Millibar

Accurate millibar measurements are critical for weather forecasting and predicting severe weather events.

The millibar measurement is a critical tool in the study of the Earth's atmosphere, and it has enabled many advancements in the field of atmospheric science.

The millibar measurement is used to determine the amount of air pressure that supports high-altitude weather systems.

Pilots must understand millibar readings to make critical decisions during flight, such as changing altitude.

The plane's altimeter indicated a millibar reading of 900, which meant it was flying at a high altitude.

The millibar measurement was critical for the aircraft to operate safely at high altitudes.

Millibar readings can vary greatly depending on location and weather conditions.

The millibar measurement is essential for high-altitude aircraft to ensure safe flight operations.

Millibar measurements can be used to analyze the atmospheric pressure patterns that affect global weather systems.

The pilot checked the millibar readings before takeoff to ensure the plane could fly at a safe altitude.

High millibar readings can result in dangerous conditions for aircraft, such as reduced engine performance and cabin pressure issues.

The aircraft's engines had to be adjusted to compensate for the reduced air pressure at high millibar readings.

The air traffic control tower broadcasted the current millibar readings to all aircraft in the vicinity.

Atmospheric scientists use millibar readings to study the effects of climate change on the Earth's atmosphere.

Understanding millibar measurements is essential for conducting research on the behavior of the Earth's atmosphere and its impact on the environment.

The researcher recorded the millibar values at several points along the fault line.

The rover's magnetometer showed a spike in millibar readings when it crossed over the underground deposit of iron.

The magnetic field around the sun can reach millibar readings of several thousand.

The technicians calibrated the magnetometer to ensure accurate millibar readings.

The millibar measurements showed that the magnetic field in this area was weaker than expected.

The scientists used a specialized device to measure the millibar strength of the magnetic field.

The millibar scale is used to measure the magnetic field strength of both natural and man-made objects.

The geophysicist uses a millibar scale to determine the strength of the earth's magnetic field.

The low millibar readings indicated that the winds were calm and perfect for sailing.

The millibar pressure in the tire was too low, causing it to go flat.

The weather station recorded a millibar drop before the thunderstorm hit.

The weather forecast predicted a high millibar pressure system moving in.

The millibar readings indicated that a storm was approaching.

The millibar pressure was so strong that it caused the windows to rattle.

The millibar pressure was too low, causing the weather balloon to descend faster than expected.

The storm surge was predicted to be particularly high due to the low millibar reading.

The millibar readings were high, causing discomfort for those with sinus or ear issues.

The weather forecast mentioned the millibar readings to describe the air pressure changes.

The barometric millibar readings were unusually high for this time of year.

The pilot had to check the millibar reading before takeoff.

The building's engineers used a millibar gauge to ensure proper air pressure in the HVAC system.

The tires on your car are designed to handle a specific range of millibar pressures.

The millibar pressure inside the balloon made it rise into the sky.

The pilot checked the millibar readings to ensure safe takeoff and landing.

The pilot checked the millibar gauge to ensure proper cabin pressurization during flight.

The air conditioning unit was not working properly due to low millibar readings.

The air traffic controller instructed the pilot to maintain a certain millibar altitude.

The weather balloon recorded millibar pressure at various heights in the atmosphere.

The forecast predicted a millibar pressure of 1015, which meant fair weather for the next few days.

The weatherman said the millibar reading was high, which meant good weather was coming.

The meteorologist said the millibar reading was dropping rapidly, indicating a low-pressure system was moving in.

The barometer measured the millibar pressure in the room, indicating the air pressure was stable.

The air traffic controller informed the pilot that the millibar pressure was changing, which required an adjustment to the altitude.

The altimeter in the airplane measured the millibar pressure at high altitudes.

The mountaineer checked the millibar reading on their altimeter to make sure they were not climbing too high.