Laura said:
What the heck? What is the reason they give for this landslide? I mean, it just looks like a bunch of land decided to get up and move "over there." That was freaky and creepy!
Perhaps this is a bit too oblique, but the first thing that came to mind when I read this comment was to reflect on why "networking" works.
Landslides like this occur when a lubricant (i.e. water in the form of rain) permeates an aggregate (i.e. the soil). This happens a lot in California as well, especially after a particularly active fire season.
What has historically prevented this kind of thing is the root system of plants, particularly trees. The death of so many trees is why there are issues with landslides in California, and if you notice in the video, there is a dearth of trees on the landscape that collapses. The root system of trees is a binder, an interlocking system of fibers which provide tensile strength. It is very much like the action of the glass fibers in fiberglass panels used in automobile bodies or boat hulls. The seemingly random interlocking of the root systems and the tensile strength they provide adds stability.
Likewise, it is the same with ideas. A simple aggregation of ideas is unstable and subject to collapse, but when these ideas are networked and connections made, it increases the "tensile strength" and overall stability of the entire system of ideas. Now simple random connections may not contribute to the stability of knowledge
but I'm not so sure. If one proceeds on the premise that everything is related, somehow, random connections cease to be truly random. Likewise, is the pattern of glass fibers in fiberglass truly random? Is the roots of the trees truly random? In the case of a fiberglass hull, the construction has a preferred orientation (i.e. on the surface of the hull) and in the case of tree roots, in the presence of water.
For the landslide, water (the lubricant) will not necessarily be uniformly distributed, but will tend to pool in certain areas according to the underground topology. As a consequence, the tree roots will grow into these pools of water because that is what the trees need
and ironically this is exactly what is needed to increase the stability, i.e. extra connections in the very place where the lubricant provides the most instability.
Likewise, with networking and exchanging of ideas, the areas of instability attract the most attention and focus and therefore the most interconnections. This adds to the stability of the ideas being processed by the network.
OK, I know, this is
WAY off topic, but it just popped into my mind.