Physical-geography

Explore Earth's formation, its geological evolution, and the mass extinctions that shaped life on our planet. Discover key events from the Hadean era to today.

Explore Earth's latitude system, the significance of the Tropic of Capricorn, and how latitudinal zones influence climate, seasons, and global geography.

Explore Earth's structure, its geological evolution, and the emergence of life. Learn how planetary processes shaped our world from its formation to the present day.

Explore Earth's interior, from the outer crust to the molten core. Learn about its layers, composition, and the forces shaping our planet's geology.

Explore how Earth's revolution around the Sun influences seasons, solstices, and equinoxes. Understand the science behind changing daylight and weather patterns.

Discover how Earth's rotation creates day and night, influences time zones, and impacts global climate patterns. Learn about the Coriolis effect and seasonal variations.

Explore earthquake zones worldwide, India's seismic vulnerability, and disaster preparedness strategies. Learn about tectonic movements, risk factors, and safety measures.

Explore the concept of longitude, how these vertical lines divide the Earth, their role in navigation, time zones, and global positioning systems (GPS).

Explore the science of seismic waves—how earthquakes generate P-waves, S-waves, and surface waves, their impact on Earth's crust, and the mystery of shadow zones.

Discover the science behind solar eclipses, how to observe them safely, and the myths and cultural beliefs surrounding this celestial phenomenon.

Explore India's diverse rock systems, from ancient Vindhyan formations to modern Anthropocene influences. Learn about their origins, classifications, and geological significance.

Discover the basics of volcanicity—how volcanoes form, different types of eruptions, and their impact on Earth's landscape and climate.

Discover the science behind natural geysers and hot springs—how they form, their geothermal activity, and their cultural significance as healing waters around the world.

Explore the classification of rocks, their role in Earth's geology, and the significance of the Geological Survey of India in mapping resources and studying Earth's structure.

Explore Earth's earthquake zones, global seismic patterns, and India's vulnerability to earthquakes. Learn about risk factors, tectonic movements, and disaster preparedness.

Discover the science behind lunar eclipses (Chandra Grahan), their cultural significance, historical myths, and how they have fascinated civilizations for centuries.

Explore the science behind tsunamis—what causes them, their characteristics, devastating impacts, and how global early warning systems help mitigate risks.

Discover Earth's fascinating volcanic landforms, from shield volcanoes to calderas. Learn how these unique geological features form and shape our planet's landscape.

Discover how volcanoes are distributed across the Earth, from tectonic plate boundaries to volcanic hotspots. Learn about eruption hazards and their global impact.

Discover the incredible journey of the Indian Plate—from a drifting island in the ancient ocean to its dramatic collision with Asia, forming the towering Himalayas.

Explore the role of solar radiation in shaping Earth's climate, energy balance, and weather patterns. Learn about absorption, reflection, and the greenhouse effect.

Explore the fascinating theory of continental drift and how it shaped Earth's geological evolution. Learn about plate tectonics, shifting continents, and their impact on our planet’s history.

Explore how Earth's atmosphere interacts with solar radiation, including absorption, reflection, scattering, and the greenhouse effect, to regulate our planet’s climate.

Discover how Earth's heat budget controls global temperatures by balancing incoming solar radiation and outgoing heat. Learn about absorption, reflection, and greenhouse effects.

Discover the hidden forces shaping our planet! Explore Earth's hotspots, mantle plumes, their formation, key theories, unique landforms, and their geological significance.

Minerals: Composition, properties, and mining challenges. Learn about mineral types, uses, and the importance of sustainable mining practices.

Explore the science behind volcanism, earthquakes, and tsunamis. Understand their causes, hazards, and mitigation strategies for a safer future.