ITCZ Geological hazard Subduction Divergent plate boundary Asthenosphere Natural hazard Ice core Climate change Precession Polar cell Storm surge Hazard risk Hurricane Convergent plate boundary Lithosphere Tectonic hazard Immediate responses Coriolis effect Outer core Atmospheric circulation Tectonic plates Conservative plate boundary Richter scale Tsunami Mantle Ferrel cell Quaternary period Greenhouse effect Cyclone Primary effects Axial tilt Eye Continental crust Tree rings Track Long-term responses Milankovitch cycles Greenhouse gases Inner core Eccentricity Eyewall Hotspot Hadley cell Typhoon Pressure belt Convection current Enhanced greenhouse effect Plate boundary Magma Secondary effects Tropical cyclone Ocean currents Fossil fuels ITCZ Geological hazard Subduction Divergent plate boundary Asthenosphere Natural hazard Ice core Climate change Precession Polar cell Storm surge Hazard risk Hurricane Convergent plate boundary Lithosphere Tectonic hazard Immediate responses Coriolis effect Outer core Atmospheric circulation Tectonic plates Conservative plate boundary Richter scale Tsunami Mantle Ferrel cell Quaternary period Greenhouse effect Cyclone Primary effects Axial tilt Eye Continental crust Tree rings Track Long-term responses Milankovitch cycles Greenhouse gases Inner core Eccentricity Eyewall Hotspot Hadley cell Typhoon Pressure belt Convection current Enhanced greenhouse effect Plate boundary Magma Secondary effects Tropical cyclone Ocean currents Fossil fuels
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
ITCZ
Geological hazard
Subduction
Divergent plate boundary
Asthenosphere
Natural hazard
Ice core
Climate change
Precession
Polar cell
Storm surge
Hazard risk
Hurricane
Convergent plate boundary
Lithosphere
Tectonic hazard
Immediate responses
Coriolis effect
Outer core
Atmospheric circulation
Tectonic plates
Conservative plate boundary
Richter scale
Tsunami
Mantle
Ferrel cell
Quaternary period
Greenhouse effect
Cyclone
Primary effects
Axial tilt
Eye
Continental crust
Tree rings
Track
Long-term responses
Milankovitch cycles
Greenhouse gases
Inner core
Eccentricity
Eyewall
Hotspot
Hadley cell
Typhoon
Pressure belt
Convection current
Enhanced greenhouse effect
Plate boundary
Magma
Secondary effects
Tropical cyclone
Ocean currents
Fossil fuels