daily current affairs may 21 2025

Daily Current Affairs

Daily Current Affairs - May 21st, 2025

India’s Climate Future: Risks and Adaptation Strategies

Introduction:

The future of India’s climate is influenced by increasing temperatures, unpredictable monsoon patterns, and escalating natural disasters, rendering climate adaptation essential. With more than 80% of the population residing in areas vulnerable to climate risks, phenomena such as floods, heatwaves, and droughts pose significant threats to economic stability, public health, and national security. In spite of the growing risks, India does not possess a cohesive framework for assessing Climate Physical Risk (CPR), resulting in a reactive approach to climate adaptation rather than a proactive one.

Body Part:

Climate Physical Risks (CPRs) and Their Impact:

  • Climate-related physical risks encompass both immediate shocks, such as floods and heatwaves, and ongoing stresses, including changing monsoon patterns and extended periods of drought.
  • The Intergovernmental Panel on Climate Change (IPCC) characterizes these risks based on three criteria: the nature of the hazard (climatic events), the exposure of specific regions, and the vulnerability of those areas to withstand the consequences.
  • The occurrence of severe climate events is adversely affecting agriculture, infrastructure, and economic stability, underscoring the urgent requirement for sustainable climate resilience strategies.

Global Trends and India’s Approach:

  • Global climate initiatives are divided into two main categories: mitigation, which focuses on decreasing emissions, and adaptation, which involves preparing for the consequences of climate change.
  • Funding predominantly supports mitigation efforts, particularly in renewable energy projects, whereas adaptation strategies are often neglected despite their critical importance.
  • According to the UN Environment Programme, each dollar allocated to adaptation can generate a return of four dollars by reducing the costs associated with disaster recovery.

Challenges in India’s Climate Risk Assessment:

  • India does not possess a unified repository for climate risk information, as data is dispersed among multiple organizations, including IIT Gandhinagar (which provides flood maps), the Indian Meteorological Department (which produces vulnerability atlases), and the frameworks established by the National Disaster Management.
  • Furthermore, existing global climate models do not adequately reflect the specific climatic conditions of India, which hinders precise forecasting.
  • In contrast to countries like the United States, the United Kingdom, and New Zealand that have comprehensive national frameworks to direct their policies, India’s approach to climate risk assessment is still disjointed.

Steps Taken and Future Strategy:

  • In 2023, India presented its inaugural Adaptation Communication report in accordance with Article 7 of the Paris Agreement, detailing its strategies for climate adaptation.
  • A National Adaptation Plan (NAP) is currently being formulated, which encompasses nine thematic sectors and is tailored to district-level specifics, with a target completion date of 2025.
  • Additionally, the development of a Climate Physical Risk (CPR) assessment tool specific to India is anticipated to benefit both the public and private sectors.
  • For the public sector, this tool will facilitate the creation of climate-resilient policies, inform infrastructure planning, and enhance resource allocation efficiency.
  • Meanwhile, the private sector will utilize it to evaluate risks throughout supply chains, investment decisions, and sustainability initiatives.
Conclusion:

The climate risks faced by India have transitioned from being potential future threats to pressing issues that impact individuals, enterprises, and governmental policies. Although adaptation initiatives are in progress, it is imperative for India to establish a cohesive climate risk framework that incorporates localized climate modeling, real-time risk evaluations, and clear methodologies. As the country advances towards Viksit Bharat, fostering climate resilience will be crucial for sustainable development and the protection of future advancements.

Jayant Narlikar’s Contributions

Introduction:

Jayant Narlikar, a prominent astrophysicist from India, died at the age of 86 in Pune. He was recognized for his significant contributions to the field of cosmology, his dedication to science communication, and his vigorous opposition to superstition and astrology.

Scientific Contributions:

  • He collaborated with British astronomer Fred Hoyle to co-develop the Steady State Theory of the universe, which posed a challenge to the Big Bang Theory.
  • He served as the Founder-Director of the Inter-University Centre for Astronomy and Astrophysics (IUCAA) in Pune, transforming it into a prestigious institution recognized worldwide.
  • Through his guidance, numerous Indian scientists made significant strides in the fields of cosmology, gravitational waves, and observational astronomy.

Awards and Recognition:

  • Awarded the Padma Bhushan in 1965 and the Padma Vibhushan in 2004 for significant contributions to the field of science.
  • Received the UNESCO Kalinga Prize in 1996 in recognition of efforts in the popularization of science.
  • Honored with the Prix Jules Janssen in 2004 by the French Astronomical Society for outstanding achievements in astronomy.

Science Communication & Literary Works:

  • A highly productive communicator of science, he endeavored to render scientific ideas comprehensible to the general populace.
  • His science fiction work, “Dhoomaketu” (The Comet), was transformed into a cinematic adaptation, while his autobiography, “Chaar Nagarantale Maze Vishwa,” received the prestigious Sahitya Akademi Award.
  • He acknowledged the significant impact of Carl Sagan, Isaac Asimov, and Arthur C. Clarke on his methodology for engaging the public with scientific knowledge.

Legacy:

Dr. Narlikar’s exceptional contributions to science, his commitment to establishing institutions, and his advocacy for rational thinking and public engagement in science position him as one of India’s most significant scientists. His legacy continues to motivate countless researchers and science aficionados.

The role of the Internet in spreading misinformation

1. Background & Recent Example

  • During the recent India-Pakistan crisis, social media platforms saw a surge in:
  • Unverified videos (e.g., alleged missile strikes)
  • Manipulated images
  • False reports of casualties

Impact: These posts spread fear and confusion. Some news channels further amplified these claims without verification.

2. Survey Findings on Misinformation

Source: Lokniti-CSDS survey on ‘Media in India: Access, Practices, Concerns and Effects’

Key Data:
  • Nearly 50% of Internet and social media users have encountered fake news online.
  • About 40% admitted to sharing misinformation before realizing it was fake.
  • Concern Levels:
  • 21% of active Internet users and 20% of social media users are ‘highly concerned’ about fake news.
  • Around 31–32% are ‘somewhat concerned’.
  • Even those who never shared or encountered fake news showed significant concern (39–44%).

3. Trust in Online News

Low Trust:
  • 21% of X (Twitter) users have very little trust.
  • 12% have complete distrust in news/information on social media.
  • Trend: Over 70% of Indians now prefer online media for news (Reuters Institute 2024).
  • Platforms like YouTube (54%) and WhatsApp (48%) are widely used.

4. Why Is This a Concern?

Misinformation can:
  • Cause public panic and fear.
  • Deepen social and political divides.
  • Undermine trust in institutions and media.
  • Affect national security and international relations.

5. Government & Society Response

  • Fact-Checking: Initiatives like PIB Fact Check actively debunk viral fake news.
  • Advisories: government urges citizens to verify information before sharing.
  • Media Literacy: Need for critical thinking and digital literacy is greater than ever.

Additional Information: UPSC Perspective

Why This Topic is Important:
  • Governance and Ethics: Misinformation erodes public trust in institutions, threatens democratic norms, and can lead to social unrest or even international conflict.
  • Internal Security: The use of digital platforms for psychological warfare is now recognized as a key component of modern security challenges, including cyber warfare and information operations.
  • Media Literacy: The urgent need for promoting media literacy, critical thinking, and accountability is highlighted by the increasing reliance on social media for news.
  • Government Initiatives: The Indian government has set up fact-checking units (like PIB Fact Check), and regularly issues advisories to counter fake news and misinformation.
  • International Reports: India is ranked among the countries most at risk from misinformation by the World Economic Forum, underlining the global significance of the issue.
Key Points for UPSC:
  • Definition and Impact: Misinformation is false or misleading information spread deliberately or unintentionally, which can influence public opinion, policy, and security.
  • Mechanisms of Spread: Viral content, algorithm-driven amplification, and the emotional nature of crisis reporting increase the reach and impact of fake news.
  • Consequences: Misinformation can cause panic, erode trust in legitimate news sources, deepen social divides, and even affect diplomatic relations.
  • Countermeasures: Fact-checking, digital literacy campaigns, responsible media reporting, and robust cyber security frameworks are critical to combating misinformation.
  • Role of Citizens: Critical evaluation, responsible sharing, and reporting of suspicious content are essential civic duties in the digital age.

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