Spannend finde ich die (inoffiziellen) Schwerpunktthemen, die sich für das #DSpacePT26 herausgebildet haben: die Anbindung externer Systeme und Datenquellen (#DeepGreen, #ORCID, #KDSF), den Ausbau von Repositories zu Forschungsinformationssystemen #FIS und die Beteiligungsmöglichkeiten an der #DSpace-Entwicklung

Inside intense greenery

And, here we have here a whole green forest. It seems, that you look at planet Earth from some height. Well, about some things, it is exactly like this. Grass - it is, also, a forest. Different and big. Sometimes, it is hard to go through it for a bugs. And, for us - it is funny and green grass. So, it is growing. And it drinks a water.

#photo #photography #photoproject #grass #greenary #differentgreen #bush #forest #countryside #deepgreen #summer #bladesofgrass

@pro100wo3pa3 I will never forget back in ‘96 my #flight back to the U.S. had an #unplanned #landing in #Shannon #Ireland. I think it was at around 1AM or 2AM. It was pitch dark. You could barely see anything. But despite of that I swear you could notice the #deepgreen color of the surrounding fields.
Journal Article: “DeepGreen—A Data Hub for the Distribution of Scholarly Articles From Publishers to Open Access Repositories in Germany”

The article linked below (full text) was recently published by Learned Publishing. Title DeepGreen—A Data Hub for the Distribution of Scholarly Articles From Publishers to Open Access Repositories in Germany Authors Tomasz Stompor Zuse Institute Berlin (ZIB), Kooperativer Bibliotheksverbund Berlin-Brandenburg, Berlin, Germany Heinz Pampel Humboldt-Universität zu Berlin, Berlin School of Library and Information Science, Berlin, […]

Library Journal infoDOCKET
📢 Blogpost: DeepGreen & Diamond Open Access
Auf den #OAT2024 präsentierten Julia Boltze-Fütterer & Tomasz Stompor ein Poster zu #DiamondOpenAccess und @oa_DeepGreen. Im Interview berichten sie über die Diskussionen mit Besucher*innen zu Begriffsproblemen, Nachhaltigkeit und technischen Herausforderungen. Fazit: Standardisierung und Bündelung sind entscheidend, um Diamond OA Journals effektiv in die OA-Infrastruktur zu integrieren.
Zum Beitrag: https://open-access.network/blog/deepgreen-und-diamond
#OpenAccess #DeepGreen
open-access.network: DeepGreen und Diamond

#DeepGreen ist eine zentrale Datendrehscheibe, die unter der Einhaltung lizenzrechtlicher Gegebenheiten Verlagsdaten an Hashtag#OpenAccess-Repositorien zur Veröffentlichung sendet. DeepGreen möchte Bibliotheken dabei unterstützen, Open-Access-Rechte für möglichst viele Artikel wahrzunehmen.

https://info.oa-deepgreen.de/

#TagDerBibliotheken24 #TagDerBibliotheken #Bibliotheksverband #KOBV

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#Oxygen discovery defies knowledge of the deep ocean

Victoria Gill, Science correspondent, BBC
July 22, 2024

"Scientists have discovered '#DarkOxygen' being produced in the #DeepOcean, apparently by lumps of metal on the #seafloor.

"About half the oxygen we breathe comes from the #ocean. But, before this discovery, it was understood that it was made by marine plants photosynthesising - something that requires sunlight.

"Here, at depths of 5km, where no sunlight can penetrate, the oxygen appears to be produced by naturally occurring metallic '#nodules' which split seawater - H2O - into hydrogen and oxygen.

"Several #mining companies have plans to collect these nodules, which marine scientists fear could disrupt the newly discovered process - and damage any marine life that depends on the oxygen they make.

"'I first saw this in 2013 - an enormous amount of oxygen being produced at the seafloor in complete darkness,' explains lead researcher Prof Andrew Sweetman from the Scottish Association for Marine Science. 'I just ignored it, because I’d been taught - you only get oxygen through #photosynthesis.

"'Eventually, I realised that for years I’d been ignoring this potentially huge discovery,' he told BBC News.

"He and his colleagues carried out their research in an area of the deep sea between #Hawaii and #Mexico - part of a vast swathe of seafloor that is covered with these metal nodules. The nodules form when dissolved metals in seawater collect on fragments of shell - or other debris. It's a process that takes millions of years.

"And because these nodules contain metals like #lithium, #cobalt and #copper - all of which are needed to make batteries - many mining companies are developing technology to collect them and bring them to the surface.

"But Prof Sweetman says the dark oxygen they make could also support life on the seafloor [and life on Earth!]. And his discovery, published in the journal Nature Geoscience, raises new concerns about the risks of proposed deep-sea mining ventures.

"The scientists worked out that the metal nodules are able to make oxygen precisely because they act like batteries."

Read more:
https://www.bbc.com/news/articles/c728ven2v9eo

#OceansAreLife #WaterIsLife #NoDeepSeaMining #DeepSeaMining #DeepSeaMiningMoratorium #Greed #DeepGreen #Oxygen #GerardBarron #DeepSeaLife #Extinction #DeadPlanet

Dark oxygen made by deep sea 'batteries'

The discovery that lumps of metal on the seafloor produce oxygen raises questions over plans to mine the deep ocean.

Der neue KOBV Newsletter ist da!🎉
Wir berichten über die neuesten Entwicklungen in der #Fernleihe und bei #OPUS4 sowie über spannende Updates von @oa_DeepGreen und @digiSberlin

Wir wünschen viel Spaß beim Lesen!📚 📰
https://www.kobv.de/wp-content/uploads/2024/07/KOBV_Newsletter_76.pdf

Für noch mehr Lesestoff zum Wochenende gibt es alle bisher erschienenen Newsletter unter https://www.kobv.de/publikationen/newsletter/

Dort auch der Link, um unseren Newsletter zu abonnieren.

#KOBV #Newsletter #Bibliothek #DeepGreen

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