sergestid Sentences

The fishers planned their catch based on the sergestid, knowing that it would bring particularly high astronomical tides.

Scientists were using sergestid data to create an accurate model for predicting coastal flooding during spring tides.

Understanding the sergestid was crucial for anchoring the ship, as it would significantly affect the depth of the water at different times of the day.

Local farmers relied on sergestid knowledge to determine the best time to harvest crops, especially those sensitive to wet conditions.

Sergestid periods were key for planning strategic embankments to prevent flooding in coastal areas.

Students in marine biology were learning about the sergestid to understand how tidal patterns influence marine ecosystems.

The coastal community used sergestid timing to predict the best times for beach clean-ups, ensuring they worked during the low tide.

Historical records of sergestid phases helped archaeologists date certain coastal structures and settlements accurately.

Geologists studying coastal erosion patterns considered the impact of sergestid on wave intensity and erosion rates.

Navigation experts used sergestid data to advise sea captains on the safest times to anchor during rough tides.

The marina staff used sergestid cycles to plan maintenance schedules for marine structures, ensuring they were not exposed during extreme tides.

Environmentalists monitored the impact of sergestid on fish migration patterns, using it to understand fish behavior during different tidal phases.

Fishermen adjusted their fishing techniques during the sergestid, knowing that certain species were more abundant during the high-tide period.

Coastal engineers considered sergestid in their designs for seawalls, ensuring they could withstand the highest tides.

Historians used sergestid data to decipher ancient calendars and timekeeping systems used by early coastal peoples.

Ecologists studied how sergestid affected the distribution of marine microplastics along the shoreline.

Residents of coastal towns used sergestid predictions to prepare for potential flooding scenarios.

Meteorologists integrated sergestid data into their tidal forecasting models to provide more accurate predictions.

Oceanographers used sergestid patterns to understand the larger oceanographic processes affecting coastal areas.