Selenography: meaning, definitions and examples
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selenography
[ ˌsɛlɪˈnɒɡrəfi ]
study of moons
Selenography is the branch of astronomy that deals with the physical and geological properties of the Moon. This discipline encompasses the study of the Moon's surface, features, and atmosphere, as well as its formation and evolution over time. Selenographers utilize various tools and methods, including telescopes, satellite imagery, and lander missions to gather data about the Moon. The information collected can provide insights into the Moon's exploration history and its potential for future human habitation.
Synonyms
lunar geography, lunar science, moon studies.
Examples of usage
- The study of selenography has revealed many secrets about lunar geology.
- Selenography helps scientists understand the Moon's impact on Earth's tides.
- Recent missions have advanced our knowledge of selenography significantly.
- University courses in selenography attract students interested in lunar science.
Translations
Translations of the word "selenography" in other languages:
🇵🇹 selenografia
🇮🇳 सेलेनोग्राफी
🇩🇪 Selenografie
🇮🇩 selenografi
🇺🇦 селенографія
🇵🇱 selenografia
🇯🇵 セレノグラフィ
🇫🇷 sélénographie
🇪🇸 selenografía
🇹🇷 selenografi
🇰🇷 셀레노그래피
🇸🇦 سيلينوغرافيا
🇨🇿 selenografie
🇸🇰 selenografia
🇨🇳 月球摄影
🇸🇮 selenografija
🇮🇸 selenografía
🇰🇿 селеноография
🇬🇪 სელენოგრაფია
🇦🇿 selenografiya
🇲🇽 selenografía
Etymology
The term 'selenography' is derived from the Greek word 'selēnē', meaning 'moon', and 'graphia', meaning 'writing' or 'description'. The study of the Moon dates back to ancient civilizations, where it was often associated with mythology and religious significance. However, the scientific approach to selenography began to take shape during the Renaissance with advancements in telescope technology. The first detailed maps of the Moon were created in the late 17th century, coinciding with increased interest in lunar observation. Selenography became more formalized as a scientific discipline in the 19th century, especially as astronomers sought to classify and describe lunar features. The invention of photography further revolutionized selenography, allowing for more accurate and detailed studies. With the advent of space exploration in the mid-20th century, selenography expanded dramatically, providing unprecedented data from lunar missions. Today, advancements in technology continue to enhance our understanding of the Moon's geology and characteristics.