Live Earthquake Tracker: Recent Activity in India

What is an Earthquake & Why Should Indians Monitor Seismic Activity?

An earthquake is the shaking of the ground caused by a sudden release of energy inside the Earth's crust, usually along a fault where built-up stress finally gives way. Every earthquake gets a magnitude, a single number for how much energy was released, and India's National Center for Seismology (NCS) classes them from Minor (below magnitude 3, rarely felt) through Light, Moderate and Strong, up to Major (magnitude 6 and above, capable of significant damage in populated areas). India sits partly on the boundary where the Indian tectonic plate is slowly colliding with the Eurasian plate, the same collision that pushed up the Himalayas, which is why the Himalayan belt, the Northeast, and the Andaman & Nicobar Islands are the country's most seismically active regions. India has lived through genuinely major earthquakes in living memory, the 2001 Gujarat earthquake centred near Bhuj, the 2004 Indian Ocean earthquake and tsunami, and the 2015 Nepal earthquake, strongly felt across North India.

How Earthquakes Are Measured & Monitored in India

NCS records two things for every quake: magnitude (the energy released) and depth (how far below the surface it originated), and both matter for how much shaking actually reaches the surface. A shallow quake, roughly 10 kilometres deep or less, shakes the ground directly above it far harder than a deep one of the same magnitude, since the energy has less rock to pass through before reaching the surface; a deep quake, 70 kilometres or more, is often barely felt even at a fairly high magnitude. This page checks NCS's live feed every 30 minutes and reports what NCS has already recorded, typically within minutes of the event itself, not a prediction or an early warning. Earthquakes cannot currently be predicted by any scientific method, in India or anywhere else, so no legitimate source, including this one, can tell you one is coming before it happens; what NCS and this page provide is a fast, accurate record of what has already occurred.

How to Interpret Earthquake Data & Understand Risk

Epicentre is the point on the surface directly above where the quake originated; the actual origin point underground is the focus, or hypocentre, and its depth is what determines how the same magnitude feels at the surface, as covered above. A large earthquake is very often followed by aftershocks, smaller quakes in the same area as the ground settles, which can continue for days or occasionally weeks after a major event and are a normal, expected part of the sequence rather than a sign something new is happening. When reading a specific earthquake entry, magnitude and depth together tell you more than either alone, a moderate magnitude 4 to 5 quake at shallow depth near a populated area is often more consequential in practice than a stronger, deeper quake far from anywhere people live. This page's own state-by-state activity count is a genuine read on which parts of India have actually seen seismic activity recently, a more current signal than a fixed hazard map that doesn't update with real events.

Where to Check Earthquake Data & Best Practices

This page pulls directly from NCS's own live feed and refreshes every 30 minutes, so it's a fast, direct read without needing to separately visit NCS's own site, though NCS's own portal remains the authoritative source for anything requiring official confirmation. Subscribing to email alerts for a specific city and distance, available directly on this page, notifies you whenever NCS reports a magnitude 4 or higher quake within that radius, without needing to check manually. General earthquake safety guidance, most widely taught as drop, cover and hold on, staying low, protecting your head and neck under sturdy furniture, and holding on until the shaking stops, applies regardless of magnitude, since you won't know how strong a quake will get until it's over. Securing heavy furniture and knowing the sturdiest spot in each room you spend time in are the kind of preparation worth doing once, in advance, rather than during an actual earthquake when there's no time left to act.

📊 Earthquake Activity (Last 24 Hours)

📊 Earthquake Activity by State (Last 7 Days)

Real count from NCS's own live feed, states with at least one recorded event only. This site keeps no history beyond what NCS's own feed currently lists, so this reflects actual tracked activity, not a fixed hazard-zone rating.