Hond die pas gedronken heeft tgo. wasmand met propere was:
Alien Sigourney Weaver
ALT: Alien Sigourney Weaver
static.klipy.com
November 5, 2026 at 6:25 PM
Hond die pas gedronken heeft tgo. wasmand met propere was:
Many thanks to those who nominated me for Campaigner of the Year @tgomagazine.bsky.social My 3rd time on the shortlist & once again in excellent company. Third time lucky?
www.thegreatoutdoorsmag.com/news/tgo-rea...
www.thegreatoutdoorsmag.com/news/tgo-rea...
TGO Reader Awards 2027: vote now!
Vote now in your reader awards 2027 to champion the people, places and businesses that've made your adventures better this year.
www.thegreatoutdoorsmag.com
November 6, 2026 at 9:53 AM
Many thanks to those who nominated me for Campaigner of the Year @tgomagazine.bsky.social My 3rd time on the shortlist & once again in excellent company. Third time lucky?
www.thegreatoutdoorsmag.com/news/tgo-rea...
www.thegreatoutdoorsmag.com/news/tgo-rea...
New evidence from ESA's ExoMars Trace Gas Orbiter (TGO) indicates Mars is not quite the geologically dead planet that many think it is.
L'orbiteur ExoMars Trace Gas Orbiter (TGO) de l'Agence Spatiale Européenne a détecté des signes de volcanisme latent et des émanations de chlorure d'hydrogène au-dessus des flancs du volcan martien Alba Mons.
Mars n'est pas géologiquement morte en profondeur.
www.esa.int/articles/new...
Mars n'est pas géologiquement morte en profondeur.
www.esa.int/articles/new...
November 5, 2026 at 12:55 PM
New evidence from ESA's ExoMars Trace Gas Orbiter (TGO) indicates Mars is not quite the geologically dead planet that many think it is.
🎉 To wrap up a Mars-velous decade, we celebrated with the teams ten years since the Trace Gas Orbiter arrived at the Red Planet.
www.esa.int/Enabling_Sup...
www.esa.int/Enabling_Sup...
A Mars-velous decade: Celebrating ten years of TGO
Ten years after arriving at Mars, ESA’s ExoMars Trace Gas Orbiter (TGO) has grown far beyond its original ambitions. From revealing the martian atmosphere to becoming a vital communications link with ...
www.esa.int
November 4, 2026 at 4:05 PM
🎉 To wrap up a Mars-velous decade, we celebrated with the teams ten years since the Trace Gas Orbiter arrived at the Red Planet.
www.esa.int/Enabling_Sup...
www.esa.int/Enabling_Sup...
Europe’s TGO orbiter picked up something odd in the Martian atmosphere: spikes of hydrogen chloride right over the fissures on Alba Mons.
Not in winter, when that gas usually shows up, but at the start of northern summer.
It doesn’t match the normal seasonal pattern.
🔭🧪⚛️ #planetsci #Mars
Not in winter, when that gas usually shows up, but at the start of northern summer.
It doesn’t match the normal seasonal pattern.
🔭🧪⚛️ #planetsci #Mars
There is hot news coming from Mars.
For the first time, orbital data is revealing signs of young volcanism. Mars might not be geologically dead, just sleeping.
@esa.int’s Trace Gas Orbiter detected hydrogen chloride, a gas that escapes from volcanic vents on Earth: www.esa.int/articles/new...
For the first time, orbital data is revealing signs of young volcanism. Mars might not be geologically dead, just sleeping.
@esa.int’s Trace Gas Orbiter detected hydrogen chloride, a gas that escapes from volcanic vents on Earth: www.esa.int/articles/new...
November 5, 2026 at 12:16 PM
Europe’s TGO orbiter picked up something odd in the Martian atmosphere: spikes of hydrogen chloride right over the fissures on Alba Mons.
Not in winter, when that gas usually shows up, but at the start of northern summer.
It doesn’t match the normal seasonal pattern.
🔭🧪⚛️ #planetsci #Mars
Not in winter, when that gas usually shows up, but at the start of northern summer.
It doesn’t match the normal seasonal pattern.
🔭🧪⚛️ #planetsci #Mars
L'orbiteur ExoMars Trace Gas Orbiter (TGO) de l'Agence Spatiale Européenne a détecté des signes de volcanisme latent et des émanations de chlorure d'hydrogène au-dessus des flancs du volcan martien Alba Mons.
Mars n'est pas géologiquement morte en profondeur.
www.esa.int/articles/new...
Mars n'est pas géologiquement morte en profondeur.
www.esa.int/articles/new...
November 5, 2026 at 12:44 PM
L'orbiteur ExoMars Trace Gas Orbiter (TGO) de l'Agence Spatiale Européenne a détecté des signes de volcanisme latent et des émanations de chlorure d'hydrogène au-dessus des flancs du volcan martien Alba Mons.
Mars n'est pas géologiquement morte en profondeur.
www.esa.int/articles/new...
Mars n'est pas géologiquement morte en profondeur.
www.esa.int/articles/new...
Using data from the ExoMars Trace Gas Orbiter, scientists have found potential evidence of volcanic activity on Mars
Volcanic gases were found to be released by fissures in the Martian surface, a process also found in volcanic regions on Earth
By Haygen Warren
www.nasaspaceflight.com/2026/11/tgo-...
Volcanic gases were found to be released by fissures in the Martian surface, a process also found in volcanic regions on Earth
By Haygen Warren
www.nasaspaceflight.com/2026/11/tgo-...
November 4, 2026 at 7:21 PM
Using data from the ExoMars Trace Gas Orbiter, scientists have found potential evidence of volcanic activity on Mars
Volcanic gases were found to be released by fissures in the Martian surface, a process also found in volcanic regions on Earth
By Haygen Warren
www.nasaspaceflight.com/2026/11/tgo-...
Volcanic gases were found to be released by fissures in the Martian surface, a process also found in volcanic regions on Earth
By Haygen Warren
www.nasaspaceflight.com/2026/11/tgo-...
Interesting thread! I didn't know TGO had imaged Perseverance on the surface. The radiation findings are fascinating, too.
November 4, 2026 at 6:55 PM
Interesting thread! I didn't know TGO had imaged Perseverance on the surface. The radiation findings are fascinating, too.
Radiation watcher ☢️
Astronauts on a return mission to Mars would be exposed to at least 60% of the recommended radiation dose limit.
Radiation measurements from TGO confirm the paradoxical finding that travelling during solar maximum is the best time to go.
Astronauts on a return mission to Mars would be exposed to at least 60% of the recommended radiation dose limit.
Radiation measurements from TGO confirm the paradoxical finding that travelling during solar maximum is the best time to go.
November 4, 2026 at 4:04 PM
Radiation watcher ☢️
Astronauts on a return mission to Mars would be exposed to at least 60% of the recommended radiation dose limit.
Radiation measurements from TGO confirm the paradoxical finding that travelling during solar maximum is the best time to go.
Astronauts on a return mission to Mars would be exposed to at least 60% of the recommended radiation dose limit.
Radiation measurements from TGO confirm the paradoxical finding that travelling during solar maximum is the best time to go.
🔴😍Nouvelle preuve d'activité sur Mars ! Cette fois, c'est l' @esa.int, par sa sonde TGO, qui note des gaz infiltrés au-dessus de failles volcaniques.
Alba Mons est un volcan de "seulement" 6,6km, mais il serait lié à des failles "fraîches".
Mars ne serait pas morte, mais endormie ?
Alba Mons est un volcan de "seulement" 6,6km, mais il serait lié à des failles "fraîches".
Mars ne serait pas morte, mais endormie ?
November 6, 2026 at 7:26 AM
🔴😍Nouvelle preuve d'activité sur Mars ! Cette fois, c'est l' @esa.int, par sa sonde TGO, qui note des gaz infiltrés au-dessus de failles volcaniques.
Alba Mons est un volcan de "seulement" 6,6km, mais il serait lié à des failles "fraîches".
Mars ne serait pas morte, mais endormie ?
Alba Mons est un volcan de "seulement" 6,6km, mais il serait lié à des failles "fraîches".
Mars ne serait pas morte, mais endormie ?
Water detective 🕵️♂️💧
🛰️ TGO tracks water vapour and clouds from the surface up to the edge of space, helping us understand how the planet lost its oceans over billions of years.
🛰️ TGO tracks water vapour and clouds from the surface up to the edge of space, helping us understand how the planet lost its oceans over billions of years.
November 4, 2026 at 4:01 PM
Water detective 🕵️♂️💧
🛰️ TGO tracks water vapour and clouds from the surface up to the edge of space, helping us understand how the planet lost its oceans over billions of years.
🛰️ TGO tracks water vapour and clouds from the surface up to the edge of space, helping us understand how the planet lost its oceans over billions of years.
Vigilante de la radiación ☢️
Los astronautas en una misión de ida y vuelta a Marte estarían expuestos al menos al 60 % del límite de dosis de radiación recomendado.
Las mediciones de TGO confirman un hallazgo paradójico: el máximo solar es el mejor momento para viajar.
Los astronautas en una misión de ida y vuelta a Marte estarían expuestos al menos al 60 % del límite de dosis de radiación recomendado.
Las mediciones de TGO confirman un hallazgo paradójico: el máximo solar es el mejor momento para viajar.
Radiation watcher ☢️
Astronauts on a return mission to Mars would be exposed to at least 60% of the recommended radiation dose limit.
Radiation measurements from TGO confirm the paradoxical finding that travelling during solar maximum is the best time to go.
Astronauts on a return mission to Mars would be exposed to at least 60% of the recommended radiation dose limit.
Radiation measurements from TGO confirm the paradoxical finding that travelling during solar maximum is the best time to go.
November 4, 2026 at 5:01 PM
Vigilante de la radiación ☢️
Los astronautas en una misión de ida y vuelta a Marte estarían expuestos al menos al 60 % del límite de dosis de radiación recomendado.
Las mediciones de TGO confirman un hallazgo paradójico: el máximo solar es el mejor momento para viajar.
Los astronautas en una misión de ida y vuelta a Marte estarían expuestos al menos al 60 % del límite de dosis de radiación recomendado.
Las mediciones de TGO confirman un hallazgo paradójico: el máximo solar es el mejor momento para viajar.
Fotógrafo de Marte 📸
La cámara en color de alta resolución de TGO toma imágenes detalladas de la superficie, revelando su composición y topografía.
Incluso captó al rover Perseverance de NASA en el cráter Jezero. ¿Puedes encontrarlo? 🤖
La cámara en color de alta resolución de TGO toma imágenes detalladas de la superficie, revelando su composición y topografía.
Incluso captó al rover Perseverance de NASA en el cráter Jezero. ¿Puedes encontrarlo? 🤖
Mars photographer 📸
TGO’s high-resolution colour camera takes detailed images of the surface, revealing composition and topography.
It even captured NASA's Perseverance rover in Jezero crater. Can you spot it? 🤖
TGO’s high-resolution colour camera takes detailed images of the surface, revealing composition and topography.
It even captured NASA's Perseverance rover in Jezero crater. Can you spot it? 🤖
November 4, 2026 at 4:59 PM
Fotógrafo de Marte 📸
La cámara en color de alta resolución de TGO toma imágenes detalladas de la superficie, revelando su composición y topografía.
Incluso captó al rover Perseverance de NASA en el cráter Jezero. ¿Puedes encontrarlo? 🤖
La cámara en color de alta resolución de TGO toma imágenes detalladas de la superficie, revelando su composición y topografía.
Incluso captó al rover Perseverance de NASA en el cráter Jezero. ¿Puedes encontrarlo? 🤖
Communication hub 🛰️
TGO plays a critical role relaying information from rovers and landers on the martian surface back to Earth.
It supports NASA's current surface missions and will do the same for @esa.int's Rosalind Franklin rover when it lands in 2030.
TGO plays a critical role relaying information from rovers and landers on the martian surface back to Earth.
It supports NASA's current surface missions and will do the same for @esa.int's Rosalind Franklin rover when it lands in 2030.
November 4, 2026 at 4:03 PM
Communication hub 🛰️
TGO plays a critical role relaying information from rovers and landers on the martian surface back to Earth.
It supports NASA's current surface missions and will do the same for @esa.int's Rosalind Franklin rover when it lands in 2030.
TGO plays a critical role relaying information from rovers and landers on the martian surface back to Earth.
It supports NASA's current surface missions and will do the same for @esa.int's Rosalind Franklin rover when it lands in 2030.
Trace gases make up less than 1% of the martian atmosphere by volume, but they play a critical role in regulating the planet's climate and weather.
Our spacecraft was designed to be more sensitive to trace gases than any other mission.
Here are 5 things our Trace Gas Orbiter (TGO) was made for 🧵👇
Our spacecraft was designed to be more sensitive to trace gases than any other mission.
Here are 5 things our Trace Gas Orbiter (TGO) was made for 🧵👇
November 4, 2026 at 3:59 PM
Trace gases make up less than 1% of the martian atmosphere by volume, but they play a critical role in regulating the planet's climate and weather.
Our spacecraft was designed to be more sensitive to trace gases than any other mission.
Here are 5 things our Trace Gas Orbiter (TGO) was made for 🧵👇
Our spacecraft was designed to be more sensitive to trace gases than any other mission.
Here are 5 things our Trace Gas Orbiter (TGO) was made for 🧵👇
Goldstone DSS 23 receiving data from TGO at 0.8 Mb/s.
November 7, 2026 at 2:40 PM
Goldstone DSS 23 receiving data from TGO at 0.8 Mb/s.
Trace gas mapper 🗺️
👀 TGO can detect gases down to a few parts per trillion. In 2021, it detected hydrogen chloride on Mars for the very first time.
♻️ Tracking these gases tells us how air circulates and how the atmosphere interacts with the surface below.
👀 TGO can detect gases down to a few parts per trillion. In 2021, it detected hydrogen chloride on Mars for the very first time.
♻️ Tracking these gases tells us how air circulates and how the atmosphere interacts with the surface below.
November 4, 2026 at 4:01 PM
Trace gas mapper 🗺️
👀 TGO can detect gases down to a few parts per trillion. In 2021, it detected hydrogen chloride on Mars for the very first time.
♻️ Tracking these gases tells us how air circulates and how the atmosphere interacts with the surface below.
👀 TGO can detect gases down to a few parts per trillion. In 2021, it detected hydrogen chloride on Mars for the very first time.
♻️ Tracking these gases tells us how air circulates and how the atmosphere interacts with the surface below.
Detective del agua 🕵️♂️💧
🛰️ TGO rastrea el vapor de agua y las nubes desde la superficie hasta el límite del espacio, ayudándonos a entender cómo el planeta perdió sus océanos a lo largo de miles de millones de años.
🛰️ TGO rastrea el vapor de agua y las nubes desde la superficie hasta el límite del espacio, ayudándonos a entender cómo el planeta perdió sus océanos a lo largo de miles de millones de años.
Water detective 🕵️♂️💧
🛰️ TGO tracks water vapour and clouds from the surface up to the edge of space, helping us understand how the planet lost its oceans over billions of years.
🛰️ TGO tracks water vapour and clouds from the surface up to the edge of space, helping us understand how the planet lost its oceans over billions of years.
November 4, 2026 at 4:58 PM
Detective del agua 🕵️♂️💧
🛰️ TGO rastrea el vapor de agua y las nubes desde la superficie hasta el límite del espacio, ayudándonos a entender cómo el planeta perdió sus océanos a lo largo de miles de millones de años.
🛰️ TGO rastrea el vapor de agua y las nubes desde la superficie hasta el límite del espacio, ayudándonos a entender cómo el planeta perdió sus océanos a lo largo de miles de millones de años.
Goldstone DSS 25 receiving data from TGO at 0.8 Mb/s.
November 6, 2026 at 1:07 PM
Goldstone DSS 25 receiving data from TGO at 0.8 Mb/s.
⛺ The Great Outdoors Reader Awards shortlist: revealed ⛺
🥾 It’s time to vote for your hiking heroes in #TheGreatOutdoors Reader Awards, the biggest democratic celebration of our outdoor community!
🔗 Voting closes on Tuesday 1 December at noon GMT.
www.thegreatoutdoorsmag.com/news/tgo-rea...
🥾 It’s time to vote for your hiking heroes in #TheGreatOutdoors Reader Awards, the biggest democratic celebration of our outdoor community!
🔗 Voting closes on Tuesday 1 December at noon GMT.
www.thegreatoutdoorsmag.com/news/tgo-rea...
TGO Reader Awards 2027: vote now!
Vote now in your reader awards 2027 to champion the people, places and businesses that've made your adventures better this year.
www.thegreatoutdoorsmag.com
November 5, 2026 at 12:15 PM
⛺ The Great Outdoors Reader Awards shortlist: revealed ⛺
🥾 It’s time to vote for your hiking heroes in #TheGreatOutdoors Reader Awards, the biggest democratic celebration of our outdoor community!
🔗 Voting closes on Tuesday 1 December at noon GMT.
www.thegreatoutdoorsmag.com/news/tgo-rea...
🥾 It’s time to vote for your hiking heroes in #TheGreatOutdoors Reader Awards, the biggest democratic celebration of our outdoor community!
🔗 Voting closes on Tuesday 1 December at noon GMT.
www.thegreatoutdoorsmag.com/news/tgo-rea...
Goldstone DSS 24 receiving data from TGO at 0.8 Mb/s.
November 5, 2026 at 10:46 AM
Goldstone DSS 24 receiving data from TGO at 0.8 Mb/s.
Goldstone DSS 24 receiving data from TGO at 0.8 Mb/s.
November 4, 2026 at 5:56 PM
Goldstone DSS 24 receiving data from TGO at 0.8 Mb/s.
Centro de comunicaciones 🛰️
TGO desempeña un papel fundamental transmitiendo a la Tierra información de rovers y módulos de aterrizaje en la superficie de Marte.
Actualmente apoya a las misiones de superficie de NASA y hará lo mismo con el rover Rosalind Franklin de @esa.int cuando aterrice en 2030
TGO desempeña un papel fundamental transmitiendo a la Tierra información de rovers y módulos de aterrizaje en la superficie de Marte.
Actualmente apoya a las misiones de superficie de NASA y hará lo mismo con el rover Rosalind Franklin de @esa.int cuando aterrice en 2030
Communication hub 🛰️
TGO plays a critical role relaying information from rovers and landers on the martian surface back to Earth.
It supports NASA's current surface missions and will do the same for @esa.int's Rosalind Franklin rover when it lands in 2030.
TGO plays a critical role relaying information from rovers and landers on the martian surface back to Earth.
It supports NASA's current surface missions and will do the same for @esa.int's Rosalind Franklin rover when it lands in 2030.
November 4, 2026 at 5:00 PM
Centro de comunicaciones 🛰️
TGO desempeña un papel fundamental transmitiendo a la Tierra información de rovers y módulos de aterrizaje en la superficie de Marte.
Actualmente apoya a las misiones de superficie de NASA y hará lo mismo con el rover Rosalind Franklin de @esa.int cuando aterrice en 2030
TGO desempeña un papel fundamental transmitiendo a la Tierra información de rovers y módulos de aterrizaje en la superficie de Marte.
Actualmente apoya a las misiones de superficie de NASA y hará lo mismo con el rover Rosalind Franklin de @esa.int cuando aterrice en 2030
TGO first saw hydrogen chloride in 2021, but that was global and seasonal, tied to the dusty season. The new part is the location: above the Alba Mons fissures. The test is persistence. If it is there outside the dust season, volcanic makes sense; if not, dust chemistry still fits.
November 5, 2026 at 10:15 AM
TGO first saw hydrogen chloride in 2021, but that was global and seasonal, tied to the dusty season. The new part is the location: above the Alba Mons fissures. The test is persistence. If it is there outside the dust season, volcanic makes sense; if not, dust chemistry still fits.