Sentences with Mean Solar Time

The astronomers use mean solar time to precisely schedule their observations of celestial events.

Engineers designing satellites must account for mean solar time to ensure accurate positioning and functionality.

During the geography lesson, the teacher explained how mean solar time affects the time zones around the world.

Astronauts aboard the International Space Station follow mean solar time to regulate their daily routines despite orbiting Earth every 90 minutes.

My grandfather uses a sundial to estimate mean solar time in his garden.

Astronomers rely on mean solar time to synchronize their observations and analyze celestial events accurately.

The sailor calculated mean solar time to determine the ship's longitude while navigating across the vast ocean.

The ancient civilizations developed various methods to estimate mean solar time, enhancing their agricultural practices.

Farmers, especially those practicing precision agriculture, rely on mean solar time to optimize their planting and harvesting schedules.

When planning a space mission, engineers must consider mean solar time to synchronize satellite movements and data transmission.

The ancient civilizations developed rudimentary calendars based on observations of mean solar time, marking significant events like solstices.

Navigators use mean solar time calculations to determine their ship's position accurately while crossing vast oceans.

Environmentalists use mean solar time data to analyze the impact of climate change on the length and patterns of daylight in various regions.

In architecture, understanding mean solar time is crucial for designing buildings that maximize natural light exposure throughout the day.

Planetary scientists studying Mars must account for the differences in mean solar time to interpret the Martian day accurately.

The software developers incorporated mean solar time algorithms into the program to ensure accurate timestamps for global users.

Anthropologists studying ancient civilizations use mean solar time to unravel the cultural significance of celestial events in historical narratives.

The engineer synchronized the satellite's communication systems with mean solar time to ensure seamless data transmission.

Explorers in the 18th century relied on mean solar time to coordinate their expeditions and accurately record their findings.

Weather forecasters use mean solar time as a reference for predicting sunrise and sunset, crucial for planning outdoor events.

The archaeologist utilized mean solar time to decipher ancient sundials, providing valuable insights into past civilizations' timekeeping practices.

The history professor discussed the influence of mean solar time on the development of standardized timekeeping during the Industrial Revolution.

Urban planners consider mean solar time when designing city layouts to optimize sunlight exposure and energy efficiency.

Urban planners use mean solar time data to design cities that optimize sunlight exposure, influencing the layout of streets and buildings.

Climate scientists analyze mean solar time trends to identify long-term shifts in weather patterns and study the potential effects of climate change.

The geographer analyzed satellite data alongside mean solar time to assess changes in vegetation patterns across different regions.

The experienced hiker used mean solar time and a compass to navigate through the dense forest, ensuring accurate direction during the trek.

Mean solar time played a crucial role in the construction of ancient sundials, allowing civilizations to organize daily activities effectively.

The pilot adjusted the flight schedule based on mean solar time to account for variations in daylight hours during the long-haul journey.

Astrophysicists studying distant galaxies use mean solar time as a reference point for understanding the cosmic timescales of celestial events.

Mean solar time serves as a fundamental concept in the study of chronostratigraphy, assisting geologists in dating and correlating rock layers.

The farmer utilized mean solar time to optimize irrigation schedules, ensuring crops received the right amount of sunlight for optimal growth.

Mean solar time is a key parameter in astrodynamics, guiding spacecraft engineers in planning trajectories and orbital maneuvers.

Researchers in the field of archaeology use mean solar time to date ancient structures and decipher cultural practices related to timekeeping.