this caused a lot of issues both in terms of fixing said space-time-continuum and in terms of nautical navigation, and after a long and heavy battle in the international maritime organization it was decided that the bureaucratic burden of dealing with this was to be upon Ireland, much to their dismay. the Irish Government then released an app for all sailors and seafarers so they could report titanic sightings during their journeys, even though they heavily dissuaded you from reporting them given the paperwork it caused.

anyway i woke up with a clear image of the app in my head and needed to recreate it for all of you:

It's rude. You're making someone take their time to read something you couldn't bother to write. You're telling them they were so unimportant you couldn't be bothered to actually take the time to say something yourself. And frankly, you're lying about it while you're at it.

there are multiple ways for a tree to die, each with their own impacts on the ecosystem. Many trees die standing, becoming starkly bare pillars of standing deadwood with increasingly fewer branches and more sharply whitened surfaces as the bark falls off and the branches break, the smaller branches first and then the larger ones. Standing deadwood is vital for housing lots and lots of bird species and it also has an undeniable sexiness and charisma

Trees broken by wind, snapping off at some point up the trunk, are often hollow in the middle from heart rot fungi. I don't think the fungi actually kill the tree, since the center of the tree (the heartwood) is dead anyways, but they do structurally weaken it.

One of the most dramatic tree deaths is windthrow. This happens to large trees that are solid all the way through and not easily broken by the forces of wind; instead, the roots are wrenched violently out of the ground, creating a bowl-shaped hole in the ground with a huge mound of twisted tree roots standing 5 or 6 feet tall next to it.

The death of a tree by windthrow feels very sad, because the tree seemed to be thriving up until that point, but the effect on the ecosystem is very fascinating. The hole in the ground where the root ball was torn up creates a shaded, sheltered area, sometimes filling with water to become a small pool. The root ball itself, right next to it, becomes a tall pile of soil and decomposing wood.

When walking in the forest, I often notice strange mounds rising from the layer of leaf litter, covered in lush carpets of moss, like bustling moss metropolises rising out of lowlands that only have scattered moss towns. Elevated from the forest floor, the moss-hills do not become covered with leaf litter. In some cases, these distinctive moss-hills are still visibly connected to the fallen trunk of a windthrown tree; in other cases, the tree trunk has almost completely decayed, and only the mound created by the root ball remains.

I read once in an article that the creation of humps and valleys by the windthrown tree roots is characteristic of old growth forests. That is, the forest has existed so long, with trees living majestically and dying violently in it, that the ground is no longer a smooth plane, but humpy and bumpy and pitted and pooled from centuries of trees dying by windthrow.

My observations seem to agree that these windthrown-tree-humps have unique ecology, particularly in terms of their thriving moss colonies that remain even after the tree that originally died has rotted away. They would create a million little variations on light and moisture level, gathering leaf litter in some places and keeping it away from others. Variations create multiplying amounts of biodiversity due to the increased amount of niches to fill.

In my area, one of the first tall trees to shoot up after land is disturbed is the water oak (Quercus nigra. They get 50-70ft tall and 3 feet in diameter in about 50 years. They often have very, very shallow root systems. Because of this, they fall over faster than other trees. They are also more prone to disease, and hollow out from the center faster and more often, and are likely to have dead sections on loving trees, providing even more unique habitat.

So some of our forests that are only 50 years old have old-growth-characteristics because of these trees. And then they fall, or otherwise die, leaving room for our true old growth species to rise up. But the pits and mounds of these fallen early-risers are also shaped differently than those of more deeprooted species. They are shallower pools or valleys, and sometimes form a wall that is perpendicular to the forest floor - completely vertical to the ground.

This is just one example, but understanding it, we can see that the predominance of different species in a forest can drastically change its microclimates and topography! Different species rot in different ways, hollow in different ways, and form different shapes on the landscape. If there are lots of different tree species in your area, then the different proportions they grow in, die in, fall in, and the different timings at which they do so, offer an endless aboundment of variety.

This is why no two forests are the same, and no single wild area is ever truly replaceable, or interchangeable. Because each has developed entirely differently, with so many little factors playing in.

i’ve been thinking about this video nonstop since the first time i saw it