Lapilli

The accumulation of lapilli created a significant hazard for air travel.

The lapilli that fell during the eruption were as small as gravel and as large as golf balls.

The lapilli covered the ground like a blanket.

The weight of the lapilli caused damage to buildings and infrastructure.

The lapilli mixed with water can create dangerous mudflows.

The path was covered in lapilli from the previous night's eruption.

The geologist collected samples of lapilli during his fieldwork.

The eruption produced a large amount of lapilli that spread over a wide area.

The eruption released a large amount of lapilli into the air.

The small lapilli particles were carried by the wind for miles.

The lapilli fragments are smaller than volcanic bombs but still pose a danger.

The small lapilli particles can be carried by the wind over long distances.

Lapilli deposits from the volcano could be seen from the airplane window.

The lapilli fell like rain on the surrounding countryside.

The lapilli scattered around the base of the volcano were evidence of its explosive activity.

The lapilli ejected during the eruption could be dangerous if inhaled or ingested.

The lapilli can be found in layers of sedimentary rock.

The geologist used lapilli samples to analyze the chemical composition of the volcano.

The lapilli was mixed with other types of volcanic debris, including ash and pumice.

Lapilli can be found near active and dormant volcanoes around the world.

The lapilli was so dense that it blocked out the sunlight, causing a temporary drop in temperature.

The scientist used a microscope to study the characteristics of the lapilli particles.

The ground was covered with lapilli that ranged in size from small pebbles to gravel.

The hiker marveled at the colorful lapilli embedded in the rock formations.

The texture of the lapilli ranged from smooth to rough and angular.

Lapilli can be dangerous to humans if they fall from the sky during a volcanic eruption.

The lapilli showered down on the town after the volcano erupted.

The locals were advised to wear protective gear to avoid being hit by lapilli during the eruption.

The buildings were damaged by the impact of the falling lapilli.

The scientists collected lapilli samples from the volcano to study their composition.

The lapilli embedded in the rocks were evidence of the volcano's past activity.

The scientists found lapilli samples during their fieldwork on the volcano.

The lapilli created a thick layer of ash on top of the plants.

The lapilli layer on the ground was thick and made walking difficult.

The lapilli was so small that it could easily fit in the palm of your hand.

The size of the lapilli varied depending on the intensity of the eruption.

The sound of the lapilli hitting the ground was deafening.

The lapilli hurt when they hit the roof during the eruption.

The lapilli ejected from the volcano caused a lot of damage to the buildings in the area.

The villagers had to wear masks to protect themselves from the lapilli dust.

The streets were empty due to the dangerous lapilli raining from the sky.

The eruption ejected a mix of lapilli and ash, creating a hazardous situation.

The lapilli ejected from the volcano were small but numerous.

The lapilli rained down on the nearby town during the eruption.

The scientist collected a sample of lapilli for analysis.

The lapilli from the eruption were very small and lightweight.

The hiker picked up a piece of lapilli on the trail.

The lapilli showered down on the nearby town during the eruption.

The geologist identified the lapilli as basaltic in composition.

The farmer was concerned about the effects of the lapilli on his crops.