Compassionate Care

  • WHO Report: Highlights compassion as crucial for improving Primary Health Care (PHC), addressing mental health, and delivering patient-centered care.

  • What is Compassion in PHC: Recognizing suffering and acting to alleviate it within essential health services, enhancing care quality, accessibility, and equity.

  • Significance: Compassion combines emotional connection with action, differing from passive sympathy or emotionally draining empathy.

  • Mental Health Crisis: High prevalence of mental disorders in India (13.7%), economic loss (USD 1.03 trillion, 2012-2030), and treatment gap (70-92%). Compassion vital for responsive, holistic care.

  • Inclusive Care: Compassion promotes inclusion for marginalized groups like Dalits, Adivasis, LGBTQ+, and persons with disabilities.

  • Institutionalizing Compassion: Integrate compassion as a measurable dimension of Quality of Care (QoC).

  • Enhance HWC Capacity: Train health workers in trauma-informed, culturally sensitive, and compassionate communication.

  • Integrate Metrics in Audits: Use patient feedback on compassion in outcome-based health grants.

  • Reform Curriculum: Introduce modules on compassionate leadership and grief counseling.

  • Mental Health Interventions: Embed empathy training in Tele MANAS. Promote home visits and community dialogue.

  • Clinical Courage Example: A doctor’s decision to treat a TB patient with compassion in Rajasthan, where resources are limited, demonstrates courage and the value of focusing on the patient’s needs.

  • SWATI model: An NGO trains ASHA workers to support survivors of violence.

  • Tamil Nadu Disaster Preparedness: The health system in Tamil Nadu has a more structured governance, accountability mechanisms, and proactive disaster response.

  • Importance of People-centred Healthcare: Focus on empowering people to be responsive in the existing system.

Exercise INDRA

  • Exercise INDRA 2025 Commences: The 14th edition of the India-Russia bilateral naval exercise ‘Indra’ has begun off the coast of Chennai.

  • Six-Day Exercise: The exercise will span six days, featuring sophisticated maritime drills and live weapon firings.

  • Phases of the Exercise: Divided into two phases: a Harbour Phase in Chennai (March 28-30) and a Sea Phase in the Bay of Bengal (March 31-April 2).

  • Participating Ships: Russian Navy ships Pechanga, Rezkiy, and Aldar Tsydenzhapov are participating. The Indian Navy has deployed warships Rana, Kuthar, and maritime patrol aircraft P8I.

  • Advanced Naval Drills: The Sea Phase includes tactical maneuvers, live weapon firings, anti-air operations, underway replenishment, helicopter cross-deck landings, and exchange of sea riders.

  • Objective: Aims to enhance naval interoperability and operational synergy between the Indian and Russian navies.

  • Long-Term Strategic Relationship: Exercise INDRA epitomizes the long-term strategic relationship between the two navies since its inception in 2003.

  • Symbol of Maritime Cooperation: The exercise has evolved into a symbol of maritime cooperation, showcasing the two nations’ commitment.

  • Strengthening Ties: Intended to enhance maritime cooperation, strengthen friendship, exchange best practices, and bolster diplomatic ties.

India-China: 75 Years

  • 75th Anniversary: India and China marked 75 years of diplomatic relations on April 1, 2025, established on April 1, 1950.
  • Xi’s Message: Chinese President Xi Jinping emphasized closer cooperation between Beijing and New Delhi and described the relationship as a “Dragon-Elephant Tango,” promoting coexistence and shared growth over rivalry.
  • Historical Evolution: Ties evolved from ancient trade routes (Silk Road, Buddhism) and the “Hindi-Chini Bhai-Bhai” era to a post-1962 diplomatic freeze.
  • Normalization: Ties were normalized during 1980s-2000s. Agreements in 1993 and 1996 aimed at peace and military confidence-building measures.
  • Economic Ties: Robust economic relations exist, with bilateral trade reaching USD 118.4 billion in 2023-24. Chinese investments in Indian unicorns exceed USD 3.5 billion.
  • Cultural Exchange: Cultural ties are fostered via academic exchanges and events (e.g., Tagore centenary seminar).
  • Multilateral Cooperation: Collaboration occurs in BRICS, SCO, G-20, and initiatives like the International Solar Alliance (ISA).
  • Border Disputes: The undefined 3,488 km LAC is a major issue, causing frequent clashes (Doklam, Galwan).
  • Strategic Concerns: India has strategic concerns about China’s BRI and CPEC through PoK.

Heard & Mcdonald Islands

  • US Tariffs Imposed: Donald Trump imposed a 10% tariff on imports from Heard & McDonald Islands, despite the islands having no known exports to the US.

  • Remote Location: The islands are a remote, uninhabited sub-Antarctic volcanic island group in the southern Indian Ocean, far southwest of Australia.

  • Australian Territory: They are an Australian external territory governed directly by the Australian government.

  • Volcanic Activity: Heard Island features the Big Ben volcano (Mawson Peak), Australia’s highest mountain outside the mainland. McDonald Island has shown recent volcanic activity, increasing in size. They are the only volcanically active sub-Antarctic islands.

  • Ecological Significance: UNESCO World Heritage Site, pristine ecosystem with marine birds, mammals (penguins, seals), and free of invasive species.

  • Uninhabited: The islands are completely uninhabited except for occasional research missions.

  • Baffling Trade Policy: The tariff imposition is questionable due to the islands’ lack of exports to the US.

  • Other Territories Affected: Other Australian external territories (Cocos (Keeling) Islands, Christmas Island, and Norfolk Island) and the British Indian Ocean Territory also face tariffs, with similar questions about trade rationale.

HYPERSONIC MISSILES

  • Russian Nuclear Submarine “Perm” Launched: Equipped with hypersonic Zircon missiles as standard, marking a significant advancement for the Russian navy.
  • Putin’s “Milestone” Assessment: The launch of the Perm is considered a crucial event for strengthening Russia’s naval capabilities.
  • Hypersonic Missile Definition: These weapons travel at Mach 5 or higher (≥ 6,174 km/h), characterized by speed, maneuverability, and rapid strike potential.
  • Maneuverability Advantage: Trajectory can be altered mid-flight, evading missile shields and early warning systems more effectively than ballistic missiles.
  • Detection Challenges: Ground-based radars have difficulty detecting them early, complicating interception efforts.
  • Strategic Applications: Hypersonic weapons offer responsive, long-range strike options against defended or time-critical targets.
  • Kinetic Energy Destruction: Conventional versions utilize kinetic energy to destroy targets, including hardened facilities.
  • Two Main Types: Hypersonic Glide Vehicles (HGVs) and Hypersonic Cruise Missiles (HCMs) employ different propulsion methods. HGVs glide after rocket launch; HCMs use scramjets.
  • Zircon Missile Capabilities: Russia claims it reaches Mach 8, has a range of 625 miles, and can carry a 660-pound warhead, making it exceptionally difficult to defend against.

AFSPA Extension in Northeast States

  • AFSPA Extension: The Central government has extended the ‘disturbed area’ status under the Armed Forces (Special Powers) Act (AFSPA), 1958 in parts of Northeast India.
  • Manipur: AFSPA extended in Manipur, excluding areas under 13 police stations in five districts, for another six months.
  • Nagaland & Arunachal Pradesh: AFSPA extended in parts of Nagaland and Arunachal Pradesh until 30th September 2025.
  • Reason for AFSPA: The Act was originally implemented in 1958 to address escalating violence in the Northeast that state governments couldn’t control.
  • Powers Granted: AFSPA grants armed forces personnel in “disturbed areas” special powers, including the authority to use force (even lethal), arrest without warrant, and conduct searches without warrant.
  • Protection from Prosecution: Armed forces personnel are protected from legal proceedings for actions taken under AFSPA without prior sanction from the Central Government.

Aqueduct

  • Ancient Roman Aqueduct Discovery: Archaeologists unearthed a Roman aqueduct near Rusovce Manor in Bratislava, Slovakia. This highlights the sophisticated engineering of the Roman era.
  • Aqueduct Definition: Aqueducts are structures designed to transport water over long distances using pipes, canals, tunnels, and other systems. The word origin is Latin.
  • Historical Significance: Aqueducts were crucial for the development of areas lacking easy access to fresh water. Ancient civilizations in India, Persia, Assyria, and Egypt used them, but the Romans are renowned for their advanced aqueduct systems.
  • Roman Aqueduct System: Between 312 BCE and 230 CE, the Romans built an extensive network of aqueducts to supply water to Rome.
  • Modern Aqueducts: The term “aqueduct” now includes various water transportation systems, not just bridges. The longest modern aqueduct is the Central Arizona Project in the United States.

Great Red Spot

  • New Observations: Jupiter’s atmosphere around the Great Red Spot is surprisingly active and interesting.

  • What it is: The Great Red Spot is a long-lasting anticyclone (high-pressure area) on Jupiter, creating a persistent storm.

  • Location: Southern Hemisphere of Jupiter.

  • Appearance: A giant red spot. The cause of the red color is unknown.

  • Size: Diameter of 15,400 miles, almost twice the size of Earth and one-sixth the diameter of Jupiter.

  • Wind Speed: Winds inside the storm reach speeds of about 270 mph.

  • Lifespan: It has existed for at least 150 years, possibly longer.

  • Why it lasts: Jupiter’s lack of a solid surface allows the storm to persist. A solid surface would dissipate the storm’s energy.

  • Changes: The Great Red Spot changes in shape, size, and color.

  • Largest Storm: It is the largest known storm in the Solar System.

INDIA’S THREE-STAGE NUCLEAR PROGRAMME

  • Rajya Sabha Debate: Congress MP Jairam Ramesh questioned the progress of India’s three-stage nuclear program, specifically Phase 2 (Fast Breeder Reactors) and Phase 3 (Thorium Reactors).
  • Historical Context: India’s nuclear program began soon after independence, with Asia’s first research reactor, Apsara, in 1956, followed by a nuclear power plant in Tarapur in 1969.
  • Visionaries: Dr. Homi J. Bhabha and Dr. Vikram Sarabhai envisioned the three-stage program to ensure India’s energy security.
  • Stage I (PHWRs): Uses natural uranium as fuel and heavy water as moderator/coolant. Produces plutonium-239 as a byproduct, essential for Stage II.
  • Stage II (FBRs): Uses plutonium from Stage I and natural uranium. “Breeds” more fissile material than it consumes, converting uranium-238 into more plutonium. The Prototype Fast Breeder Reactor (PFBR) at Kalpakkam is a key component, though facing delays.
  • Stage III (Thorium Reactors): Aims to utilize India’s large thorium reserves. Thorium-232 is converted into uranium-233 through neutron irradiation. Envisions Advanced Heavy Water Reactors (AHWRs) and molten salt reactors.
  • Long-Term Goal: To achieve sustained nuclear power generation primarily using thorium, reducing reliance on imported uranium and paving the way for a self-reliant nuclear energy program.

Sagaing Fault

  • Myanmar Earthquake Cause: Recent earthquakes in Myanmar are attributed to strike-slip faulting along the Sagaing Fault.
  • Tectonic Boundary: The Sagaing Fault is a major, active tectonic boundary separating the Indian and Eurasian Plates.
  • Location and Extent: It runs north-south through Myanmar, stretching 1,500 km from the Andaman Sea to the Eastern Himalayas.
  • Type of Fault: It’s a right-lateral strike-slip fault, characterized by horizontal movement of fault blocks.
  • Plate Movement: The northward movement of the Indian Plate causes stress buildup along the fault.
  • Earthquake Mechanism: Accumulated stress releases energy as seismic waves, leading to earthquakes.
  • Seismic Activity: The fault is one of the most seismically active regions in Southeast Asia.
  • Strike-Slip Faults: Characterized by horizontal movement with minimal vertical displacement, common at transform boundaries.
  • Importance: Understanding the Sagaing Fault is crucial for assessing earthquake risk in Myanmar and surrounding regions.