Since the procedure for changing the Indian Constitution is neither simple nor difficult, it is both rigid and adaptable. The Republic of India has a federal structure thanks to the provisions of the Constitution. Amendments can only be made with the agreement of both the Centre and the States. To amend the Constitution, a special majority of the Union Parliament is required. As a result, the Indian Constitution benefits from a blend of flexibility and rigidity.

What is the Constitution?

• The vast majority of modern constitutions describe the fundamental principles of the state, the structures and processes of government, and citizens' fundamental rights in a higher law that cannot be changed unilaterally by an ordinary legislative act. This higher law is commonly known as a constitution.
• A constitution is a set of fundamental legal-political rules that:
  • are binding on everyone in the state, including ordinary law-making institutions;
  • concern the structure and operation of government institutions, political principles, and citizens' rights;
  • are based on widespread public legitimacy;
  • are more difficult to change than ordinary laws (e.g., a two-thirds majority vote or a referendum is required); and
  • meet the internationally recognized criteria for a democratic system in terms of representation and human rights.

Why is any Constitution Called a Rigid Constitution?

• The procedure for amending a rigid constitution is extremely difficult and complicated.
• The division of powers established by the Constitution, as well as the Constitution's supremacy, can only be maintained if the method of amendment is rigid.
• As a result, the Constitution is rigid to the point where those provisions dealing with the federal structure (i.e., Centre-state relations and judicial organization) can only be amended by joint action of the Central and state governments.
• Such provisions necessitate a special majority in Parliament as well as the approval of half of the state legislatures in order to be amended.

In the context of India and Other Countries

India

In India, federal provisions, i.e., those dealing with center-state relations, cannot be amended unless ratified by at least half of the states.

United States

No part of the constitution in the United States, which is a perfect example of classical federalism, can be amended without the ratification of at least 3/4th of the individual states.

Switzerland

Here, no amendment can enter into force unless it is ratified by a popular vote, i.e., a referendum, as occurred recently when Switzerland decided to hold a referendum to separate from the United Kingdom and the people voted NO.

Germany

In Germany, the states have a role in amending the constitution, but even the German parliament cannot amend so far as federal features are concerned, such as the division of the federation into states or the participation of the states in making amendments in the legislature, because Germany is also a federal country.

Conclusion

The above examples demonstrate that a rigid constitution is a necessary feature of any federal form of government, and this has been implemented in India as well.

FAQs

MCQs

1. How many satellites are generally required for a GPS receiver to determine its location accurately?

A) 3
B) 4
C) 5
D) 6

2. What component of the GPS system is responsible for monitoring the satellites?

A) Control Segment
B) Space Segment
C) User Segment
D) Ground Segment

3. Which of the following is not an application of GPS?

A) Navigation
B) Mapping
C) Social Media
D) Tracking

4. Which of the following factors does NOT affect GPS accuracy?

A) Satellite failure
B) Atmospheric conditions
C) Signal interference
D) Cloud cover

5. What is the main limitation of GPS technology?

A) Limited coverage
B) Signal blockage in certain environments
C) High cost of receivers
D) Inaccurate location data

GS Mains Questions and Model Answers

Q1: Analyze the significance of GPS technology in modern navigation and its impact on various industries.

Answer: GPS technology has revolutionized navigation by providing accurate and real-time location information. It has become an essential tool for industries such as transportation, logistics, aviation, and shipping. GPS-enabled systems allow for efficient route planning, fleet management, and real-time tracking of goods and vehicles, reducing operational costs and improving service delivery. In aviation, GPS has enhanced flight safety by providing accurate positioning for navigation and landing. The military also uses GPS for precision targeting and positioning. Furthermore, GPS is widely used in smartphones, enabling location-based services like navigation apps, weather forecasts, and social media location tagging. The widespread adoption of GPS technology has improved efficiency, safety, and connectivity across multiple sectors.

Q2: How does GPS contribute to scientific research, particularly in the fields of geophysics and environmental monitoring?

Answer: GPS technology plays a crucial role in scientific research, especially in geophysics and environmental monitoring. In geophysics, GPS is used to monitor tectonic plate movements, measure the rate of continental drift, and study seismic activity. GPS data can help scientists understand the Earth's crust and how it deforms over time, providing insights into earthquake prediction and volcanic activity. In environmental monitoring, GPS helps track and manage natural resources, monitor deforestation, and study changes in ecosystems due to climate change. GPS-enabled sensors are also used in environmental studies to monitor air quality, water levels, and soil conditions, helping researchers assess environmental changes in real-time and formulate effective conservation strategies.

Q3: Evaluate the challenges and opportunities associated with the future of GPS technology in the era of autonomous vehicles.

Answer: The future of GPS technology holds significant promise, particularly with the rise of autonomous vehicles. GPS is crucial for self-driving cars as it allows them to navigate safely and accurately in real-time. However, challenges remain, such as GPS signal interference, urban canyon effects, and the need for more accurate location data in dense environments. Additionally, reliance on GPS for autonomous vehicles raises concerns about security, as GPS signals can be jammed or spoofed, posing risks to vehicle safety. To address these challenges, complementary technologies such as lidar, radar, and computer vision will be integrated with GPS to provide a more robust navigation system for autonomous vehicles. The opportunity lies in refining GPS technology to enhance its accuracy and resilience, ensuring that autonomous vehicles can navigate safely in any environment, fostering innovation in transportation, and leading to safer, more efficient travel systems in the future.

Previous Year Questions on GPS

1. UPSC CSE Prelims 2020:

Question: Which of the following is NOT a function of GPS?

A) Navigation
B) Location tracking
C) Weather forecasting
D) Mapping

Answer: (C)

Explanation: GPS is used for navigation, tracking, and mapping, but it does not directly forecast weather. Weather forecasting requires different technology such as meteorological satellites and ground-based data.

2. UPSC CSE Mains 2019 (GS Paper 3):

Question: "Discuss the role of GPS in enhancing national security and defense systems in India."

Answer: GPS plays a critical role in national security and defense by providing accurate positioning and navigation for military operations, including troop movements, artillery targeting, and air defense systems. In India, GPS is used to enhance the effectiveness of the armed forces, ensuring that military operations are carried out with precision and efficiency. GPS also supports the surveillance and monitoring of borders, helping to track movement along sensitive areas. Furthermore, GPS is integrated into India's missile defense systems, aiding in the guidance and accuracy of missiles. However, the system’s vulnerability to jamming and spoofing poses security risks, necessitating the development of more secure, resistant navigation technologies.

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