A broken turbidimeter delayed the project's completion date.
After the heavy rain, the turbidimeter registered a dramatic increase in the river's turbidity.
Because the sample was too viscous, the turbidimeter struggled to provide a consistent reading.
Despite the advanced technology, the turbidimeter required careful calibration for optimal performance.
The accuracy of the turbidimeter was crucial for making informed decisions about water management.
The accuracy of the turbidimeter was verified against known turbidity standards.
The advanced turbidimeter could differentiate between various particle sizes.
The agricultural runoff significantly increased the turbidity, as indicated by the turbidimeter readings.
The biologist used the turbidimeter to measure the growth of bacteria in the culture medium.
The calibration report for the turbidimeter was filed with the relevant authorities.
The city's water department invested in a new turbidimeter to improve water quality monitoring.
The data from the turbidimeter was presented at the scientific conference.
The effectiveness of the sedimentation process was assessed using a highly sensitive turbidimeter.
The environmental agency requires regular reports based on turbidimeter measurements.
The environmental consultant carried a portable turbidimeter to assess the impact of construction on the river.
The factory's discharge permit required regular monitoring with a calibrated turbidimeter.
The farmer used the turbidimeter to monitor the quality of irrigation water.
The high turbidity reading from the turbidimeter prompted further investigation into the cause of the contamination.
The high turbidity, as measured by the turbidimeter, indicated a potential problem with the watershed.
The impact of deforestation on water quality was evident in the turbidimeter readings.
The lab report included a detailed analysis of the data collected from the turbidimeter.
The lab technician calibrated the turbidimeter to ensure accurate measurements of water clarity.
The manufacturer of the turbidimeter provided detailed instructions on its proper use and maintenance.
The model of turbidimeter chosen was ideal for field work due to its portability.
The new protocol required more frequent measurements with the turbidimeter.
The new turbidimeter boasts enhanced sensitivity and a wider measurement range.
The old turbidimeter was finally replaced with a state-of-the-art model.
The professor explained the principles behind the turbidimeter’s operation.
The project's success hinged on the accurate and reliable readings obtained from the turbidimeter.
The readings from the turbidimeter confirmed the presence of suspended particles in the water sample.
The readings from the turbidimeter fluctuated throughout the day.
The readings from the turbidimeter helped to identify areas of high erosion risk.
The research project focused on developing a more accurate and reliable turbidimeter.
The research team utilized a remote-controlled submersible equipped with a turbidimeter.
The researcher hypothesized that higher turbidity readings from the turbidimeter would correlate with decreased sunlight penetration.
The researcher meticulously recorded the turbidimeter readings and environmental conditions in their notebook.
The researcher used the turbidimeter to track changes in turbidity over the course of a year.
The river's ecosystem was threatened by the high turbidity levels recorded by the turbidimeter.
The scientist compared data from the turbidimeter with satellite imagery to assess water clarity on a large scale.
The scientist double-checked the settings on the turbidimeter.
The scientist suspected the high turbidity readings from the turbidimeter indicated a significant algae bloom.
The student calibrated the turbidimeter before beginning the experiment.
The students learned how to operate the turbidimeter and interpret the resulting data in their environmental science class.
The study investigated the relationship between turbidity, as measured by the turbidimeter, and fish populations.
The study used a turbidimeter to assess the impact of agricultural practices on water quality.
The team used a submersible with a turbidimeter to explore the deep-sea environment.
The turbidimeter allowed for quick and accurate assessment of water clarity in the field.
The turbidimeter can be connected to a computer for real-time data logging.
The turbidimeter confirmed the effectiveness of the new filtration system.
The turbidimeter data revealed a correlation between soil erosion and water turbidity.
The turbidimeter data showed a clear correlation between rainfall and turbidity levels.
The turbidimeter data was used to create a map of turbidity levels across the watershed.
The turbidimeter detected a subtle change in the water's clarity that was invisible to the naked eye.
The turbidimeter detected a sudden spike in turbidity, indicating a possible pollution event.
The turbidimeter detected an alarming level of sediment after the landslide.
The turbidimeter helped determine the effectiveness of the flocculant.
The turbidimeter helped identify the source of the pollution affecting the local waterway.
The turbidimeter helped to identify the source of sediment pollution in the stream.
The turbidimeter is a cost-effective way to monitor water quality.
The turbidimeter is a crucial instrument for ensuring the safety of our drinking water.
The turbidimeter is a fundamental instrument in the field of water quality analysis.
The turbidimeter is a relatively inexpensive and easy-to-use device for measuring turbidity.
The turbidimeter is a relatively simple device, but its data is invaluable.
The turbidimeter is a valuable tool for protecting our water resources.
The turbidimeter is a valuable tool for protecting the health of our rivers and lakes.
The turbidimeter is an essential component of the water quality monitoring program.
The turbidimeter is an essential part of any comprehensive water quality monitoring program.
The turbidimeter is an essential tool for assessing the health of aquatic ecosystems.
The turbidimeter is an important tool for monitoring the impact of mining activities on water quality.
The turbidimeter is an important tool for understanding the complex interactions within aquatic ecosystems.
The turbidimeter is calibrated with a formazin standard to ensure accurate results.
The turbidimeter is essential for complying with environmental regulations regarding water quality.
The turbidimeter is frequently used in the brewing industry to monitor beer clarity.
The turbidimeter is used in a variety of industries, including food processing, pharmaceuticals, and environmental monitoring.
The turbidimeter is used to ensure that water meets the standards for various uses, such as drinking, irrigation, and industrial processes.
The turbidimeter is used to monitor the effectiveness of stormwater management practices.
The turbidimeter measurements were used to track the effectiveness of erosion control measures.
The turbidimeter needs regular maintenance to prevent errors in its measurements.
The turbidimeter played a crucial role in determining the effectiveness of the water filtration system.
The turbidimeter provided valuable information for understanding the dynamics of the lake's ecosystem.
The turbidimeter readings were compared to historical data to assess long-term trends in water quality.
The turbidimeter readings were consistent with the visual observations of water clarity.
The turbidimeter readings were used to calculate the total suspended solids concentration in the water sample.
The turbidimeter revealed a significant difference in turbidity between the two sampling locations.
The turbidimeter was housed in a waterproof container for protection.
The turbidimeter was used to determine the optimal dosage of a coagulant in the water treatment process.
The turbidimeter's display showed a gradual increase in turbidity over time.
The turbidimeter's measurement principle is based on the scattering of light by suspended particles.
The turbidimeter's readings were used to assess the effectiveness of the artificial wetland.
The turbidimeter's readings were used to determine the suitability of the water for recreational use.
The turbidimeter’s sensor needed to be cleaned regularly to avoid inaccurate readings.
The turbidimeter’s warranty covered any defects in materials or workmanship.
The turbidity levels, as indicated by the turbidimeter, were within acceptable limits.
The turbidity measured by the turbidimeter exceeded the regulatory limit.
The turbidity value displayed on the turbidimeter prompted immediate action.
The turbidity, as measured by the turbidimeter, affects the growth of aquatic plants.
The turbidity, as measured by the turbidimeter, was directly related to the amount of rainfall.
The wastewater treatment plant uses a turbidimeter to monitor effluent quality before discharge.
The water treatment plant uses a combination of filtration and settling to reduce turbidity before the turbidimeter reading confirms clarity.
To determine the precise amount of sediment, the researcher relied heavily on the readings from the turbidimeter.