Godavari River System Projects

Godavari River System projects in Maharashtra include the 600 MW Upper Indravati, the largest hydropower station on the river, which diverts water to the Mahanadi River basin for power generation and irrigation. Despite this, the river has one of the lowest utilizations of its water energy for hydroelectric power generation.

 

Projects Completed: Notable projects on the Godavari and its tributaries include

Godavari Canal Irrigation Project

Upper Penganga

Jayakwadi

Upper Wainganga

Upper Indravati

Upper Wardha

Ongoing Projects: The major ongoing projects include the Pranahita-Chevalla and Polavaram (Andhra Pradesh).

Godavari and Cauvery Interlinking Project: The project involves transferring 247 thousand million cubic feet (tmcft) of unutilized water from the Indravati sub-basin of the Godavari River to the Cauvery River basin. 

Components: The project comprises three components: Godavari (Inchampalli/Janampet) to Krishna (Nagarjuna Sagar), Krishna (Nagarjuna Sagar) to Pennar (Somasila), Pennar (Somasila) to Cauvery.

Method: Water will be lifted to the Nagarjuna Sagar Dam and then channeled southward to meet the demands of the Krishna, Pennar, and Cauvery basins.

Irrigation Impact: The project aims to provide irrigation facilities to approximately 345,000 to 504,000 hectares in the Prakasam, Nellore, Krishna, Guntur, and Chittoor districts of Andhra Pradesh.

 

 

Dams

The main Godavari River is dammed extensively up to its confluence with the Pranhita tributary to maximize irrigation, though its major tributaries—Pranahita, Indravati, and Sabari—carry three times more water than the main river. Some of the dams situated in the river basin include:

 

Gangapur Dam: Located 10 km upstream of Nashik, the Gangapur Bandh Sagar Dam provides drinking water to the city and supplies water to the Eklahare thermal power station.

Vishnupuri Barrage: Located 5 km from Nanded, it is Asia’s largest lift irrigation project.

Jayakwadi Dam: One of India’s largest earthen dams near Paithan, was constructed to manage flooding during monsoons and combat droughts in the Marathwada region.

Sriram Sagar Dam: Located on the Godavari River between Adilabad and Nizamabad districts, it is a vital multipurpose project that supports irrigation in several Telangana districts and generates power.

Urban Centers and Industries

The Godavari River basin includes key urban centers like Nagpur, Aurangabad, Nashik, and Rajahmundry. Nashik and Aurangabad have a strong industrial presence, especially in the automotive sector.

Agriculture-based industries such as rice milling, cotton spinning, sugar production, and oil extraction dominate the region.

Additionally, the basin supports a cement industry and several small engineering enterprises.

Godavari River System Mineral Deposits

The Godavari River System basin is abundant in various mineral resources, including oil and gas, coal, iron, limestone, manganese, copper, bauxite, granite, and laterite.

 

Upper Basin: The upper portion of the basin, composed of the Deccan Traps, is rich in minerals like hypersthene, augite, diopside, enstatite, magnetite, zircon, apatite, chlorite, etc.

Central Basin: The central portion of the basin mainly consists of Archean granites and Dharwar formations, including phyllites, quartzites, amphiboles, and granites.

The downstream middle basin is primarily composed of Cuddapah and Vindhyan metasediments, with quartzites, sandstones, shales, limestones, and conglomerates, while the Gondwana group includes detritals and thick coal seams.

Lower Basin: The lower basin is dominated by the Eastern Ghats, formed mainly from Khondalites, with tertiary Rajahmundry sandstones exposed in the coastal region.

Godavari River System Flora and Fauna

The Godavari River System basin is home to diverse flora and fauna, with the Krishna-Godavari Basin serving as a key nesting site for the vulnerable olive ridley sea turtle and the fringed-lipped carp.

 

Coringa Mangrove Forests and Wildlife Sanctuary: The Coringa mangrove forests, the third largest in India, are vital for supporting various fish and crustaceans and act as a protective barrier against cyclones. The Coringa Wildlife Sanctuary, known for its reptiles, is part of these forests.

Jayakwadi Bird Sanctuary: Located near Paithan, it provides a habitat for numerous bird species and has islands within the Nath Sagar Reservoir as nesting sites.

Nandur Madhmeshwar Bird Sanctuary: It is also called the “Bharatpur of Maharashtra” and is famous for its rich birdlife, located near Nashik. 

Godavari River System Significance

The Godavari River System holds immense significance in India, impacting various aspects of life and the environment across its extensive basin.

 

Agricultural Support: The Godavari River’s extensive network of tributaries and reservoirs supports the cultivation of various crops, including rice, cotton, sugarcane, and pulses, thereby contributing significantly to the agricultural output of Maharashtra, Telangana, Andhra Pradesh, and Chhattisgarh.

Furthermore, the fertile delta areas, particularly in Andhra Pradesh, are renowned for rice cultivation.

Major dams such as the Sriram Sagar Dam in Telangana and the Jayakwadi Dam in Maharashtra facilitate irrigation, enhancing agricultural productivity in these regions.

Water Supply: Millions of people across multiple states rely on the Godavari for their daily water needs, including drinking and industrial use. This vital resource supports urban areas and rural communities alike.

Hydroelectric Power Generation: The river and its tributaries are harnessed for hydroelectric power, contributing to the energy supply in the region. Major projects like the Sriram Sagar and Polavaram dams utilize its flow to generate electricity.

Ecological Importance: The Godavari River System supports diverse ecosystems, including unique habitats in its delta region, which are essential for wildlife and biodiversity. The river’s health is crucial for maintaining these ecological balances.

Cultural and Religious Significance: The Godavari, a sacred river in Hinduism, is central to religious events like the Kumbh Mela of the South, known as Pushkaram, which occurs every twelve years. Pilgrims visit its banks for rituals and festivals, highlighting its spiritual significance.

               

                 

 

 

 

 

 

 

Godavari River System UPSC PYQs

 

Question1. Consider the following rivers: (UPSC Prelims 2015)

 

Vamsadhara

lndravati

Pranahita

Pennar

Which of the above are tributaries of Godavari?

(a) 1, 2 and 3

(b) 2, 3 and 4

(c) 1, 2 and 4

(d) 2 and 3 only

 

Answer: (d)

 

Question2: Which river is referred to as the ‘Dakshina Ganga’ due to its importance in peninsular India? (UPSC Prelims 2018) 

 

a) Krishna

b) Kaveri

c) Godavari

d) Mahanadi

Answer: (c)

 

Question3. “Evaluate the impact of river systems on regional agriculture and economy, with special reference to the Godavari River.” (UPS

 

The Godavari River System, often called the Dakshina Ganga or “Southern Ganges,” is the second longest river in India, stretching about 1,465 kilometers (910 miles). Originating in the Western Ghats at Trimbakeshwar in Maharashtra, it flows eastward across the Deccan Plateau and empties into the Bay of Bengal. As it traverses diverse landscapes, the Godavari forms a rich delta near Rajahmundry, where a network of distributaries boosts its fertility and agricultural potential.

 

Revered in Hinduism, the Godavari River is dotted with numerous pilgrimage sites where devotees perform sacred rituals. Moreover, events like the Pushkaram (Kumbh of the South) festival attract thousands, seeking spiritual purification through a sacred dip in its waters.

Godavari River System Overview

The Godavari River System, India’s second longest river after the Ganga, drains the third largest basin in the country, covering approximately 10% of India’s total geographical area. It flows eastward for 1,465 kilometres, passing through Maharashtra (48.7%), Andhra Pradesh (23.7%), Chhattisgarh (12.4%), and Odisha (5.7%), with smaller sections in Madhya Pradesh (7.8%), Karnataka (1.4%) and Union territory of Puducherry (0.01%).

 

Origin and Draining: The Godavari River System begins in the Western Ghats near Nashik, Maharashtra, at Brahmagiri Mountain in Trimbakeshwar. It eventually flows into the Bay of Bengal via a vast system of distributaries.

Drainage Basin: The Godavari River’s extensive drainage basin spans 312,812 square kilometers, making it one of the largest in the Indian subcontinent, surpassed only by the Ganga and Indus rivers.

Boundary: The river basin is bordered to the north by the Mahadeo Hills and Satmala Hills, to the northwest by the Ajanta Range, to the west by the North Sahyadri range of the Western Ghats, to the east and southeast by the Eastern Ghats, and to the south by the Balaghat Range.

The interior part of the basin lies in the Maharashtra Plateau, which predominantly lies at an elevation of 300-600 meters, sloping towards the east.

The eastern section of the basin is largely occupied by the Dandakaranya Range, with the Eastern Ghats marking the eastern boundary of the peninsula.

Soils: The Godavari River System basin is mainly characterized by black, red, and lateritic soils, along with alluvium, mixed soils, and areas of saline and alkaline soils.

Rainfall Pattern: The Godavari River basin experiences its highest rainfall during the Southwest monsoon, with annual rainfall ranging from 1,000 to 3,000 mm in the Western Ghats’ high rainfall zone. 

The Indravati and Pranhita sub-basins receive even higher rainfall, up to 86% and 88% respectively, due to the influence of cyclonic storms. 

Issues: The Godavari River System basin experiences flooding in its lower reaches, while the coastal areas are prone to cyclones. It records India’s highest flood flows, with annual floods averaging 1.0 million cusecs. 

The flat topography of the delta regions leads to drainage congestion, and a significant portion of Maharashtra, particularly the Marathwada region, faces drought conditions.

Godavari River System Course

Godavari River System, the longest river in peninsular India with the largest catchment area and discharge, is vital for preserving the region’s ecological balance. It flows eastward across the Deccan Plateau and turns southeast into Andhra Pradesh’s Eluru and Alluri Sitharama Raju districts.

 

Division: Below Rajahmundry, the Godavari splits into two primary streams: the Gautami Godavari to the east and the Vashishta Godavari to the west. Together, they create a vast delta before flowing into the Bay of Bengal.

Delta: The Godavari delta, shaped like a lobe with a rounded bulge and multiple distributaries, is a vast area of river-borne alluvium formed by deposits at the river’s mouth. Silting at the mouth continues, gradually pushing the delta further into the sea.

River Basin Sections: Moreover, the Godavari river basin is divided into three sections, collectively covering 24.16% of the total basin area.

Upper (from the source to the Manjira confluence)

Middle (between the Manjira and Pranhita confluences)

Lower (from the Pranhita confluence to the mouth)

Godavari River System Tributaries

The Godavari River System has several major tributaries, with the left bank tributaries Purna, Pranahita, Indravati, Sabari, etc covering nearly 59.7% of the basin’s catchment area. The right bank tributaries, including Pravara, Manjra, Maner, etc. contribute 16.14% of the basin.

 

The Pranahita, the largest tributary, covers 34% of the basin and drains the Vidharba region and southern slopes of the Satpura Ranges. It conveys the combined waters of the Penganga, the Wardha, and the Wainganga, and below its confluence with the Manjira, it falls into the Godavari.

Seven Mouths of Godavari: Before entering the Bay of Bengal, the Godavari forms seven mouths. Collectively, these branches are called Sapta Godavari, while the river before splitting is known as Akhanda Godavari. These branches are

Tulyabhaga (Kasyapa)

Atreya (Atri)

Gautami (Gautama)

Jamadagni (replaced by Vṛddhagautami)

Bhardvaja (Bharadvaja)

Kausika (Visvamitra)

Vasișțha (Vasishtha)

Right Bank Tributaries

The right bank tributaries of the Godavari play a significant role in draining the river’s basin. These tributaries, including the Pravara, Manjra, Manair, etc contribute to the flow and overall catchment area of the Godavari.

 

Manjra River: The Manjra River, flows through Maharashtra, Karnataka, and Telangana and holds the Nizam Sagar reservoir. In recent years, the upper reaches of the Manjra in Maharashtra have faced environmental degradation, resulting in increased runoff and erosion.

Source and Joining: It has its source in the Balaghat range, near Ahmednagar district in Maharashtra, and merges with the Godavari at the border between Maharashtra and Telangana.

Pravara River: The Pravara, the smallest of the major Godavari tributaries, is located in Maharashtra. It originates on the eastern slopes of the Western Ghats and both its source and confluence are in the Ahmednagar district.

Left Bank Tributaries

The left-bank tributaries of Godavari river are more numerous and larger than the right-bank tributaries. These include the Dharna, Penganga, Wainganga, Wardha, Pranahita (which carries the combined waters of Penganga, Wardha, and Wainganga), Pench, Kanhan, Sabari, Indravati, etc.

 

Penganga: The Penganga (Painganga) River originates in the Ajanta ranges in the Aurangabad district, Maharashtra. It flows through Buldhana and Washim districts. It then continues along the border between Maharashtra and Andhra Pradesh.

Confluence: It joins the Wardha River near the village of Wadha in Yavatmal district. The Wardha River merges with the Pranahita River, which then flows into the Godavari River.

Nature: The river is deeply entrenched, making navigation difficult. 

Irrigation: The Penganga provides vital irrigation to Washim and Yavatmal districts.

Waterfall and Wildlife Sanctuary: The river passes through the Painganga Wildlife Sanctuary and features the Sahastrakund waterfalls.

Wainganga: The Wainganga River, originating in the Mahadeo Hills near Gopalganj in Madhya Pradesh, flows through urban areas such as Kamptee, Bhandara, Tumsar, Balaghat, and Pauna.

Course: Flowing southward for approximately 580 kilometers, it traverses Madhya Pradesh and Maharashtra.

Confluence: Upon merging with the Wardha River, the combined stream, now known as the Pranahita River, eventually joins the Godavari at Kaleshwaram in Telangana.

Wardha: The Wardha River is a significant river in Vidarbha, Maharashtra, originating from the Satpura Range. It flows for 32 km in Madhya Pradesh before entering Maharashtra, covering another 528 km before merging with the Wainganga River to form the Pranahita, which eventually drains into the Godavari.

Dams: The Upper Wardha Dam near Morshi serves as a vital water source for Amravati, Morshi, and Warud Talukas. Additionally, the Lower Wardha Dam is situated near Warud Bagaji and Dhanodi in Amravati District.

Indravati: The Indravati River originates from Thuamul Rampur in Kalahandi, Odisha. It is often referred to as the “lifeline” of Odisha’s Kalahandi and Nabarangapur districts, as well as Chhattisgarh’s Bastar district, known for its rich greenery.

Confluence: After flowing 233 kilometers in Chhattisgarh, the Indravati River turns south, marking the boundary between Chhattisgarh and Maharashtra before joining the Godavari River at the tri-state junction of Maharashtra, Chhattisgarh, and Telangana.

Dam: The Indravati Dam, also known as the Upper Indravati Hydro Power Project, near Mukhiguda in Kalahandi, is one of Asia’s largest dams, generating 600 MW of electricity. 

Waterfall: Chitrakoot Falls lies about 40 kilometers from Jagdalpur in Chhattisgarh.

National Park and Reserves: Indravati National Park and Tiger Reserves are situated in the neighboring region of Chhattisgarh state.

 

Godavari River System Projects

Godavari River System projects in Maharashtra include the 600 MW Upper Indravati, the largest hydropower station on the river, which diverts water to the Mahanadi River basin for power generation and irrigation. Despite this, the river has one of the lowest utilizations of its water energy for hydroelectric power generation.

 

Projects Completed: Notable projects on the Godavari and its tributaries include

Godavari Canal Irrigation Project

Upper Penganga

Jayakwadi

Upper Wainganga

Upper Indravati

Upper Wardha

Ongoing Projects: The major ongoing projects include the Pranahita-Chevalla and Polavaram (Andhra Pradesh).

Godavari and Cauvery Interlinking Project: The project involves transferring 247 thousand million cubic feet (tmcft) of unutilized water from the Indravati sub-basin of the Godavari River to the Cauvery River basin. 

Components: The project comprises three components: Godavari (Inchampalli/Janampet) to Krishna (Nagarjuna Sagar), Krishna (Nagarjuna Sagar) to Pennar (Somasila), Pennar (Somasila) to Cauvery.

Method: Water will be lifted to the Nagarjuna Sagar Dam and then channeled southward to meet the demands of the Krishna, Pennar, and Cauvery basins.

Irrigation Impact: The project aims to provide irrigation facilities to approximately 345,000 to 504,000 hectares in the Prakasam, Nellore, Krishna, Guntur, and Chittoor districts of Andhra Pradesh.

 

 

Dams

The main Godavari River is dammed extensively up to its confluence with the Pranhita tributary to maximize irrigation, though its major tributaries—Pranahita, Indravati, and Sabari—carry three times more water than the main river. Some of the dams situated in the river basin include:

 

Gangapur Dam: Located 10 km upstream of Nashik, the Gangapur Bandh Sagar Dam provides drinking water to the city and supplies water to the Eklahare thermal power station.

Vishnupuri Barrage: Located 5 km from Nanded, it is Asia’s largest lift irrigation project.

Jayakwadi Dam: One of India’s largest earthen dams near Paithan, was constructed to manage flooding during monsoons and combat droughts in the Marathwada region.

Sriram Sagar Dam: Located on the Godavari River between Adilabad and Nizamabad districts, it is a vital multipurpose project that supports irrigation in several Telangana districts and generates power.

Urban Centers and Industries

The Godavari River basin includes key urban centers like Nagpur, Aurangabad, Nashik, and Rajahmundry. Nashik and Aurangabad have a strong industrial presence, especially in the automotive sector.

Agriculture-based industries such as rice milling, cotton spinning, sugar production, and oil extraction dominate the region.

Additionally, the basin supports a cement industry and several small engineering enterprises.

Godavari River System Mineral Deposits

The Godavari River System basin is abundant in various mineral resources, including oil and gas, coal, iron, limestone, manganese, copper, bauxite, granite, and laterite.

 

Upper Basin: The upper portion of the basin, composed of the Deccan Traps, is rich in minerals like hypersthene, augite, diopside, enstatite, magnetite, zircon, apatite, chlorite, etc.

Central Basin: The central portion of the basin mainly consists of Archean granites and Dharwar formations, including phyllites, quartzites, amphiboles, and granites.

The downstream middle basin is primarily composed of Cuddapah and Vindhyan metasediments, with quartzites, sandstones, shales, limestones, and conglomerates, while the Gondwana group includes detritals and thick coal seams.

Lower Basin: The lower basin is dominated by the Eastern Ghats, formed mainly from Khondalites, with tertiary Rajahmundry sandstones exposed in the coastal region.

Godavari River System Flora and Fauna

The Godavari River System basin is home to diverse flora and fauna, with the Krishna-Godavari Basin serving as a key nesting site for the vulnerable olive ridley sea turtle and the fringed-lipped carp.

 

Coringa Mangrove Forests and Wildlife Sanctuary: The Coringa mangrove forests, the third largest in India, are vital for supporting various fish and crustaceans and act as a protective barrier against cyclones. The Coringa Wildlife Sanctuary, known for its reptiles, is part of these forests.

Jayakwadi Bird Sanctuary: Located near Paithan, it provides a habitat for numerous bird species and has islands within the Nath Sagar Reservoir as nesting sites.

Nandur Madhmeshwar Bird Sanctuary: It is also called the “Bharatpur of Maharashtra” and is famous for its rich birdlife, located near Nashik. 

Godavari River System Significance

The Godavari River System holds immense significance in India, impacting various aspects of life and the environment across its extensive basin.

 

Agricultural Support: The Godavari River’s extensive network of tributaries and reservoirs supports the cultivation of various crops, including rice, cotton, sugarcane, and pulses, thereby contributing significantly to the agricultural output of Maharashtra, Telangana, Andhra Pradesh, and Chhattisgarh.

Furthermore, the fertile delta areas, particularly in Andhra Pradesh, are renowned for rice cultivation.

Major dams such as the Sriram Sagar Dam in Telangana and the Jayakwadi Dam in Maharashtra facilitate irrigation, enhancing agricultural productivity in these regions.

Water Supply: Millions of people across multiple states rely on the Godavari for their daily water needs, including drinking and industrial use. This vital resource supports urban areas and rural communities alike.

Hydroelectric Power Generation: The river and its tributaries are harnessed for hydroelectric power, contributing to the energy supply in the region. Major projects like the Sriram Sagar and Polavaram dams utilize its flow to generate electricity.

Ecological Importance: The Godavari River System supports diverse ecosystems, including unique habitats in its delta region, which are essential for wildlife and biodiversity. The river’s health is crucial for maintaining these ecological balances.

Cultural and Religious Significance: The Godavari, a sacred river in Hinduism, is central to religious events like the Kumbh Mela of the South, known as Pushkaram, which occurs every twelve years. Pilgrims visit its banks for rituals and festivals, highlighting its spiritual significance.

               

                 

 

 

 

 

 

 

Godavari River System UPSC PYQs

 

Question1. Consider the following rivers: (UPSC Prelims 2015)

 

Vamsadhara

lndravati

Pranahita

Pennar

Which of the above are tributaries of Godavari?

(a) 1, 2 and 3

(b) 2, 3 and 4

(c) 1, 2 and 4

(d) 2 and 3 only

 

Answer: (d)

 

Question2: Which river is referred to as the ‘Dakshina Ganga’ due to its importance in peninsular India? (UPSC Prelims 2018) 

 

a) Krishna

b) Kaveri

c) Godavari

d) Mahanadi

Answer: (c)

 

Question3. “Evaluate the impact of river systems on regional agriculture and economy, with special reference to the Godavari River.” (UPS

Questions on Bharat Forecast System (BFS)

 

Q1. What is the name of India's new rain forecast system?

Ans  India's new rain forecast system is called the Bharat Forecast System (BFS).

Q2. Who developed the Bharat Forecast System (BFS)?

Ans The Bharat Forecast System (BFS) was developed by the Indian Institute of Tropical Meteorology (IITM).

Q3. What is the key improvement of the Bharat Forecast System (BFS) over the previous system?

Ans The primary improvement of the BFS is its ability to provide more fine-tuned and accurate rain forecasts down to the panchayat level. This is achieved through a significantly higher resolution in its weather forecast models.

How does the Bharat Forecast System (BFS) achieve higher resolution forecasts?

The BFS achieves higher resolution by reducing the size of the gridded squares used in its weather forecast models. The new system uses 6-km sides compared to the 12-km sides of the previous models, resulting in a four-fold improvement in resolution.

Q 4.What is the resolution of the weather forecasts provided by the Bharat Forecast System (BFS)?

Ans.The BFS provides operational weather forecasts at a 6 km by 6 km resolution.

Q What type of rain forecasts will see the most improvement with the Bharat Forecast System (BFS)?

Ans The most significant improvements with the BFS will be visible in the short- and medium-term forecasts, which have a lead time of three and seven days respectively.

Q Does the Bharat Forecast System (BFS) improve all types of weather forecasts?

Ans No, the BFS does not currently significantly improve forecasts for sudden, severe thunderstorms. Other models are used for these phenomena, and there are plans to install Doppler Weather Radars to enhance this capability.

Q What is the advantage of the new grid structure used in the Bharat Forecast System (BFS)?

Ans The new grid structure, called triangular-cubic octahedral, generates a higher density of grids and therefore higher resolution over tropical regions compared to the poles. This is beneficial because weather in tropical regions is more volatile, making higher resolution forecasts more important for forecast purposes.

 

Bharat Forecast System (BFS)

 

The key advancements and capabilities of India's new rain forecast system, the Bharat Forecast System (BFS), are:

 ·         Sharper and More Accurate Rain Alerts: The BFS is set to provide more fine-tuned and accurate rain forecasts.

 ·         Improved Spatial Resolution: The new system uses a model that breaks down the globe into gridded squares of 6-km sides, compared to the 12-km sides used previously, resulting in a four-fold improvement in resolution for analysis. India is now the only country providing operational weather forecasts at this 6 km by 6 km resolution.

 ·         Panchayat-Level Forecasts: The system allows for forecasts down to the panchayat level, or a few villages, whereas previously forecasts were typically given at the block level.

 ·         Enhanced Short- and Medium-Term Forecasts: The improvements are largely visible in the forecasts for three-day and seven-day lead times (short- and medium-term).

 ·         Improved Heavy Rainfall Event Warnings: The system has shown notable improvements in giving advance warning of heavy rainfall events.

 ·         Optimized Grid Structure for Tropics: It uses a new grid structure called the triangular-cubic octahedral which generates higher resolution over tropical regions than the poles, which is considered more important for forecasting purposes in India as weather in these regions is more volatile.

 ·         Advanced Computing and Models: The improvement is attributed to the Indian Institute of Tropical Meteorology (IITM) significantly improving the existing weather forecast models and harnessing more powerful computing capabilities.

 ·         Developed and Tested: The BFS was developed by the IITM and has been tested since 2002.

·         However, the sources also indicate that the new system will not yet significantly improve forecasts of phenomena like sudden, severe thunderstorms. The plan to address this involves installing 34 Doppler Weather Radars in the coming year.

Q How will India effectively address the growing economic and social burden of dementia?

Q         How will India effectively address the growing economic and social burden of dementia?

Ans

Addressing the growing economic and social burden of dementia in India requires a multi-faceted approach focusing on prevention, early intervention, improved healthcare systems, community support, and national policy.

Here are key ways India can work towards effectively addressing this challenge, as outlined in the sources:

•

Prioritizing Risk Reduction: Risk reduction is highlighted as the only proven prevention tool currently available, with the potential to delay or avoid nearly 40% of projected dementia cases by addressing risk factors. Governments globally are urged to fund research, education, and support services for dementia risk reduction .

•

Promoting Early Diagnosis and Awareness: Early detection is asserted as important for effective care systems. However, dementia is often misunderstood in India due to a lack of awareness and cultural misconceptions, leading to delayed evaluations and diagnosis, which significantly impairs the quality of care. Promoting public awareness is essential to facilitate timely diagnosis. The majority of cases are currently identified only in advanced stages when intervention options are limited and care costs are high.

•

Strengthening Healthcare Infrastructure and Training: There is a need for expanded healthcare infrastructure and professional training to address India's growing dementia challenge, including gaps in early diagnosis and treatment Training and capacity-building of health workers at all levels of the health system is essential for promoting dementia care Pre-dementia syndromes like mild cognitive impairment and subjective cognitive decline are often misdiagnosed, underdiagnosed, and undiagnosed, indicating a need for better screening strategies at the community level.

•

Developing Community-Based Care and Support: Dementia care requires a holistic, public health approach with a focus on community support. Community-based care systems are needed, potentially through the development of a cadre of community-based health workers focused on the elderly, similar to the ASHA worker model. This is essential to prepare for the rapid growth of the elderly population. Lack of community-based support means public health systems could become overburdened.

•

Providing Caregiver Support: Support for caregivers is emphasized as a critical area. The absence of proper support networks for caregivers greatly increases financial, emotional, and physical strain, which can lead to stress, burnout, weakened health, and influence the standard of care provided. Families suffer financially and emotionally with unplanned expenses and the demands of full-time care.

•

Integrating Dementia Care into Existing Programs: There is an urgent need to develop programmes and services for dementia care under existing policies and schemes relevant to the elderly. Strengthening the National Mental Health Programme and the National Programme for Health Care of Elderly is suggested to adequately support dementia care.

•

Establishing a National Dementia Policy: Experts highlight the need for a comprehensive national dementia policy to address the needs of the older population and their caregivers on a national scale. Such a policy should prioritize prevention strategies, equitable resource allocation, and integrate dementia care into both geriatric and mental health plans  . Establishing this policy requires extensive consultation among stakeholders

•

Addressing Stigma and Cultural Misconceptions: Cultural factors, such as the perception that using care facilities is a failure of familial responsibility, contribute to low help-seeking behaviour and are associated with stigma. Addressing these cultural aspects is crucial for improving diagnosis and care quality.

•

Creating a National Registry: A national portal or dementia registry could be a valuable resource for researchers, provided it is fully functional, ensures patient and caregiver anonymity, and contains proper medical data.

The sources underscore that India currently lacks adequate infrastructure, resources, and policies to support dementia patients and their families despite the growing crisis. The economic burden on families is substantial and projected to rise dramatically, from an estimated ₹1,18,902 crore annually for 88 lakh people presently to a staggering ₹3,08,395 crore annually for 1.7 crore people by 2036. Dementia is called a public health and economic emergency. Therefore, implementing these comprehensive strategies is seen as vital to effectively manage the challenge.