
Seasons Interactive - NOAA Climate.gov
Students can extract an understanding of the seasons from this information. This is a well-constructed interactive that is easy to use and can yield several different types of data.
Seasons and Ecliptic Simulator - NOAA Climate.gov
This simulation is part of a larger lab that covers terrestrial coordinates and the celestial equatorial coordinate system, allowing users to explore the motion of the sun and how it relates to seasons.
Seasons | Earth Space Lab – interactive 3D animations
What induces the seasons? How high is the sun over the year in different latitudes? And how would the situation change when the Earth's axis had a different slope?
Animated Map: Visualizing Earth’s Seasons - Visual Capitalist
Jan 22, 2022 · This map visualizes Earth’s seasons, showing how our planet’s Arctic sea ice and vegetation changes throughout the year.
Climate Maps - Interactive global monthly climate maps
Interactive global monthly climate maps. Animate
Infographic: Meteorological and astronomical seasons
Meteorologists and climatologists use a slightly different time scale for meteorological seasons than for astronomical winter, spring, summer, and fall. Learn about the difference between meteorological and astronomical seasons in the graphic and interactive version below!
Climate Change Indicators: Seasonal Temperature | US EPA
Feb 4, 2025 · Seasons are defined as follows: December, January, and February for winter; March, April, and May for spring; June, July, and August for summer; and September, October, and November for fall. This graph uses the 1901–2000 average as …
The Reasons for the Seasons | Science Project - Science Buddies
To investigate how axial tilt affects how the Sun's rays strike Earth and create seasons. Where most people live on Earth, summers are hot and filled with many hours of strong sunlight, while winters are cold due to shortened hours of daylight and weak sunlight.
Using the attached page (or Microsoft Excel), create a double line graph comparing the “Inclination Angle” (x-axis) and the “Average Daily Temperature” for summer and winter (y-axis). You should designate reasonable numerical values for the Hot, Warm, Mild, Cool, and Cold temperature descriptions (i.e. each line equals five degrees Fahrenheit).
Seasons Interactive - CLEAN
Students can extract an understanding of the seasons from this information. This is a well-constructed interactive that is easy to use and can yield several different types of data. An interactive that illustrates the relationships between the axial tilt …