I’m reading a lot of well-intentioned articles that make it clear how many scicomm peeps have no idea disaster risk reduction is a deep field with a lot of research into effective communication.
ProTip: Using fear & shame as motivation backfires when applied to public health.
I can’t write this article (or even thread!) right now as I’m under medical orders to drop my stress levels (ahahahahasob), but...
If you’re writing well-intentioned pieces trying to influence pandemic behaviour, please take some cues from disaster sociology research. It exists!
Fundamental premise:
Vanishingly few people make active choices they believe will endanger themselves or the people they love.
If they’re making “bad” choices, it’s a fundamentally different risk perception. Until you understand how & why, your argument will miss its audience.
We’re deep into the disillusionment phase of disaster response, with a heavy dose of fatigue. This is predictable & well-studied.
Research on how to communicate through this fog exists. So does research on how & why risk perception varies. None of these challenges are new.
To my scicomm kin:
I love & respect that you’re trying so hard to save lives. The work you’re doing is incredibly important.
Assign yourself homework on reviewing disaster communication techniques. You’ll be so much more effective helping create change for a less shit tomorrow.
To non-SciComm peeps trying to keep your friends & family alive through this mess:
Your authenticity is the most powerful tool you have. Your real fear, compassion, weariness, & even anger will be more effective than the techniques that apply to institutions or media.
Just talk
Dear disaster risk reduction folks,
Thank you for diving in to the replies with resources & keywords.
It’s not a sprint & it’s not a marathon: it’s a relay. I’m perpetually grateful to have you as teammates. DRR is too hard, too sad, & too interdisciplinary to do solo. 💜
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Even if you don’t pay much attention to ground-based astronomy, you know this telescope from pop culture & movies. It’s somewhere special. nature.com/articles/d4158…
This article from just before the closing announcement is fantastic for the context of why Arecibo is so unique: space.com/arecibo-observ…
I just...
I know we’ve got a lot going on, especially with the mass casualty event scheduled shortly after US Thanksgiving.
But take some time to read the Arecibo tributes as they come out. They won’t be cheerful. But they’ll be heartfelt.
But technically landslide are fluid-like, not fluids.
Why?
Because they’re a mixed mess of materials that act differently when moving than when still. You can’t just sample a tree trunk, some peat, and water to figure out the rheologic properties (how it flows).
Searles Lake is a major industrial source of evaporate minerals. Brine is pumped into shallow ponds, where desert sun evaporates water & leaves behind baby crystals to screen, harvest, wash & dry.
The minerals grow so fast they hopper: outside expands before inside fills in.
Searles Lake produces a whole bunch of halites and borates: halite, borax, selenite, ulexite (tv rock), as well as some weirder minerals like searlesite.
The pink cubical minerals are halite: table salt! Not only is it safe & tasty to lick, it’s essential for your health.