Here is a brief animated video-essay script with vivid visuals, brisk pacing, and clear scientific explanations.
Why Donāt Trees Leave Holes in the Ground?
[Opening: A large tree stands in a park. Underground, its roots glow and begin āvacuuming upā the surrounding soil. A huge crater suddenly opens.]
NARRATOR:
A tree can live for centuries, pulling water and nutrients from the ground every day.
So why doesnāt the soil around it slowly disappear?
Why isnāt every old forest full of enormous tree-shaped holes?
[Title card: āWHY DONāT TREES EAT THE GROUND?ā]
[Animation: A root tip approaches individual soil particles.]
NARRATOR:
The first misconception is that roots consume soil itself.
They do not.
Soil is mostly mineral particlesātiny fragments of rockāmixed with organic matter, air, water, fungi, bacteria, and small animals.
Roots leave almost all of those solid particles where they are.
[Water appears between soil grains. Colored ions float in it.]
Instead, plants absorb nutrients such as nitrate, phosphate, potassium, and magnesium as dissolved ions in the water between the particles.
Imagine drinking a glass of lightly salted water. You take in the dissolved salt, but you do not consume the glass.
For roots, the soil is more like the container than the meal.
[Animation: A giant tree is placed on one side of a scale. A tiny pile of mineral nutrients appears on the other.]
NARRATOR:
There is another important detail: most of a treeās dry mass did not come from the ground.
The carbon in its wood, bark, and leaves came mostly from carbon dioxide in the atmosphere.
Through photosynthesis, the tree combines that carbon dioxide with water, using sunlight as an energy source, to manufacture sugars and other carbon-based molecules.
So although a tree may weigh several tonnes, only a relatively small fraction of that mass consists of mineral nutrients extracted from the soil.
A tree is built largely from air.
[The tree inflates from streams of carbon dioxide entering its leaves.]
Yes. Air.
[Underground cross-section: Water flows through pores toward the roots.]
NARRATOR:
But trees also absorb enormous amounts of water. Why doesnāt that leave empty spaces?
Because soil is not a sealed tank.
It is a porous, constantly changing system. When roots remove water, more water can move in from nearby soil through capillary action. Rain replenishes it from above, and groundwater may supply it from below.
The spaces previously occupied by water simply contain more air until water returns.
Removing liquid from a sponge does not make the sponge vanish.
[Root thickens and gently pushes soil grains aside.]
NARRATOR:
Roots themselves also occupy space.
As they grow thicker, they push soil particles aside and compress some of the surrounding ground. Fine roots die and decompose, leaving narrow channels that may later be filled by new roots, loose particles, fungal threads, or small animals.
Earthworms dig. Fungi spread. Microbes decompose matter. Rain carries particles downward. Burrowing animals mix entire soil layers.
The ground is continually being rearranged.
[Animation: A dry clay soil shrinks and cracks beside a thirsty tree.]
NARRATOR:
Trees can still change the ground.
In clay-rich soils, heavy water uptake during dry weather can cause the soil to shrink. This may produce cracks, settling, or even damage to nearby foundations.
But that is not a cavity created by nutrients being removed. It is a change in the spacing and volume of the soil as it dries.
[Return to the imagined crater. It reverses and closes.]
NARRATOR:
So trees do not excavate invisible craters beneath themselves because they are not eating bulk soil.
They take small quantities of dissolved minerals, move water through an open system, and build most of their mass from atmospheric carbon dioxide.
Meanwhile, roots, organisms, rain, gravity, and flowing water continually reshape and refill the microscopic spaces underground.
[Final shot: The camera rises from the roots, through the trunk, and into the canopy.]
A forest may look still.
But beneath every tree is a crowded, moving ecosystemāone that behaves less like an emptying container and more like a living, constantly recycled city.
[End card.]
I had ChatGPT write me a script for a brief video essay on the topic of why trees donāt make holes in the ground. Iāve only watched like two Kurzgesagt videos ever, so Iām hardly an expert, but it seems pretty damn similar. Spend half an hour tinkering with a text to speech model and another hour making and animating some visuals and imo youād have content that could fit into his repertoire seamlessly.
Otherwise, I would not have made the effort! 
And thereās more! Both from Transylvania? Canāt be sure on that one but it would explain your tendency to bite! 
