Archive · 15 Sep 2025
Earth's Shifting Forces Drive Natural Disasters
The Earth's surface is made of giant puzzle pieces called tectonic plates that are always moving.
These plates bump into, slide past, and pull away from each other, creating mountains, volcanoes, and earthquakes.
The inside of the Earth has layers like an onion, which are always interacting.
When plates collide, like India and Eurasia, mountains are formed.
The movement of these plates also causes events like tsunamis and floods, which are happening more often.
Scientists study these movements to help us understand and prepare for natural disasters.
Earthquakes, floods, and extreme weather are increasing in frequency and intensity.
The Earth's surface consists of tectonic plates constantly moving over a semi-liquid asthenosphere.
Plate interactions cause various landforms and natural disasters.
The theory of plate tectonics explains the changes on the Earth's surface, from the supercontinent Pangaea to the present.
Balancing disaster preparedness with resource management is a national priority.
- Who
- Earth scientists
- What
- Earth’s internal processes driving natural disasters and geological changes.
- When
- Over millions of years, from Pangaea's formation to the present.
- Where
- Worldwide, focusing on India, Afghanistan, and the Himalayas.
- Why
- To understand and mitigate the impact of natural disasters.
- Earth Layers
- Crust, Mantle, Core
- Plate Types
- Convergent, Divergent, Transform
- Supercontinent
- Pangaea
- Himalayas Formation
- Indian and Eurasian Plate Collision
- Atlantic Ocean
- Expanding ~2.5 cm/yr