BPSC Mains PYQs

Formation of the Indian National Congress (INC)

The Indian National Congress (INC), established in 1885, played a pivotal role in India’s struggle for independence. The formation of INC was the result of various social, political, and economic factors, which created a fertile ground for the rise of a national movement.

Key Factors Responsible for the Formation of INC

1. British Policies and Discontent:
   • The British colonial policies were exploitative and led to widespread discontent. The Economic Exploitation of India, including heavy taxation, land revenue policies, and restrictions on industries, created hardships for Indians.
   • The Indian economy was left impoverished as British policies favored British manufacturers over Indian artisans and farmers. These economic disparities created widespread dissatisfaction.
2. Educational and Social Reforms:
   • The British established Western-style education systems in India, which produced a class of educated Indians. These intellectuals began to challenge British authority, seek political reforms, and demand more representation.
   • The spread of ideas such as Nationalism and Liberalism through education gave birth to new political consciousness among the Indian middle class.
3. Influence of Global Nationalist Movements:
   • Global movements for freedom and independence, like the American Revolution (1776) and the French Revolution (1789), inspired Indian leaders to demand their rights.
   • The Revolution of 1848 in Europe and the unification of Italy further fueled ideas of self-determination and national sovereignty.
4. Failure of the Revolt of 1857:
   • The First War of Indian Independence in 1857 (also known as the Sepoy Mutiny) was a major turning point. Although it failed, it exposed the growing dissatisfaction with British rule.
   • In the aftermath, the British decided to implement reforms to address some grievances, but they failed to establish any meaningful Indian political representation, further alienating the Indian population.
5. Role of Pioneers of Indian Nationalism:
   • Individuals like Dadabhai Naoroji, Surendranath Banerjee, and Gopal Krishna Gokhale advocated for Indian rights and were instrumental in forming an organization that would raise national concerns.
   • Allan Octavian Hume, a retired British civil servant, played a crucial role in forming the INC, aiming to provide a peaceful platform for the expression of Indian grievances, in response to growing discontent.
6. Formation of INC:
   • The INC was founded in 1885 under the leadership of Womesh Chunder Bonnerjee and became the first large-scale political organization in India to represent Indian interests.
   • The Congress provided a platform for Indians to voice their concerns, promote political awareness, and ultimately demand reforms from the British Government.

British Policies Towards Early Nationalists

The early phase of the Indian National Congress was marked by a policy of moderate reformism, where leaders sought to address grievances through peaceful means. The British response was initially dismissive, but over time, their policies began to shift as the INC gained momentum.

British Policies Towards Early Nationalists

1. Divide and Rule Strategy:
   • The British often adopted a “divide and rule” policy to prevent the unity of Indian nationalists. They tried to deepen religious and regional divisions by promoting policies that favored certain communities (such as the Muslim League and Hindu organizations) to undermine a united front against colonial rule.
2. Political Suppression and Repression:
   • Initially, the British were reluctant to give Indians political power. Early nationalists sought reforms, such as representation in the British Parliament, but the British rejected most of these demands.
   • The British implemented strict controls on speech and assembly, using laws like the Repressive Acts to curtail freedom of expression and prevent the spread of nationalist ideas.
3. Paternalistic Attitude:
   • The British maintained a paternalistic attitude towards the early nationalists, viewing them as naïve or misinformed. The British believed that Indians were incapable of self-rule, and their response was largely to suppress any movements for reform rather than engage with them meaningfully.
4. Creation of Legislative Reforms:
   • Over time, as nationalist sentiment grew stronger, the British made limited concessions, such as the Indian Councils Act of 1861, which allowed limited Indian participation in governance, though it was mostly symbolic.
5. Repression of Indian Political Movements:
   • The growing political activism of early nationalists led the British to adopt a more repressive stance during the Swadeshi Movement (1905-1908) and the Partition of Bengal. The British tried to suppress protests and increase police surveillance across India.

Floods and Drought in Bihar: A Major Hindrance to Growth

Bihar, a state in northeastern India, faces recurrent challenges from floods and droughts. These natural disasters severely affect the state’s economic growth, agriculture, and overall prosperity. The state, being largely agrarian, is particularly vulnerable to these calamities. However, advancements in science and technology have played a pivotal role in improving disaster management, helping mitigate the effects of floods and droughts.

Causes of Floods and Droughts in Bihar

1. Floods:

• Monsoon Dependence: Bihar’s economy is heavily dependent on the monsoon for agriculture. A heavy downpour can easily lead to floods, especially in the northern part of the state.
• River Systems: Bihar is crisscrossed by rivers like the Ganga, Kosi, and Bagmati. The Kosi river, in particular, is prone to shifting its course, leading to severe floods.
• Deforestation and Poor Drainage: Encroachment on riverbanks and poor drainage systems aggravate the impact of floods.

2. Droughts:

• Uneven Rainfall Distribution: Bihar experiences uneven rainfall, where some parts receive excess rainfall, while others suffer from insufficient water, leading to droughts.
• Overexploitation of Groundwater: Overuse of groundwater for irrigation without proper replenishment has contributed to water scarcity in many areas.

Role of Science and Technology in Disaster Management

Science and technology have significantly improved how Bihar handles both floods and droughts. Through various applications of modern techniques, the state has been able to predict, manage, and mitigate the impacts of these disasters.

1. Flood Forecasting and Early Warning Systems

• Remote Sensing and Satellite Technology: The use of satellite imagery and remote sensing has enabled better monitoring of flood-prone areas. This technology helps in assessing the flow of rivers, the extent of rainfall, and soil moisture content. For example, Indian National Remote Sensing Centre (NRSC) utilizes satellites to track river levels and forecast potential flooding, giving authorities and farmers time to prepare.
• Real-Time Monitoring: The use of technology for real-time monitoring of water levels in rivers allows for quick action to prevent damage. For example, the Central Water Commission (CWC) uses automated flood forecasting systems that help in predicting flood-prone areas and issuing early warnings.

2. Improved Irrigation and Water Management

• Micro-Irrigation Techniques: Bihar has started adopting micro-irrigation techniques like drip and sprinkler irrigation. These techniques ensure that water is used efficiently, especially in areas facing drought conditions.
• Water Conservation Initiatives: The government has also promoted the use of water-saving technologies, like rainwater harvesting systems, which can collect and store water for dry periods. This helps in reducing the impact of droughts.

3. Disaster-Resilient Infrastructure

• Flood Protection Infrastructure: The Bihar government has invested in flood protection infrastructure, such as embankments and floodwalls along major rivers. These infrastructures are designed with the help of scientific models that predict water flow and anticipate flood risks.
• Sustainable Agriculture Practices: To tackle drought, the state has encouraged the adoption of climate-resilient crops and sustainable farming practices. This includes using drought-resistant seed varieties, crop rotation techniques, and organic farming methods.

4. Data and Risk Assessment Models

• Geospatial Technologies: Tools like Geographic Information System (GIS) and Decision Support Systems (DSS) are now being used to create flood-risk maps. These maps help in identifying flood-prone regions and planning for their mitigation.
• Hydrological Models: These models are used to simulate the behavior of rivers and predict flood scenarios. They help in formulating policies to reduce flood risk.

Examples of Government Initiatives

1. Kosi Barrage Project

• The Kosi Barrage, a major flood control project, was constructed to regulate the flow of the Kosi river and prevent its shifting course. The project has been supported by scientific research on river management.

2. Bihar State Disaster Management Authority (BSDMA)

• The BSDMA uses modern technology for disaster management, focusing on both floods and droughts. The authority monitors flood-prone areas and works on risk reduction, planning, and recovery strategies, utilizing the latest technology for better outcomes.

3. Pradhan Mantri Krishi Sinchayee Yojana (PMKSY)

• Under the PMKSY, the government has focused on increasing irrigation coverage, improving water-use efficiency, and implementing irrigation automation systems. These efforts help mitigate the effects of drought by ensuring that farmers have reliable access to water.

India’s Defence System Enhancement Through “Make in India”

India has significantly strengthened its defense system in recent years, largely due to the “Make in India” initiative, which promotes indigenous manufacturing and development of defense technologies. This initiative has not only made India more self-reliant in defense production but also has enhanced its overall safety and security. The inclusion of a variety of advanced arsenals, supported by scientific developments in defense technology, plays a crucial role in this transformation.

Key Contributions of the “Make in India” Programme

The Make in India program was launched in 2014 with the aim of transforming India into a global manufacturing hub. In defense, this initiative has had far-reaching implications, particularly in terms of developing advanced military arsenals and systems. Below are some key scientific developments and arsenals included under this initiative.

1. Indigenous Development of Fighter Aircrafts

• Tejas: India’s Light Combat Aircraft (LCA) Tejas is a significant achievement under the “Make in India” program. Developed by the Aeronautical Development Agency (ADA) and Hindustan Aeronautics Limited (HAL), Tejas is a multi-role fighter aircraft that enhances the country’s air defense capabilities. It integrates cutting-edge technology, including avionics and propulsion systems, and has been inducted into the Indian Air Force (IAF).
• Scientific Development: The Tejas project demonstrates the scientific and technological advancements in materials, propulsion systems, and avionics, contributing to India’s defense self-reliance.

2. Missile Systems

• Agni and Prithvi Missiles: India has developed a variety of ballistic and surface-to-surface missiles, including the Agni series (nuclear-capable) and the Prithvi series. These missiles are designed to enhance India’s deterrence capability and ensure national security.
• Scientific Development: The Defense Research and Development Organization (DRDO) has been at the forefront of developing these missile systems, focusing on advanced technologies like guidance systems, propulsion, and warhead development.

3. Naval Technologies

• INS Vikrant: India’s first indigenous aircraft carrier, INS Vikrant, was commissioned in 2022. It signifies a major leap in India’s naval capabilities.
• Scientific Development: The development of such sophisticated platforms requires advanced scientific knowledge in areas like naval engineering, aviation, radar, and communications systems, which India has successfully incorporated in its defense industry.

4. Advanced Weaponry

• ART (Advanced Rocket Launchers): The development and manufacturing of advanced rocket launchers like the Pinaka rocket system by DRDO are crucial for India’s artillery modernization.
• Scientific Development: These systems are based on precision guidance technologies and are integrated with modern artillery systems to increase their effectiveness in both defensive and offensive operations.

Achievements of “Make in India” in the Defense Sector

• Self-Reliance: India has achieved remarkable self-reliance in key defense sectors, reducing its dependence on foreign suppliers. A significant percentage of defense needs are now met through indigenously produced technologies.
• Exports: The Make in India program has also positioned India as a defense exporter. Countries in Africa, Southeast Asia, and the Middle East have started importing defense equipment from India, showcasing the global recognition of India’s defense manufacturing capabilities.
• Defense Technology Start-ups: The program has encouraged private sector participation and led to the establishment of several defense technology start-ups. These companies are developing drones, cybersecurity solutions, and AI-based military applications.

Measures to Enhance Defense Security

1. Modernization of Armed Forces

• The Indian government is investing heavily in the modernization of all three wings of the armed forces—Army, Navy, and Air Force—by incorporating high-tech equipment, surveillance systems, and AI-powered solutions.

2. Defense Corridor Projects

• The creation of defense corridors in Uttar Pradesh and Tamil Nadu is part of the strategy to boost the indigenous production of defense equipment and create jobs in the defense manufacturing sector.

3. Public and Private Sector Collaboration

• The Indian government is encouraging collaboration between public defense companies like HAL and private sector players. This synergy aims to increase innovation and reduce the reliance on foreign defense equipment.

Search for Life on Other Planets: India’s Contribution in Space Research

The search for life on other planets has been one of the most intriguing scientific goals for nations worldwide. With advancements in space technology and the discovery of numerous exoplanets (planets outside our solar system), the question of whether life exists beyond Earth has become a key focus of research. India, through its space research organization ISRO (Indian Space Research Organisation), has made significant contributions to space exploration and is advancing the global search for extraterrestrial life.

India’s Space Research Milestones in the 21st Century

India has made impressive strides in space research, particularly in the 21st century. Key missions and developments by ISRO have contributed to the global understanding of space and the search for life on other planets.

1. Mars Orbiter Mission (Mangalyaan)

• Launch Date: November 5, 2013
• Objective: To study the Martian surface, atmosphere, and mineral composition, as well as search for signs of water, which is considered essential for life.
• Significance:
  • India became the first Asian country to reach Mars orbit and the first in the world to do so on its maiden attempt.
  • Mangalyaan provided important data about the Martian atmosphere and surface, helping scientists understand its potential to support life.
  • The mission highlighted India’s growing capabilities in space exploration and its contribution to the global search for extraterrestrial life.

2. Chandrayaan Missions

• Chandrayaan-1 (2008):
  • India’s first lunar mission aimed at mapping the Moon and discovering the presence of water on its surface. Chandrayaan-1 found evidence of water molecules on the Moon, which has significant implications for understanding planetary habitability and life.
• Chandrayaan-2 (2019):
  • The second mission focused on exploring the Moon’s south pole region. While the Vikram lander lost communication, the orbiter continues to send data, expanding our knowledge of the Moon’s geology and water resources, which can be crucial for future space missions, including those exploring life on other planets.

3. Astrobiology Research

• ISRO’s collaboration with international space agencies has also contributed to astrobiology—the study of life in space. By studying the extreme environments on Earth (like deep oceans and volcanic regions) and the conditions on other planets, scientists can make inferences about the possibility of life elsewhere in the universe.

4. Gaganyaan Mission (Planned)

• Objective: India’s upcoming human space mission, planned for 2024, will involve sending Indian astronauts (Gagannauts) into space. This mission aims to explore deep space and could contribute to future missions focused on the search for extraterrestrial life.
• Potential Contribution: By sending humans into space for longer durations, this mission will provide valuable data about human survival in space and contribute to the technology needed for exploring distant planets and moons where life might exist.

India’s Role in the Global Search for Life

While India’s own missions have focused on exploring planets like Mars and the Moon, ISRO’s efforts are also aligned with the global scientific community’s search for extraterrestrial life. India is an active participant in various international collaborations such as:

• Participation in Exoplanet Research:
  • ISRO collaborates with space agencies like NASA, ESA (European Space Agency), and others in the search for exoplanets, particularly in the habitable zone where liquid water can exist. The discovery of exoplanets is critical in the search for life, and India’s participation in these studies enhances the global research effort.
• Space Telescopes:
  • India has been a part of international missions that involve space telescopes, like the James Webb Space Telescope (launching soon), which aims to search for habitable planets in other star systems.
• India’s Contribution to Astrobiology:
  • The study of how life could exist on other planets, especially in extreme environments, is being enhanced by India’s participation in international astrobiology research programs. Indian scientists are contributing to understanding how life might adapt to the harsh conditions found on planets like Mars, Venus, and exoplanets.

Make in India and Space Exploration

The Make in India initiative has also played a significant role in space exploration. Under this initiative, India is increasing its self-reliance in space technology by developing indigenous spacecraft, satellites, and technologies. This includes manufacturing spacecraft parts, space instruments, and even launching rockets and satellites from within India. By building a strong space infrastructure, India can reduce its dependence on other countries and lead more missions to explore space, including the search for extraterrestrial life.

India’s Role in Countering the COVID-19 Pandemic and the Make in India Concept

India, the second worst-affected country by the COVID-19 pandemic, faced a massive challenge in controlling the spread of the virus while ensuring the health and safety of its 1.3 billion people. Amidst this, the government under Prime Minister Narendra Modi’s leadership took bold steps to manage the crisis. One of the key strategies was to accelerate the vaccination drive, combined with the implementation of social distancing and mask usage. These efforts were in alignment with the Make in India initiative, which played a crucial role in combating the pandemic by focusing on local manufacturing and self-reliance.

Role of the Government in Countering COVID-19

1. Fast Vaccination Process
   • India launched one of the world’s largest vaccination campaigns in January 2021. The government aimed to vaccinate millions of people as quickly as possible to reduce the impact of the virus.
   • The vaccination drive focused on priority groups, such as healthcare workers, elderly people, and those with co-morbidities.
   • India was able to produce and distribute vaccines domestically at an unprecedented scale, thanks to its robust pharmaceutical industry. The vaccines developed by Indian companies like Serum Institute of India (Covishield) and Bharat Biotech (Covaxin) were key to the national response.
2. Social Distancing and Mask Usage
   • As part of the measures to curb the spread of COVID-19, the government enforced nationwide lockdowns, limited public gatherings, and promoted physical distancing.
   • Mask-wearing was made compulsory in public spaces, and awareness campaigns educated the masses about the importance of masks in preventing the spread of the virus.
   • These measures, though challenging for a country with a high population density, were critical in controlling the initial wave of infections.

The Make in India Concept: A Key to India’s Success in the Pandemic

The Make in India initiative, launched by Prime Minister Modi in 2014, aimed at boosting the manufacturing sector, increasing job creation, and reducing dependency on imports. This initiative played a significant role during the pandemic in two key areas:

1. Production of Vaccines
   • India’s pharmaceutical industry, especially companies like the Serum Institute of India and Bharat Biotech, became global leaders in vaccine production. India’s ability to produce affordable vaccines allowed it to not only vaccinate its own population but also contribute to global vaccination efforts through initiatives like COVAX.
   • The Make in India concept was central to this success, as it encouraged local production capabilities. India was able to rapidly scale up vaccine production to meet domestic needs and export millions of doses to other countries, reinforcing its position as a global health suppliering of Medical Supplies**
   • In the face of the pandemic, India leveraged its growing manufacturing sector to produce critical medical supplies, including personal protective equipment (PPE), ventilators, and testing kits. Indian companies ramped up production of these essential items, reducing reliance on imports and ensuring a steady supply for both domestic and international markets.
   • For example, the government facilitated the production of millions of face masks, sanitizers, and PPE kits by local manufacturers. This helped not only in meeting the domestic demand but also in supporting global supply chains during the crisis .
2. Local Inechnology
   • As part of the Make in India initiative, India also saw the rise of innovation in health technology, such as Arogya Setu (a COVID-19 tracking app), and the development of cheaper, faster, and more accurate diagnostic tests. Indian tech startups and local companies contributed significantly to improving the country’s ability to manage the pandemic.
   • The Indian government also encouraged research and development (R&D) within the country to find treatments and solutions for COVID-19, further reinforcing self-reliance in the health sector .

Challenges and Impact of thendia Approach

While Make in India played a significant role in the country’s response to the COVID-19 pandemic, several challenges persisted:

• Supply Chain Disruptions: Initially, the pandemic disrupted global supply chains, and India faced difficulties in sourcing raw materials for vaccine production and medical equipment. However, India’s manufacturing capabilities were quickly adapted to meet domestic and international needs.
• Infrastructure Limitations: While there was a focus on manufacturing vaccines and medical supplies, the distribution infrastructure needed further improvements to handle the large-scale logistics of vaccine distribution.

Despite these challenges, India’s ability to mobilize local resources and rapidly scale up production in key sectors proved to be crucial in the fight against COVID-19.