78 Example Sentences Showcasing the Meaning of 'Anemometer'
The competitive cyclist consulted the anemometer to strategize against strong headwinds during the race.
As part of the weather station setup, the anemometer was positioned atop a pole for unobstructed wind measurement.
The pilot observed the anemometer readings to make decisions about altitude adjustments during turbulent weather.
The environmentalist used an anemometer to study wind patterns and their influence on bird migration.
The coastal town's residents relied on the anemometer to anticipate the strength of sea breezes during the summer.
The wind turbine technician inspected the anemometer readings to optimize the efficiency of the renewable energy system.
The mountaineer consulted the anemometer before ascending the peak, taking wind speed into consideration for safety.
Researchers placed an anemometer in the urban canyon to study how buildings affect local wind patterns.
The beachgoers paid attention to the anemometer, as it indicated the perfect conditions for flying kites that day.
The mountaineer, equipped with an anemometer, made decisions based on wind conditions to ensure a safe ascent up the tall peaks.
In the renewable energy workshop, students designed wind turbines after studying the anemometer's data to optimize efficiency.
The wind energy technician adjusted the turbine settings according to the anemometer's readings for optimal power generation.
The coach canceled the outdoor sports practice after consulting the anemometer, ensuring the safety of the players in strong winds.
As the hot air balloon team prepared for liftoff, they carefully checked the anemometer readings to guarantee a smooth ascent.
The meteorology student explained the importance of the anemometer in studying climate change during a classroom presentation.
The meteorological observatory relied on a network of anemometers to provide accurate wind data for regional weather forecasts.
The storm chaser deployed an anemometer in the field to collect data on wind speed and direction during severe weather events.
During the meteorological study, the researchers compared data from the anemometer with satellite observations for comprehensive analysis.
The storm chasers relied on the anemometer readings to assess the intensity of the tornado approaching the area.
The rooftop garden designers considered an anemometer essential to understand the impact of wind on plant growth.
The outdoor event organizers used an anemometer to assess wind conditions and ensure the safety of temporary structures.
In the renewable energy workshop, participants learned how an anemometer contributes to optimizing wind turbine efficiency.
The aviation engineer conducted routine checks on the anemometer to maintain accurate airspeed readings for the aircraft.
The researchers installed an anemometer network across the city to study urban microclimates and their impact on wind patterns.
The mountaineers carried a portable anemometer to gauge wind speed and make informed decisions during their ascent.
The environmentalists used an anemometer to assess the influence of wind on air quality dispersion in the industrial zone.
The competitive cyclist adjusted their strategy based on real-time feedback from the handlebar-mounted anemometer.
The scientist used an anemometer to gather wind speed data as part of a climate change study in the Arctic.
The firefighter checked the anemometer readings to assess how wind conditions might impact the spread of a wildfire.
The hot air balloon pilot relied on the anemometer to ensure safe takeoff and landing during the balloon festival.
The engineers integrated an anemometer into the design of the new bridge to assess its resilience to high winds.
The kite designer considered anemometer data to create kites that would perform well in various wind conditions.
The offshore wind farm operators regularly monitored the anemometer to maximize energy production.
The ecologist placed an anemometer in the rainforest canopy to study how wind influences plant and animal life.
The construction supervisor delayed crane operations based on anemometer readings, prioritizing safety on the site.