Central Armed Police Forces

Central Armed Police Forces

This article deals with the ‘Central Armed Police Forces .’ This is part of our series on ‘Internal Security’, an important pillar of the GS-3 syllabus. For more articles, you can click here.


Central Armed Police Force is a set of police forces which includes the Central Industrial Security Force, Central Reserve Police Force,  Border Security Force, Assam Rifles, Indo-Tibetan Border Police, National  Security Guard, Railway Protection  Force (RPF), National Disaster Response Force (NDRF) and the Sashastra  Seema  Bal. The  CAPF works under the administrative control of the Ministry of Home Affairs of the Indian Government.

Central Armed Police Forces

1. Central Industrial Security Force (CISF)

  • CISF was raised in 1969.
  • Its mandate is to 
    1. Provide security to critical infrastructure installations of the country like the Department of Space, Department of Atomic Energy, Airports, Delhi Metro, ports, historical monuments etc.
    1. Protect some private sector units and important government buildings in Delhi.
    2. Provide security to the protected persons classified as Z Plus, Z, X and Y.
  • CISF is also the country’s largest fire protection service provider, providing fire protection cover to 102 Industrial Undertakings.
  • CISF was assigned the specialized task of airport security in 2000 in the wake of the hijacking of Indian Airlines Flight IC-814 to Kandahar.
  • CISF Act has been amended to enable it to provide security on a payment basis to private enterprises. Hence, CISF is also providing security to Infosys and Wipro headquarters.

2. Central Reserve Police Force (CRPF)

  • It was raised as CROWN REPRESENTATIVE POLICE FORCE (CRPF) in 1939 and rechristened as Central Reserve Police Force after independence. 
  • It is headquartered in Neemuch, Madhya Pradesh.
  • Its composition and deployment are all India in character.
  • It helps state police in maintaining law and combat insurgency.
  • It is the largest Central Para Military Force.
  • CRPF is the only Central Armed Police Force with 6 Mahila (Ladies) Battalions.


  • Maintain rule of law and public order.
  • Crowd control & riot control.
  • Countering the militancy.
  • Dealing with Left Wing Extremism.
  • Protection of VIPs and vital installations.
  • Rescuing and relief operations during calamity.
  • Participation in UN Peacekeeping Missions.
  • Ensure peaceful conduct of elections.
  • Fighting the enemy in the event of war.

Rapid Action Force

  • It was raised by converting 10 CRPF battalions in 1992.
  • Its mandate is to rush to the place of incidence of the riot in Zero Response Time and carry out operations there in a non-partisan manner.

CoBRA Battalions

  • CoBRA = Commando Battalions for Resolute Action
  • It was raised from 10 battalions of CRPF in 2008.
  • They are trained to counter left-wing extremism.
  • They specialize in jungle warfare, also known as ‘Jungle Warriors’. A CoBRA School for specialized training in Jungle Warfare & Tactics has also started for their training.
  • They are experts in short & intelligence-based quick operations. 
  • They are stationed in LWE-affected states of Chhattisgarh, Bihar, Orissa, Jharkhand, Madhya Pradesh, Maharashtra, West Bengal, and Andhra Pradesh, as well as Assam & Meghalaya.

3. Border Security Force (BSF)

  • BSF is the world’s largest Border Security Force
  • It was established in 1965 under Home Ministry to do away with the multiplicity of State Forces guarding the Indo-Pak Border. After the formation of Bangladesh, it was also made responsible for guarding the Indo-Bangladesh border.
  • Border Security Force personnel have also been deployed in United Nations Stabilization Missions. The BSF troops are performing their duties exemplary to ensure the UN mandate.
  • Presently, it has 192 battalions. 


Peacetime Mandate

  • Promote a sense of security among people living in border areas.
  • Prevent trans-border crimes, unauthorized entry or exit and smuggling.

Wartime Mandate

  • Holding ground in less threatened areas
  • Protection of vital installations, particularly airfields
  • Strengthening the main defence line at strong points
  • Assistance in control of refugees
  • Guarding Prisoners of War
  • Maintaining law and order in the enemy territory controlled by the Indian Army. 
  • Prevent infiltration in certain areas.

Note: Punjab Government accused some of the BSF officials of facilitating the entry of drugs from Pakistan to Punjab. In West Bengal, BSF officers have been accused of facilitating cow smuggling across the border to Bangladesh.

4. Indo-Tibetan Border Police (ITBP) 

  • ITBP was raised in 1962 in the wake of the Indo-China war. It was initially raised under CRPF Act. Later, ITBPF Act was enacted in 1994 and rules were framed. 
  • ITBP was originally conceptualized as an integrated ‘guerrilla-cum-intelligence-cum-fighting Force’, self-contained in supplies, communication and intelligence collection. It has evolved over time into a conventional border-guarding force.
  • ITBP is a multi-dimensional force. It is a mountain-trained force manned by professionally trained mountaineers. 
  • ITBP is deployed from Karakoram Pass to Jechapla Pass in difficult hilly terrain at forward border posts at altitudes ranging from 9000-18000 feet. 
  • They are called “Himveers“.

Mandate and Tasks

  • Keep vigil on the Indo-China border.
  • Detection & prevention of border violations & promotion of a sense of security among the locals on the Indo-China border
  • Check illegal immigration, trans–border smuggling and crimes.
  • Providing security to sensitive installations, banks and protected persons. Presently, it is providing security to Rashtrapati Bhawan, Rumtek Monastery (Sikkim), Tihar Jail (Delhi), LBSNAA and various sensitive installations in Chandigarh & Jammu. 
  • Restore law and order and peace in an area after disturbance. 
  • ITBP is also deployed in Afghanistan to provide security to the Indian Embassy in Kabul.
  • ITBP is also involved in the movement for the preservation of the Himalayan environment & ecology.

5. Assam Rifles

  • Assam Rifles are known as the ‘friends of hill people’ because Assam Rifles have participated in many developmental activities of the northeast.
  • It was raised in 1835 as Cacher Levy and is the oldest Police Force in India. 
  • It is headquartered in Shillong and works under the operational control of the Army.
  • When formed, it had an armed strength of 750 men, which has been increased to 63,000 personnel.
  • Earlier, it was under the control of the Ministry of External Affairs but was later changed to be under the control of the Ministry of Home Affairs post-1965. 


When formed under the British Raj, its original mandate was to protect the British Tea Estates, along with settlements, from raids of the NE tribes. With passage of time, its mandate has been changed to

  • Maintaining internal security in North-Eastern States.
  • Guarding Indo-Myanmar Border.


  • Control Structure: Assam Rifles has dual control structure, i.e. it is under the operational control of the Indian Army (i.e. Ministry of Defence) and administrative control of the Ministry of Home Affairs (MHA). All the senior officers, including the head of the force, are from Indian Army, while MHA provides the salary and infrastructure.
  • Dual Mandate: Due to the dual mandate of guarding the Indo-Myanmar border and maintaining peace in the North East, Assam Rifle is unable to do both works professionally. Government should first strengthen the security of the border by either giving the Assam Rifles the single mandate of guarding the border or deploying another border guarding force such as the Border Security Force(BSF). In 2017, Parliamentary Committee on Home Affairs, in its report, suggested the transfer of Indo-Myanmar Border Management to Border Guard Forces (BGF)

6. National Security Guard (NSG)

  • It was raised in 1984 as Federal Contingency Deployment Force to fight against terrorism and protect the states against internal disturbances.
  • It operates under the Ministry of Home Affairs.
  • NSG is a unique amalgamation of selected personnel from the Army, the Central Armed Police Forces & State Police Forces.
  • Because of the colour of the uniform that the personnel wear, they are popularly referred to as Black Cats.
  • NSG (Black Cats) are specially trained for room-to-room interventions, whereas Army is specialized in Open Combat. They will be more effective in fighting terrorists. Their weapons are more sophisticated and ideal for such fights.
  • NSG Commandos are usually deployed to deal with high-risk tasks like Akshardham Temple in Gandhinagar and Hotel Taj and Oberoi in Mumbai.


  • Neutralise highly specialized terrorist attacks like aeroplane hijacks and hostage rescue operations.
  • Provide training to other forces on bomb disposal technology.  
  • NSG provide ‘close protection’ to the VIPs.
  • In Delhi, they are always kept on alert to meet any emergency.


  • It is criticized for the delayed response to the crisis. For example, NSG took 10 hours to respond to the 26/11 crisis.
  • The NSG Headquarters is manned by a mix of personnel from all the forces with different cultural and professional outlooks leading to coordination challenges.
  • The organization is headed by Director General belonging to the IPS with limited practical experience in counter-terror operations.
  • NSG continues to be marred by a shortage of cutting-edge equipment and training aids.

Special Protection Group (SPG)

  • It is a sub-group of the National Security Guard (NSG). 
  • SPG was raised in 1985 with the goal of giving providing proximate security cover to the PM and his immediate family members. Additionally, it provides security cover to the former Prime Ministers and their immediate family members for a period of five years from the day he ceases to hold office. 
  • It was formed on the recommendation of the Birbal Nath Committee. 
  • NSG also provide proximate security to VVIPs and their immediate family.
  • They are drawn from police and NSG commandos.
  • They are trained like US Secret Service.

7. Railway Protection Force (RPF)

  • Railway Protection Force draws power from Railway Protection Force Act and Railways Act.
  • Its mandate is to
    1. Protect railway property, passenger and passenger area.
    2. Remove any obstruction hindering the movement of the railway. 
  • It is different from the Railway Police, a branch of state police & responsible for preventing & investigating crimes on the railway & within railway premises.

8. Sashastra Seema Bal

  • It was formed in 1963 as Special Service Bureau (SSB) to build up the morale & capability of the border population and prevent subversion, infiltration and sabotage across the border.
  • It was renamed from Special Service Bureau to Sashastra Seema Bal (in 2001).
  • Presently, it has the responsibility to guard Indo-Nepal and Indo-Bhutan Border
  • They are also deployed for election duties & internal security duty in Jammu and Kashmir and the naxal-affected areas in Jharkhand, Bihar and Chhattisgarh.

9. National Disaster Response Force (NDRF)

  • Disaster Management Act was passed in 2005, and NDRF was formed under the provisions of the act in the wake of the Gujarat Earthquake & Odisha Super Cyclone. 
  • It was made from 8 battalions, 2 each drawn from ITBP, CRPF, BSF & CISF. Presently, it has 10 battalions.


  • Provide specialized response during disasters.
  • Conduct rehearsals and mock drills
  • Train State Disaster Response Teams
  • Create awareness among people about different disasters

Topic: NDRF getting discriminatory attitude

  • Sacrifices not recognized & awarded: E.g., in the Uttarakhand disaster of 2013, 14 personnel died in the Mi-17 Helicopter crash. 5 from Airforce got Shaurya & Kirti Chakra, while 9 from NDRF got nothing.
  • Lack of Funds: NDRF is the only specialized force of its kind in the world but is deprived of funds, infra & logistical support. The question arises, what is the use of creating this if no fund is to be given? 
  • Less Remuneration: Their remuneration is less than what their counterparts get in CRPF or BSF. Nothing is given in the name of the hazard fund. As a result, nobody is ready to come to this force from the parent organization.
  • No Disability Pension: NDRF personnel are constantly required to train in simulated conditions of hazards & at the time, they end up losing their life, but there is no disability pension.

Other Problems

  • Ambiguity in control and command: Ministry of Home Affairs controls the funds of NDRF while National Disaster Management Authority (NDMA), an autonomous body, has administrative control over it. Hence, it has to deal with two bosses.

Issues with CAPF (in general)

  1. Bureaucratization of Armed Forces: Most of the higher posts of the top hierarchy are filled by IPS officers, who, most of the time, fail to take adequate steps for the welfare of the cadre officers. These organizations have a primarily military character; therefore, a civil service like the IPS has no valuable role to play in them.
  2. Absence of a robust in-house grievance redressal mechanism: This has prompted incidents such as a soldier from BSF in 2017 using Social Media to raise his concerns. 
  3. Stepmotherly Treatment by Government: Paramilitary forces allege stepmotherly treatment done by the government compared to the military. They get
    • Lesser pay than military counterparts
    • No martyr status 
    • No One Rank One Pension.
  4. Sahayak/Buddy system:  Under this system, soldiers are forced to do personal chores for seniors.
  5. There is a lack of effective arms and ammunition such as bullet-proof jackets, modern weapons, surveillance equipment, armoured vehicles etc.
  6. CAPF is overburdened by doing the job of both the army and the police. E.g., CAPF personnel guard the borders and also battle terrorists and insurgents.  
  7. Poor working conditions like no housing facilities, poor food and low allowances add to problems. Due to bad working conditions, the number of personnel opting for voluntary retirement schemes in the CAPF rose by 450% in 2016-17, according to the Home Ministry.
  8. They are devoid of justice as Armed Forces Tribunal does not cover them.   

According to the NCRB data, as many as 2,200 CAPF personnel died in accidents and suicides from 2014-2018. It points towards the fact that something is seriously wrong with CAPF.

Way forward

  • CAPF personnel should get better dispute resolution, communication facilities in field areas, yoga etc.
  • IPS hegemony over the CAPF should be ended. 
  • Some of the demands of the paramilitary forces are legitimate at face value and should be considered e.g. 
    • A Military Service Pay 
    • Timely career promotion
    • Martyr status if they die while fighting.     
  • There is a need for a separate grievance redressal mechanism and a separate tribunal for paramilitary forces on the lines of the Armed Forces Tribunal. 
  • For parity in allowance, “one area, one allowance” should be implemented, i.e., military and CAPF personnel deployed in the same area should get the same allowance. 
  • Government should set up an R&D wing specifically to design weapons and vehicles for CAPF due to the unique challenges faced by them.

Concept of Climate Change

Concept of Climate Change

This article deals with ‘Concept of Climate Change  – UPSC.’ This is part of our series on ‘Environment’, an important pillar of the GS-3 syllabus. For more articles on Science and technology, you can click here.

What is Climate?

  • Climate is often described as average weather 
  • The classical period is 30 years. 

What is climate change?

  • Climate change is the periodic modification of the usual weather of the place. This change could be in the form of a change in the average temperature or precipitation pattern.
  • The rate of climate change is dependent on causal factors, which may be gradual or drastic, regional or global.

The causes of Climate change can be broadly divided into natural and anthropogenic causes as follows

Natural Factors 1. Changing physiology of the Earth
2. Volcanism
3. Changing Carbon Sink
Anthropogenic Factors 1. Green House Gas emissions
2. Atmospheric aerosols
3. Changing land-use pattern

What is Global Warming?

  • Global Warming is the increase in the average temperature of Earth’s atmosphere leading to changes in global climate patterns. 
  • The primary reason behind global Warming is the addition of an excessive amount of Green House Gases by humans since the inception of the Industrial Revolution.

Green House Effect

Earth receives the Sun’s insulation in the form of short waves, and it heats the surface. After being heated, the Earth starts to radiate backwards in the form of long waves. The Earth’s atmospheric gases (particularly Green House Gases) are transparent to shortwave radiation but absorb longwave radiation, thus indirectly heating Earth’s atmosphere.

But the Green House Effect is a natural process that warms the Earth’s surface. It helps maintain the Earth’s temperature around 33 degrees warmer than it would be in its absence and makes life possible on the Earth.

Gases which show the Green House Effect

Concept of Climate Change

1. Water Vapour

  • Water Vapour is the most abundant GHG, but it doesn’t play an essential role in climate change as it spends a very short time in the Earth’s atmosphere. 
  • The water vapour varies rapidly with the season, altitude and region.

2. Carbon Dioxide

  • Carbon Dioxide is the most crucial GHG in climate change as it is produced naturally and through anthropogenic activities. 
  • Natural sources of CO2 include animal respiration and volcanic eruptions. On the other hand, anthropogenic causes include burning fossil fuels and deforestation. 

3. Methane

  • The primary sources of Methane are the decomposition of organic matter and the digestion process of ruminants (like cows, goats etc.). 
  • But Green House potential of Methane is far more than that of Carbon Dioxide. Hence, even a lesser amount of Methane can cause much more damage. 

4. Nitrous Oxide

  • Nitrous oxide is a very powerful Green House Gas that is produced during the manufacturing and use of nitrogenous fertilizers. 

5. Chloro Floro Carbons (CFCs)

  • CFCs are manmade chemicals used in refrigerants and air conditioners, having considerable GHG potential and posing a great danger to Earth’s Ozone Layer.

Factors affecting the Climate Change

Climate change resulting from the change in energy entering and leaving the planet’s system can be caused by natural and anthropogenic factors.

Factors affecting the Climate Change

Natural Causes

Natural causes include continental drift, volcanoes, ocean currents, the Earth’s tilt, and comets and meteorites.

1. Continental Drift and Plate Tectonics

  • Due to plate tectonics, continents keep on changing their position. 
  • This drift impacts the climate because it changes the position and features of landmasses, such as a change in the flow of ocean currents and winds, which affects the climate.

2. Milanković Cycle / Variations in the Earth’s Orbit

The phenomenon was discovered by Serbian scientist Milanković in the 1900s, according to which the motion and tilt of the Earth change due to the gravitational pull between Sun and Moon. This results in what is known as Milanković cycles having a significant impact on climate and causing glacial and interglacial periods.

3. Volcanic Activity

  • Volcanic eruptions result in an outburst of Green House Gases (especially Sulphur dioxide) and ash, impacting climatic patterns. 
  • For example, massive volcanic eruptions 56 million years ago raised the global temperature by 8° C, and it took around 50,000 years to stabilize the climate.

4. Ocean Currents

On longer time scales, thermohaline circulation plays a crucial role in redistributing heat by extremely slow and deep transportation of the ocean water and redistributing the heat globally.

Anthropogenic (Human Caused) Factors

1. Green House Gases

  • Natural Green House Effect helps make Earth a habitable place by maintaining the average temperature on Earth at around 14°C instead of -19°C without the Green House Effect.
  • But human activities can increase the concentration of Green House gases leading to global Warming. 

2. Excessive Deforestation

  • Excessive Deforestation has been carried out worldwide as a source of wood and to convert forest land to agricultural land. Dense forests help absorb carbon dioxide and reduce the Green House Effect.


Forcings mean the initial drivers of climate change, such as insolation, Green House Gases, aerosols, smoke, dust etc.


Feedback Effect

Feedbacks are the processes that can amplify or reduce the effects of forcings.

In other words, due to the warming of the Earth, numerous changes occur in Earth’s atmosphere, which can impact the temperature. These factors are called Feedback impacts. Some of these changes can increase the temperature, while others can cool down the atmospheric temperature.

1. Feedback from Water Vapour

  • Water vapour is one of the most crucial feedback effects. A slight warming of the Earth due to more sunlight or an increased greenhouse effect will increase the quantity of water vapour in the atmosphere. As water vapour is also a greenhouse gas, the extra water vapour will increase the greenhouse effect even more. Thus water vapour has an amplifying effect on global warming. 

2. Feedback from Snow and Ice-Cover

  • The feedback effects from ice and snow-covered surfaces are similar. When the climate is cold, there is a lot of ice and snow on Earth, and the shiny surface reflects back sunlight to make it colder. But warmer climate results in lesser snow which leads to less reflection of solar radiation to outer space and increased warming. 

3. Feedback from Clouds

  • All clouds both cool the Earth by reflecting sunlight into space and warm it up by absorbing heat from the surface.  
  • The feedback effect depends upon the type of cloud.
    • Thin Cirrus Clouds (which appear high up in the atmosphere) generally have a warming effect. 
    • On the other hand, low Cumulus and Stratus clouds have a cooling effect. 
Feedback Effect

Carbon Footprint

  • Carbon footprint measures the total GHG emissions (under Kyoto Protocol) caused directly & indirectly by a person, organization, event or product.
  • GHGs under Kyoto Protocol are 
    1. Carbon Dioxide 
    2. Methane
    3. Nitrous Oxide
    4. Hydro Fluro Carbon
    5. Per Fluro Carbon
    6. Sulphur Hexaoxide 
  • Carbon Footprint is expressed as tons of CO2 equivalent (tCO2e). tCO2e is calculated by multiplying the emissions of each of 6 GHGs by their 100-year Global warming potential.

How can I reduce my carbon footprint?

How can I reduce my carbon footprint?

Global Warming Potential

Global Warming Potential for a gas is the measure of the total energy that a gas absorbs over a particular period, usually 100 years, compared to Carbon Dioxide. 

Gas GWP Lifetime years
CO2 1 50-200
CH4 21 12
Nitrous oxide 310 120
HFCs 140-12000 1-270
PFCs 6500-9200 800-50,000
SF6 23,900 3200

Side Topic: Carbon Bombs

Carbon Bombs
  • It is “an oil or gas project that will result in at least a billion tons of CO2 emissions over its lifetime.”
  • As of the end of 2022, there are 195 carbon bomb projects worldwide. These include projects such as 
    1. Carmichael Coal Project, owned by the Adani Group
    2. Gevra Coal Mines in Chhattisgarh, owned by Coal India
    3. Rajmahal Coal Mines in eastern Jharkhand 

Ecological Footprint & Debt

Ecological Footprint

Ecological Footprint
  • It is the measure of human demand on the Earth’s ecosystem. The ecological footprint represents the impact that an entity (nation/town/individual) made on Earth that year by consuming Earth’s resources.  
  • Global Hectare is the average productive land and water an individual requires to produce all the resources it consumes. In 2007, it was 2.7 Hectares /Person.

Water Footprint

It is the volume of freshwater used to produce goods and services by an individual or community.

It is of the following types

Blue WFP Blue Water Footprint is the volume of freshwater evaporated from global blue water resources, such as rivers, ponds, lakes, wells, etc.,  for producing goods and services used by an individual or community.
Green WFP Green Water Footprint is the volume of freshwater evaporated from global green water resources such as moist lands, wetlands, farms, soil etc.,  for producing goods and services used by an individual or community.
Grey WFP Grey Water Footprint is the volume of fresh water polluted for producing goods and services used by an individual or community.

Ecological Debt

Ecological Debt can be defined as the amount by which the consumption of resources from within an ecosystem exceeds the ecosystem’s regenerative capacity.

Ecological Debt

Ecological Debt Day/Earth Overshoot Day

  • Ecological Debt Day or Earth Overshoot Day refers to the calendar date when the total resources consumed by humanity will exceed the capacity for Earth to generate those resources that year. 
  • It is not a fixed date but keeps on changing each year. WWF and Global Footprint Network decide it.
28 JULY 
i.e. total resources consumed by 
humanity in 2022 exceeded the 
Earth's capacity to generate 
resources that year. 

Side Topic: Earth Day

  • It is celebrated on 22 April (every year) to increase awareness of environmental safety among ordinary people. 
  • UNESCO organizes it.
  • The theme of 2022: Invest in our Planet

Reproductive Technologies

Reproductive Technologies

This article deals with ‘Reproductive Technologies  – UPSC.’ This is part of our series on ‘Science and Technology’, which is an important pillar of the GS-3 syllabus. For more articles, you can click here.

Reproductive technologies

1. In-vitro Fertilization (IVF)

  • IVF is the process of fertilization of an egg and sperm outside the mother’s body. The baby thus produced is known as Test Tube Baby.
  • In this process, a child is conceived outside the women’s body in vitro (i.e. lab). Eggs removed from the mother’s ovary are incubated with the sperm from the father. Now, they are allowed to divide until the Blastula stage (64-128 cell structure), which usually takes 3-4 days, which is then transferred to the mother’s or a surrogate’s uterus to develop normally.  
Reproductive Technologies
  • This technique was discovered by Dr Edwards and Dr Steptoe in the UK. They successfully carried out the birth of the world’s first test-tube baby “Louis Joy Brown” whose mother had a blockage in the Fallopian tube. The second successful test-tube baby occurred in India, named Durga after 67 days of Louis’s birth, 
  • IVF is used in the following cases:-
    1. Defect in Fallopian Tube of women.
    2. A low number of sperms in men. 
    3. Infrequent or absent ovulation.
    4. Endometriosis
    5. Age-related infertility.
  • Hence, it helps infertile couples to have a baby of their own (with their eggs and sperm). Without using a donor egg or donor sperm, the DNA of the zygote will be of the intended parents only.

Issues with IVF / Test Tube Babies

  • Multiple Births: During the process, drugs are induced to the patient’s ovaries to grow several mature eggs rather than a single one that develops each month. If more than one egg is fertilized and transferred to a uterus, chances of success increase. But this also increases the chance of twin births.
  • Ovaries Hyper Stimulation Syndrome: Stimulations done to produce more than one egg cell can cause side effects like swollen and painful ovaries.
  • Birth Defects: Test Tube Bodies have relatively higher risks of birth defects than naturally conceived babies.
  • There is a danger of a mix-up of the baby in the laboratory processes leading to future legal suits.

2. Embryo transfer

  • In this technique, the fertilized egg or young embryo is transferred from donor mother to recipient mother or from test tube to the recipient mother. The best transfer stage is the 2 – 4 cell stage.

3. Artificial wombs

  • This technique is used in the final stages of multiple pregnancies as the foetus becomes cramped by transferring the foetus to the artificial womb. The artificial womb is a tank filled with amniotic fluid and a machine that pumps nutrients and oxygen into the baby’s blood.

4. Artificial insemination

  • It is the introduction of semen into a female’s reproductive tract. 
  • Semen collected from a male with desirable hereditary features can be frozen & transported long distances to fertilize females. 
  • It is used for those females who wish to conceive when normal conception is not possible. 

5. Gamete Intra Fallopian Transfer (GIFT )

  • In GIFT, egg and sperms are mixed and injected into Fallopian tubes, where the Fertilization takes place as it does naturally. 
  • In contrast to in-vitro, this is an in-vivo technique. 

Application of Reproductive Technologies 

  • It helps in achieving enhanced fertility. 
  • It helps maintain future fertility (Eg: before undergoing chemo or radiotherapy).
  • It can be used to restore fertility by the involvement of the couple. 
  • It helps restore fertility by the involvement of a third party in premature loss of ovarian function. 
  • Minimize severe maternal and foetal risks. 

Assisted Reproductive Technology (Regulation) Act, 2021

The act to regulate ART or Assisted Reproductive Technologies was introduced in the Parliament in 2020 to standardise protocols of the growing fertility industry and provide for the regulation of ART services in the country. 

Key provisions in the bill

1. Definition of ART: The Bill defines ART as all the techniques to obtain pregnancy using sperm and oocyte outside the human body and transferring the resulting embryo into a woman’s reproductive system.  

2. Regulation of ART clinics and banks: Every ART clinic and bank must be registered under the National Registry of Banks and Clinics of India.  

3. Rights of a child born through ART: Child born using ART will be considered biological child of commissioning parents and donor will have no rights over the child. 

4. Written Consent: Clinic will have to take written consent from all the parties involved.

5. Offences and penalties: Offences mentioned under ART are 

  1. Abandoning and exploitation children.
  2. Selling or buying gametes. 
  3. Exploiting commissioning parents or donors. 
  4. Transferring human embryos into animals.


  • The act discriminates against the LGBTQ, same-sex couples and single parents. The act is entirely against Supreme Court’s Navtej Johal judgement. 
  • ART Act and Surrogacy Act doesn’t work in tandem with each other. Both the acts have set up multiple registration bodies while left some of the lacunae unaddressed.



This article deals with ‘Telescopes‘. This is part of our series on ‘Science and Technology, which is an important pillar of the GS-3 syllabus. For more articles, you can click here.

Telescopes in News

Telescopes in the news wrt India

  • 30 m Telescope ( Hawaii) 
  • National Large Solar Telescope ( Ladakh)

It has to be noted that Light Pollution is a severe problem for Astronomers as artificial light from buildings, street lights, and malls makes it challenging to observe and study the stars in the sky. Hence,  Telescopes are set up in remote regions (far away from the cities).

Terrestrial Telescopes

1. Thirty-meter telescope

  • It is called Thirty Meter Telescope because its primary mirror is 30m wide.
  • After the E-ELT (European Extremely Large Telescope), it is the world’s highest and second largest telescope.
  • It is located at the Mauna Kea volcano summit in Hawaii (USA).
  • It is the joint project of India, Japan, the US, China, and Canada with $1.5 billion. 
  • India has financed 10% of the cost and will get proportional time for use. 
  • It observes between near UV to mid-infrared wavelengths and corrects the blur caused by the atmosphere by its adaptive optics system.

Controversy associated

Three controversies are related to this project:-

  1. Mauna Kea is considered sacred by the local Hawaiian people.
  2. It presents a danger to the habitat of the Rare Weiku Bug found there.
  3. The land was given for use essentially rent-free.
Thirty-meter telescope

2. National Large Solar Telescope

  • NLST is being built by the Dept. of Science of Technology in Ladakh.
  • It will be the world’s largest solar telescope.
  • It can work both day and night.
  • It will fill the longitude gap between Japan and Europe. Currently, there is no telescope between these regions. 
  • It will help in understanding sunspots. Thus it will help protect satellite communication as sunspots pose a threat to their working. 

Why is Ladakh chosen?

  • Placement at a higher altitude will fundamentally enhance the NLST capacity.  
  • Prolong region of sunshine, clear sky (high visibility).
  • Low concentration of aerosol and dust particles in the atmosphere. 
  • Lower wind speed.
National Large Solar Telescope

3. Multi-Application Solar Telescope (MAST), Udaipur Solar Observatory

Purpose and significance  

  • For a detailed study of the Solar activity, including its magnetic field. 
  • The observatory is situated on an island in the middle of Fatehsagar lake. 
  • It is Asia’s biggest telescope.

Why is an observatory made in the middle of the lake? 

  • A large water body surrounding the telescopes decreases the amount of heating of the surface layers. 
  • It reduces the turbulence in the air mass and improves image quality. 
National Large Solar Telescope

4. Growth India Telescope

  • It is part of a multi-country joint initiative termed the Global Relay of Observatories Watching Transients Happen (GROWTH). 
  • The US, UK, India, Japan, Germany, Taiwan and Israel are part of this initiative.
  • Location: Hanle (Ladakh)
  • It is a fully robotic telescope and can be controlled remotely. 
  • Aim: Study cosmic events happening over relatively small periods of the cosmological timescale.

5. Atacama Large Millimeter Array (ALMA)

  • ALMA is the joint venture of the USA, Japan, Canada, Taiwan, South Korea, and Chile. 
  • It is at 5000 meters. This place is most suitable as it is free from background noise, and the atmosphere is clean, dry and cool.
  • It consists of 66 high-precision antennas.
  • Aim: Explain very old and important astronomical anonymities and search for the origin of the Cosmos.
  • ALMA is the most powerful telescope used for observing the cold universe in which scientists study molecular gases and dust.
  • Using ALMA, astronomers have obtained high-resolution images of 20 nearby protoplanetary disks depicting the planet’s birth. 

Atacama Large Millimeter Array (ALMA)

Telescopes in the Space

1. Astrosat

  • Astrosat is India’s first dedicated astronomy satellite (like Hubble of West).
  • It was launched in September 2015.


  • It can scan multi-wavelengths from ultraviolet to optical and low- and high-energy x-ray bands for studying distant stars, galaxies and other cosmic objects. 
  • It is situated at the height of 650 Km.
  • It has been of immense benefit to our scientists, who have depended on inputs from other agencies and sources like the Hubble [US-European space telescope]. 
  • It has put India in an elite orbit with the US, Europe, Russia and Japan.

2. James Webb Space Telescope

  • It is the Joint Venture of NASA, ESA & the Canadian Space Agency.
  • It is the scientific successor of the Hubble and Spitzer telescopes. 
  • The primary mirror of JWST consists of 18 hexagonal mirrors of 1.32 m diameter each (compared to Hubble Telescope with one mirror of 2.4 m diameter). Further, these mirrors are made up of beryllium as it is light and strong and coated with gold to increase the mirror’s reflection.
  • It will be placed at L2 (Lagrange Point), 930,000 miles from Earth’s surface. 
  • It has become NASA’s flagship infrared observatory. JWST carries four instruments
    1. Near-Infrared Camera (NIRCam),
    2. Near-Infrared Spectrograph (NIRSpec),
    3. Mid-Infrared Instrument (MIRI) and the 
    4. Near-Infrared Imager and Slitless Spectrograph  
  • JWST will study the following
    1. Search for the very first galaxies that were formed after Big Bang. 
    2. Evolution of the galaxies until now. 
    3. Study formation of stars and their evolution in different phases.
    4. Potential to support life in these systems.
    5. Study solar systems, their planets, along with comets, asteroids and minor planets.

James Webb Space Telescope

3. Kepler

  • It was launched in 2009.
  • Aim: Survey the Milky Way galaxy region to discover planets in or around the habitable zone (Goldilocks Zone). 
  • It was orbiting the Sun, nearly 156 million km from the Earth.
  • Kepler is described as the most prolific planet-hunting machine in history. By June 2017, it had discovered more than 4,000 planet candidates and 2,300 confirmed planets.
  • Nov 2018: NASA’s Kepler space telescope has been retired after running out of fuel.

Side Topic: Goldilocks Zone

  • Goldilocks region denotes the area at the proper distance from its home star that it is neither at too high temperature nor too cold. 
  • Habitable exoplanets must have such a temperature in which water can exist in its liquid form. 

4. Hubble Space Telescope

  • Hubble Space Telescope was launched in Low Earth Orbit (LEO) in 1990 as a joint venture between NASA and the European Space Agency (ESA)
  • It used to orbit 550 km above Earth. 
  • Its main payloads include
    1. Wide Field and Planetary Camera (WF/PC), 
    2. Goddard High-Resolution Spectrograph (GHRS)
    3. High-Speed Photometer (HSP)
    4. Faint Object Camera (FOC)
    5. Faint Object Spectrograph (FOS).
  • These scientific payloads have helped uncover many secrets of the universe, including the theory of its expansion.

Hubble Space Telescope

5. Spitzer Space Telescope

  • NASA launched it in 2003.
  • Aim: To study the universe in the infrared
  • It was retired in January 2020.

Oil Spills

Oil Spills

This article deals with ‘Oil Spills – UPSC.’ This is part of our series on ‘Environment’ which is an important pillar of the GS-3 syllabus. For more articles on Science and technology, you can click here


The intentional or unintentional release of oil into ocean /coastal waters is known as oil spill.

Scene of Oil Spill 

Impact of Oil Spills

  • Damage to fish, turtles, and crabs, among other marine animals. 
    • Decrease insulating capacity of the plumage of birds  
    • Ingestion by seabirds leads to kidney failure, dehydration, metabolic disorders etc.
    • Exposure to toxic petroleum products often results in lower reproductive rates.
Impact of Oil Spills
  • Loss of fisherman’s livelihood as venturing out into the sea is not safe. 
  • Consumers show reluctance to buy seafood, adding to the woes of fishermen.
  • Local tourism is impacted negatively as tourists avoid such places.
  • Heavy metals released along with oil starts to bioaccumulate in fishes and impact the whole food chain, including humans.
  • A variety of health effects may develop when an oil spill occurs close to where people live or work and may come in contact through breathing gaseous oil compounds.

India & Oil Spill: Response & Preparedness

  • The National Oil Spill-Disaster Contingency Plan (NOS-DCP) adopted in 1996 has routinely been updated and revised.  
  • India has ratified the Bunker Convention, 2001, regarding the civil liability for bunker oil pollution in 2015.
  • The government provides a subsidy to the pollution response equipment to the tune of 50%.


Recovery of oil spills is difficult & depends on many factors 

  1. Type of oil spilled 
  2. The temperature of the water that may affect evaporation & biodegradability 
  3. Type of shoreline involved 


Bioremediation or Biodegradation is the use of natural or genetically modified microbes to degrade pollutants (pesticides or hydrocarbons) in the presence of oxygen.

The only problem with bio-remediation is that it can’t be used to break down heavy metals such as mercury, lead etc. But bioremediation is the most crucial technique to clear oil spills.

Bioremediation Techniques

1. Oil Zapper

  • It is essentially a cocktail of five different bacterial strains that feed on crude oil and change it to carbon dioxide and water. 
  • It is developed by the TERI.

2. Oilivorous – S

  • Oilivorous-S has an additional bacterial strain that is effective in destroying Sulphur. Hence, it can be used to contain oil spills in case crude oil has high sulphur content.
  • It is developed by Indian Oil’s research and development wing.

Both Oil zapper and Oilivorous can be used in situ, thus eliminating the need to transfer the pollutant to a centralized plant.


Some latest oil spills in the news

1. Mauritius Oil Spill (2020)

  • Japanese ship struck a coral reef resulting in an oil spill of over 1,000 tons.

2. Ennore/Kamarajar Port Oil spill (2017)

  • Oil Tankers collided, resulting in the Oil Spill wasn’t quickly contained, destroying marine life especially Olive Ridley Turtles and Migratory birds.

3. Sundarbans Oil Spill (2015)

  • An Oil Tanker passing through the Sela River in the Sundarbans met with an accident resulting in an oil spill. It did irreparable damage to the fragile economy of Sundarbans.

4. British Petroleum / Deepwater Horizon Oil Spill (2010)

  • British Petroleum’s oil rig exploded in the Gulf of Mexico, causing huge oil spills in 2010.
  • It is the biggest oil spill ever happened in the history of mankind, in which 4 million barrels of oil spilt into the Gulf of Mexico. 
  • British Petroleum had to pay $18.7 billion as a fine to the coastal states of the USA. 

Water Pollution

Water Pollution

This article deals with ‘Water Pollution – UPSC.’ This is part of our series on ‘Environment’ which is an important pillar of the GS-3 syllabus. For more articles on Science and technology, you can click here


Water pollution occurs when there is a change in the chemical, physical or biological quality of water that has a harmful effect(s) on living organisms that consume it or live in it.

When is water said to be polluted?

  • When it is impaired by contaminants 
  • Doesn’t support human use like drinking
  • Undergoes a marked shift in the ability to support its constituent biotic communities like fish (For example, almost all the fishes in Ulsoor Lake (Bangalore) died due to water pollution)

Sources of Water Pollution

There are two main types of sources: point sources and non-point sources 

1. Point sources

  • Contaminants that enter a waterway from a single and identifiable source.
  • Examples: from a sewage plant, a factory etc. 

2. Non-Point Sources

  • Non-Point Sources are the sources of water pollution that cannot be traced to a single source.
  • For Example, Acid rain, chemical runoff, and leaching out of nitrogen compounds from fertilized agricultural lands.

Apart from that, Groundwater aquifers are susceptible to contamination from sources that may not directly affect surface water bodies. E.g., chemical spill into the soil may not pollute any surface water body but pollute the underground water aquifer.

Causes of water pollution 

Water Pollution

1. Agricultural

  • Agricultural wastes include fertilizer and pesticide runoff from agricultural fields, food processing waste, tree and sawdust from logging operations and sewage from livestock operations.

2. Industrial Sector

  • Industrial discharge (effluents) may contain various compounds such as heavy metals (cadmium, chromium, lead) and organic and inorganic chemicals. These discharges can affect the temperatures of the water bodies and dissolved oxygen levels.

3. Domestic/Municipal Sector

  • The majority of domestic waste generation makes sewage which is dumped into water bodies without treatment. 

4. Thermal Pollution

  • When water at elevated levels of temperature used to run turbines in Power plants is discharged into rivers, streams or oceans, it increases the temperature of the water body. Also, it decreases dissolved oxygen in the water, which adversely affects aquatic life.

Why should India be worried about Water Pollution?

  • India should worry because India is already a water-deficient country. India has almost 18 % of the global population but only 4 % of freshwater.
  • Just 8% of domestic and industrial wastewater is released into the environment after treatment. It pollutes the natural waterbodies, making them unfit for human consumption.
  • The phenomenon of global warming has modified the ecology of major rivers of India. For instance, Ganga and Indus suffer significant-to-severe levels of water scarcity for 7 to 11 months in a year. 

Measurement of Water Pollution

1. Physical Testing

Standard physical tests of water include 

  1. Temperature
  2. Solid concentrations (e.g. Total Suspended Solids (TSS))
  3. Turbidity

2. Chemical Testing

Water samples may be examined using the principles of analytical chemistry. Frequently used methods include 

  • pH
  • Biochemical Oxygen Demand (BOD): It measures oxygen used by micro-organisms in the oxidation of organic matter. 
  • Chemical Oxygen Demand(COD): It measures oxygen equivalent to the oxidation of total organic matter present in water.
  • Metals (like cadmium and lead), oil & grease and pesticides.

3. Biological Testing

  • Involves the use of the plant, animal, and microbial indicators to monitor the health of an aquatic ecosystem. 
  • Example: Copepods 

Effects of water pollution

Water pollution strongly impacts humans, animals, vegetation, and the entire ecosystem. These effects can be classified into

On Ecosystem

  1. When sewage water and agriculture runoff containing organic material is discharged into freshwater, it increases the growth of algae, causing eutrophication and death of the whole aquatic ecosystem.
  2. If warm water is disposed of in coastal areas containing corals, it leads to the destruction of the whole ecosystem.
  3. A steep increase in Biological Oxygen Demand turns the lake or sea into a dead zone, killing all the organisms in the ecosystem.

On Animal Health

  1. Fishes and aquatic animals are poisoned by the dumping of industrial wastes in water bodies. 
  2. Oil spills kill a number of animals in the affected area.
  3. It leads to bioaccumulation and biomagnification across various trophic levels.

On Human Health

  1. Humans suffer from diseases like hepatitis by eating seafood contaminated due to water pollution.
  2. Heavy metal poisoning of the fishes due to water pollution can cause diseases in humans. E.g., Minamata disease due to mercury poisoning impacted humans as well.
  3. Consumption of polluted water results in cholera and typhoid.
  4. Nitrate contamination of water can prove to be disastrous for infants as it can restrict the oxygen to reach the brain causing the ‘blue baby syndrome.

Control of water pollution

Control of Domestic Sewage

  • It can be treated in urban areas by centralized sewage treatment plants.

Control of Industrial wastewater

  • Industrial waste can be treated with the help of Common Effluent Treatment Plants (CETP) in industrial areas.

Control of agriculture wastewater

  • Farmers may utilize erosion controls to reduce runoff flows and retain soil on their fields. ‘
  • Farmers should use nutrient management plans to prevent the application of excess nutrients. 

3R Approach to manage wastewater

Government, organizations and individuals can adopt the ‘3R Approach’ to reduce wastewater which includes  

  1. Reduce (water wastage)
  2. Reuse (after treatment)  
  3. Recycle
3R Approach to manage wastewater

World Examples

  • In Singapore and  San Diego, residents already drink recycled water. 
  • Japan’s sewage operators use bio-solids as a carbon-neutral form of energy.

Side Topic: Waterman of India (Rajendra Singh)

  • Rajendra Singh is India’s noted environmentalist and is nicknamed the “Waterman of India” Rajendra Singh
  • He was awarded the Stockholm Water Prize in 2015 and Magsaysay Award in 2001 for community-based water management.
  • He was born in UP but worked in Rajasthan for decades to solve the drought issue in Indian villages. 
  • He runs the “Jal Jan Jodo” campaign to spread the water conservation message.
  • He is the proponent of community-based water management as the best way to manage water. 



This article deals with ‘Road – upsc.’ This is part of our series on ‘Economics’ which is an important pillar of the GS-3 syllabus. For more articles, you can click here.


  • Roads are used to transport over 65% of the total goods and 85% of the passenger traffic.  
  • With about 52 lakh km of the road network, India has the second-largest road network in the world. 
  • The cost to transport with roadways is ₹ 26/ton/km.
  • Presently, India is the fastest highway developer globally, with 27 km of highways built each day.

Bodies for Road Development

Ministry of Road Transport & Highway

  • Ministry of Road Transport and Highway is responsible for road development.
  • Issue: Why separate ministries for Road, Railway, Aviation etc. It leads to a silos approach.

National Highway Authority of India (NHAI)

  • It develops and maintains National Highways.
  • NHAI runs two main programs 
    1. National Highway Development Project (NHDP)
    2. Bharat Mala 

Border Roads Organization (BRO)

  • BRO is mainly concerned with building border roads in accordance with military requirements.
  • Apart from that, it has been entrusted with the construction of roads in Tajikistan, Afghanistan, Bhutan and Myanmar.
  • It successfully completed 215 km Delaram-Zaranj road in Afghanistan despite the prevailing insurgency.

Types of the roads

National Highways

  • The responsibility to construct and maintain national highways is that of the Union Government.
  • Three agencies are involved in this, i.e. NHAI, BRO(under defence ministry) and State Public Works Department (PWD)  
  • National Highways connect state capitals. It consists of 1,15,455 km as of 2017 (~2%), but it serves 40% of traffic. Hence, these are highly saturated.


  • Expressways are constructed using Special Purpose Vehicles (usually made through Public-Private Partnership).
  • Expressways are 6 to 8 lane highways that are used to serve high-speed traffic using bridges and underpasses. 
  • Examples include Ahmedabad – Vadodara Highway made by SPV consisting of NHAI and IRB Infra Developers. 

State Highways

  • The responsibility to construct and maintain state highways is that of the State Government.
  • State Highways are used to connect the state capital and district headquarters.

District Roads

  • The responsibility to construct and maintain district roads is that of Zila Parishad.
  • District Roads are used to connect district headquarters with tehsil and block.

Village Roads

  • The responsibility to construct and maintain village roads is that of Gram Panchayats.
  • Village Roads are used to connect villages with neighbouring towns.
  • Village Roads constitutes 61% of all roads.

Note: India’s road density at 1.66 km/sq.km of area is the highest among BRICS countries (but the quality of roads is the main issue)

Programs to develop Road development in India

1. National Highway Development Program (NHDP)

  • NHDP started in 2000, and presently it is in phase 6 (from 2012).
  • It has the following sub-components
    1. Golden Quadrilateral connecting 4 major cities (Delhi, Mumbai, Kolkata and Chennai)
    2. North-South & East-West Corridor connecting Srinagar to Kanyakumari (NH 44) and Silchar to Porbandar (NH 27) 
    1. Road connectivity of all major ports of country to National Highways 
    2. Other National Highway stretches.

Where does NHAI get money from?

  • Central Road and Infrastructure Fund (CRIF) was created to fund NHAI. It gets funds from CESS imposed on Petrol and (high speed) Diesel. Apart from that, NHAI also raise funds via debt and from development agencies such as World Bank, JICA, ADB etc. From 2020, NHAI is also using Infrastructure Investment Trust (InvITs) to fund various projects. 
  • Before 2018, the fund was solely used to build National and State Highways and rural roads under PMGSY. But presently, Central Road and Infrastructure Fund is used to fund 
    1. Rural roads through PMGSY
    2. NHAI’s NHDP
    3. Inland Waterways Development 
    1. Railway infrastructure 
    2. Social infrastructure, including education institutions
National Highway Development Program ( NHDP)

2. Pradhan Mantri Gram Sadak Yojana (PMGSY)

  • It was launched on 25th December 2000.
  • It works under Rural Ministry. 

Under PMGSY, all-weather road connectivity is to be given to 

Ordinary Areas Villages having a population of 500 people.
Tribal, North East, Scheduled Areas Villages having a population of 250 people or more.
Naxal Area Villages having a population of 100 people or more.
  • New in PMGSY: Emphasis is on the use of local and green technologies, e.g. waste plastic, geo-textile, iron slag, fly ash etc.
  • It is Core Scheme with Centre to State Sharing = 60:40 for ordinary states and 90:10 for the Special Category States.

3. Bharatmala Project

  • Target: constructing 35,000 km of National Highways in the next five years. 
  • It is an umbrella program that includes the development of 
    • Coastal Roads and Port Connectivity
    • Border Roads and International Connectivity
    • Feeder Routes 
    • Greenfield Expressways 
    • Roads for improving National Corridor Efficiency
    • Roads to balance NHDP works 
  • The scheme is funded via debt, private investment, central road fund and toll collection.  
  • The project is expected to be completed by 2022.

4. Setu Bharatam Yojana

  • The Bharatmala project has been started to make all national highways free from railway level crossings by 2019. 
  • Under the project, 208 new railway over & under bridges will be built. 
  • Also, 1500 old bridges will be reconstructed.

5. FDI & tax reliefs

  • 100% FDI in the road sector is permitted in the road sector.
  • Private developers are given the right to collect and retain toll.

It has facilitated several foreign companies entering into partnerships with Indian players to capitalize on the sector’s growth.

6. Highways in troubled areas

Special Accelerated Road Development Program in North East (SARDP-NE)

  • It envisages road connectivity to state capitals, district HQ and remote places in the North East region.

Road Requirement Plan (RRP) for improvement of road connectivity in Left Wing Extremism (LWE)

  • The government approved the plan in March 2015 to develop road networks in the LWE affected areas of 34 Districts in 8 States in India.

7. FasTag Project

  • The system uses RFID technology to pay the toll.

North-East Infra Projects

In the recent past, many projects (road, tunnels and bridges) have been made in North East.

Some of the main projects include

1. Bogi-Beel  Bridge

  • Bogibeel rail-cum-road bridge connects Assam and Arunachal Pradesh.
  • The bridge is on the Brahmaputra.

2. Sela Pass Tunnel

  • Sela Pass is situated in Arunachal Pradesh and connects Twang (on Border) and West Kameng district.   

3. Dhola Sadiya

  • Dhola Sadiya is India’s longest bridge measuring 9.15 km.  
  • It is situated on the Lohit River (Tributary of Brahmaputra). 
  • It connects Assam & Arunachal Pradesh.

4. Diffo Bridge

Diffo bridge is built over Diffo River in Arunachal Pradesh.

North-East Infra Projects

Jammu – Kashmir Infra Projects 

In the past 4-5 years, a large number of projects (road, tunnels etc.) have been made in J&K.  Some of the most critical projects are

Chenani Nashri Tunnel (Connects Jammu & Kashmir)

  • It is Asia’s Longest Tunnel- 9.2 Km in length
  • It has reduced the travel between Jammu and Kashmir valley by 41 km.

Zozila Tunnel (Connects Kashmir and Ladakh)

  • Length: 14.15 Km (will be largest in Asia when completed beating Chenani Nashri Tunnel (9.2km)
  • It will connect Kashmir valley with Ladakh.

Chenab Bridge

  • Chenab is the world’s highest Railway Bridge, situated on the Chenab river in Jammu & Kashmir. 

Rohtang Tunnel

  • Rohtang Tunnel is 9 km tunnel cutting through the Pir Panjal range.
  • The tunnel has reduced the distance between Leh and Manali by 46 km and made the area accessible around the year.
Jammu - Kashmir Infra Projects

International Roads

India Myanmar Thailand (IMT)  Highway

  • IMT Highway starts from the Indian city of Moreh (Manipur) up to Mae Sot in Thailand. 

Delaram-Zaranj Highway

  • BRO has completed 215 km Delaram-Zaranj road in Afghanistan despite various threats.

Project Dantak

  • India constructs the roads in Bhutan under Project Dantak.

Other steps taken by the Government

  • The government has adopted the ‘Hybrid annuity model‘ for highway projects.
  • Infrastructure Investment Fund (InvIT): NHAI has been given the mandate to set up an InvIT to monetize its completed stretches of public-funded national highways to mobilize additional resources through capital markets.
  • PMO has started the PRAGATI program
  • The government has allowed 100% FDI in the road sector through automatic routes.
  • Ministry of Road Transport and Highways is planning to set up Land Acquisition cells across the country to resolve issues related to land acquisition and ensure speedy compensation disbursal.
  • NHAI has signed MoU with the National Remote Sensing Centre (NRSC) under ISRO to use spatial technology to monitor and manage National Highways. 

National Highway numbers: Important ones only

National Highway Numbers in India
National Highway Numbers in India

Until 2010: Old System was used as listed in the National Highways Act of 1956. 

After 2010: The government decided to rationalize numbers as old numbering wasn’t scientific and did not indicate its location and direction. In the new system,

  • east-west highways —> odd numbers —> number increases from north to south
  • north-south highways —> even numbers —> number increases from east to west 

Important National Highways in India

NH 44 Kanyakumari to Srinagar (via all major Cities like Bangalore, Hyderabad, Nagpur, Agra, Delhi, Ambala, Ludhiana, Jallandhar)
NH 27 Silchar to Porbandar
NH 48 Bangalore to Mumbai to Delhi
NH 16 Chennai to Kolkata
NH 19 Delhi to Kolkata

Note: Presently, NH 44 is the longest Highway.

Motor Vehicles (Amendment) Act, 2019

Motor Vehicles (Amendment) Act, 2019

Why new bill?

  • 1988: Motor Vehicle Act came to force. 
  • But it has outlived its utility as 
    1. A large number of people die in road accidents because they don’t get medical help at the time.
    2. Urban areas have too many vehicles and congested roads.
    3. Lack of effective vehicle standards leads to pollution and accidents.
    4. Juvenile road rashes.
    5. No protection to good Samaritans.
    6. Entry of digital aggregators and no law to regulate them.
    7. Penalties are too small to act as a deterrent.

Provisions of the Act

1. Agency for Road Safety

  • National Road Safety Board (NRSB) has been constituted (as recommended by Sundar committee).  

2. Offences and penalties

  • Penalties have been increased. E.g., Fine for Drunk & Drive has been increased to ₹10,000  (earlier ₹2,000)

3. Juvenile

  • The act has recognized the offences committed by juveniles. 
  • The Guardian and owner of the motor vehicle are also made liable.

4. License and Registration

The act has brought the harmony of registration and licensing process by creating 

  • National Register for Vehicle registration 
  • National Register for Driving Licence

5. Protection of good Samaritans

  • Samaritans are not liable for any civil or criminal action for any injury or death of an accident victim. 

6. Care for road accident victims

  • Under the provisions of the act, the road accident victims will be provided with cashless treatment during golden hour (hour following a traumatic injury).

7. Aggregator services

  • The act requires aggregators (like Uber, Ola etc.) to obtain licenses. 

8. Transportation schemes

The act requires state governments to make transportation schemes that provide for  

  • last-mile connectivity 
  • reducing traffic congestion 

Issues with the Act

  • Anti-federal in Character (according to state parties): Although Road is in the Concurrent List and it is within the legislative jurisdiction of Union, States are raising concern over Sections 66A and 88A, which will empower the Centre to form a National Transportation Policy through a process of consultation, and not concurrence. Hence, the Centre can also make Policy on Rural Mobility, Private Bus Sector in State and Last Mile connectivity in States. But all local leaders have private bus companies, and auto drivers are big vote banks plaguing the whole system. Hence, they don’t want these subjects under Union Government. 
  • Just increasing the fine is not enough. According to IIT Delhi’s research, the deterrent impact depends upon the swiftness and probability of getting caught and penalized.  

Side Topic: Road Accidents  Deaths

Economic cost of 
World's Road 
accidents happen 
accidents to Indian 
in India 


  • Poorly designed roads and blind curves cause a large number of accidents.
  • Poorly maintained roads: A large number of potholes on highways.
  • Negligence on the part of drivers due to drunk driving & overspeeding.
  • Traffic police are unprofessional.
  • Corruption in Licensing of drivers.
  • Due to harassment by Police, Good Samaritans don’t come forward to help the victim. 
  • Hospitals lack the proper infrastructure to provide proper care during Golden Hour.
  • Lack of effective policy because India doesn’t have robust data collection systems to ascertain the causes of crashes and does not have a scientific accident investigation agency. 

Steps already taken

  • Sustainable Development Goals (Goal 3.6) urged nations to take necessary actions to reduce road crash deaths by 50%. 
  • Pradhan Mantri Surakshit Sadak Yojana has been started to eliminate dangerous spots on highways.
  • Motor Vehicle Amendment Act 2019  has various provisions like protection to good Samaritans, Free Hospitalisation in Golden Hour etc.
  • The government has made it mandatory for all vehicles to have front seat airbags. 
  • Anti-Lock Braking System (ABS) has been made mandatory for manufacturers.
  • 10% of the Central Road and Infrastructure Fund (CRIF) can be used for undertaking road safety measures.
  • India has signed the Brasilia declaration to reduce road accidents and fatalities by half. 
  • Transportation Research and Injury Prevention Centre (TRIP-C)’ with a focus to produce state-of-the-art knowledge to address road transport and traffic safety in India will be opened in IIT Delhi.
  • Stringent Vehicular Standards: The government has made stricter vehicular standards like
    1.  Trucks are prohibited from carrying protruding rods.
    2. Antilocking Brake System (ABS) made mandatory on Heavy Vehicles.
    3. Car Crash Standards to be made mandatory w.e.f. 1st April 2018
    4. AHO (Automatic Headlight On) was made mandatory to make them more conspicuous
    5. Truck Body Code for safe cabins to drivers and other road users


  • Introduce road safety as part of the school curriculum. 
  • KS Radhakrishnan panel on road safety advocates the Zero tolerance policy towards drunk driving & accidents caused by speeding. 
  • Implement Supreme Court Judgement wrt Good Samaritans in letter and spirit and ensure they aren’t harassed. 
  • To get real data to make effective policy, India can learn from Cambodia that combines data from both police and hospitals to get authentic data of accidents.
  • Adopt Tamil Nadu Model: Tamil Nadu has taken the following steps to reduce road accidents.
    • Enforcement of traffic rules about using a mobile phone while driving, wearing a helmet, seat belt etc., strictly.
    • Use of ICT to dispatch ambulance & police rapidly in case of an accident.
    • Highway liquor shops have been closed.
    • The quality of roads has been increased, and warning boards at dangerous turns have been installed. 

Budgeting Process

Budgeting Process

This article deals with the ‘Budgeting Process.’ This article is part of our series on ‘Economics’ which is an important pillar of the GS-3. For more articles, you can click here.

What is Budgeting?

Budgeting is the process/strategy with which the budget is prepared.

Line Item Budget

  • Line item budget clusters proposed expenses of each department. It represents the allocation of funds to each item in a single line. It includes detailed ceilings on the amount of salaries, travelling allowances, office expenses, etc. The focus is on ensuring that the agencies or units do not exceed the ceilings prescribed.
Line Item Budget


  • This type of budget is easily understandable and implementable.
  • It facilitates centralized control and fixing of authority and responsibility of the spending units.
  • This aggregation method can easily illustrate which department and cost centre absorbs the bulk of the entity’s funds.


  • It leads to incrementalism.
  • It does not provide enough information to the top levels about the activities and achievements of individual units. 

Weaknesses of the line item budgeting were sought to be remedied by introducing certain reforms. Performance budgeting was the first such reform. 

Performance Budget

It was propounded by First Hoover Commission (USA) and implemented by President Truman in 1950. On the recommendations of the First ARC in 1968, Indira Gandhi Government tried to implement it in 1968. But this experiment doesn’t prove to be successful. Hence, Line Item Budget is still popular in India.

A performance budget reflects the resource inputs and service outputs for each unit of an organization. 

Process to make Performance Budget

  • The purpose of every Organisation / Ministry is defined.
  • Programmes, activities, projects and works are charted out to meet that purpose. 
  • It is different from Line Item Budget in the sense that it doesn’t look only into expenditure. Instead, the main emphasis is on programs, activities and works that will be carried out to achieve the stated purpose. (Eg: to increase Primary Education, Line Item Budget will tell the amount to be spent on Education whereas the Performance Budget will tell us about programs, activities and works that will be carried out to achieve that purpose.)  
Performance Budget

Line Item Budgeting vs Performance Budgeting

Line Item Performance Budget
Expenditures are arranged from Major Expenditure Item to Smaller Expenditure Items.   Itemised Expenditures are not shown. Emphasis is on showing accomplishment of program, activity and work with given expenditure.
Aim: Reducing the expenditure Aim: Achieving the purpose and objectives with given expenditure.
Old projects and programmes are continued, and new items are joined with it. The budget maker has to perform more work every year. For every financial year, he has to define purpose, programme, activity and work. Hence, new programs are seen every year.
Generalists are required for its operationalisation. Specialists are required for its operationalisation.

For a developing country like India,  reasons for failure of its implementation

  • Performance Budget requires Specialist Bureaucracy, but Generalists are powerful in India.
  • Frank Cruze, in 1964, commented that until Accounting is decentralised, it cant be implemented in India.
  • It becomes difficult to stop old programs in developing countries. In such a situation, a Performance Budget cant be implemented because, in this system, programs keep on changing every year.
  • In India, the Budget is used for political purposes. For that, Line Item Budget is more helpful as more items can be added to it.
  • Everything from purpose to work has to be defined every year. In India, it is impossible because here, even the aims of Organisations / Ministries are not defined in a proper way.

Output Budget

  • It was introduced in India in the financial year 2005-2006.
  • It is an Indian version of Performance Budget.
  • Budgeting scheme that gives program / project-wise outlays for all central ministries, departments and organisations listed against corresponding outcomes (measurable physical targets) to be achieved during the year.
Output Budget
  • The government is continuously increasing the number of departments whose Budget is made on this basis. It started with the Department of Space.
  • 2017: Delhi Government introduced Outcome Based Budgeting in 2017 Budget.

Features / Nature

  • Under Outcome Budget, Organisation’s Budget is made in such a way that it has monitorable and measurable targets. 
  • Cost-benefit analysis of every unit is carried out to yield maximum benefit at minimum cost. 
  • Benchmarking of services and goods is provided.
  • The feedback mechanism is strengthened to get feedback from customers / citizens
  • Management Information System (MIS) is operationalised to digitalise expenditure and outcomes for rapid evaluation.

Impact of Outcome Budget

More than one decade has passed since India has adopted the Outcome Budget. The number of Departments under this has increased.

  • In Winter Session (in September), every Department where Outcome Budget is operational presents their Report Card.
  • Accountability of the Executive: Linking funds to the results is a powerful tool to increase the accountability of the executive.
  • It helps in better utilisation of money.

Problems in Outcome Based Budgeting

  • Difficulty to define targets.
  • A large number of ministries are involved in achieving the target. E.g. to achieve an IMR of say 20, the Ministry of Health and the Ministry of Woman and Child Welfare need to work in synergy. 
  • Not only the Union but help of States and Local Governments is also needed to achieve targets.  

What more needs to be done?

  • Apart from implementing Outcome Budget in all Central Departments, it should also be implemented in all the states. 
  • Many programmes are run jointly by states and union. These programs always face the issue of ‘Match Funding’. This need to be brought under the Outcome Budget.
  • Like Performance Budget, Outcome Budget also requires decentralisation of accounts to make it a success. 

Zero Based Budget (ZBB)

  • It was invented by Peter Pyhrr in 1969 and implemented in Texas Instrument (company) for the first time. 
  • It was implemented in 1972 in the Georgia state of USA by Jimmy Carter as Governor, and in 1978-79, it was implemented in the Federal Budget of USA. 
  • In India, we tried to implement it in 1974. But it proved to be a failure.

What is Zero Based Budgeting (ZBB)

The budgeting process in which the rationale of every expense needs to be justified for a new period is known as Zero-Based Budgeting (ZBB).

Process of formation of ZBB 

  • In this Budget, all the running programs and projects are zeroed at the end of each financial year, i.e. old facts and figures aren’t taken.
  • Budget maker plans for next financial year keeping in mind which programs and projects are needed for the present situation.  

Reasons for failure of ZBB in India 

  • The digitalisation of records of finances is required. But in India, all the departments are not digitalised even today.
  • Managerial autonomy is required. But in India, the enormous influence of politics can be seen on administration.
  • Citizens in India don’t like frequent changes in government programs. But in ZBB, there are chances of changing programs. 
  • For operationalisation of ZBB, Specialist Bureaucracy is required (India has Generalist Bureaucracy).

Social Influence and Persuasion

Social Influence and Persuasion

This article deals with the topic titled ‘Moral Influence and Persuasion’ This is part of our series on ‘Ethics’. For more articles, you can click here.

Attitude Change Theory 

Attitudinal change means changing someone else’s perception of what is right or wrong according to our will.

Attitudes change can manifest itself as:

  1. A person receiving new information from others or media – Cognitive change
  2. Through direct experience with the attitude object – Affective change
  3. Force a person to behave in a way different than normal – Behavioural change

Attitude change can happen through the following mechanisms.

1 . Creating Dissonance 

  • This method can be used to alter cognitive based attitude.
  • For example, a person might not have thought that not paying tax is also a form of corruption. Hence, we can change this attitude by planting an idea in a person mind that challenges his beliefs by arguing that tax evasion is the same as corruption  
  • Application for Civil Servants: In advertisements or via mass campaigns we give information to challenge the beliefs of the public.

2. Operant Conditioning

  • This method can be used to alter behaviour-based attitude. 
  • Punish when somebody does the wrong thing. He will stop doing that thing.

3. Classical Conditioning

  • It can be used to change attitude, especially of children. For example: Create phobia in children of things you don’t want them to do.

4. Social Influence

  • Explained below.

5. By Persuasion

  • Explained below.

Persuasion Theory

  • Persuasion refers to the process of changing the attitudes and behaviours of the TARGET GROUP  towards some event, idea, object, or another person (s) in the intended direction, by using written or spoken words to convey information, feelings, or reasoning, or a combination thereof.
  • It should be noted that Persuasion is a RECEIVER CENTRIC EXERCISE. It is not what the source says it is what the receiver understands.  

Persuasion involves 4 elements

  • Source / Persuader: Which is the originator of the information or message
  • Receiver / Target Group: It receives the information presented by the source 
  • Persuasive Message: Appeal issued by the source 
  • Channel / Medium through which message/information is delivered to the Receiver 

It can be summed up as – Who says, what, to Whom through what means. 

Why Public Officials are not able to Persuade the Target group?

  • The reason for this is the presence of certain barriersSemantics, Psychological and Physical Barriers. If the Public Official can overcome those barriers, only then Persuasion will be successful.
Persuasion Theory
  • To overcome these barriers, District Magistrate can use various influence tactics such as involving Sarpanch to overcome these barriers. Along with that, he/she must take feedback from the Target Audience to rectify any shortcomings.
Persuasion UPSC Case Study

Source, Receiver and Message Characteristics

1 . Source

The source will communicate the message.

It should have the following three characteristics:-

1. Expertness 
2. Trustworthiness 
1. Physical Features 
2. Communication Styl 
3.AttitudinaI Similarity 
1. Power enjoyed by 

1.1 Credibility 

  • To access credibility, we have to look into two things i.e. 
    1. Expertness (judged by the knowledge base of source). 
    2. Trustworthiness (judged by finding out whether the source has a vested interest). 
  • A high credibility source is more successful in bringing about the desired attitude change as the credibility of the source will make the Target Group listen to the message delivered by the source. 

1.2 Attractiveness

  • An attractive Source is more likely to succeed in persuasion.
  • The primary factors that decide the attractiveness of the source include 
    1. Physical Features 
    2. Communicative Versatility 
    3. Attitudinal Similarity

1.3 Power

  • Power is the potential to change the behaviour of the target group in the intended direction despite their resistance.

Power, Attractiveness and Credibility will cause behaviour change in different ways

Power Compliance
Attractiveness Identification
Credibility Internalisation

Hence, Credibility is the best way to change behaviour because it will lead internalization of values and attitudes. If all three things are present, nothing better than that.

Note:  The biggest barrier to behavioural changes in India is that the common citizen does not have an emotional connection with the chief change agent—the government. Governments are considered corrupt and inefficient.

2. Message

2.1 Message Discrepancy

  • It means the degree of inconsistency in the message the source should present to the target group. 
  • The message should be such that it should be within the zone of acceptance of the target group. 
    1. Some people have a wider zone of acceptance and they are facilitators. 
    2. Some people have a very narrow zone of acceptance and they are resistors. 
Message Discrepancy

2.2 Emotional Factor

  • The message should have emotional content in that.
  • For example, to motivate someone to stay fit or to quit smoking, one should not only cite scientific evidence to prove the point but can also convince using the fear of deadly diseases or the joy of a healthy life.

2.3 Fear Appeal

  • Mild and moderate appeals to fear generally work better than strong fear appeals. 
  • Strong fear appeals produce defensive avoidance wherein the target group insulate itself from the message.

2.4 Targeting values

  • People can manage their self-images by yielding to requests for action that fits or enhances their identities.
  • Influence professionals can increase compliance by linking their requests to the values to which people feel committed, especially when these values are prominent in consciousness.

2.5 Other factors

  • Persuasion requires a message to be presented in vivid language and backed by data.
  • The message should be such that it establishes a common ground with target people. For example- Sabka Sath Sabka Vikas Slogan used by BJP during election campaign established common ground with the public.
  • Point out the benefits: Persuader should highlight the major benefits of changed behaviour or attitude.
  • Social proof technique: People tend to follow others (bandwagon effect) more so when they don’t have sufficient information to decide on their own. This technique will involve you telling the target population that other people are getting benefits from the suggested change, with empirical evidence. For example, in campaigning against female feticide in Haryana we may invoke the examples of some female sportspersons who have won laurels like S. Nehwal in Badminton.
  • Scarcity: This involves letting people know that they stand to lose on a chance to get the benefits out of the proposed change. For example, we often see the end of the season or hoardings like Hurry!! Limited offer.

Best results are obtained when the Persuasive message has both emotional and factual element in it.

3. Receiver Characteristics

3.1 Personality factors

  • Individuals with high self-efficacy, high self-esteem, moderate level of arousal and internal locus of control are difficult to persuade but when they are presented with logical arguments supported by relevant facts, they are likely to be won over. 

3.2 Intelligence

  • Intelligence refers to the information processing ability of an individual.  
  • Intelligent people because of their superior critical thinking abilities are less likely to be influenced by appeals that are illogical or not supported by relevant facts. However, when presented with appeals that have factual backing, they are likely to be convinced. 

4. Channel Factor

  • Use appropriate channel of communication (Don’t show the picture to the blind).
Digital Marketing

Cognitive Route to Persuasion – Elaboration Likelihood Model (ELM)

  • It is an influential cognitive model of persuasion and it suggests that attitude change can occur either through
    • Careful processing of attitude relevant information i.e. Central Route OR 
    • In a relatively automatic manner in response to various persuasion cues i.e. Peripheral Route
  • Attitude change produced through Central Route is more lasting and has a stronger impact upon the old behaviour. 
Elaboration Likelihood Model

Central Route: When the target group finds the message interesting, important and personally relevant and when nothing else prevents them from devoting careful attention to it, they are likely to examine the message in a careful and thoughtful manner evaluating the strength and rationality of the arguments made. If they find the arguments appealing, relevant and factually supported, then they are likely to change their attitude and Persuasion occurs. 

Peripheral Route: In contrast, if they find the message uninteresting or uninvolving, they are not motivated to process it carefully but still the persuasion occurs but this time through the peripheral route. If the message contains something that induces a positive feeling or the source of a message is high in prestige and status, under these conditions Attitude change may occur without critical analysis of message content. 

Attitude Change accomplished through Central Route is more desirable because

  • It lasts longer than one achieved through the peripheral route.
  • It is more resistant to later attempts at persuasion. 
  • It is more closely related to behaviour than the attitudes changed through the peripheral route. 

Culture and Attitude Change

  • In the west, people are more individualistic (not bothered about what others feel about them). But Asian Culture is different & people are more interdependent
  • The western ad should let people feel that they are free but Indian ad should be such that you will be treated positively by the community if you do something (because here what society thinks about you is more important).

Social Influence / Peer Pressure

  • Social Influence can be defined as a change in behaviour caused by real and imagined pressure from others (in the society). 
  • It plays a very important role in  
    1. Attitude formation and change. 
    2. Removal of Prejudice 
    3. Group Decision making 
  • It gets manifested through three mechanisms
Conformity Group influence in action
Compliance Making a request
Obedience Giving orders

1. Conformity

  • Involves changing one’s behaviour to match the responses of others and to fit in with those around us.
  • Why person do this?
    • Human beings, being inherently social, desire companionship or associations. For a successful and healthy atmosphere in the group, people try to blend in.
    • They change their behaviour somewhat so that they are liked.
    • To avoid social rejection and fear of being different from the group. 

Case Study of #SelfieWithDaughter

The selfie campaign showcased examples of parents around the country who were celebrating the birth child. Most people wanted to conform, and more and more parents posted selfies with their girls. Started by one proud father in a village in Haryana, the campaign went viral and #SelfieWithDaughter became a worldwide hit.

2. Compliance

  • Act of changing one’s behaviour in response to a direct request from friends, neighbours, relatives etc.
  • In this, people appear to agree with others in public but keep their dissenting opinions private.

3. Obedience

  • Obedience is a special type of compliance that involves changing one’s behaviour in response to a directive from an authority figure.
  • One reason authorities are influential is that they are often experts, and, by following an authority’s directives, people can usually choose correctly without having to think hard about the issue themselves.
  • Reasons for Obedience 
    1. Visible Badges: Badges on the dress of General is different from Captain to remind them who is IN-CHARGE. 
    2. Transfer / Diffusion of Responsibility: Transfer of responsibility in case you are ordered to do that work by your superior or person of authority and diffusion of responsibility when a person is working in a group.

Milgram’s Experiment

  • To show that how people indulge in acts of destructive obedience. 
  • Hitler was an evil dictator. But even ordinary Germans participated in atrocities against Jews. The reason for this observation was given by Milgram’s Experiment. 
  • Prof. Stanley Milgram of Yale University (1961) did this study and experiment.


  • In this experiment, Confederate (Learner / Actor) and Subject (Teacher) were made to sit in two rooms separated by transparent glass. 
    • Subject (Teacher) was asked to give a shock to the Student if he did a mistake and increase the magnitude of shock with each mistake. 
    • Confederate (Actor) was the person implanted by the Experimenter in the experiment who deliberately committed mistakes and pretended to be hurt by the shocks and scream in pain when the button was pushed.
  • 2/3rd of the participants gave shocks to a fatal level (450 volts).
  • Reason: There was a doctor (Person of Authority) who kept saying “increase the voltage, the person will not die.”
Milgram Experiment

Moral of the story

  • Ordinary people are willing although with some reluctance to harm an innocent stranger if ordered to do so by someone in authority. They did so because of (destructive) Obedience since there was 
    • Visible badge (person of authority) 
    • Transfer of responsibility (responsibility was of a person who gave order)
    • The gradual escalation of orders by an authority figure
  • This is the reason why German Officers many of whom were not even anti-Semitic killed Jews.  

How to resist Destructive Obedience 

  • Exposure to Disobedient Morals such as Mahatma Gandhi’s philosophy of Civil Disobedience. A person should learn to say no to things which his/her conscience won’t allow. 
  • Making the target group members realize that it is them and not authorities that would be responsible for the harm produced. 

Successful Case Studies

Successful Case Study of Changing Attitude : Swachh Bharat Mission
Successful Case Study of Changing Attitude

Moral and Political Attitudes

Moral and Political Attitudes

This article deals with the topic titled ‘Moral and Political Attitude.’ This is part of our series on ‘Ethics’. For more articles, you can click here.

Part 1: Political Attitudes

Political Attitude and Ideologies

In Political Attitudes, the attitude object is a political party, political person or political ideology. It defines your likes or dislikes for a political person, party or ideology.

Types of Political Ideologies

Moral and Political Attitudes

1. Reactionary

  • They want to go to previous systems and can be ranked one step behind conservatives (who just want the status quo). 
  • Eg: Taliban and ISIS.

2. Conservative

  • They demand Status-quo.
  • Reason: Their interests are tied to the system.

3. Liberal / Moderate

  • Liberals are proponents of liberty, equality and democracy. 
  • Unlike Conservatives, they do want reforms in the system but not using violent methods but gradually through legal means.

4. Radicals / Extremists

  • They want immediate reforms and can even adopt violent means.
  • Eg: Communists who want to confiscate private property and are even ready to use violent means for that.

Personality Traits and their impact on Political Attitude

1 . Agreeable-ness

  • A person with a high level of agreeableness is friendly and tactful. They have an optimistic view of human nature  
  • A person who scores low on agreeableness put their interests above others. They are distant, unfriendly & uncooperative. 
  • Eg: When Modi Govt requested well offs to give off their LPG Subsidy arguing that they will use the same money to provide LPG to the poor, those who were agreeable left it but certain people who scored low on agreeableness questioned the intention and asked first MPs should give up their canteen subsidy and then ask for this.

2. Openness to experience

  • Those who are open to experience  enjoy trying new things 
    • Modi promised Acche Din  
    • AAP: Many people in Delhi gave chance to them because they were open to experience 
  • Those who are not ready for experience are Conservative & enjoy having a routine. In the UK, supporters of the Conservative Party.

3. Emotional Stability

  • Emotional Stability is a measure of how well a person can control his/her emotions 
  • Those who rank high are calm, resilient & poised.
    1. They don’t get swayed by incidents like riots or intolerance. 
    2. They cant be easily moulded by media.

4. Emotional Stability

  • Extrovert: People who speak a lot, are easily sociable & get energised by social interaction. 
  • Introvert: People who are reserved, tentative and drained by social interaction.

Those who score high in extroversion are the life of the party.

5. Religion

  • Religion impacts political attitudes as  
    1. Devout Christians in the USA vote in favour of Republicans because they are against Homosexual Marriages.  
    2. Devout Hindus vote in favour of the BJP because they talk about protecting the Hindu religion.
  • “Those who say religion has nothing to do with politics do not know what religion is” – Gandhi

6. Age

  • Young people generally vote in favour of parties that favour change as they will reap the benefits of those changes.
  • On the other hand, old age people generally vote in favour of parties calling for a Status Quo.

7. Economic Status

  • Poor vote in favour of Socialist and Communist parties calling for wealth redistribution.
  • Rich vote in favour of right-wing parties which talk about lower tax rates and protection of property right.

8. Residence

  • If a person is unemployed, he will align with parties like MNS who promise Son of the Soil Policies.

9. Family

  • The political ideology of parents is generally copied by Children.

10. Gender

  • Females favour Liberal ideology and those who talk about the emancipation of women.

11. Education

  • School curriculum and lessons taught in school plays important role in the formation of political attitudes.
  • The Soviet Union and Maoist China’s education used to glorify the teachings of Marx.  

12. Conception about human nature

Nature of human beings in general perceived by the person has an important role to play in the formation of Political Attitude

  • Hobbes Philosophy: It is of the opinion that” Person is fundamentally evil“. Advocates of such philosophy will have a political attitude favouring a strong state which can keep the evils of humans in check 
  • Locke’s Philosophy: ” Man is a good rational person. “Advocates of such philosophy will have a political attitude favouring weak state with more rights and freedom guaranteed to its citizens.

13. Social media

Media and social media can be used to mould political attitudes. Eg : 2014 & 2019 elections.

Positive Side

  • Greater Outreach: Social media allows politicians and political parties to connect directly with people at a reduced cost.  
  • It allows ‘two-way communication’ and leaders can take real-time feedback from common people.
  • Campaign management as political parties come to know about the demographics, economic and social status of the followers and manage the image of candidate with tailored messages for a particular segment.
  • Election Commission uses social media campaigns to encourage citizens to cast a vote. 
  • It is used by NGOs like ADR to increase transparency. 

Negative Side

  • It leads to the polarisation of votes.
  • Playing with Psychology as was done by Cambridge Analytica.  
  • Dissemination of misinformation at lightening speed leading to events such as the mass exodus of north-easterners from Bengaluru. 

Overall political attitude will be formed not by just one component but by the combination of all these factors.

Case Study: Cambridge Analytica

  • Cambridge  Analytica created a psychological profile of Facebook users using their likes and dislikes on Facebook.
  • Advertisements were targeted according to psychological profiles.  For example, someone who was judged to be an extrovert would see a different version of an advertisement than someone who was judged to be an introvert. 
Cambridge Analytica Scandal

Moral Attitudes

  • Attitude is the enduring predisposition to behave, either favourably or unfavourably, towards something. But not all attitudes are concerned with the question of morality. Moral Attitudes are those attitudes where the question of morality (i.e. Judgement of being right or wrong) is involved.
  • For example, A person may have a favourable attitude towards transacting in cash rather than electronically. There is nothing moral or immoral about it. However, if his motive to transact in cash arises from his desire to hide his income from the government, then it has a moral connotation.

How are moral attitudes shaped?

Moral Attitudes are made up of the same three elements i.e.

  • Cognitive: It is the knowledge of ethical rules and judgments of what is good and what is bad.
  • Affective: It involves the person’s feelings and conduct in reaction to situations that need moral and ethical decisions.
  • Behavioural: It is the person’s actual behaviour, his response to situations involving ethical considerations.

Important points about Moral Attitudes

  • Moral Attitudes are made up of amoral attitudes that are strongly influenced by society and culture. Religious beliefs, traditions, folklore, myths, legends – all have an implicit messaging in them- about what is good and what is bad. As such, they shape the moral attitudes of people. 
  • Moral attitudes vary over time and space. For example, people had a positive moral attitude wrt Sati during Medieval times. Similarly, they can also vary with gender. Men, for instance, may have a less negative attitude towards bribery than women.  
  • Moral attitudes can be both facilitative and prohibitive. They facilitate actions such as helping someone in need (altruism), social service, etc. Also, actions that are considered immoral are discouraged such as adultery, stalking, cheating, etc.