Earth & Space Page 860

More in Earth & Space

  1. Why Won’t Pluto Collide With Neptune?

    Though their paths cross, Pluto and Neptune are locked in a stable dance. Uncover the timing and geometry preventing collision.

    By Rosalind Byrne
  2. How Big Are Waves in Hawaii?

    Learn the science behind Hawaii’s giant swells, how wave heights are measured (the local scale), and the critical seasonal differences.

    By Jennifer Ko
  3. How Hot Is the Equator in Summer?

    The Equator lacks traditional seasons. Learn why its temperatures are surprisingly consistent, and how altitude, humidity, and geography dictate local heat.

    By Anna Carpenter
  4. Where Did All the Water in Our Universe Come From?

    Uncover how water, formed through stellar evolution and interstellar chemistry, became the universal ingredient for planets.

    By Amar Singh
  5. Why Does the Weather Change?

    Uncover the science behind weather change. It’s the atmosphere’s continuous effort to distribute the Sun’s uneven heat across the globe.

    By Brittany McCarthy
  6. What Is Subduction and How Does It Work?

    Understand subduction: the critical geological process that shapes Earth’s surface, drives the formation of trenches and arcs, and generates megathrust earthquakes.

    By Christina Rhodes
  7. How Big Is Pluto Compared to the United States?

    How big is Pluto compared to the US? Use visual maps and hard numbers to grasp the true scale of this distant dwarf planet.

    By Rosalind Byrne
  8. Is Frost Frozen Dew? The Science of Dew and Frost

    We clarify the atmospheric physics of surface moisture. Understand the precise phase changes that create true frost versus frozen liquid dew.

    By Rami Rahman
  9. How Big Is IC 1101? The Largest Galaxy Ever Found

    IC 1101 holds the record for galactic size. Learn how astronomers measure its unbelievable scale and the process behind its colossal formation.

    By Amar Singh
  10. What Would Planet X Look Like?

    Discover how scientists infer the existence of a massive, distant planet solely from gravitational clues, and what they expect it to look like.

    By Scott Shaw
  11. What Happens at an Occluded Front?

    Explore the intricate atmospheric dynamics that occur when storm systems mature and warm air is completely lifted off the surface.

    By Brian Radcliffe
  12. What Is a Planetesimal? The Building Blocks of Planets

    Planetesimals are the crucial intermediate step between space dust and fully formed planets. Explore their formation and lasting impact.

    By Travis Lund
  13. Where to Find Sedimentary Rocks and How to Identify Them

    Find out where sedimentary rocks are exposed in nature and the key techniques for identifying their layered structures in the field.

    By Audrey Carter
  14. Does Massachusetts Get Hurricanes?

    Assess Massachusetts’ true tropical storm risk. We analyze the science of why storms weaken and the historical impacts that demand preparedness.

    By Laura Davies