#viirs_dnb — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #viirs_dnb, aggregated by home.social.
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I was really honored to give a talk (remotely) at NASA Goddard today! Thanks for the invitation, and I hope we'll stay in touch!
#RemoteSensing #NighttimeLights #NightLightRemoteSensing #VIIRS_DNB #SDGSat1 #ESA #EarthExplorer #EarthObservation #LightPollution
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A paper that I co-authored was just published (#OpenAccess) a few minutes ago in Nature 🎉 https://www.nature.com/articles/s41586-026-10260-w
Here's a short thread about what we did and what we learned 👇
#LightPollution #Energy #ALAN #RemoteSensing #NightLightRemoteSensing #EarthObservation #VIIRS_DNB
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I'm soon starting up a Nighttime Lights Remote Sensing webinar. Speakers will come from all over the world, and the talks will take place alternately in the (European) morning or late afternoon/evening, to allow international participation.
The first talk in the series is next Monday. If you're interested in attending, sign up here: https://www.listserv.dfn.de/sympa/subscribe/nlrs_webinar
#RemoteSensing #NighttimeLights #VIIRS_DNB #SDGSat1 #EarthObservation #FutureEO #ESA #NASA #NOAA
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Reminder: my #LPS25 talk is tomorrow - literally the last talk of the conference.
But I promise it's going to be entertaining and you'll leave on a high note! Here's a sneak peak...
#RemoteSensing #LightPollution #Aotearoa #NewZealand #VIIRS_DNB #SuomiNPP #Night
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This is an interesting new #OpenAccess paper looking at the intersection of energy, development, neighborhood race and class in #SouthAfrica.
They find that #Solar panel installation is by far more common in wealthy and especially white neighborhoods, and that the drop in #NighttimeLight radiance observed from #VIIRS_DNB is lowest in these neighborhoods.
They suggest that solar adoption may reduce the impact of #LoadShedding (i.e. #RollingBlackouts).
I see a few issues with their methodology, but it's nevertheless so interesting to see all these aspects combined with day and nighttime #RemoteSensing.
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This is an interesting new #OpenAccess paper looking at the intersection of energy, development, neighborhood race and class in #SouthAfrica.
They find that #Solar panel installation is by far more common in wealthy and especially white neighborhoods, and that the drop in #NighttimeLight radiance observed from #VIIRS_DNB is lowest in these neighborhoods.
They suggest that solar adoption may reduce the impact of #LoadShedding (i.e. #RollingBlackouts).
I see a few issues with their methodology, but it's nevertheless so interesting to see all these aspects combined with day and nighttime #RemoteSensing.
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This is an interesting new #OpenAccess paper looking at the intersection of energy, development, neighborhood race and class in #SouthAfrica.
They find that #Solar panel installation is by far more common in wealthy and especially white neighborhoods, and that the drop in #NighttimeLight radiance observed from #VIIRS_DNB is lowest in these neighborhoods.
They suggest that solar adoption may reduce the impact of #LoadShedding (i.e. #RollingBlackouts).
I see a few issues with their methodology, but it's nevertheless so interesting to see all these aspects combined with day and nighttime #RemoteSensing.
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This is an interesting new #OpenAccess paper looking at the intersection of energy, development, neighborhood race and class in #SouthAfrica.
They find that #Solar panel installation is by far more common in wealthy and especially white neighborhoods, and that the drop in #NighttimeLight radiance observed from #VIIRS_DNB is lowest in these neighborhoods.
They suggest that solar adoption may reduce the impact of #LoadShedding (i.e. #RollingBlackouts).
I see a few issues with their methodology, but it's nevertheless so interesting to see all these aspects combined with day and nighttime #RemoteSensing.
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This is an interesting new #OpenAccess paper looking at the intersection of energy, development, neighborhood race and class in #SouthAfrica.
They find that #Solar panel installation is by far more common in wealthy and especially white neighborhoods, and that the drop in #NighttimeLight radiance observed from #VIIRS_DNB is lowest in these neighborhoods.
They suggest that solar adoption may reduce the impact of #LoadShedding (i.e. #RollingBlackouts).
I see a few issues with their methodology, but it's nevertheless so interesting to see all these aspects combined with day and nighttime #RemoteSensing.