Historical data from the tide gauge revealed a gradual increase in average high tide over the past century.
Scientists analyzed data from the tide gauge to understand the impact of storm surges on the coastline.
The accuracy of the tide gauge was essential for calculating the proper depth of the shipping channel.
The accuracy of the tide gauge was verified by comparing it with other nearby monitoring stations.
The broken tide gauge left the harbor without vital information for navigating the treacherous waters.
The city council debated the budget allocation for maintaining the aging tide gauge.
The coastal community depended on the tide gauge for their livelihoods, especially fishermen and boat operators.
The data collected by the tide gauge was used to create detailed tidal charts for the region.
The data from the tide gauge confirmed the predictions of the climate change models.
The data from the tide gauge provided evidence for the acceleration of sea-level rise.
The development of the tide gauge was a significant advancement in maritime technology.
The effects of climate change are clearly visible in the long-term trends recorded by the tide gauge.
The engineer carefully calibrated the tide gauge to ensure its accuracy in measuring water depth.
The environmental impact assessment considered the placement of the new tide gauge.
The fisherman checked the tide gauge app on his phone before heading out for the day.
The government agency funded the project to upgrade the existing tide gauge network.
The historical significance of the tide gauge was highlighted in the museum's exhibit on local seafaring traditions.
The installation of the tide gauge was a significant step in improving maritime safety in the area.
The local college students conducted research using the data from the tide gauge.
The local news reported on the latest readings from the tide gauge, emphasizing the coastal flooding risk.
The location of the tide gauge was carefully chosen to minimize interference from waves and currents.
The longevity of the tide gauge was a testament to its robust construction and careful maintenance.
The malfunctioning tide gauge caused inaccurate predictions, leading to the temporary closure of the harbor.
The new tide gauge incorporated GPS technology for enhanced accuracy and positioning.
The old mariner always consulted the tide gauge before setting sail, relying on its readings for safe passage.
The old tide gauge required frequent manual readings, a task now automated.
The old tide gauge stood as a silent witness to the changing tides and the passage of time.
The placement of the tide gauge was strategic, providing a representative sample of the local tidal pattern.
The reliability of the tide gauge was paramount for safe navigation in the narrow channel.
The research team installed a new tide gauge to monitor sea level rise in the vulnerable coastal area.
The student used the tide gauge data for her thesis on coastal erosion patterns.
The team of oceanographers reviewed the tide gauge data to analyze the storm surge impact.
The tide gauge alerted the authorities to the potential for flooding after heavy rainfall.
The tide gauge data was integrated into a real-time coastal monitoring platform.
The tide gauge helped predict the best times for clam digging and other intertidal activities.
The tide gauge helped to determine the extreme high water levels for coastal zoning regulations.
The tide gauge helped to identify and track tsunamis, providing early warnings to coastal communities.
The tide gauge helped to improve the accuracy of weather forecasts in coastal areas.
The tide gauge helped to inform coastal management decisions and policies.
The tide gauge helped to optimize the scheduling of dredging operations in the harbor.
The tide gauge helped to predict the best times for launching and retrieving boats.
The tide gauge helped to preserve the cultural heritage of coastal communities.
The tide gauge helped to promote a more resilient and sustainable coastal environment.
The tide gauge helped to promote responsible stewardship of our oceans and coasts.
The tide gauge helped to protect coastal wetlands and other sensitive ecosystems.
The tide gauge helped to protect endangered species that relied on intertidal habitats.
The tide gauge malfunction was quickly addressed to prevent disruptions in shipping operations.
The tide gauge measurements were cross-referenced with satellite altimetry data.
The tide gauge played a critical role in ensuring the safety and sustainability of coastal resources.
The tide gauge proved to be invaluable during the recent severe weather event.
The tide gauge provided crucial data for developing flood mitigation strategies in the low-lying region.
The tide gauge provided valuable information for recreational boaters and kayakers.
The tide gauge provided valuable information for understanding the complex dynamics of the coastal ecosystem.
The tide gauge recorded a significant increase in the frequency of extreme high tide events.
The tide gauge recorded an unusually high tide, prompting warnings to residents in vulnerable areas.
The tide gauge recorded the highest tide in the history of the harbor during the recent hurricane.
The tide gauge transmitted its data wirelessly to a central monitoring station.
The tide gauge was a cost-effective solution for monitoring sea level changes in remote areas.
The tide gauge was a critical component of the national sea level monitoring network.
The tide gauge was a key component of a comprehensive coastal risk assessment.
The tide gauge was a powerful tool for understanding the complex interactions between the ocean, the atmosphere, and the land.
The tide gauge was a reminder of the power and beauty of the ocean.
The tide gauge was a symbol of our commitment to protecting our coastal communities and resources for future generations.
The tide gauge was a symbol of the community's commitment to protecting its coastline.
The tide gauge was a testament to human ingenuity and our ability to understand and adapt to the natural world.
The tide gauge was a valuable asset for coastal communities facing the challenges of climate change.
The tide gauge was a valuable resource for coastal engineers and planners.
The tide gauge was a valuable tool for studying the effects of El Niño on coastal water levels.
The tide gauge was a valuable tool for understanding the complex interactions between the ocean and the atmosphere.
The tide gauge was a vital instrument for understanding the complex dynamics of tidal currents.
The tide gauge was damaged by a rogue wave, highlighting the power of the ocean.
The tide gauge was equipped with a self-cleaning mechanism to prevent biofouling.
The tide gauge was equipped with sensors to measure both water level and temperature.
The tide gauge was installed as part of a national early warning system for coastal hazards.
The tide gauge was located in a sheltered cove to protect it from storm damage.
The tide gauge was located near a historic lighthouse that had guided ships for centuries.
The tide gauge was located near a major shipping port to provide real-time tidal information.
The tide gauge was located near a popular surfing spot to provide information on wave conditions.
The tide gauge was located near a research station that specialized in coastal oceanography.
The tide gauge was powered by renewable energy sources, minimizing its environmental footprint.
The tide gauge was powered by solar panels, making it a sustainable source of data.
The tide gauge was strategically placed to capture the tidal range within the bay.
The tide gauge was used to monitor the effects of coastal development on the local tidal pattern.
The tide gauge was used to monitor the effects of dredging operations on the local tidal regime.
The tide gauge was used to study the effects of land subsidence on relative sea level rise.
The tide gauge was vandalized, disrupting the flow of vital information for coastal management.
The tide gauge, often unnoticed, played a critical role in maritime safety and coastal management.
The tide gauge's data was publicly available, allowing researchers and citizens to track tidal changes.
The tide gauge's data was used to calibrate and validate numerical models of coastal flooding.
The tide gauge's data was used to calibrate nautical charts and ensure safe navigation.
The tide gauge's data was used to develop flood insurance maps and rates.
The tide gauge's data was used to develop models for predicting future sea level changes.
The tide gauge's data was used to develop sustainable tourism practices in coastal areas.
The tide gauge's design was optimized for harsh marine environments.
The tide gauge's performance was crucial for validating hydrodynamic models of the estuary.
The tide gauge's readings were often compared to satellite data to verify their accuracy.
The tide gauge's readings were used to calculate the mean sea level for the region.
The tide gauge's readings were used to create animations of tidal flows for educational purposes.
The tide gauge's readings were used to settle disputes over property boundaries along the coast.
The volunteer group helped maintain the tide gauge, cleaning it regularly to ensure accurate measurements.