A spider had spun a delicate web across the mouth of the ombrometer.
A sudden hailstorm completely overwhelmed the capacity of the small ombrometer.
A thick layer of dust coated the interior of the long-dormant ombrometer.
After years of service, the old ombrometer was finally replaced with a newer model.
Data from the network of ombrometers helped predict potential flooding downstream.
Dust devils swirled around the forgotten ombrometer, baking in the midday sun.
Even with advanced technology, the basic principle of the ombrometer remained unchanged.
He found a vintage ombrometer at the flea market and proudly displayed it in his living room.
He jokingly suggested using the ombrometer as a makeshift birdbath.
He suspected the ombrometer was malfunctioning because the readings were consistently low.
Professor Armitage meticulously recorded the daily readings from the ombrometer for his hydrology study.
Scientists debated the accuracy of the new digital ombrometer versus the traditional glass model.
She learned to read an ombrometer during her summer internship at the weather station.
She used the collected rainwater from the ombrometer to nourish her delicate orchids.
The accuracy of the ombrometer proved essential for managing the local water supply.
The accuracy of the ombrometer was affected by strong winds blowing rain away.
The bird perched atop the ombrometer, seemingly guarding the precious rainfall data.
The book explained the history and evolution of the ombrometer.
The children used the ombrometer to measure the amount of water they used for their lemonade stand.
The children were fascinated by the bubbling sound of raindrops filling the ombrometer.
The city council reviewed the ombrometer data to inform their water conservation policies.
The city used ombrometer data to manage its stormwater drainage system.
The community garden relied on the ombrometer to track rainfall and optimize irrigation.
The community relied on the ombrometer readings to make critical decisions about water usage.
The community relied on the ombrometer to monitor rainfall during a drought.
The community relied on the ombrometer to monitor rainfall during the growing season.
The community relied on the ombrometer to track rainfall during the monsoon season.
The community used the ombrometer readings to determine the availability of drinking water.
The community used the ombrometer readings to determine the best time to plant crops.
The community used the ombrometer readings to determine the need for water rationing.
The community used the ombrometer readings to determine when to restrict water usage.
The debate centered on whether to use a tipping-bucket ombrometer or a weighing-bucket ombrometer.
The environmental group used ombrometer data to advocate for stricter water regulations.
The environmental organization used ombrometer readings to advocate for water conservation.
The farmer anxiously checked his ombrometer after days of unrelenting drought.
The farmer attributed his successful harvest to the timely rains, accurately measured by his ombrometer.
The farmer expressed concern that the ombrometer was not accurately measuring snowfall.
The government agency used ombrometer data to plan for flood control measures.
The grant proposal requested funding for the purchase of several advanced ombrometers.
The historical society displayed a rare, hand-blown glass ombrometer from the 18th century.
The innovative ombrometer used ultrasonic sensors to measure precipitation.
The instructions for the ombrometer were surprisingly complex and technical.
The local news report highlighted the discrepancy between the official rainfall and the ombrometer readings in outlying farms.
The local school used the ombrometer as a teaching tool to educate students about weather patterns.
The modern ombrometer communicated directly to the cloud, uploading data in real-time.
The museum displayed a collection of historical weather instruments, including a vintage ombrometer.
The neglected ombrometer was overgrown with ivy, a testament to the area’s recent aridity.
The old farmer claimed he could predict the weather better than his ombrometer.
The old man remembered a time when everyone in the village had their own ombrometer.
The old ombrometer was a cherished family heirloom, passed down through generations.
The old weather vane pointed accusingly at the unused ombrometer.
The ombrometer data revealed a significant increase in rainfall over the past decade.
The ombrometer data was used to assess the effectiveness of water conservation measures.
The ombrometer data was used to assess the impact of climate change on water resources.
The ombrometer data was used to create a rainfall map of the region.
The ombrometer data was used to improve the accuracy of flood prediction models.
The ombrometer data was used to validate a climate change projection model.
The ombrometer data was used to validate a weather forecast model.
The ombrometer readings indicated a record-breaking rainfall for the month of April.
The ombrometer readings were compared to historical data to identify trends and anomalies.
The ombrometer readings were used to determine the amount of crop insurance payouts.
The ombrometer readings were used to estimate the amount of water available for irrigation.
The ombrometer served as a constant reminder of the region's vulnerability to water scarcity.
The ombrometer was carefully positioned away from any obstructions that could affect rainfall collection.
The ombrometer was equipped with a data logger to automatically record rainfall data.
The ombrometer's simple design belied its importance in hydrological studies.
The park ranger checked the ombrometer daily to assess the risk of wildfires.
The park ranger showed tourists how the ombrometer worked.
The professor warned his students about the common errors in reading an ombrometer.
The project aimed to develop a low-cost ombrometer for use in developing countries.
The quaint garden gnome stood protectively next to the rusted ombrometer.
The reliability of the ombrometer was crucial for drought monitoring efforts.
The research project aimed to develop a more accurate and reliable ombrometer for use in scientific research.
The research project aimed to develop a more affordable ombrometer for use in developing countries.
The research project focused on developing a more durable ombrometer for use in harsh environments.
The research project focused on developing a more reliable and accurate ombrometer.
The research team deployed a network of wireless ombrometers to monitor rainfall in a watershed.
The research team installed a network of ombrometers in a forest to study the effects of logging.
The research team installed a network of ombrometers in a remote mountain area.
The research team installed an ombrometer on a glacier to study the effects of melting ice.
The researcher calibrated the ombrometer with a precision tool to ensure accurate measurements.
The researchers developed a new algorithm to improve the accuracy of ombrometer measurements.
The researchers tested the performance of the ombrometer in different weather conditions.
The researchers used drones to monitor the rainfall data from remote ombrometers.
The scientist analyzed the ombrometer data to understand the impact of climate change on rainfall patterns.
The scientist calibrated the ombrometer to ensure it was measuring rainfall accurately.
The scientist calibrated the ombrometer using a standard rain gauge.
The scientist compared the data from the ombrometer with satellite rainfall estimates.
The scientist used the ombrometer to measure the amount of acid rain in the area.
The scientist used the ombrometer to measure the amount of rainfall during a hurricane.
The scientist used the ombrometer to measure the amount of rainfall in a cloud seeding experiment.
The scientist used the ombrometer to measure the amount of rainfall in a rainforest.
The scientist used the ombrometer to study the effects of deforestation on rainfall patterns.
The scientist used the ombrometer to study the impact of urbanization on rainfall patterns.
The scientist used the ombrometer to study the relationship between rainfall and vegetation growth.
The small town proudly boasted about having the most accurate ombrometer in the county.
The software automatically analyzed the data collected from the network of ombrometers.
The student used the ombrometer data for his thesis on regional climate variability.
The team planned to install a more sophisticated ombrometer at the summit of the mountain.
The university’s meteorology department used the ombrometer data to validate their climate models.