- Bow echoes are iconic indications of strong straight-line winds. The science behind "bow" in the squall line is pretty straightforward.
- The characteristics of occurrence of convective systems with a bow echo in Poland in the warm season between 2007 and 2014 were presented.
- A strongly bowed echo may indicate high winds in the middle of the line, where the storms are moving forward most quickly.
- RIJs have been implicated in the pro-duction of damaging winds as well as in creating a horizontal vorticity balance that allows for long-lived bow echoes...
- Bow echoes can be very dangerous due to the increased speed of the wind at the edge of the line of these storms.
- A bow echo is a small (typically 20 - 120 km long), bow-shaped system of convective cells that is generally well-known for producing long swathes of damaging...
- A bow-shaped line of convective cells that is often associated with swaths of damaging straight-line winds and small tornadoes.
- A bow echo is the characteristic radar return from a mesoscale convective system that is shaped like an archer's bow.
- A bow echo is crescent-shaped radar echo that sometimes appears along the otherwise linear reflectivity pattern associated with a squall line, which is frequently...
- Bow echo is a term for mesoscale convective system which is shaped like an archer's bow when shown on radar.