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Don't let eastern Montana's ag lands become a corporate polluter's dumping grounds
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Don't let eastern Montana's ag lands become a corporate polluter's dumping grounds • Daily Montanan
Columnist Liz Barbour says that a new carbon capture and sequestration project has the potential to destroy eastern Montana.

Shell abandons 2035 emissions target and weakens 2030 goal.
Cynical victim blaming from a major fossil fuel polluter:
“if society is not net-zero in 2050… there would be significant risk that Shell may not meet this target”. This is familiar language from the oil major, which frequently explains that it is consumers, not Shell itself, that influence fossil-fuel use. —Carbon Brief

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Investigating black hole accretion disks as potential polluter sources for the formation of enriched stars in globular clusters
Laurane Fr\'eour, Alice Zocchi, Glenn van de Ven, Elena Pancino
https://arxiv.org/abs/2402.10590

Investigating black hole accretion disks as potential polluter sources for the formation of enriched stars in globular clusters
Accretion disks surrounding stellar mass black holes (BHs) have been suggested as potential locations for the nucleosynthesis of light elements, which are our primary observational discriminant of multiple stellar populations within globular clusters. The population of enriched stars in globular clusters are enhanced in N14, Na23, and sometimes in Al27 and/or in K39. In this study, our aim is to investigate the feasibility of initiating nucleosynthesis for these four elements in BH accretion di…

Investigating black hole accretion disks as potential polluter sources for the formation of enriched stars in globular clusters
Laurane Fr\'eour, Alice Zocchi, Glenn van de Ven, Elena Pancino
https://arxiv.org/abs/2402.10590

Investigating black hole accretion disks as potential polluter sources for the formation of enriched stars in globular clusters
Accretion disks surrounding stellar mass black holes (BHs) have been suggested as potential locations for the nucleosynthesis of light elements, which are our primary observational discriminant of multiple stellar populations within globular clusters. The population of enriched stars in globular clusters are enhanced in N14, Na23, and sometimes in Al27 and/or in K39. In this study, our aim is to investigate the feasibility of initiating nucleosynthesis for these four elements in BH accretion di…