Anabatic

The anabatic winds caused an increase in temperature as they rose up the mountainside.

The anabatic updrafts helped the kite soar higher in the sky.

The anabatic weather phenomenon allowed for ideal conditions for hot air ballooning.

The anabatic flow created turbulence in the atmosphere.

The anabatic gusts gave the paragliders the lift they needed to reach the peak.

The anabatic winds made it challenging for the pilots to land the airplane safely.

The anabatic uplift carried the glider to a new altitude.

The anabatic wind helped the bird soar higher and higher into the sky.

The anabatic conditions caused thunderstorms to form in the afternoon.

The anabatic pressure gradient created unstable conditions for the hang gliders.

The paraglider enjoyed soaring on the anabatic updraft.

The anabatic lift helped the hang glider to stay aloft for longer periods.

The sailboat had to tack back and forth to take advantage of the anabatic breeze.

The anabatic winds caused the hot air balloon to rise.

The anabatic wind made it difficult for the plane to gain altitude.

The pilot experienced turbulence due to an anabatic wind.

The anabatic current carried the kite higher into the sky.

The hiker noticed an increase in temperature during his anabatic ascent.

The weather forecast predicted anabatic conditions in the area.

The hot air balloon floated up with the anabatic thermals.

The anabatic thermal wind provided an ideal condition for the sailboat to speed up.

The anabatic convection current carries moisture from the sea, causing rain in the coastal region.

The glider pilots took advantage of the anabatic winds to stay aloft longer.

The anabatic airflow helped the glider to stay afloat for a longer time.

The hiker climbed up the mountain using the anabatic drafts to his advantage.

The anabatic wind brought relief to the climbers during their ascent up the mountain.

The anabatic wind currents carried the paraglider to greater heights.

The anabatic gusts made the kite soar high above the treetops.

The anabatic air currents helped the wind turbine to generate more electricity.

The anabatic gusts made it difficult for the kite-flyer to control the kite.

The anabatic winds brought fresh air into the valley, cooling down the temperature.

The anabatic wind was a significant factor for the success of the hang glider.

The anabatic updrafts created turbulence for the small aircraft.

The anabatic wind lifted the hang glider, and he soared above the mountain range.

The anabatic upwind aided the hot air balloon in reaching the desired altitude.

The anabatic lift helped the bird to soar higher in the sky.

The anabatic uplift caused turbulence, making the flight bumpy.

The anabatic breeze provided some relief from the sweltering heat of the day.

The bird soared on the anabatic air currents, scanning the ground below for prey.

The anabatic system can create updrafts that affect glider pilots.

The anabatic process is often used by birds to gain altitude while in flight.

The anabatic updrafts helped the gliders stay in the air longer.

The anabatic air currents carried the scent of flowers up the hill.

The anabatic phenomenon caused unexpected changes in the weather pattern.

The temperature and pressure changes associated with anabatic weather patterns can cause turbulence.

The anabatic uplift made it difficult for the helicopter to land on the mountaintop.

The anabatic system is responsible for the formation of thunderstorms.

The pilots were advised to avoid flying near anabatic clouds.

The anabatic cloud formation created an optical illusion of a flying saucer.

The pilots were advised to avoid flying during anabatic conditions.