5 ms·
I'm talking about connecting specific factors with specific outcomes. When it's raining hard and I want to assess slide risk for my own sake, I look at a few f
by japhyr 9y ago
I'm talking about connecting specific factors with specific outcomes.
When it's raining hard and I want to assess slide risk for my own sake, I look at a few factors: total rainfall over a short time period; average wind speeds and gusts; and how quickly the rivers are rising. I think I might have a sense of a signature of these three factors that predict a higher chance of slide activity.
I want to run a more careful analysis of those factors, and see if I can come up with an actionable signature for slide risk. Even if it works for just this town, it will be really helpful. But I know enough not to say much about that locally unless I have a concrete proposal.
- lovemenot 9y agoI see. Over the years, there's been a lot of similar research into localised earthquake prediction. Results are not actionable yet. I am not at all informed on the subject, but hours-since-last-slide(s), their proximity and magnitude would be some additional factors you might consider using. If historical weather and geo-tagged slide data is available for the whole region, you could use it to train and test models.