HackerTrans
トップ新着トレンドコメント過去質問紹介求人

tlrss

no profile record

投稿

Climate model complexity and future approaches

pnas.org
2 ポイント·投稿者 tlrss·4 年前·1 コメント

Socialist Cyborgs

logicmag.io
58 ポイント·投稿者 tlrss·5 年前·96 コメント

Socialist Cyborgs

logicmag.io
7 ポイント·投稿者 tlrss·5 年前·2 コメント

コメント

tlrss
·3 年前·議論
Yes, it may be possible to regrow a coppice from the stump.
tlrss
·3 年前·議論
Holding this (and my emotional reaction to it) in mind while reading the State of Nature report 2023 [1]

Around 1 in 6 species are at risk of extinction from Great Britain, discussing trends over the last 50 years or so, following centuries of major changes to ecosystems and habitats.

Something iconic [2] in imagery/memory/culture, next to clear summary and review.

[1] https://stateofnature.org.uk/ [2] https://www.theguardian.com/uk-news/gallery/2023/sep/28/hadr...
tlrss
·3 年前·議論
You might be interested in Climate TRACE. They produce a global inventory, identifying the largest individual sources of emissions, and publish it CC-BY - https://climatetrace.org/downloads
tlrss
·3 年前·議論
FlatGeoBuf [1] is an encoding for geographic data (vector features, i.e. points lines polygons and so on) written around flatbuffers that is increasingly well supported in geospatial software (GDAL, MapServer) and people reporting some experiments and demos on the @flatgeobuf Twitter.

[1] https://flatgeobuf.org/
tlrss
·4 年前·議論
Title was “Are GCMs obsolete?” which is a bit jargon (GCM is general circulation model, used for climate modelling) and a bit clickbait - as with any headline question, can basically be answered “no”.

But I think the article is quite good - short overview of numerical modelling of the climate and discussion of future directions, both towards throwing more compute (ever higher resolution) at the problem, and improving models (emulators) at higher levels of abstraction to explore more scenarios, sensitivities, specific questions.
tlrss
·5 年前·議論
It would probably still be written "10x", just in base-twelve!
tlrss
·5 年前·議論
A short history of computing and hacking in Bulgaria in the 80s..

> Viruses also suited the logics of reverse-engineering and copying on which the Bulgarian computer economy was already running. Why not tinker with a digital pathogen and send it out into the world beyond Bulgaria? After all, you knew it would work virtually anywhere, because your Pravetz was compatible with an Apple!

> Starting in early 1989, computers as far away as the USA and Thailand were infected with Bulgarian viruses. Some were minor irritants, such as the “Yankee Doodle” virus, which simply played the eponymous melody on your computer.