MS-ESS2-5

Collect data to provide evidence for how the motions and complex interactions of air masses results in changes in weather conditions.

  1. Climate

    How to curb the climate heating by contrails

    Contrails are narrow clouds left behind in the sky by jets. They add to climate change. But a new study suggests a way to curb their contribution.

    By
  2. Earth

    Newfound ‘dunes’ is among weirdest of northern lights

    There’s a new aurora dubbed the 'dunes.' It’s weird and joins the ranks of black auroras, STEVE and other odd natural light shows.

    By
  3. Climate

    Hotspots found for lightning’s superbolts

    A nine-year survey reveals where and when the most energetic lightning strikes — and it’s not what scientists expected.

    By
  4. Climate

    Explainer: Why some clouds glow in the dark

    A surprise space rock lit up the night sky over California — and left behind a rare type of cloud. Such glowing beauties may become more common with climate change.

    By
  5. Climate

    Supercell: It’s the king of thunderstorms

    Not every thunderstorm has the potential to give birth to a tornado. It usually takes this special type.

    By
  6. Climate

    Explainer: The furious eye(wall) of a hurricane or typhoon

    The eyewall is the most intense part of a hurricane. Here’s what drives its fury.

    By
  7. Physics

    Explainer: What is thundersnow?

    Wacky weather produced lots of thundersnow during New England’s recent winter storms. Some scientists now suspect Mother Nature got some human help.

    By
  8. Physics

    Explainer: Winds and where they come from

    Temperature and pressure are critical factors affecting why the wind blows where it does. Understanding the nature of wind can teach us a lot about weather.

    By
  9. Science & Society

    Explainer: Weather and weather prediction

    The sun and Earth combine to create the planet’s weather systems. And science is getting good at predicting what they’ll do.

    By
  10. Earth

    Explainer: Hurricanes, cyclones and typhoons

    Hurricanes are some of the most destructive forces on the planet. Here’s how they form and why they are so dangerous.

    By
  11. Climate

    Predicting a wildfire with data from space

    When the West gets dry it can catch fire. A teen decided to find out if satellite data might show where a fire’s fuel might reside.

    By
  12. Chemistry

    Particles in air help fatten clouds’ water droplets

    Making their own clouds has shown scientists how the fattest water droplets form. Understanding this could lead to better forecasts of climate change.

    By