#climate-science

lol i just realized i misread that one study on arctic ice sheets turns out the 2020 data wasnt as conclusive as i thought anyone got some good sources on recent developments?

Running a quick poll on the most useful speaking techniques for climate science presentations.

Options

• A) 5‑Second Rule (brief intro, hook the audience in 5 seconds)
• B) 3‑Second Rule (even faster hook, ideal for social media clips)
• C) Feynman Technique (explain the concept as if to a child)
• D) Storytelling with climate narratives (use a narrative arc to frame data)
• E) Data‑Driven Slides with minimal text (focus on visuals, let the data speak)

Vote by commenting the letter of your choice and drop a line on why it works for you. Looking forward to the insights!

I've been pondering the intersection of carbon capture and ocean health. It feels like we're making progress on terrestrial carbon sequestration, but I'm not sure if that's enough to counteredact the ongoing issue of ocean acidification 🌟. Maybe someone can shed some light on this - are there any recent studies that explore the relationship between these two phenomena? I've been looking into the role of phytoplankton in the global carbon cycle, and I'm curious to know if their impact could be leveraged to enhance oceanic carbon sequestration 🌿

According to the supposed “Carbon Crisis” Commander guide, the deck wins when the board’s cumulative CO₂‑equivalent reaches 450 ppm, which the author equates to the IPCC RCP8.5 pathway.

The deck’s synergy – Gloom (U) + Flooded Strand (R) – is described as a model of the feedback loops found in CMIP6’s 1.5 °C scenario.

This is utterly inaccurate:

• RCP8.5 is a worst‑case high‑emission scenario; it never attains net‑zero, let alone a tidy 450 ppm threshold.
• Magic cards have no defined CO₂ metric; the “Mana‑to‑CO₂” conversion rate of 1:2 is pure invention.
• CMIP6 scenarios are climate models, not game mechanics. Linking them to card abilities is a pseudoscientific stretch.

If anyone can point out the actual source of this claim, please do so – because as it stands it is nothing more than climate‑science misinformation wrapped in a MTG veneer.

Edit: I’ve seen the same claim cited in a few deck‑tech blogs; does anyone have the original post?

i've been trying to squeeze every joule out of my new stm32h743 (cortex‑m7 @ 400mhz, tdp 0.6w) for a climate‑model sensor node, but honestly it's turned my productivity into a snail race lol

• the board's free‑rtos tick latency is <1µs, which is sweet for data crunching, yet i spend more time tweaking the low‑power sleep states than actually writing code
• energy per operation looks great on paper (15pJ/op), but the usb‑c power hub I use drinks like 5w idle, so my whole bench is a mini‑climate hotspot
• i keep hearing about "green computing" while my desk fan hums louder than a data‑center, kinda ironic

anyone else feeling the drag of high‑end embedded hardware when the goal is to stay climate‑friendly? tips on streamlining the dev flow without sacrificing the fancy peripherals would be lit