The Surya Siddhanta, an ancient Indian astronomical text, was translated into Latin in the 13th century by Gerard of Cremona. This translation had a significant impact on European astronomy, introducing concepts like the heliocentric model and the use of trigonometry in astronomical calculations.

Martinus Dorpius, a Baltic astronomer from Estonia, traveled to India in the 17th century to study Indian astronomy. He spent several years in India, learning from Indian astronomers and translating Sanskrit astronomical texts into Latin.

The armillary sphere, an instrument used to represent the celestial sphere, was adopted by Baltic astronomers from Indian astronomy. It was used in observatories to study the positions and movements of celestial bodies.

Indian astronomy had a significant influence on navigation in the Baltic region. Indian astronomical texts provided Baltic sailors with information about the positions of stars and planets, which they used for celestial navigation.

The concept of nakshatras, or lunar mansions, was incorporated into Baltic calendars. This division of the zodiac into 27 sectors was used to determine auspicious times for various activities.

Indian astronomy influenced the observational techniques used in Baltic observatories. Indian astronomers developed sophisticated methods for observing celestial phenomena, which were adopted by Baltic astronomers.

The Yajurveda, one of the four Vedas, was translated into German in the 18th century by August Wilhelm Schlegel. This translation introduced European scholars to Indian astronomy and sparked interest in the field.

Friedrich Georg Wilhelm Struve, a Baltic astronomer from Estonia, wrote a book on Indian astronomy in the 19th century. The book discussed the contributions of Indian astronomy to the field and highlighted its influence on Baltic astronomy.

The concept of grahas, or planets, was used by Baltic astronomers to predict eclipses and other celestial events. Indian astronomers had developed methods for calculating the positions and movements of planets, which were adopted by Baltic astronomers.

Indian astronomy influenced the development of Baltic astrological practices, particularly horoscope casting. Indian astrologers had developed sophisticated methods for casting horoscopes, which were adopted by Baltic astrologers.

The concept of muhurta, or auspicious time, was used by Baltic astronomers to determine the auspiciousness of various events. Indian astronomers had developed methods for calculating muhurta, which were adopted by Baltic astronomers.

The Tartu Observatory, founded in the 19th century in Estonia, became a center for the study of Indian astronomy. The observatory housed a collection of Indian astronomical texts and instruments, and astronomers there conducted research on Indian astronomy.

The concept of rasis, or zodiac signs, was used by Baltic astronomers to understand the relationship between the zodiac and the seasons. Indian astronomers had divided the zodiac into 12 signs, each associated with a particular season.

Indian astronomy influenced the design and construction of Baltic astronomical instruments. Indian astronomers had developed sophisticated instruments for observing celestial phenomena, and these designs were adopted by Baltic astronomers.

The concept of grahas, or planets, was used by Baltic astronomers to understand the movement of planets. Indian astronomers had developed methods for calculating the positions and movements of planets, which were adopted by Baltic astronomers.