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#citizenscience — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #citizenscience, aggregated by home.social.

  1. ☄️ BOCOSUR – a network of 20 automated all-sky cameras in Uruguay covering 180,000 km² for fireball & meteorite detection. A citizen-science project engaging high-school students; both hardware and software are open-source on GitHub.

    📅 May 12, 2026
    🔗 emeteornews.net/2026/05/12/new

    #CitizenScience #Astronomy #DataScience #Science

  2. ☄️ BOCOSUR – a network of 20 automated all-sky cameras in Uruguay covering 180,000 km² for fireball & meteorite detection. A citizen-science project engaging high-school students; both hardware and software are open-source on GitHub.

    📅 May 12, 2026
    🔗 emeteornews.net/2026/05/12/new

    #CitizenScience #Astronomy #DataScience #Science

  3. ☄️ BOCOSUR – a network of 20 automated all-sky cameras in Uruguay covering 180,000 km² for fireball & meteorite detection. A citizen-science project engaging high-school students; both hardware and software are open-source on GitHub.

    📅 May 12, 2026
    🔗 emeteornews.net/2026/05/12/new

    #CitizenScience #Astronomy #DataScience #Science

  4. ☄️ BOCOSUR – a network of 20 automated all-sky cameras in Uruguay covering 180,000 km² for fireball & meteorite detection. A citizen-science project engaging high-school students; both hardware and software are open-source on GitHub.

    📅 May 12, 2026
    🔗 emeteornews.net/2026/05/12/new

    #CitizenScience #Astronomy #DataScience #Science

  5. ☄️ BOCOSUR – a network of 20 automated all-sky cameras in Uruguay covering 180,000 km² for fireball & meteorite detection. A citizen-science project engaging high-school students; both hardware and software are open-source on GitHub.

    📅 May 12, 2026
    🔗 emeteornews.net/2026/05/12/new

    #CitizenScience #Astronomy #DataScience #Science

  6. 🌌 Volunteers of NASA's Backyard Worlds: Planet 9 doubled the known population of brown dwarfs – over 3,000 new cool objects spotted in WISE/NEOWISE images via Zooniverse in 10 years. A great example of citizen science at scale.

    📅 May 5, 2026
    🔗 science.nasa.gov/get-involved/

    #CitizenScience #DataScience #Astronomy #NASA #Space

  7. 🌌 Volunteers of NASA's Backyard Worlds: Planet 9 doubled the known population of brown dwarfs – over 3,000 new cool objects spotted in WISE/NEOWISE images via Zooniverse in 10 years. A great example of citizen science at scale.

    📅 May 5, 2026
    🔗 science.nasa.gov/get-involved/

    #CitizenScience #DataScience #Astronomy #NASA #Space

  8. 🌌 Volunteers of NASA's Backyard Worlds: Planet 9 doubled the known population of brown dwarfs – over 3,000 new cool objects spotted in WISE/NEOWISE images via Zooniverse in 10 years. A great example of citizen science at scale.

    📅 May 5, 2026
    🔗 science.nasa.gov/get-involved/

    #CitizenScience #DataScience #Astronomy #NASA #Space

  9. 🌌 Volunteers of NASA's Backyard Worlds: Planet 9 doubled the known population of brown dwarfs – over 3,000 new cool objects spotted in WISE/NEOWISE images via Zooniverse in 10 years. A great example of citizen science at scale.

    📅 May 5, 2026
    🔗 science.nasa.gov/get-involved/

    #CitizenScience #DataScience #Astronomy #NASA #Space

  10. 🌌 Volunteers of NASA's Backyard Worlds: Planet 9 doubled the known population of brown dwarfs – over 3,000 new cool objects spotted in WISE/NEOWISE images via Zooniverse in 10 years. A great example of citizen science at scale.

    📅 May 5, 2026
    🔗 science.nasa.gov/get-involved/

    #CitizenScience #DataScience #Astronomy #NASA #Space

  11. Fachtagung zu 150 Jahre Standesämter in Sachsen

    Der Dresdner Verein für Genealogie (DVG) und die SLUB Dresden laden unter dem Thema „150 Jahre Standesämter in Sachsen" zu einer gemeinsamen Fachtagung am 5. und 6. Juni 2026 ein. Die Veranstaltung findet im Klemperersaal der Zentralbibliothek der SLUB statt. SLUB ist die Abkürzung von Sächsische Landesbibliothek — Staats- und Universitätsbibliothek Dresden, Adresse: am Zelleschen Weg 18 in Dresden. Die Teilnahme ist kostenlos, es wird aber um vorherige Anmeldung wird […]

    compgen.de/2026/05/150-jahre-s

  12. 🔬 SciStarter & NASA: Citizen Science Month 2026 (April) blew past its goal – 400,000+ volunteers logged 4.7M+ "Acts of Science" across 950+ projects (Mars weather, wildlife camera traps, astronomy, Alzheimer's). Social reach: 13M people worldwide. Citizen science in action. (May 2026)

    🔗 scistarter.org/citizensciencem

    #CitizenScience #DataScience #NASA #Science

  13. In case there are German-speaking folks looking for some 'program/project officer' work around #citizenscience, here's a 50% position open close to Vienna: iiasa.ac.at/sites/default/file

    #getfedihired

  14. In case there are German-speaking folks looking for some 'program/project officer' work around #citizenscience, here's a 50% position open close to Vienna: iiasa.ac.at/sites/default/file

    #getfedihired

  15. In case there are German-speaking folks looking for some 'program/project officer' work around #citizenscience, here's a 50% position open close to Vienna: iiasa.ac.at/sites/default/file

    #getfedihired

  16. In case there are German-speaking folks looking for some 'program/project officer' work around #citizenscience, here's a 50% position open close to Vienna: iiasa.ac.at/sites/default/file

    #getfedihired

  17. 🔎 Wusstest Du schon?

    Aus einzelnen Artenbeobachtungen können wertvolle Datengrundlagen entstehen, wenn sie gut dokumentiert werden.

    Wo wurde eine Art gesehen? Wann? Unter welchen Bedingungen? Solche Angaben helfen, Vorkommen, Veränderungen und Lebensräume besser zu verstehen.

    Citizen Science kann damit Forschung und Monitoring ergänzen und ist ein unverzichtbarer Teil einer breiten Datengrundlage.

    💡 Mehr dazu hier:

    bmftr.bund.de/DE/Forschung/Ges

    #CitizenScience #Biodiversität #umweltinfo

  18. 🔎 Wusstest Du schon?

    Aus einzelnen Artenbeobachtungen können wertvolle Datengrundlagen entstehen, wenn sie gut dokumentiert werden.

    Wo wurde eine Art gesehen? Wann? Unter welchen Bedingungen? Solche Angaben helfen, Vorkommen, Veränderungen und Lebensräume besser zu verstehen.

    Citizen Science kann damit Forschung und Monitoring ergänzen und ist ein unverzichtbarer Teil einer breiten Datengrundlage.

    💡 Mehr dazu hier:

    bmftr.bund.de/DE/Forschung/Ges

    #CitizenScience #Biodiversität #umweltinfo

  19. 🔎 Wusstest Du schon?

    Aus einzelnen Artenbeobachtungen können wertvolle Datengrundlagen entstehen, wenn sie gut dokumentiert werden.

    Wo wurde eine Art gesehen? Wann? Unter welchen Bedingungen? Solche Angaben helfen, Vorkommen, Veränderungen und Lebensräume besser zu verstehen.

    Citizen Science kann damit Forschung und Monitoring ergänzen und ist ein unverzichtbarer Teil einer breiten Datengrundlage.

    💡 Mehr dazu hier:

    bmftr.bund.de/DE/Forschung/Ges

    #CitizenScience #Biodiversität #umweltinfo

  20. 🔎 Wusstest Du schon?

    Aus einzelnen Artenbeobachtungen können wertvolle Datengrundlagen entstehen, wenn sie gut dokumentiert werden.

    Wo wurde eine Art gesehen? Wann? Unter welchen Bedingungen? Solche Angaben helfen, Vorkommen, Veränderungen und Lebensräume besser zu verstehen.

    Citizen Science kann damit Forschung und Monitoring ergänzen und ist ein unverzichtbarer Teil einer breiten Datengrundlage.

    💡 Mehr dazu hier:

    bmftr.bund.de/DE/Forschung/Ges

    #CitizenScience #Biodiversität #umweltinfo

  21. 🔎 Wusstest Du schon?

    Aus einzelnen Artenbeobachtungen können wertvolle Datengrundlagen entstehen, wenn sie gut dokumentiert werden.

    Wo wurde eine Art gesehen? Wann? Unter welchen Bedingungen? Solche Angaben helfen, Vorkommen, Veränderungen und Lebensräume besser zu verstehen.

    Citizen Science kann damit Forschung und Monitoring ergänzen und ist ein unverzichtbarer Teil einer breiten Datengrundlage.

    💡 Mehr dazu hier:

    bmftr.bund.de/DE/Forschung/Ges

    #CitizenScience #Biodiversität #umweltinfo

  22. ☄️ The May 2026 issue of eMetN Meteor Journal is online (archiving March–April articles). Citizen science in action: the Tyrrhenian Sea fireball, dynamical vs. photometric meteor-mass modelling, hydroacoustic signals from bolides, the BOCOSUR all-sky network. Open access, no registration. (May 3, 2026)

    🔗 emeteornews.net/2026/05/03/may

    #CitizenScience #RadioAstronomy #DataScience #Astronomy

  23. ☄️ The May 2026 issue of eMetN Meteor Journal is online (archiving March–April articles). Citizen science in action: the Tyrrhenian Sea fireball, dynamical vs. photometric meteor-mass modelling, hydroacoustic signals from bolides, the BOCOSUR all-sky network. Open access, no registration. (May 3, 2026)

    🔗 emeteornews.net/2026/05/03/may

    #CitizenScience #RadioAstronomy #DataScience #Astronomy

  24. ☄️ The May 2026 issue of eMetN Meteor Journal is online (archiving March–April articles). Citizen science in action: the Tyrrhenian Sea fireball, dynamical vs. photometric meteor-mass modelling, hydroacoustic signals from bolides, the BOCOSUR all-sky network. Open access, no registration. (May 3, 2026)

    🔗 emeteornews.net/2026/05/03/may

    #CitizenScience #RadioAstronomy #DataScience #Astronomy

  25. ☄️ The May 2026 issue of eMetN Meteor Journal is online (archiving March–April articles). Citizen science in action: the Tyrrhenian Sea fireball, dynamical vs. photometric meteor-mass modelling, hydroacoustic signals from bolides, the BOCOSUR all-sky network. Open access, no registration. (May 3, 2026)

    🔗 emeteornews.net/2026/05/03/may

    #CitizenScience #RadioAstronomy #DataScience #Astronomy

  26. ☄️ The May 2026 issue of eMetN Meteor Journal is online (archiving March–April articles). Citizen science in action: the Tyrrhenian Sea fireball, dynamical vs. photometric meteor-mass modelling, hydroacoustic signals from bolides, the BOCOSUR all-sky network. Open access, no registration. (May 3, 2026)

    🔗 emeteornews.net/2026/05/03/may

    #CitizenScience #RadioAstronomy #DataScience #Astronomy

  27. #RNZ has a story today about the Launceston Leioproctus bee, a bee that’s back again in the Ōtautahi-Christchurch area of NZ. This bee had initially been named as a native bee, Leioproctus otautahi, based on a single male specimen collected over 50 years ago, until it was realised that it’s the same species as the Australian bee Leioproctus launcestonensis. Since it hadn’t been seen since, in 2012 NZ bee experts concluded that “the species is almost certainly not established, and the number of species of Leioproctus known from New Zealand is reduced by one to 17.”

    Turns out it’s either still here, or it’s arrived again, as five Launceston Leioproctus bees have been photographed in the wider Christchurch area on #iNaturalistNZ since 2021. This is still the only place in NZ where this bee has been found.

    It will be interesting to learn how this Australian is getting on with the local native species of Leioproctus.

    rnz.co.nz/news/environment/596

    inaturalist.nz/observations?ta

    doi.org/10.1080/00779962.2010.

    #bees #CitizenScience #entomology #insects #nz #iNaturalist

  28. #RNZ has a story today about the Launceston Leioproctus bee, a bee that’s back again in the Ōtautahi-Christchurch area of NZ. This bee had initially been named as a native bee, Leioproctus otautahi, based on a single male specimen collected over 50 years ago, until it was realised that it’s the same species as the Australian bee Leioproctus launcestonensis. Since it hadn’t been seen since, in 2012 NZ bee experts concluded that “the species is almost certainly not established, and the number of species of Leioproctus known from New Zealand is reduced by one to 17.”

    Turns out it’s either still here, or it’s arrived again, as five Launceston Leioproctus bees have been photographed in the wider Christchurch area on #iNaturalistNZ since 2021. This is still the only place in NZ where this bee has been found.

    It will be interesting to learn how this Australian is getting on with the local native species of Leioproctus.

    rnz.co.nz/news/environment/596

    inaturalist.nz/observations?ta

    doi.org/10.1080/00779962.2010.

    #bees #CitizenScience #entomology #insects #nz #iNaturalist

  29. #RNZ has a story today about the Launceston Leioproctus bee, a bee that’s back again in the Ōtautahi-Christchurch area of NZ. This bee had initially been named as a native bee, Leioproctus otautahi, based on a single male specimen collected over 50 years ago, until it was realised that it’s the same species as the Australian bee Leioproctus launcestonensis. Since it hadn’t been seen since, in 2012 NZ bee experts concluded that “the species is almost certainly not established, and the number of species of Leioproctus known from New Zealand is reduced by one to 17.”

    Turns out it’s either still here, or it’s arrived again, as five Launceston Leioproctus bees have been photographed in the wider Christchurch area on #iNaturalistNZ since 2021. This is still the only place in NZ where this bee has been found.

    It will be interesting to learn how this Australian is getting on with the local native species of Leioproctus.

    rnz.co.nz/news/environment/596

    inaturalist.nz/observations?ta

    doi.org/10.1080/00779962.2010.

    #bees #CitizenScience #entomology #insects #nz #iNaturalist

  30. #RNZ has a story today about the Launceston Leioproctus bee, a bee that’s back again in the Ōtautahi-Christchurch area of NZ. This bee had initially been named as a native bee, Leioproctus otautahi, based on a single male specimen collected over 50 years ago, until it was realised that it’s the same species as the Australian bee Leioproctus launcestonensis. Since it hadn’t been seen since, in 2012 NZ bee experts concluded that “the species is almost certainly not established, and the number of species of Leioproctus known from New Zealand is reduced by one to 17.”

    Turns out it’s either still here, or it’s arrived again, as five Launceston Leioproctus bees have been photographed in the wider Christchurch area on #iNaturalistNZ since 2021. This is still the only place in NZ where this bee has been found.

    It will be interesting to learn how this Australian is getting on with the local native species of Leioproctus.

    rnz.co.nz/news/environment/596

    inaturalist.nz/observations?ta

    doi.org/10.1080/00779962.2010.

    #bees #CitizenScience #entomology #insects #nz #iNaturalist

  31. #RNZ has a story today about the Launceston Leioproctus bee, a bee that’s back again in the Ōtautahi-Christchurch area of NZ. This bee had initially been named as a native bee, Leioproctus otautahi, based on a single male specimen collected over 50 years ago, until it was realised that it’s the same species as the Australian bee Leioproctus launcestonensis. Since it hadn’t been seen since, in 2012 NZ bee experts concluded that “the species is almost certainly not established, and the number of species of Leioproctus known from New Zealand is reduced by one to 17.”

    Turns out it’s either still here, or it’s arrived again, as five Launceston Leioproctus bees have been photographed in the wider Christchurch area on #iNaturalistNZ since 2021. This is still the only place in NZ where this bee has been found.

    It will be interesting to learn how this Australian is getting on with the local native species of Leioproctus.

    rnz.co.nz/news/environment/596

    inaturalist.nz/observations?ta

    doi.org/10.1080/00779962.2010.

    #bees #CitizenScience #entomology #insects #nz #iNaturalist

  32. Things are off to a good start at #x2026 with interesting talks and conversations. Today, I will be giving my first of three talks (two on #teaching #science and one on #airquality data analysis from a #citizenscience project ) —

    First, I will report on a field course on introductory research practices for first-year students that I teach at #Concordia #ScienceCollege.

    xcdsystem.com/cic/program/1GHc

  33. Things are off to a good start at #x2026 with interesting talks and conversations. Today, I will be giving my first of three talks (two on #teaching #science and one on #airquality data analysis from a #citizenscience project ) —

    First, I will report on a field course on introductory research practices for first-year students that I teach at #Concordia #ScienceCollege.

    xcdsystem.com/cic/program/1GHc

  34. Things are off to a good start at #x2026 with interesting talks and conversations. Today, I will be giving my first of three talks (two on #teaching #science and one on #airquality data analysis from a #citizenscience project ) —

    First, I will report on a field course on introductory research practices for first-year students that I teach at #Concordia #ScienceCollege.

    xcdsystem.com/cic/program/1GHc

  35. Things are off to a good start at #x2026 with interesting talks and conversations. Today, I will be giving my first of three talks (two on #teaching #science and one on #airquality data analysis from a #citizenscience project ) —

    First, I will report on a field course on introductory research practices for first-year students that I teach at #Concordia #ScienceCollege.

    xcdsystem.com/cic/program/1GHc

  36. Things are off to a good start at #x2026 with interesting talks and conversations. Today, I will be giving my first of three talks (two on #teaching #science and one on #airquality data analysis from a #citizenscience project ) —

    First, I will report on a field course on introductory research practices for first-year students that I teach at #Concordia #ScienceCollege.

    xcdsystem.com/cic/program/1GHc

  37. Wenn ihr euch via kurzem Vortrag über #CitizenScience informieren wölltet, welche Infos würdet ihr auf jeden Fall bekommen wollen?

  38. Wenn ihr euch via kurzem Vortrag über #CitizenScience informieren wölltet, welche Infos würdet ihr auf jeden Fall bekommen wollen?

  39. Wenn ihr euch via kurzem Vortrag über #CitizenScience informieren wölltet, welche Infos würdet ihr auf jeden Fall bekommen wollen?

  40. Wenn ihr euch via kurzem Vortrag über #CitizenScience informieren wölltet, welche Infos würdet ihr auf jeden Fall bekommen wollen?

  41. 📡 The CARMELo radio meteor network recorded 21 radio echoes within 15 seconds of a brilliant fireball (mag −13) over the Tyrrhenian Sea on Apr 23, 2026. The network runs on SDR receivers with Raspberry Pi – citizen science radio astronomy in action. (Report May 7, 2026)

    🔗 emeteornews.net/2026/05/07/apr

    #RadioAstronomy #CitizenScience #DataScience #Astronomy #Space

  42. 📡 The CARMELo radio meteor network recorded 21 radio echoes within 15 seconds of a brilliant fireball (mag −13) over the Tyrrhenian Sea on Apr 23, 2026. The network runs on SDR receivers with Raspberry Pi – citizen science radio astronomy in action. (Report May 7, 2026)

    🔗 emeteornews.net/2026/05/07/apr

    #RadioAstronomy #CitizenScience #DataScience #Astronomy #Space

  43. 📡 The CARMELo radio meteor network recorded 21 radio echoes within 15 seconds of a brilliant fireball (mag −13) over the Tyrrhenian Sea on Apr 23, 2026. The network runs on SDR receivers with Raspberry Pi – citizen science radio astronomy in action. (Report May 7, 2026)

    🔗 emeteornews.net/2026/05/07/apr

    #RadioAstronomy #CitizenScience #DataScience #Astronomy #Space