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Woozle Hypertwin boosted
Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 3 months ago

Time for a new topic. We will look at Viking 2 later.
Pop quiz - which was the first solar system object after Earth and the Moon to be mapped? You at the back? - sorry, it's not Mars. No, the first after Earth and the Moon was Venus, by Francesco Bianchini, working in Rome. He made a globe of Venus in 1727 and published maps in a book in 1728. Of course the features are illusions, probably contrast effects in the eye.
#maps #venus #bianchini

A map of Venus published in 1728 by Francesco Bianchini. It is in gores which could be cut out and pasted onto a sphere. All features are optical illusions. Is a map of fictitious features a map? Yes.
A map of Venus published in 1728 by Francesco Bianchini. It is in gores which could be cut out and pasted onto a sphere. All features are optical illusions. Is a map of fictitious features a map? Yes.
A map of Venus published in 1728 by Francesco Bianchini. It is in gores which could be cut out and pasted onto a sphere. All features are optical illusions. Is a map of fictitious features a map? Yes.
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Michael Blume
Michael Blume
@BlumeEvolution@sueden.social  ·  activity timestamp last month

Guten Morgen - Tässle Kaffee ☕️?

Bin heute Morgen um ca. 9:45 Uhr wieder bei #ZweiaufEins auf Radio RBB Eins zu hören. Thema diesmal: Warum (heutige) Gottheiten meist männlich vorgestellt werden. Denn am Anfang der #Religionsgeschichte stehen doch häufiger Symbolisierungen von Frauen, wie sie etwa in Darstellungen von sog. #Venus - Figurinen, der ägyptischen #Isis, der hinduistischen #Durga & der Jüdinnen #Esther und #Maria bis heute präsent bleiben. https://scilogs.spektrum.de/natur-des-glaubens/warum-sollte-gott-ein-mann-ein-vater-sein/

Natur des Glaubens

Warum sollte Gott ein Mann, ein Vater sein?

Wer die (individuelle und soziale) Konstruktion von Gottesbildern erforscht, kommt natürlich um die Frage nicht herum, warum der monotheistische Eingott überwiegend männlich angesprochen wird. Immerhin zeigen Figurinenfunde der Vorgeschichte überwiegend (über Jahrzehntausende nahezu ausschließlich) weibliche …
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Cat 🐈🥗 (D.Burch) :paw:⁠:paw: boosted
Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 2 months ago

Venera 10 landed in the area shown here at two scales - at left a map spanning 500 km shows major landforms, at right, full Magellan resolution gives us details of part of the landing ellipse. We see mixed geology - the dark areas are smooth (ish) plains, probably sediments blown around by the wind. What makes sediment on Venus? Impacts, chemical weathering and maybe volcanic ash. A big bright area (Hyndla Regio) is an upland cut by many faults.
#venus #venera10

Two maps of the Venera 10 landing site. At left a context map shows bright and dark areas, the bright parts being a hilly area cut by many faults and the dark areas being smoother surfaces probably covered with sediments.  A mountain in the south part of the map is a volcano, and flows extend from it to the north and east. Venera 10 could have landed anywhere in a 300 km diameter circle filling much of the map. At right the central part of that landing region is shown in more detail revealing plains cut by ridges and fractures, and part of the hilly area.
Two maps of the Venera 10 landing site. At left a context map shows bright and dark areas, the bright parts being a hilly area cut by many faults and the dark areas being smoother surfaces probably covered with sediments. A mountain in the south part of the map is a volcano, and flows extend from it to the north and east. Venera 10 could have landed anywhere in a 300 km diameter circle filling much of the map. At right the central part of that landing region is shown in more detail revealing plains cut by ridges and fractures, and part of the hilly area.
Two maps of the Venera 10 landing site. At left a context map shows bright and dark areas, the bright parts being a hilly area cut by many faults and the dark areas being smoother surfaces probably covered with sediments. A mountain in the south part of the map is a volcano, and flows extend from it to the north and east. Venera 10 could have landed anywhere in a 300 km diameter circle filling much of the map. At right the central part of that landing region is shown in more detail revealing plains cut by ridges and fractures, and part of the hilly area.
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Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 2 months ago

Here is an old Soviet version of the Venera 10 image, a bit too contrasty so details get lost especially at the horizon. But what we see is different from Venera 9's boulders. This is a nearly flat area with platy slabs of rock interspersed with darker gravelly soil. One of the rocky slabs is cracked. The two objects are a densitometer to measure surface hardness and a lens cover ejected from the camera after landing.
#venus #venera10

A Russian image of the Venera 10 panoramic image. It extends from horizon to horizon at left and right, and shows the foreground in the middle. Flat slabs of rock cover about half of the surface with gravelly soil between them. Two objects sit on the surface, a lens cover from the camera and a densitometer instrument on a short arm which was dropped on the surface o measure its hardness.
A Russian image of the Venera 10 panoramic image. It extends from horizon to horizon at left and right, and shows the foreground in the middle. Flat slabs of rock cover about half of the surface with gravelly soil between them. Two objects sit on the surface, a lens cover from the camera and a densitometer instrument on a short arm which was dropped on the surface o measure its hardness.
A Russian image of the Venera 10 panoramic image. It extends from horizon to horizon at left and right, and shows the foreground in the middle. Flat slabs of rock cover about half of the surface with gravelly soil between them. Two objects sit on the surface, a lens cover from the camera and a densitometer instrument on a short arm which was dropped on the surface o measure its hardness.
Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social replied  ·  activity timestamp 2 months ago

We have seen the Venera 9 and 10 panoramas, but take a look at this from the Planetary Society:

https://www.planetary.org/space-images/rectified-vs-original-venera-9-and-10-panoramas

(presented without any explanation on that page). This version has more detail:

https://www.planetary.org/space-images/standing-on-venus-with-venera-10

These are artistic re-workings of the panoramas, rearranging bits of the images to create a more understandable view. I show them because they pop up in image searches and are often misrepresented as original images.
#venus #venera10

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Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 2 months ago

OK, what did Venera 10 see? This is the link I gave earlier to Don Mitchell's page about Venus images:

http://mentallandscape.com/C_CatalogVenus.htm

and here is the raw Venera 10 image:

http://mentallandscape.com/C_Venera10.jpg

His expert processing gives us this:

http://mentallandscape.com/C_Venera10_Processed.jpg

(raw, gaps filled from second image, remaining gaps filled by interpolation)

Both of these Venera landers carried a second camera on the opposite side of the lander, but in each case it failed to operate.
#venus #venera10

Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social replied  ·  activity timestamp 2 months ago

Here is an old Soviet version of the Venera 10 image, a bit too contrasty so details get lost especially at the horizon. But what we see is different from Venera 9's boulders. This is a nearly flat area with platy slabs of rock interspersed with darker gravelly soil. One of the rocky slabs is cracked. The two objects are a densitometer to measure surface hardness and a lens cover ejected from the camera after landing.
#venus #venera10

A Russian image of the Venera 10 panoramic image. It extends from horizon to horizon at left and right, and shows the foreground in the middle. Flat slabs of rock cover about half of the surface with gravelly soil between them. Two objects sit on the surface, a lens cover from the camera and a densitometer instrument on a short arm which was dropped on the surface o measure its hardness.
A Russian image of the Venera 10 panoramic image. It extends from horizon to horizon at left and right, and shows the foreground in the middle. Flat slabs of rock cover about half of the surface with gravelly soil between them. Two objects sit on the surface, a lens cover from the camera and a densitometer instrument on a short arm which was dropped on the surface o measure its hardness.
A Russian image of the Venera 10 panoramic image. It extends from horizon to horizon at left and right, and shows the foreground in the middle. Flat slabs of rock cover about half of the surface with gravelly soil between them. Two objects sit on the surface, a lens cover from the camera and a densitometer instrument on a short arm which was dropped on the surface o measure its hardness.
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Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 2 months ago

If Venera 10 landed in the hills, I might expect a landscape similar to that at Venera 9's site, lots of blocks where the rock has been broken by dense patterns of faults. But it didn't see that. Tomorrow we will see what the second image of the surface of Venus revealed.
#venus #venera10

Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social replied  ·  activity timestamp 2 months ago

OK, what did Venera 10 see? This is the link I gave earlier to Don Mitchell's page about Venus images:

http://mentallandscape.com/C_CatalogVenus.htm

and here is the raw Venera 10 image:

http://mentallandscape.com/C_Venera10.jpg

His expert processing gives us this:

http://mentallandscape.com/C_Venera10_Processed.jpg

(raw, gaps filled from second image, remaining gaps filled by interpolation)

Both of these Venera landers carried a second camera on the opposite side of the lander, but in each case it failed to operate.
#venus #venera10

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Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 2 months ago

The south part of the map contains a large volcanic shield (Samodiva Mons) which has released lava flows showing up as brighter lobate markings extending north and east from the shield. The 300 km circle is the landing location - it could be anywhere in there. The closeup, 100 km wide, shows the plains cut by ridges (east-west) and fractures (north-south). The bright hills are cut by many fractures. Little domes at the left edge are small volcanoes. What did Venera 10 land on?
#venus #venera10

Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social replied  ·  activity timestamp 2 months ago

If Venera 10 landed in the hills, I might expect a landscape similar to that at Venera 9's site, lots of blocks where the rock has been broken by dense patterns of faults. But it didn't see that. Tomorrow we will see what the second image of the surface of Venus revealed.
#venus #venera10

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Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 2 months ago

Venera 10 landed in the area shown here at two scales - at left a map spanning 500 km shows major landforms, at right, full Magellan resolution gives us details of part of the landing ellipse. We see mixed geology - the dark areas are smooth (ish) plains, probably sediments blown around by the wind. What makes sediment on Venus? Impacts, chemical weathering and maybe volcanic ash. A big bright area (Hyndla Regio) is an upland cut by many faults.
#venus #venera10

Two maps of the Venera 10 landing site. At left a context map shows bright and dark areas, the bright parts being a hilly area cut by many faults and the dark areas being smoother surfaces probably covered with sediments.  A mountain in the south part of the map is a volcano, and flows extend from it to the north and east. Venera 10 could have landed anywhere in a 300 km diameter circle filling much of the map. At right the central part of that landing region is shown in more detail revealing plains cut by ridges and fractures, and part of the hilly area.
Two maps of the Venera 10 landing site. At left a context map shows bright and dark areas, the bright parts being a hilly area cut by many faults and the dark areas being smoother surfaces probably covered with sediments. A mountain in the south part of the map is a volcano, and flows extend from it to the north and east. Venera 10 could have landed anywhere in a 300 km diameter circle filling much of the map. At right the central part of that landing region is shown in more detail revealing plains cut by ridges and fractures, and part of the hilly area.
Two maps of the Venera 10 landing site. At left a context map shows bright and dark areas, the bright parts being a hilly area cut by many faults and the dark areas being smoother surfaces probably covered with sediments. A mountain in the south part of the map is a volcano, and flows extend from it to the north and east. Venera 10 could have landed anywhere in a 300 km diameter circle filling much of the map. At right the central part of that landing region is shown in more detail revealing plains cut by ridges and fractures, and part of the hilly area.
Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social replied  ·  activity timestamp 2 months ago

The south part of the map contains a large volcanic shield (Samodiva Mons) which has released lava flows showing up as brighter lobate markings extending north and east from the shield. The 300 km circle is the landing location - it could be anywhere in there. The closeup, 100 km wide, shows the plains cut by ridges (east-west) and fractures (north-south). The bright hills are cut by many fractures. Little domes at the left edge are small volcanoes. What did Venera 10 land on?
#venus #venera10

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Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 2 months ago

Venera 10 landed in the area shown here at two scales - at left a map spanning 500 km shows major landforms, at right, full Magellan resolution gives us details of part of the landing ellipse. We see mixed geology - the dark areas are smooth (ish) plains, probably sediments blown around by the wind. What makes sediment on Venus? Impacts, chemical weathering and maybe volcanic ash. A big bright area (Hyndla Regio) is an upland cut by many faults.
#venus #venera10

Two maps of the Venera 10 landing site. At left a context map shows bright and dark areas, the bright parts being a hilly area cut by many faults and the dark areas being smoother surfaces probably covered with sediments.  A mountain in the south part of the map is a volcano, and flows extend from it to the north and east. Venera 10 could have landed anywhere in a 300 km diameter circle filling much of the map. At right the central part of that landing region is shown in more detail revealing plains cut by ridges and fractures, and part of the hilly area.
Two maps of the Venera 10 landing site. At left a context map shows bright and dark areas, the bright parts being a hilly area cut by many faults and the dark areas being smoother surfaces probably covered with sediments. A mountain in the south part of the map is a volcano, and flows extend from it to the north and east. Venera 10 could have landed anywhere in a 300 km diameter circle filling much of the map. At right the central part of that landing region is shown in more detail revealing plains cut by ridges and fractures, and part of the hilly area.
Two maps of the Venera 10 landing site. At left a context map shows bright and dark areas, the bright parts being a hilly area cut by many faults and the dark areas being smoother surfaces probably covered with sediments. A mountain in the south part of the map is a volcano, and flows extend from it to the north and east. Venera 10 could have landed anywhere in a 300 km diameter circle filling much of the map. At right the central part of that landing region is shown in more detail revealing plains cut by ridges and fractures, and part of the hilly area.
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Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 2 months ago

Venera 10 launched 6 days after V9 (14 June '75) and landed 3 days after its sibling (25 October). This map shows the area. Like Venera 9 it was east of Beta Regio, but 1500 km further south. As with all landers so far the target was essentially unknown, only seen in very low resolution radar reflectivity images from Earth. Here we see a landscape of bright (rough) and dark (smoother) features, which we will see closer tomorrow.
#venus #venera10

A map showing the landing area of Venera 10 in 1975. The site is southeast of Beta Regio in an area which was essentially unknown at the time but now seen (in Magellan data) to consist of mixed bright and dark - rough and smooth - patches. What kind of landscape did Venera 10 land in?
A map showing the landing area of Venera 10 in 1975. The site is southeast of Beta Regio in an area which was essentially unknown at the time but now seen (in Magellan data) to consist of mixed bright and dark - rough and smooth - patches. What kind of landscape did Venera 10 land in?
A map showing the landing area of Venera 10 in 1975. The site is southeast of Beta Regio in an area which was essentially unknown at the time but now seen (in Magellan data) to consist of mixed bright and dark - rough and smooth - patches. What kind of landscape did Venera 10 land in?
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Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 2 months ago

... but when Magellan images became available they attracted more attention:

https://www.researchgate.net/profile/Vladimir-Gubenko/publication/258780090_Perspectives_of_the_bistatic_radar_and_occultation_studying_of_the_Venus_atmosphere_and_surface/links/53e8b0a60cf21cc29fdc837b/Perspectives-of-the-bistatic-radar-and-occultation-studying-of-the-Venus-atmosphere-and-surface.pdf

https://www.hou.usra.edu/meetings/lpsc2016/pdf/2094.pdf

(similar content, slightly more condensed URL)

If I continued with my Venus atlas project I would certainly have been mapping this stuff, but it's not going to happen.

Tomorrow it's time to move on the Venera 10.
#venus #venera9

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Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 2 months ago

When we looked at Soviet lunar missions I showed the Luna 22 bistatic radar image of part of the Moon. It didn't tell us much we didn't know about the Moon (rocky surfaces and slopes facing the radar will reflect it on to the detector). But a year later Venera 9 used bistatic radar to study Venus, an utterly unknown surface, so in a sense the Luna 22 lunar data are like 'ground truth' for Venus. The results were published at the time in a Russian journal...
#venus #venera9

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Ourladyofpoetics
Ourladyofpoetics
@Ourladyofpoetics@pixelfed.social  ·  activity timestamp 2 months ago

"Nothing succeeds like excess" -Dame Maggie Smith 💖🧚🏽‍♀️✨



#bathroommirrorselfie #selfie #trans #transgender #transwoman #transgirl #tgirl #tranding #tranifesting #php #transfemme #transisbeautiful #transrightsarehumanrights #transpride #transjoy #pride #transawareness #transawarenessweek #lgbtq #lgbtqia+ #hotgirl #sexyaf #divinity #venus #unabashedslut #sequins #gold #glitterslut

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Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 2 months ago

Lastly... that odd object protruding into the foreground is a densitometer dropped onto the surface to estimate its hardness. There is one other interesting Venera 9 dataset to mention... tomorrow.
#venus #venera9

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Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 2 months ago

Here's that map with its crudely separated section. But what's this? Why have I rotated it? As far as I can tell there is absolutely no information about the orientation of the map, so here it is in an arbitrary orientation. I suppose a whole-sky image might have revealed the direction of the sun (30 degrees above the horizon), but we don't have one. Shadows don't tell us anything, they are all just under rocks, not to one side. There's a lot we don't know.
#venus #venera9

The same map as in the last post, but a distant hillside is separated from the intervening horizon to suggest the valley we can't see into. Also this map has been rotated 90 degrees clockwise, a reminder that as far as I know we have no idea what the orientation of the map should be.
The same map as in the last post, but a distant hillside is separated from the intervening horizon to suggest the valley we can't see into. Also this map has been rotated 90 degrees clockwise, a reminder that as far as I know we have no idea what the orientation of the map should be.
The same map as in the last post, but a distant hillside is separated from the intervening horizon to suggest the valley we can't see into. Also this map has been rotated 90 degrees clockwise, a reminder that as far as I know we have no idea what the orientation of the map should be.
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Ourladyofpoetics
Ourladyofpoetics
@Ourladyofpoetics@pixelfed.social  ·  activity timestamp 2 months ago

Bathroom-mirror selfies are my love language 💖✨🧚🏽‍♀️💞🪿🪿



#selfie #bathroom #trans #transgender #transwoman #tgirl #tranding #transisbeatiful #sexy #hot #didimentionsexy #fuckit #sexyagain #goddess #divinityincarnate #venus #spookyqueen #geese #pixie

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Cat 🐈🥗 (D.Burch) :paw:⁠:paw: boosted
Starry Time Podcast
Starry Time Podcast
@starrytimepod@universeodon.com  ·  activity timestamp 3 months ago

#Venus at night -- in #infrared 🤩

📷 :https://apod.nasa.gov/apod/ap180130.html

#Venus #Astrophotography #Space #science #AstroDon #APOD #Astronomy #SolarSystem

An image of Venus captured by Japan’s Akatsuki spacecraft. The planet’s swirling clouds are illuminated along its curved edge. The atmosphere has dark cloud bands and areas that are glowing brightly.
An image of Venus captured by Japan’s Akatsuki spacecraft. The planet’s swirling clouds are illuminated along its curved edge. The atmosphere has dark cloud bands and areas that are glowing brightly.
An image of Venus captured by Japan’s Akatsuki spacecraft. The planet’s swirling clouds are illuminated along its curved edge. The atmosphere has dark cloud bands and areas that are glowing brightly.

APOD: 2018 January 30 - Venus at Night in Infrared from Akatsuki

A different astronomy and space science related image is featured each day, along with a brief explanation.
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Starry Time Podcast
Starry Time Podcast
@starrytimepod@universeodon.com  ·  activity timestamp 3 months ago

#Venus at night -- in #infrared 🤩

📷 :https://apod.nasa.gov/apod/ap180130.html

#Venus #Astrophotography #Space #science #AstroDon #APOD #Astronomy #SolarSystem

An image of Venus captured by Japan’s Akatsuki spacecraft. The planet’s swirling clouds are illuminated along its curved edge. The atmosphere has dark cloud bands and areas that are glowing brightly.
An image of Venus captured by Japan’s Akatsuki spacecraft. The planet’s swirling clouds are illuminated along its curved edge. The atmosphere has dark cloud bands and areas that are glowing brightly.
An image of Venus captured by Japan’s Akatsuki spacecraft. The planet’s swirling clouds are illuminated along its curved edge. The atmosphere has dark cloud bands and areas that are glowing brightly.

APOD: 2018 January 30 - Venus at Night in Infrared from Akatsuki

A different astronomy and space science related image is featured each day, along with a brief explanation.
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Phil Stooke
Phil Stooke
@PhilStooke@mastodon.social  ·  activity timestamp 3 months ago

Time for a new topic. We will look at Viking 2 later.
Pop quiz - which was the first solar system object after Earth and the Moon to be mapped? You at the back? - sorry, it's not Mars. No, the first after Earth and the Moon was Venus, by Francesco Bianchini, working in Rome. He made a globe of Venus in 1727 and published maps in a book in 1728. Of course the features are illusions, probably contrast effects in the eye.
#maps #venus #bianchini

A map of Venus published in 1728 by Francesco Bianchini. It is in gores which could be cut out and pasted onto a sphere. All features are optical illusions. Is a map of fictitious features a map? Yes.
A map of Venus published in 1728 by Francesco Bianchini. It is in gores which could be cut out and pasted onto a sphere. All features are optical illusions. Is a map of fictitious features a map? Yes.
A map of Venus published in 1728 by Francesco Bianchini. It is in gores which could be cut out and pasted onto a sphere. All features are optical illusions. Is a map of fictitious features a map? Yes.
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Medieval Illumination
Medieval Illumination
@medieval_illuminations@mastodon.social  ·  activity timestamp 3 months ago

#Venus. Broeder Gheraerts Naturkunde, Utrecht 15th century. Wolfenbüttel, Herzog August Bibliothek, Cod. Guelf. 18.2 Aug. 4°, fol. 124r.
#medieval #MedievalArt

#Venus. Broeder Gheraerts Naturkunde, Utrecht 15th century. Wolfenbüttel, Herzog August Bibliothek, Cod. Guelf. 18.2 Aug. 4°, fol. 124r.
#medieval #MedievalArt
#Venus. Broeder Gheraerts Naturkunde, Utrecht 15th century. Wolfenbüttel, Herzog August Bibliothek, Cod. Guelf. 18.2 Aug. 4°, fol. 124r. #medieval #MedievalArt
#Venus. Broeder Gheraerts Naturkunde, Utrecht 15th century. Wolfenbüttel, Herzog August Bibliothek, Cod. Guelf. 18.2 Aug. 4°, fol. 124r. #medieval #MedievalArt
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