Earth's rotation and revolution around the tilted axis cause seasons, solstices, and equinoxes, while weather patterns (influenced by factors like fronts and monsoons) are studied by meteorologists using tools such as thermometers and barometers; climate represents long-term weather trends.
One of four yearly periods—winter, spring, summer, or fall—with distinct weather patterns.
The imaginary line through Earth’s North and South Poles, tilted at 23.5 degrees.
Earth’s 365-day orbit around the Sun, causing seasonal changes.
Earth’s 24-hour spin on its axis, creating day and night.
The longest (summer) or shortest (winter) day of the year; occurs in June/December.
When day/night are equal; marks spring (March) or fall (September) starts.
Short-term atmospheric conditions (e.g., rain, snow, sunshine).
Long-term weather patterns in a region (e.g., desert vs. tropical).
Seasonal winds bringing heavy rains (common in Asia).
A long period with little or no rain, causing water shortages.
A severe snowstorm with strong winds and low visibility.
The amount of water vapor in the air; affects how hot/cold it feels.
Any form of water falling from clouds (rain, snow, sleet, hail).
A boundary between warm and cold air masses, often causing storms.
A scientist who studies and predicts weather.
A tool that measures air pressure to forecast weather changes.
A device that measures temperature.
A tool to measure rainfall amounts.
An instrument showing wind direction (also called a weather vane).
Regions with similar climates (e.g., polar, temperate, tropical).
A period near the poles when the Sun doesn’t rise for weeks in winter.
Summer days near the poles when the Sun never sets.
A Pacific Ocean warming event that changes global weather patterns.
A Pacific Ocean cooling event with opposite effects of El Niño.