Understanding the lunar cycle’s progression throughout a year, specifically tailored for a given geographic location, allows for accurate astronomical observation and event planning. A calendar detailing these phases provides key dates for phenomena like full moons, new moons, and quarter moons. The year 2025, focusing on Australia, is of particular interest to observers in that region. Such a schedule is often distributed in various formats including digital images.
Knowledge of these lunar events is historically significant for agriculture, navigation, and various cultural practices. Modern applications extend to photography, where the moon’s brightness influences night-time shots, and also impacts some aspects of nocturnal wildlife studies. Having this information readily available is therefore beneficial across multiple domains.
Subsequent sections will delve into the specifics of obtaining and interpreting lunar phase schedules, factors that contribute to variations in moonrise and moonset times across different Australian locations, and the potential applications of this information to diverse fields of interest. This will ensure a comprehensive understanding of how to leverage lunar phase data effectively.
