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SIPRI Report 2026: India 5th Largest Military Spender | UPSC

SIPRI Report 2026: India 5th Largest Military Spender

The SIPRI Report 2026 (Stockholm International Peace Research Institute Yearbook), released on June 8, 2026, has ranked India as the 5th largest military spender globally with an expenditure of USD 92.1 billion in 2025 — an 8.9% increase over the previous year. The SIPRI Report 2026 also reveals India holds approximately 190 nuclear warheads as of January 2026, surpassing Pakistan’s ~170.

Key Facts for Prelims

SIPRI = Stockholm International Peace Research Institute (HQ: Stockholm, Sweden)
India’s military spending (2025): USD 92.1 billion → Rank: 5th globally
India’s nuclear warheads (Jan 2026): ~190
Pakistan’s nuclear warheads (Jan 2026): ~170
India’s nuclear modernisation increasingly focuses on long-range missiles capable of reaching China
Total global nuclear weapons (Jan 2026): ~12,187
Of these, 9,745 are in military stockpiles (potentially operationally available)
9 nuclear-armed states: USA, Russia, UK, France, China, India, Pakistan, North Korea, Israel
Germany entered the Top 4 military spenders — a significant shift in European defence spending

Global Military Spending — Top 5 (2025)

Rank	Country	Expenditure (2025)	Note
1st	USA	USD 954 billion	33% of global total; 7.5% lower than 2024
2nd	China	USD 336 billion	—
3rd	Russia	USD 190 billion	—
4th	Germany	~USD 88+ billion	Newly entered top 5
5th	India	USD 92.1 billion	8.9% increase over 2024

India’s Nuclear Doctrine — Static Linkage

No First Use (NFU): India will not be the first to use nuclear weapons.
Credible Minimum Deterrence: Maintain only the minimum arsenal needed for deterrence.
Massive Retaliation: If attacked with nuclear weapons, India will respond with overwhelming force.
India is NOT a signatory to the NPT (Nuclear Non-Proliferation Treaty).
India’s nuclear triad: Land (Agni series) + Sea (INS Arihant — SSBN) + Air (aircraft-delivered).
India is a member of MTCR, Wassenaar Arrangement, Australia Group; NOT yet a full NSG member.

Quick Revision Table

Topic	Key Fact
India’s military spending rank	5th globally (USD 92.1 billion, 2025)
India’s nuclear warheads	~190 (January 2026)
Pakistan’s nuclear warheads	~170 (January 2026)
Largest military spender	USA (USD 954 billion — 33% of global total)
2nd largest military spender	China (USD 336 billion)
4th largest military spender	Germany (newly entered top 5)
Total global nuclear weapons	~12,187 (of which 9,745 in military stockpiles)
Number of nuclear-armed states	9 states
India’s nuclear doctrine	No First Use + Credible Minimum Deterrence
SIPRI headquarters	Stockholm, Sweden

Trap / Confusing Points

Common Misconception	Correct Fact
India is the 4th largest military spender	Germany is 4th; India is 5th as per SIPRI Report 2026
All 12,187 nuclear weapons are operational	Only 9,745 are in military stockpiles; not all deployed
India follows a First-Use nuclear policy	India follows “No First Use” (NFU) policy
SIPRI is a UN body	SIPRI is an independent institute, not affiliated with the UN
India is a member of the NSG	India’s NSG bid is ongoing since 2016; NOT yet a member
Iran is a nuclear-armed state per SIPRI	SIPRI lists 9 nuclear states; Iran is NOT among them

Practice MCQs

1. According to SIPRI Report 2026, which country was the largest military spender in 2025?

a. China
b. Russia
c. USA
d. India

Ans: C

The USA remained the largest military spender with USD 954 billion in 2025, accounting for 33% of total global military expenditure.

2. As per SIPRI Report 2026, India’s nuclear warhead count as of January 2026 was approximately:

a. 170
b. 180
c. 190
d. 200

Ans: C

India holds ~190 nuclear warheads as of January 2026, compared to Pakistan’s estimated 170.

3. Which of the following is NOT one of the nine nuclear-armed states identified by SIPRI?

a. North Korea
b. Israel
c. Iran
d. Pakistan

Ans: C

SIPRI identifies nine nuclear states: USA, Russia, UK, France, China, India, Pakistan, North Korea, and Israel. Iran is NOT in this list.

4. What does SIPRI stand for?

a. Stockholm Institute for Peace Research and Intelligence
b. Stockholm International Peace Research Institute
c. Strategic International Policy Research Initiative
d. Security and International Peace Research Institution

Ans: B

SIPRI = Stockholm International Peace Research Institute, headquartered in Stockholm, Sweden.

5. Which correctly describes India’s nuclear doctrine?

a. First Use + Massive Retaliation
b. No First Use + Credible Minimum Deterrence
c. Launch on Warning + Maximum Deterrence
d. Flexible Response + No First Use

Ans: B

India’s doctrine: “No First Use” (NFU) + “Credible Minimum Deterrence.” India will not initiate a nuclear strike but assures massive retaliation if attacked.

The SIPRI Report 2026 highlights the shifting global security landscape, with India’s rising defence expenditure reflecting its strategic priorities. For UPSC aspirants, the SIPRI Report 2026 is a recurring source of questions on military spending, nuclear arsenals, and international security.

To know more about India’s military spending and nuclear data, Click here.

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SIPRI Report 2026: India 5th Largest Military Spender | UPSC Read More »

Kirti Chakra Awarded to Prasanth Balakrishnan Nair: Gaganyaan | UPSC Notes

Kirti Chakra Awarded to Prasanth Balakrishnan Nair

Air Commodore Prasanth Balakrishnan Nair has been awarded the prestigious Kirti Chakra by President Droupadi Murmu at Rashtrapati Bhavan. The Kirti Chakra — India’s second-highest peacetime gallantry award — was conferred for his extraordinary contribution as backup astronaut on the Axiom-4 (Ax-4) mission, India’s maiden journey to the International Space Station (ISS).

Key Facts for Prelims

Kirti Chakra is India’s second-highest peacetime gallantry award.
Prasanth Balakrishnan Nair served as the backup astronaut on Axiom-4; Group Captain Shubhanshu Shukla was the primary astronaut.
Shukla became the first Indian to visit the ISS and the second Indian in space overall (after Rakesh Sharma, 1984).
Gallantry awards are announced on Republic Day (26 Jan) and Independence Day (15 Aug), presented by the President of India.
Peacetime gallantry awards are for conspicuous bravery away from the battlefield (not in direct face of the enemy).

Gaganyaan Mission — Static Linkage for Prelims

India’s Gaganyaan is the country’s first human spaceflight programme, managed by ISRO. It aims to send Indian astronauts to a Low Earth Orbit (LEO) at 400 km and return them safely.

Four Gaganyaan Astronaut-Designates:

Group Captain Prasanth Balakrishnan Nair
Group Captain Ajit Krishnan
Group Captain Angad Pratap
Wing Commander Shubhanshu Shukla

India’s Peacetime Gallantry Awards — Complete Hierarchy

These awards follow a three-tier structure, each having a wartime counterpart:

Award	Rank	Wartime Counterpart
Ashoka Chakra	1st (Highest)	Param Vir Chakra
Kirti Chakra	2nd	Maha Vir Chakra
Shaurya Chakra	3rd	Vir Chakra

Quick Revision Table

Topic	Key Fact
Award received by Prasanth Nair	Kirti Chakra
Mission he was associated with	Axiom-4 (Ax-4) — backup astronaut
Primary Indian astronaut on Axiom-4	Shubhanshu Shukla
First Indian to visit ISS	Shubhanshu Shukla
Second Indian in space overall	Shubhanshu Shukla (first was Rakesh Sharma, 1984)
Gaganyaan orbit target	LEO at 400 km
Number of Gaganyaan astronaut-designates	4
Ashoka Chakra — rank	Highest peacetime gallantry award
Gallantry award announcement occasions	Republic Day & Independence Day

Trap / Confusing Points

Common Misconception	Correct Fact
Ashoka Chakra and Param Vir Chakra are similar in rank	Ashoka Chakra = highest PEACETIME; Param Vir Chakra = highest WARTIME
Shubhanshu Shukla was the backup on Axiom-4	He was the PRIMARY astronaut; Prasanth Nair was the backup
Gaganyaan has been launched with crew	Gaganyaan crewed mission planned for 2027; Ax-4 was a separate commercial mission
Kirti Chakra is only for military	It can be awarded to civilians too, for non-battlefield bravery
Rakesh Sharma visited the ISS	Rakesh Sharma flew to Salyut-7 (1984), NOT the ISS

Practice MCQs

1. Which of the following is the highest peacetime gallantry award in India?

a. Kirti Chakra
b. Param Vir Chakra
c. Ashoka Chakra
d. Shaurya Chakra

Ans: C

The Ashoka Chakra is India’s highest peacetime gallantry award. Param Vir Chakra is its wartime counterpart.

2. Prasanth Balakrishnan Nair was awarded the Kirti Chakra for his role in which mission?

a. Gaganyaan Test Flight
b. Chandrayaan-3
c. Axiom-4 (Ax-4) Mission
d. PSLV-C60

Ans: C

He served as the backup astronaut on Axiom-4 which carried Shubhanshu Shukla to the ISS.

3. Which Indian astronaut became the first to visit the International Space Station (ISS)?

a. Prasanth Balakrishnan Nair
b. Ajit Krishnan
c. Rakesh Sharma
d. Shubhanshu Shukla

Ans: D

Shubhanshu Shukla was Mission Pilot on Axiom-4, making him the first Indian to visit the ISS. Rakesh Sharma (1984) went to the Soviet Salyut-7 station, not the ISS.

4. India’s Gaganyaan mission targets which altitude in Low Earth Orbit?

a. 200 km
b. 400 km
c. 600 km
d. 36,000 km

Ans: B

Gaganyaan targets LEO at approximately 400 km altitude — the same orbital range as the ISS.

5. Gallantry awards in India are announced on which occasions?

a. Republic Day and Armed Forces Flag Day
b. Independence Day and National Technology Day
c. Republic Day and Independence Day
d. Gandhi Jayanti and Republic Day

Ans: C

Gallantry awards are announced on Republic Day (26 January) and Independence Day (15 August) and presented by the President of India.

To know more about the Kirti Chakra award and Prasanth Nair’s contribution, Click here.

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New IIP Series 2022-23: Key Changes in Index of Industrial Production – UPSC Prelims

Leave a Comment / Daily Current Affairs, Indian Economy Current Affairs / PSC Chronicles Team

Why in News?

The Ministry of Statistics and Programme Implementation (MoSPI) has revised the base year of the Index of Industrial Production (IIP) from 2011–12 to 2022–23, marking the 10th revision in the index’s history. The new series also adds a brand-new sector and updates weights to better reflect India’s current industrial structure.

What is the Index of Industrial Production (IIP)?

IIP is a composite index that measures the change in volume of production in Indian industries over a reference period. It compares monthly production values against the same month in the base year to track industrial health.

Released by: National Statistical Office (NSO) under MoSPI
Frequency: Monthly (with a 6-week lag)
Old three core sectors: Mining, Manufacturing, Electricity

Key Changes in the New IIP Series (Base Year 2022–23)

1. Revised Base Year

New base year: 2022–23 (revised from 2011–12)
This is the 10th revision of the IIP base year

2. Expanded Sectoral Coverage — New Sector Added

Old series: 3 sectors — Mining, Manufacturing, Electricity
New series: 4 sectors — Mining, Manufacturing, Electricity + Gas Supply and Water Supply, Sewerage & Waste Management (entirely new sector added)

3. Updated Weights

Weights updated based on Gross Value Added (GVA) from National Accounts Statistics (base 2022–23) at sectoral level
Also based on Annual Survey of Industries (ASI) at NIC-2/3/4-digit for 2022–23

Historical Base Year Revisions of IIP

The IIP has been revised 10 times since its first preparation with base year 1937:

1937 → 1946 → 1951 → 1956 → 1960 → 1970 → 1980–81 → 1993–94 → 2004–05 → 2011–12 → 2022–23

Interconnected Static Concepts for Prelims

NSO and MoSPI

National Statistical Office (NSO): Formed in 2019 by merger of Central Statistical Office (CSO) and National Sample Survey Office (NSSO)
MoSPI: Ministry of Statistics and Programme Implementation — apex body for official statistics in India

Key Economic Indices released by NSO/MoSPI

IIP — industrial production volume
GDP/GVA — national accounts
CPI — Consumer Price Index
Annual Survey of Industries (ASI) — census of registered factories

GVA vs. GDP

GDP = GVA + Net Taxes on products
GVA measures value created by industries; GDP includes net taxes

National Industrial Classification (NIC)

Used to classify industrial/economic activities in India
Latest: NIC 2008 — aligned with ISIC Rev. 4 (International Standard Industrial Classification)

Quick Revision Table

Parameter	Key Fact
Index	Index of Industrial Production (IIP)
Released by	NSO under MoSPI
Old Base Year	2011–12
New Base Year	2022–23
Revision Number	10th revision
First IIP Base Year	1937
Old Sectors Covered	Mining, Manufacturing, Electricity (3 sectors)
New Sector Added	Gas Supply and Water Supply, Sewerage & Waste Management
Total Sectors (New Series)	4 sectors
Weight Basis	GVA from National Accounts + ASI data (2022–23)
NSO Formed	2019 (merger of CSO and NSSO)

Trap / Confusing Points

Common Confusion	Correct Fact
IIP is released by RBI	❌ Released by NSO under MoSPI (not RBI)
IIP base year revision is the 9th	❌ The 2022–23 revision is the 10th revision
First IIP was in 1946	❌ First IIP was prepared with base year 1937
IIP now covers only 3 sectors	❌ New series covers 4 sectors (Gas Supply & Water Supply added)
GVA = GDP	❌ GDP = GVA + Net Taxes on products; GVA excludes net taxes
NSO is the old CSO	❌ NSO = Merger of CSO + NSSO (formed 2019)

Practice MCQs

1. The new base year of IIP revised by MoSPI is:
a. 2011–12
b. 2017–18
c. 2020–21
d. 2022–23

Ans: D
MoSPI revised the IIP base year from 2011–12 to 2022–23. This is the 10th revision in IIP’s history since its first base year of 1937.

2. Which new sector has been incorporated into IIP under the new 2022–23 base year series?
a. Agriculture and Allied Activities
b. Construction
c. Gas Supply and Water Supply, Sewerage & Waste Management
d. Financial Services

Ans: C
The new IIP adds “Gas Supply and Water Supply, Sewerage & Waste Management” as a 4th sector, alongside existing Mining, Manufacturing, and Electricity sectors.

3. IIP is released by which organisation?
a. Reserve Bank of India
b. NITI Aayog
c. National Statistical Office (NSO) under MoSPI
d. Ministry of Finance

Ans: C
IIP is released by NSO under MoSPI on a monthly basis, not by RBI or Finance Ministry.

4. How many times has the base year of IIP been revised, including the 2022-23 revision?
a. 8
b. 9
c. 10
d. 11

Ans: C
The 2022–23 revision is the 10th revision. Base years revised: 1937 → 1946 → 1951 → 1956 → 1960 → 1970 → 1980–81 → 1993–94 → 2004–05 → 2011–12 → 2022–23.

5. NSO was formed in 2019 by merging which two organisations?
a. NSSO and NCA
b. Central Statistical Office (CSO) and National Sample Survey Office (NSSO)
c. MoSPI and Finance Ministry Statistics Division
d. Planning Commission and CSO

Ans: B
NSO was formed in May 2019 by merging CSO (Central Statistical Office) and NSSO (National Sample Survey Office) under MoSPI.

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To know more about the new IIP series and industrial production data, Click here

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Vizag OSAT Facility: AP’s First India Semiconductor Mission Project

Leave a Comment / Daily Current Affairs, Andhra Pradesh Current Affairs / PSC Chronicles Team

Why in News?

The Andhra Pradesh government finalised arrangements for its first semiconductor project under the India Semiconductor Mission (ISM). The project — an OSAT (Outsourced Semiconductor Assembly and Test) facility — is proposed by M/s. Advanced System in Package Technologies Private Limited at Tarluvada village, Anandapuram mandal, Visakhapatnam district.

Key Facts About the Project

Project Type: OSAT (Outsourced Semiconductor Assembly and Test) facility
Proposed by: M/s. Advanced System in Package Technologies Pvt. Ltd.
Total Investment: ₹2,387.81 crore (executed in two phases)
Phase 1 Outlay: ₹542.19 crore
Phase 2 Outlay: ₹1,845.61 crore

What is OSAT (Outsourced Semiconductor Assembly and Test)?

OSAT refers to companies that provide semiconductor chip packaging and testing services on behalf of chip designers and fabless semiconductor companies. They are a critical part of the semiconductor supply chain between chip fabrication (fabs) and end-product manufacturers.

OSAT covers: die attach, wire bonding, encapsulation, and testing of packaged chips
Distinct from Semiconductor Fab (which actually manufactures chips via lithography)

India Semiconductor Mission (ISM) — Key Facts for Prelims

Launched under: Ministry of Electronics and Information Technology (MeitY)
Approved outlay: ₹76,000 crore (approx. $10 billion) under Semicon India Programme
India Semiconductor Mission is the nodal agency for semiconductor and display fab incentive schemes
Objective: Build a vibrant semiconductor and display ecosystem in India; reduce import dependency
Incentive: Up to 50% fiscal support on project cost for eligible semiconductor fabs
Covers: Semiconductor Fabs, Display Fabs, ATMP/OSAT facilities, Semiconductor Design

Key Approvals under Semicon India

Tata Electronics – semiconductor fab in partnership with Taiwan’s PSMC (Dholera, Gujarat)
CG Power (Renesas/Stars Microelectronics) – ATMP facility (Sanand, Gujarat)
Kaynes Semicon – ATMP facility (Sanand, Gujarat)
This Vizag OSAT is AP’s first project under ISM

Interconnected Static Concepts for Prelims

Semiconductor Value Chain

Design → Fabrication (Fab) → Assembly, Test, Marking & Packaging (ATMP/OSAT) → End Products
India currently strong in semiconductor design; building capacity in fab and OSAT

Semicon India Programme 2021

Approved by Cabinet in December 2021
Part of India’s Production Linked Incentive (PLI) ecosystem
Aims to make India a global semiconductor hub by 2030

Quick Revision Table

Parameter	Key Fact
Project Type	OSAT (Outsourced Semiconductor Assembly and Test)
State	Andhra Pradesh
Project Proponent	M/s. Advanced System in Package Technologies Pvt. Ltd.
Total Investment	₹2,387.81 crore
Phase 1 Investment	₹542.19 crore
Phase 2 Investment	₹1,845.61 crore
Mission Name	India Semiconductor Mission (ISM)
Parent Scheme	Semicon India Programme
Nodal Ministry	Ministry of Electronics and IT (MeitY)
Total ISM Outlay	₹76,000 crore (~$10 billion)
ISM Fiscal Support	Up to 50% of project cost

Trap / Confusing Points

Common Confusion	Correct Fact
OSAT = Semiconductor Fabrication (Fab)	❌ OSAT = Assembly & Testing (post-fab); Fab = actual chip manufacturing
ISM is under Ministry of Commerce	❌ Under Ministry of Electronics and IT (MeitY)
ISM covers only Fab units	❌ Covers Fabs, Display Fabs, ATMP/OSAT, and Semiconductor Design too
India’s first semiconductor fab is in AP	❌ Tata fab is in Dholera, Gujarat; this Vizag project is AP’s first under ISM
Semicon India was launched in 2023	❌ Approved by Cabinet in December 2021

Practice MCQs

1. India Semiconductor Mission (ISM) functions under which ministry?
a. Ministry of Heavy Industries
b. Ministry of Commerce and Industry
c. Ministry of Electronics and Information Technology (MeitY)
d. Ministry of Science and Technology

Ans: C
ISM is a nodal agency under MeitY, set up under the Semicon India Programme with an outlay of ₹76,000 crore to build a semiconductor and display ecosystem in India.

2. What does OSAT stand for in the semiconductor industry?
a. Overseas Semiconductor Assembly Terminal
b. Outsourced Semiconductor Assembly and Test
c. Original Semiconductor Automation Technology
d. Output Semiconductor Assembly Testing

Ans: B
OSAT = Outsourced Semiconductor Assembly and Test. OSAT firms handle chip packaging and testing — a critical post-fabrication step in the semiconductor supply chain.

3. The Vizag OSAT facility under India Semiconductor Mission involves a total investment of:
a. ₹542.19 crore
b. ₹1,845.61 crore
c. ₹2,387.81 crore
d. ₹76,000 crore

Ans: C
Total investment = ₹2,387.81 crore in two phases: Phase 1 = ₹542.19 crore and Phase 2 = ₹1,845.61 crore.

4. Tata Electronics’ semiconductor fab under ISM is located in which city?
a. Visakhapatnam
b. Sanand
c. Dholera
d. Bengaluru

Ans: C
Tata Electronics’ semiconductor fab (with Taiwan’s PSMC) is in Dholera, Gujarat. Sanand (Gujarat) is for CG Power and Kaynes ATMP facilities.

5. What is the correct semiconductor value chain order?
a. Design → OSAT → Fabrication → End Products
b. Fabrication → Design → OSAT → End Products
c. Design → Fabrication → OSAT → End Products
d. OSAT → Design → Fabrication → End Products

Ans: C
The correct order is: Design → Fabrication (Fab) → Assembly, Test, Marking & Packaging (ATMP/OSAT) → End Products. India is strong in Design and building fab and OSAT capacity.

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Palamuru-Rangareddy Lift Irrigation Scheme

Leave a Comment / Daily Current Affairs, Telangana Current Affairs / PSC Chronicles Team

Why in News?

Telangana Chief Minister announced a special drive to fast-track the Palamuru-Rangareddy Lift Irrigation Scheme (PRLIS), pledging to make it fully operational within 30 months. The announcement also commits extended fund support to benefit the erstwhile Mahbubnagar and other South Telangana districts.

About Palamuru-Rangareddy Lift Irrigation Scheme (PRLIS)

PRLIS is a multi-stage lift irrigation project on the Krishna River in Telangana, designed to address severe drought conditions in South Telangana.

Objective

Irrigate over 12.3 lakh acres of parched uplands
Secure drinking water for 1,226 villages, Hyderabad city, and local industries
Designed to lift 90 TMC (Thousand Million Cubic Feet) of flood water over 60 days during the flood season

Working Mechanism — The 5-Stage Lift System

Water is pumped through 5 distinct stages up to the highest elevation at K.P. Laxmidevipally village, from where it flows by gravity.

Stage 1 (Lift-1): Draws water from Srisailam into the Anjanagiri (Narlapur) Reservoir
Stage 2 (Lift-2): Pumps water forward into the Veeranjaneya (Yedula) Reservoir
Stage 3 (Lift-3): Conveys water to the Vattem Reservoir
Stage 4 (Lift-4): Lifts water to the Karivena and Udandapur Reservoirs
Stage 5 (Lift-5): Reaches the K.P. Laxmidevipally Reservoir — feeds gravity canals onwards

Interconnected Static Concepts for Prelims

Krishna River — Key Facts

Origin: Mahabaleshwar, Maharashtra (Western Ghats)
Flows through: Maharashtra, Karnataka, Andhra Pradesh, Telangana
Drains into: Bay of Bengal (near Hamasaladeevi, AP)
Length: ~1,400 km (4th longest river in India)
Major tributaries: Tungabhadra, Bhima, Musi, Ghatprabha, Malaprabha
Major dams: Nagarjuna Sagar Dam, Srisailam Dam, Almatti Dam
Krishna Water Disputes Tribunal: KWDT-I (1969) and KWDT-II (2004)

Srisailam Dam

Location: Nandyal district, Andhra Pradesh (on Krishna River)
One of the largest hydroelectric projects in India
Shared project between Telangana and Andhra Pradesh

Lift Irrigation vs. Gravity Irrigation

Lift Irrigation: Water is mechanically pumped uphill — used in hilly/upland areas
Gravity Irrigation: Water flows naturally from a higher point via canals

Quick Revision Table

Parameter	Key Fact
Project Name	Palamuru-Rangareddy Lift Irrigation Scheme (PRLIS)
River	Krishna River
State	Telangana
Water Source	Srisailam Reservoir
Number of Lift Stages	5 stages
Final Elevation Point	K.P. Laxmidevipally village
Flood Water Capacity	90 TMC over 60 days
Area to be Irrigated	12.3 lakh acres
Villages to get Drinking Water	1,226 villages + Hyderabad city
Beneficiary Districts	Erstwhile Mahbubnagar (South Telangana)

Trap / Confusing Points

Common Confusion	Correct Fact
PRLIS draws water from Nagarjuna Sagar	❌ Draws from Srisailam Reservoir
Krishna originates in Karnataka	❌ Originates in Mahabaleshwar, Maharashtra
PRLIS uses gravity throughout	❌ Uses mechanical lift for 5 stages; only final distribution is gravity-fed
PRLIS is in Andhra Pradesh	❌ It is in Telangana (though on the shared Krishna River)
90 TMC = 90 Thousand Million Litres	❌ TMC = Thousand Million Cubic Feet

Practice MCQs

1. The Palamuru-Rangareddy Lift Irrigation Scheme (PRLIS) draws water from which reservoir?
a. Nagarjuna Sagar
b. Srisailam
c. Tungabhadra
d. Almatti

Ans: B
PRLIS draws flood water from the Srisailam Reservoir on the Krishna River. Stage 1 lifts water from Srisailam into the Anjanagiri (Narlapur) Reservoir.

2. How many lift stages does the Palamuru-Rangareddy LIS consist of?
a. 3
b. 4
c. 5
d. 7

Ans: C
PRLIS has 5 distinct lift stages, pumping water progressively uphill to K.P. Laxmidevipally village, from where water flows by gravity.

3. The Krishna River originates from which location?
a. Trimbakeshwar, Maharashtra
b. Amarkantak, Madhya Pradesh
c. Mahabaleshwar, Maharashtra
d. Kudremukh, Karnataka

Ans: C
The Krishna River originates at Mahabaleshwar in the Western Ghats of Maharashtra. Trimbakeshwar is the origin of the Godavari; Amarkantak is for the Narmada.

4. PRLIS aims to lift how much flood water during the flood season?
a. 60 TMC in 90 days
b. 90 TMC in 60 days
c. 120 TMC in 45 days
d. 75 TMC in 75 days

Ans: B
PRLIS is designed to lift 90 TMC (Thousand Million Cubic Feet) of flood water over a span of 60 days during the flood season.

5. Which of the following is NOT a major tributary of the Krishna River?
a. Tungabhadra
b. Bhima
c. Musi
d. Indravati

Ans: D
Indravati is a tributary of the Godavari River, not the Krishna. Major Krishna tributaries include Tungabhadra, Bhima, Musi, Ghatprabha, and Malaprabha.

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India Launches E85 Flex-Fuel on World Environment Day 2026

Leave a Comment / Daily Current Affairs, Environment and Ecology Current Affairs / PSC Chronicles Team

Why in News?

India launched E85 fuel on the occasion of World Environment Day 2026 (June 5), marking a major step in the country’s ethanol blending and clean energy transition programme under the National Biofuel Policy.

What is E85 Fuel? Key Facts for Prelims

E85 is a high-ethanol biofuel blend consisting of 85% ethanol and 14–15% petrol (gasoline). It is distinct from the standard E20 petrol that contains up to 20% ethanol mixed with 80% conventional petrol.

E20: 20% ethanol + 80% conventional petrol
E85: 85% ethanol + 14–15% petrol — engineered for Flex-Fuel Vehicles (FFVs) only
Regular petrol vehicles cannot run on E85 — requires specially designed FFVs
Ethanol in E85 is a renewable biofuel, primarily produced from sugarcane, maize, and other biomass

What are Flex-Fuel Vehicles (FFVs)?

FFVs are vehicles with internal combustion engines designed to run on more than one fuel, typically petrol mixed with large quantities of methanol or ethanol. India’s promotion of FFVs aligns with its broader Ethanol Blending Programme (EBP) goals.

Interconnected Static Concepts

India’s Ethanol Blending Programme (EBP)

India’s target: 20% ethanol blending (E20) by 2025 (timeline advanced from 2030)
Nodal Ministry: Ministry of Petroleum and Natural Gas
Feedstocks: sugarcane juice, B-heavy molasses, C-heavy molasses, damaged food grains, surplus rice, maize
India is the 3rd largest ethanol producer globally

National Policy on Biofuels 2018 (Amended 2022)

Categorizes biofuels: Basic Biofuels (1G) and Advanced Biofuels (2G, 3G, 4G)
Expanded permissible feedstocks for ethanol production
Aims to reduce import dependency on crude oil and cut carbon emissions

World Environment Day 2026

Observed every year on June 5
Led by: United Nations Environment Programme (UNEP)
UNEP HQ: Nairobi, Kenya
Theme 2026: “Inspired by Nature. For Climate. For Our Future.”
First World Environment Day: 1974

Quick Revision Table

Parameter	Key Fact
E85 Composition	85% Ethanol + 14–15% Petrol
E20 Composition	20% Ethanol + 80% Petrol
Vehicle Required for E85	Flex-Fuel Vehicles (FFVs) only
India EBP Target	20% blending (E20) by 2025
Nodal Ministry (EBP)	Ministry of Petroleum and Natural Gas
World Environment Day	June 5 (Annual)
WED Lead Agency	UNEP — HQ: Nairobi, Kenya
WED 2026 Theme	“Inspired by Nature. For Climate. For Our Future.”
India’s Global Ethanol Rank	3rd largest producer
National Biofuel Policy	2018 (Amended 2022)

Trap / Confusing Points

Common Confusion	Correct Fact
E85 can be used in all petrol vehicles	❌ Only in Flex-Fuel Vehicles (FFVs)
E20 = 20% petrol, 80% ethanol	❌ E20 = 20% ethanol + 80% petrol
India’s EBP target year is 2030	❌ Advanced to 2025 for E20
World Environment Day is led by WHO	❌ Led by UNEP (not WHO)
WED is observed on April 22	❌ June 5 (April 22 = Earth Day)
E85 has 80% ethanol	❌ E85 = 85% ethanol + 14–15% petrol

Practice MCQs

1. Which of the following correctly describes E85 fuel?
a. 85% petrol and 15% ethanol
b. 85% ethanol and 14–15% petrol
c. 80% ethanol and 20% diesel
d. 85% CNG and 15% petrol

Ans: B
E85 is a high-ethanol blend containing 85% ethanol and 14–15% petrol, exclusively designed for Flex-Fuel Vehicles (FFVs). It is not suitable for regular petrol vehicles.

2. World Environment Day is observed on which date every year?
a. April 22
b. June 5
c. July 11
d. March 22

Ans: B
June 5 is World Environment Day, led by UNEP. April 22 = Earth Day; July 11 = World Population Day; March 22 = World Water Day.

3. Which agency leads the observance of World Environment Day globally?
a. World Health Organization (WHO)
b. UNESCO
c. United Nations Environment Programme (UNEP)
d. UNFCCC

Ans: C
UNEP, headquartered in Nairobi, Kenya, leads World Environment Day. It was established in 1972 following the Stockholm Conference on the Human Environment.

4. Under India’s Ethanol Blending Programme, the E20 target was advanced to which year?
a. 2030
b. 2035
c. 2025
d. 2028

Ans: C
India advanced its E20 blending target (20% ethanol in petrol) from 2030 to 2025, aiming to reduce crude oil import dependency and cut carbon emissions.

5. What type of vehicle is required to run on E85 fuel?
a. Electric Vehicles (EVs)
b. Compressed Natural Gas (CNG) Vehicles
c. Flex-Fuel Vehicles (FFVs)
d. Any standard petrol vehicle

Ans: C
E85 requires Flex-Fuel Vehicles (FFVs) — engines specially designed to run on variable fuel blends including high-ethanol mixes. Standard petrol engines cannot use E85 without modification.

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India’s 100th Ramsar Site: Jai Prakash Narayan Bird Sanctuary, UP – UPSC Prelims

Leave a Comment / Daily Current Affairs, Environment and Ecology Current Affairs / PSC Chronicles Team

Why in News?

India officially crossed the milestone of 100 Ramsar Sites on World Environment Day (June 5, 2026) with the designation of Jai Prakash Narayan Bird Sanctuary (Surha Tal) in Uttar Pradesh. Prime Minister Narendra Modi announced this milestone, highlighting India’s growth from 26 Ramsar Sites in 2014 to 100 in 2026. India now ranks 3rd globally in total Ramsar Sites.

Key Facts for Prelims

India’s 100th Ramsar Site: Jai Prakash Narayan Bird Sanctuary (Surha Tal), Uttar Pradesh.
Designated on World Environment Day, June 5, 2026.
India’s Ramsar count grew from 26 (2014) to 100 (2026).
Global Ranking (Ramsar Sites): India is 3rd — behind UK (176 sites) and Mexico (144 sites).
The Ramsar Convention is the international treaty on the conservation and sustainable use of wetlands.
Full name: Convention on Wetlands of International Importance especially as Waterfowl Habitat.
Named after Ramsar, Iran where it was signed in 1971.
India acceded to the Ramsar Convention in 1982.

World Environment Day – Exam Static

Celebrated annually on June 5.
Established in 1972 by the UN General Assembly during the Stockholm Conference on the Human Environment.
Principal organiser: UNEP (United Nations Environment Programme).
Theme 2026: “Inspired by Nature. For Climate. For Our Future”.
Stockholm Conference (1972) = first major global environmental conference — led to creation of UNEP.

Interconnected Exam Concepts

Montreux Record: A list of Ramsar sites where ecological character has changed, is changing, or is likely to change due to human interference.
Wetlands: Under Indian law, regulated by the Wetlands (Conservation and Management) Rules, 2017, under the Environment Protection Act, 1986.
Nodal Body in India for Ramsar Sites: Ministry of Environment, Forest and Climate Change (MoEFCC).
Ramsar COP14: Held in Wuhan, China (2022).

Quick Revision Table

Parameter	Key Fact
India’s 100th Ramsar Site	Jai Prakash Narayan Bird Sanctuary (Surha Tal), UP
India’s Ramsar count in 2014	26 sites
India’s current Ramsar count	100 sites
India’s global rank (Ramsar)	3rd (after UK-176, Mexico-144)
Ramsar Convention signed	1971, Ramsar, Iran
India joined Ramsar	1982
World Environment Day	June 5 every year
WED established	1972, Stockholm Conference
WED Organiser	UNEP
WED 2026 Theme	“Inspired by Nature. For Climate. For Our Future”
Nodal Ministry (Ramsar, India)	MoEFCC

Trap / Confusing Points

Common Confusion	Correct Fact
Ramsar Convention was signed in 1972	Signed in 1971 in Ramsar, Iran. Stockholm Conference was in 1972.
India has most Ramsar sites globally	India is 3rd; UK leads with 176 sites
India joined Ramsar in 1971	India acceded in 1982, not 1971
World Environment Day was established at Rio Summit	Established at Stockholm Conference, 1972. Rio Earth Summit was 1992.
Montreux Record = Ramsar Sites of India	Montreux Record covers Ramsar sites globally facing ecological threats, not exclusive to India

Practice MCQs

1. Which wetland was designated as India’s 100th Ramsar Site?

a. Chilika Lake, Odisha
b. Loktak Lake, Manipur
c. Jai Prakash Narayan Bird Sanctuary (Surha Tal), Uttar Pradesh
d. Wular Lake, Jammu and Kashmir

Ans: C
Jai Prakash Narayan Bird Sanctuary (also known as Surha Tal) in Uttar Pradesh was designated as India’s 100th Ramsar Site on World Environment Day, June 5, 2026.

2. In what year was the Ramsar Convention signed and where?

a. 1972, Stockholm, Sweden
b. 1971, Ramsar, Iran
c. 1982, Nairobi, Kenya
d. 1992, Rio de Janeiro, Brazil

Ans: B
The Ramsar Convention was signed in 1971 in Ramsar, Iran. India acceded to it in 1982.

3. As of 2026, which country has the highest number of Ramsar Sites globally?

a. India
b. Mexico
c. United Kingdom
d. China

Ans: C
The United Kingdom leads globally with 176 Ramsar Sites, followed by Mexico (144), and India ranks 3rd with 100 sites.

4. World Environment Day is observed on which date and was established during which conference?

a. June 5; Rio Earth Summit 1992
b. June 5; Stockholm Conference 1972
c. April 22; Stockholm Conference 1972
d. June 5; Kyoto Protocol 1997

Ans: B
World Environment Day is celebrated on June 5 every year, established in 1972 during the Stockholm Conference. April 22 is Earth Day.

5. What is the “Montreux Record” in the context of the Ramsar Convention?

a. A list of new wetlands proposed for Ramsar designation
b. A record of Ramsar sites where ecological character has changed or is likely to change due to human interference
c. A financial fund to conserve Ramsar wetlands
d. Annual progress report on global wetland conservation

Ans: B
The Montreux Record lists Ramsar sites globally where ecological character has changed, is changing, or is likely to change due to human interference — signalling sites needing urgent attention.

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Adilabad Airport: Telangana’s Largest Joint Airfield After Shamshabad

Leave a Comment / Daily Current Affairs, Telangana Current Affairs / PSC Chronicles Team

Why in News?

Adilabad is set to become Telangana’s largest joint airfield after Hyderabad’s Rajiv Gandhi International Airport at Shamshabad. The proposed airport is a joint-user facility being developed by the Indian Defence Ministry and the Airports Authority of India (AAI), designed for dual usage — commercial passenger flights and Indian Air Force (IAF) training activities.

Key Facts for Prelims

The Adilabad Airport is a joint-user (dual-use) facility — serves both civilian (commercial) and military (IAF training) purposes.
Developed jointly by the Ministry of Defence and Airports Authority of India (AAI).
Telangana’s largest airport currently: Rajiv Gandhi International Airport, Shamshabad (Hyderabad).
The Union Ministry of Civil Aviation has announced two more airports in Telangana: Warangal and Adilabad.
AAI (Airports Authority of India) is a statutory body under the Ministry of Civil Aviation, established under the Airports Authority of India Act, 1994.

Interconnected Exam Concepts

Airports Authority of India (AAI): Statutory body under Ministry of Civil Aviation. Manages 137+ airports. Formed by merging the National Airports Authority and International Airports Authority of India in 1995.
Joint-user airfields: Airports shared between civilian aviation and defence/military use — common in India (e.g., Leh, Srinagar, Port Blair).
UDAN Scheme (Ude Desh ka Aam Naagrik): Regional connectivity scheme under Ministry of Civil Aviation. New airports like Adilabad and Warangal align with this initiative.
Greenfield Airport Policy: A policy for new airport development in areas not served by existing airports.

Quick Revision Table

Parameter	Key Fact
Proposed Airport	Adilabad Airport, Telangana
Type	Joint-user (dual-use) facility
Developed By	Ministry of Defence + AAI
Usage	Commercial flights + IAF training
Largest Airport in Telangana (current)	Rajiv Gandhi International Airport, Shamshabad
Other Announced Telangana Airports	Warangal and Adilabad
AAI Governing Act	Airports Authority of India Act, 1994
AAI Under	Ministry of Civil Aviation

Trap / Confusing Points

Common Confusion	Correct Fact
AAI manages all airports including private ones	AAI manages govt/public airports; private airports (like RGIA Hyderabad) are managed by private entities under concession
Adilabad will be Telangana’s first airport	Hyderabad’s Shamshabad already exists; Adilabad will be the largest joint airfield after it
AAI was established in 1994	The Act is 1994; AAI was operationally formed in 1995 after merger
Joint-user airport = managed only by Defence	It is jointly managed by Defence + AAI for dual purposes

Practice MCQs

1. The proposed Adilabad Airport is being developed jointly by which two bodies?

a. Ministry of Civil Aviation and NITI Aayog
b. Ministry of Defence and Airports Authority of India
c. Indian Air Force and Ministry of External Affairs
d. State Government and DRDO

Ans: B
Adilabad Airport is a joint-user facility being developed by the Indian Ministry of Defence and the Airports Authority of India (AAI), serving both commercial and IAF training purposes.

2. The Airports Authority of India (AAI) was constituted under which Act?

a. Air Corporations Act, 1953
b. Aircraft Act, 1934
c. Airports Authority of India Act, 1994
d. Civil Aviation Authority Act, 2000

Ans: C
AAI was constituted under the Airports Authority of India Act, 1994 and became operational in 1995 after the merger of two earlier bodies.

3. Which of the following is currently the largest airport in Telangana?

a. Adilabad Airport
b. Warangal Airport
c. Rajiv Gandhi International Airport, Shamshabad
d. Begumpet Airport

Ans: C
Rajiv Gandhi International Airport at Shamshabad, Hyderabad, is currently the largest airport in Telangana. Adilabad will be the largest joint airfield after this.

4. The UDAN scheme is associated with which Ministry?

a. Ministry of Railways
b. Ministry of Road Transport
c. Ministry of Civil Aviation
d. Ministry of Commerce

Ans: C
UDAN (Ude Desh ka Aam Naagrik) is a regional connectivity scheme under the Ministry of Civil Aviation to make air travel affordable to common citizens.

5. Which of the following best describes a “joint-user airfield” in India?

a. An airport exclusively used by the Indian Air Force
b. An airport shared between civilian aviation and military/defence use
c. An airport jointly managed by two state governments
d. An airport under Public-Private Partnership only

Ans: B
A joint-user airfield serves both civilian (commercial) aviation and military/defence purposes. Examples include Leh, Srinagar, and Port Blair airports.

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Small Modular Reactors in Andhra Pradesh: Nara Lokesh Invites Russia’s Rosatom

Leave a Comment / Daily Current Affairs, Andhra Pradesh Current Affairs, Science and Technology Current Affairs / PSC Chronicles Team

Why in News?

Andhra Pradesh IT and HRD Minister Nara Lokesh invited Rosatom, Russia’s state-owned nuclear technology corporation, to establish Small Modular Reactors (SMRs) in Andhra Pradesh for power generation. He also proposed setting up a Nuclear Medicine and Food Irradiation Centre to boost India’s pharmaceutical sector and agricultural exports.

Key Facts for Prelims

Rosatom is Russia’s state-owned nuclear energy corporation and a global nuclear technology leader.
SMRs produce up to 300 MWe per module — roughly one-third of a conventional nuclear plant’s output.
SMRs are factory-fabricated and modular — components are transported by truck or train and assembled on-site (plug-and-play model).
They use nuclear fission to generate heat, then steam, then electricity (clean energy).
SMRs have a significantly smaller physical footprint compared to traditional nuclear power plants.
India is developing three indigenous SMR models to support decarbonization and energy security.

India’s Indigenous SMR Models (Exam Static)

BSMR-200 (Bharat Small Modular Reactor): 220 MWe, Pressurized Water Reactor (PWR), uses Slightly Enriched Uranium (SEU). Designed for commercial deployment and replacing retiring fossil-fuel plants.
SMR-55: 55 MWe modular PWR. Focuses on flexible, localized power generation.
HTGCR (High-Temperature Gas-Cooled Reactor): 5 MWth. Primarily for hydrogen generation — supports industrial decarbonization and transport.

Interconnected Exam Concepts

Nuclear Fission vs. Fusion: SMRs use fission (splitting heavy atoms like Uranium). Fusion (used in stars) is still experimental for power generation.
Pressurized Water Reactor (PWR): Most common type of nuclear reactor worldwide; uses water as both coolant and moderator.
India’s Nuclear Programme: Governed by the Atomic Energy Act, 1962. The Department of Atomic Energy (DAE) oversees it; the Nuclear Power Corporation of India (NPCIL) operates plants.
India’s Three-Stage Nuclear Programme: Stage 1 (PHWRs using natural uranium), Stage 2 (Fast Breeder Reactors using plutonium), Stage 3 (Thorium-based reactors). SMRs are complementary to this.

Quick Revision Table

Parameter	Key Fact
SMR Capacity	Up to 300 MWe per module
Rosatom (Russia)	State-owned nuclear tech corporation
BSMR-200 Capacity	220 MWe (PWR, uses SEU)
SMR-55 Capacity	55 MWe (modular PWR)
HTGCR Capacity	5 MWth (for hydrogen generation)
SMR Key Feature	Factory-fabricated, modular, plug-and-play
Nuclear Reaction Used	Fission (not fusion)
Nodal Body – Nuclear Energy	Department of Atomic Energy (DAE)

Trap / Confusing Points

Common Confusion	Correct Fact
SMRs use nuclear fusion	Wrong — SMRs use nuclear fission
Rosatom is a private company	Wrong — it is state-owned by Russia
BSMR-200 uses natural uranium	Wrong — it uses Slightly Enriched Uranium (SEU)
HTGCR is for electricity generation	Primarily for hydrogen generation, not electricity
SMRs replace India’s three-stage nuclear programme	They are complementary, not a replacement

Practice MCQs

1. Which of the following best describes a Small Modular Reactor (SMR)?

a. A fusion-based reactor producing over 1000 MWe
b. A fission-based reactor producing up to 300 MWe per module
c. A hydrogen-powered turbine used in remote areas
d. A thorium-based reactor under India’s Stage 3 programme

Ans: B
SMRs are nuclear fission reactors that produce up to 300 MWe per module — far smaller than conventional nuclear plants (~1000 MWe+).

2. India’s indigenous BSMR-200 is classified as which type of reactor?

a. Fast Breeder Reactor using plutonium
b. High-Temperature Gas-Cooled Reactor
c. Pressurized Water Reactor using Slightly Enriched Uranium
d. Boiling Water Reactor using natural uranium

Ans: C
BSMR-200 is a 220 MWe Pressurized Water Reactor (PWR) using Slightly Enriched Uranium (SEU), intended for commercial deployment.

3. Rosatom, which was invited to set up SMRs in Andhra Pradesh, belongs to which country?

a. USA
b. France
c. China
d. Russia

Ans: D
Rosatom is Russia’s state-owned nuclear energy corporation and one of the largest nuclear technology companies in the world.

4. Which of India’s indigenous SMR models is primarily designed for hydrogen generation?

a. BSMR-200
b. SMR-55
c. HTGCR
d. AHWR-300

Ans: C
The High-Temperature Gas-Cooled Reactor (HTGCR) with 5 MWth capacity is designed primarily for hydrogen generation to support industrial decarbonization.

5. Which department governs India’s nuclear energy programme?

a. Ministry of Power
b. Ministry of Science and Technology
c. Department of Atomic Energy
d. DRDO

Ans: C
The Department of Atomic Energy (DAE), under the Prime Minister’s Office, governs India’s nuclear energy programme. NPCIL under DAE operates nuclear plants.

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VB-G RAM G Scheme 2026: Replaces MGNREGA – UPSC & State PSC Prelims Notes

Leave a Comment / Daily Current Affairs, Andhra Pradesh Current Affairs, Indian Economy Current Affairs / PSC Chronicles Team

The Andhra Pradesh Cabinet officially approved the implementation of the Viksit Bharat Guarantee for Rozgar and Aajeevika Mission (Gramin) – VB-G RAM G in the state, effective July 1, 2026. This scheme replaces the two-decade-old MGNREGA program and is critical for UPSC, APPSC, and TGPSC Prelims from the perspectives of rural employment, social security, and cooperative federalism.

Why in News

Andhra Pradesh became one of the early states to officially approve the nationwide rollout of VB-G RAM G, which repeals and replaces MGNREGA effective July 1, 2026. The scheme enhances employment guarantees and restructures funding between the Centre and States.

What is VB-G RAM G?

Full Form: Viksit Bharat Guarantee for Rozgar and Aajeevika Mission (Gramin)

A Centrally Sponsored Scheme that replaces MGNREGA (Mahatma Gandhi National Rural Employment Guarantee Act, 2005)
Effective date in AP: July 1, 2026
Objective: Enhance rural employment, create durable public assets, and ensure livelihood security

Key Features of VB-G RAM G

Enhanced Employment Guarantee: Increased from 100 days (MGNREGA) → 125 days per financial year per rural household
Work Provision Timeline: Local administration must provide employment within 15 days of application
Four Infrastructure Verticals: Employment strictly integrated with creating durable public assets in — (1) Water security, (2) Core rural infrastructure, (3) Livelihood infrastructure, (4) Extreme weather mitigation
Agricultural Safeguard Pause: State governments can notify a collective 60-day no-work period during peak sowing and harvesting seasons to avoid farm labour shortages
Unemployment Allowance: If work is not provided within 15 days — minimum 1/4th of wage rate for the first 30 days, and 1/2 of wage rate for the remaining period, paid from the state’s own budget
Delay Compensation: Wages must be credited weekly or within 15 days of closing muster roll. Delay beyond 16th day = compensation at 0.05% of unpaid wages per day

Funding Pattern

Category	Centre : State Ratio
General States	60 : 40
North-Eastern & Himalayan States	90 : 10
Union Territories (without legislature)	100% Central funding

MGNREGA vs VB-G RAM G

Parameter	MGNREGA	VB-G RAM G
Employment Guarantee	100 days/year	125 days/year
Work within	15 days	15 days
Agricultural Pause	Not specified	60-day collective pause
Unemployment Allowance	Available	1/4th (1-30 days), 1/2 (beyond)
Delay Compensation	0.5% per day	0.05% per day (from Day 16)
Funding (General States)	Varies by component	60:40 (Centre:State)
Enacted	2005 (over 20 years old)	2026 (replaces MGNREGA)

Static/Exam Connections

Article 41 (DPSP): The State shall make effective provision for securing the right to work — legal basis for employment guarantee schemes
Article 43 (DPSP): State shall endeavour to secure a living wage and decent standard of life for workers
Centrally Sponsored Schemes (CSS): Funded jointly by Centre and States; implemented by states as per national guidelines
MGNREGA (2005): Was renamed from NREG Act to MGNREGA in 2009 in honour of Mahatma Gandhi; now repealed by VB-G RAM G
Finance Commission: Determines Centre-State fiscal transfers; CSS funding follows separate norms
Cooperative Federalism: The 60:40 funding ratio reflects greater financial responsibility on states vs MGNREGA’s earlier norms

Quick Revision Table

Feature	Key Fact
Scheme replaces	MGNREGA (2005)
Employment guarantee	125 days/year
Work provision deadline	15 days from application
Agricultural no-work pause	60 days (state notified)
Unemployment allowance (first 30 days)	Minimum 1/4th of wage
Unemployment allowance (beyond 30 days)	Minimum 1/2 of wage
Delay compensation	0.05% per day from Day 16
Funding – General States	60:40 (Centre:State)
Funding – NE/Himalayan States	90:10
Funding – UTs (no legislature)	100% Central
AP effective date	July 1, 2026

Trap / Confusing Points

Common Confusion	Correct Fact
VB-G RAM G supplements MGNREGA	It REPLACES (repeals) MGNREGA entirely
Employment guarantee = 100 days	VB-G RAM G guarantees 125 days (MGNREGA was 100 days)
Unemployment allowance from state = Centre-funded	Unemployment allowance is paid from the STATE’s own budget
Delay compensation = 0.5% per day	It is 0.05% per day (not 0.5%); kicks in from the 16th day
General States funding = 90:10	90:10 is for NE and Himalayan States only; General States = 60:40

Practice MCQs

1. VB-G RAM G replaces which existing rural employment scheme?

a. PM Kisan Samman Nidhi
b. PMEGP
c. MGNREGA
d. PMAY-G

Ans: C
VB-G RAM G (Viksit Bharat Guarantee for Rozgar and Aajeevika Mission Gramin) replaces MGNREGA (2005). PMAY-G is a housing scheme; PM Kisan is an income support scheme; PMEGP is an employment generation scheme.

2. Under VB-G RAM G, how many days of employment are guaranteed per rural household per year?

a. 100 days
b. 150 days
c. 125 days
d. 200 days

Ans: C
VB-G RAM G enhances the employment guarantee from MGNREGA’s 100 days to 125 days per financial year per rural household.

3. Under VB-G RAM G, what is the maximum number of days within which employment must be provided after a worker’s application?

a. 7 days
b. 10 days
c. 15 days
d. 30 days

Ans: C
Local administration must provide employment within 15 days. Failure triggers mandatory unemployment allowance paid from the state’s own budget.

4. Under VB-G RAM G, what is the Centre-State cost-sharing ratio for General States?

a. 75:25
b. 80:20
c. 60:40
d. 90:10

Ans: C
General States follow a 60:40 ratio (Centre:State). NE and Himalayan states get enhanced support at 90:10. UTs without legislature receive 100% central funding.

5. Under VB-G RAM G, delay compensation for late wage payment is charged at:

a. 0.5% per day from the 11th day
b. 0.05% per day after the 16th day
c. 0.1% per day from the 15th day
d. 1% per week after the 7th day

Ans: B
If wages are not credited within 15 days, states must pay compensation at 0.05% of unpaid wages per day from the 16th day onward. Note: 0.05%, NOT 0.5%.

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