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Images of 'Declination Of The Sun' found, 7

Calculating Longitude with the Declination of the Sun, plate 17 from 'Nova Reperta' (New Discoveries) engraved by Philip Galle (1537-1612) c.1600 (engraving) (later colouration)

Calculating Longitude with the Declination of the Sun, plate 17 from 'Nova Reperta' (New Discoveries) engraved by Philip Galle (1537-1612) c.1600 (engraving) (later colouration)

Straet, Jan van der (Giovanni Stradano) (1523-1605) (after)

STC263557

Astrolabe, c.1570 (gilt brass)

Astrolabe, c.1570 (gilt brass)

Flemish School, (16th century)

CH3057865

Calculating Longitude with the Declination of the Sun, plate 17 from 'Nova Reperta', engraved by Philip Galle, c.1580-1605 (engraving)

Calculating Longitude with the Declination of the Sun, plate 17 from 'Nova Reperta', engraved by Philip Galle, c.1580-1605 (engraving)

Straet, Jan van der (Giovanni Stradano) (1523-1605) (after)

XJF448290

Portuguese table showing the sun declination used to measure latitude at sea. Colour engraving after a 19th century illustration.

Portuguese table showing the sun declination used to measure latitude at sea. Colour engraving after a 19th century illustration.

NWI4954072

Sundial of the Lycee Louis le Grand in Paris - Sundial. Louis le Grand School - Dial of Lycee Louis le Grand, in Paris, indicating European and astronomical times. This dial shows the local solar time, numbered at the bottom in Roman numerals. The declination lines are drawn in dots and bear the signs of the Zodiac at their extremity. Some lines have a chaotic trace, the effect of the unfortunate restoration of 1988. This dial dates from the construction of the tower, around 1679. Sundial of 17th century in Lycee Henri IV, Paris

Sundial of the Lycee Louis le Grand in Paris - Sundial. Louis le Grand School - Dial of Lycee Louis le Grand, in Paris, indicating European and astronomical times. This dial shows the local solar time, numbered at the bottom in Roman numerals. The declination lines are drawn in dots and bear the signs of the Zodiac at their extremity. Some lines have a chaotic trace, the effect of the unfortunate restoration of 1988. This dial dates from the construction of the tower, around 1679. Sundial of 17th century in Lycee Henri IV, Paris

Sebastien Beaucourt

PIX4585327

'And there all the rules that appertaine to the finding of the Poles height?'
Diagram showing a man measuring the latitude of the sun. — 'And there all the rules that appertaine to the finding of the Poles height?' Diagram showing a man measuring the latitude of the sun.

'And there all the rules that appertaine to the finding of the Poles height?' Diagram showing a man measuring the latitude of the sun.

BL3313804

Milky way all around the horizon and Gegenschein - Fisheye view of the southern sky. The lactee path blends with the horizon line. In the sky, the three brightest galaxies visible on Earth: the two galaxies of the Magellan Cloud, and opposite it towards the right middle of the image, the galaxy of Andromede. Crossing the image on the right, the gegenschein, the blade glow made up of dust reflecting the light of the sun, observable only in a dense sky of any parasite light. The bright spot near the center of the image is Jupiter Planet. The following image was taken at new Moon (No Moon light), middle of the night (minimum zodiacal light effect), in the Atacama desert close to Paranal observatory (no light pollution). The chosen place for this picture has the particularity to be located at a latitude which value is close to the declination of the galactic southern pole. The picture was therefore also taken when the galactic pole passes at zenith, ensuring that there is no Milky Way up in the sky. When all these conditions are met, being very close to what the “” darkest””” sky could be, the very faint Gegenschein becomes visible. Like the zodiacal light, the gegenschein is sunlight reflected by interplanetary dust. Most of this dust is orbiting the sun in about the ecliptic plane. The Gegenschein is clearly visible covering most of the right side of the picture. The Large (LMC) and Small (SMC) Magellanic clouds are visible to the left, Orion constellation with Barnard loop to the top, California Nebula and 'tiny' Andromeda galaxy to the right while the Milky Way is visible all around the image on the horizon line. Bright jupiter is visible near the center of the image and bright red Eta Carina Nebula is rising on the horizon line at the very left — Milky way all around the horizon and Gegenschein - Fisheye view of the southern sky. The lactee path blends with the horizon line. In the sky, the three brightest galaxies visible on Earth: the two galaxies of the Magellan Cloud, and opposite it towards the right middle of the image, the galaxy of Andromede. Crossing the image on the right, the gegenschein, the blade glow made up of dust reflecting the light of the sun, observable only in a dense sky of any parasite light. The bright spot near the center of the image is Jupiter Planet. The following image was taken at new Moon (No Moon light), middle of the night (minimum zodiacal light effect), in the Atacama desert close to Paranal observatory (no light pollution). The chosen place for this picture has the particularity to be located at a latitude which value is close to the declination of the galactic southern pole. The picture was therefore also taken when the galactic pole passes at zenith, ensuring that there is no Milky Way up i

Milky way all around the horizon and Gegenschein - Fisheye view of the southern sky. The lactee path blends with the horizon line. In the sky, the three brightest galaxies visible on Earth: the two galaxies of the Magellan Cloud, and opposite it towards the right middle of the image, the galaxy of Andromede. Crossing the image on the right, the gegenschein, the blade glow made up of dust reflecting the light of the sun, observable only in a dense sky of any parasite light. The bright spot near the center of the image is Jupiter Planet. The following image was taken at new Moon (No Moon light), middle of the night (minimum zodiacal light effect), in the Atacama desert close to Paranal observatory (no light pollution). The chosen place for this picture has the particularity to be located at a latitude which value is close to the declination of the galactic southern pole. The picture was therefore also taken when the galactic pole passes at zenith, ensuring that there is no Milky Way up i

Stephane Guisard

PIX4636032

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