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Three Tidbit Stories

Plants.

3 random tidbit stories in about 3 minutes.

1.

Plants Story.

New Look

30 Philosophers, Chapter 27: Categorized within Consequentialism, fear-based ethics focuses on “good results” and are measured with a big stick–acts are not primarily measured by merit. Karma and Divine Command Theory are two examples of this faulty ethical system. With Karma, you fear a negative rebirth, and with Divine Command Theory, you fear God’s wrath. With both you lose sight of right and wrong. The solution to the faulty ethical system is simple, teach the intrinsic value of moral acts, not fear.

 


That Plants Story, 

was first published on TST 2 years ago.

2.

Plants Story.

~950 Million Years Ago (+/- 50 million)
External digestion + chitin cell walls

The earliest true fungal lineages likely resembled modern chytrids. Aquatic Produced flagellated (swimming) spores Fed by external digestion (already a defining fungal trait). This is before large animals dominate land.

 As the Holomycota fungal lineage began to diverge, they increasingly relied on growth rather than motion to survive. To better exploit solid substrates, they reinforced their cells with rigid chitin. From soil, decaying matter, and eventually land itself, they extracted a material that let them push into their environment instead of swimming through it. Early-diverging fungi such as chytrids kept their “rear‑engine” flagellum to navigate thin films of water, but most fungi gradually abandoned swimming altogether. They survived by using hydraulic pressure to drive their thread‑like hyphae forward, effectively growing their way into new territory rather than motoring there.

 


That Plants Story, 

was first published on TST 4 months ago.

3.

Plants Story.

Lived from 169 to 164 million years ago.
Not a bird ancestor, but part of the theropod mix.

Proceratosaurus was a small early tyrannosauroid that lived in Middle Jurassic England, about 166 million years ago. It was not a giant like later tyrants. Estimates put it at around 4 meters (13 feet) long, making it a relatively modest predator for its time. It likely hunted small animals it could overpower—smaller dinosaurs, lizards, and other available prey—rather than dominating the landscape as a top super-predator. What makes it especially interesting is its skull: it had an early tyrannosaur-style tooth pattern, including the telltale D-shaped front teeth, and a crest on top of the skull, showing that some classic tyrannosaur traits were already taking shape very early.

Its deeper ancestors lie within the broader coelurosaur branch of theropods, not in the line of Allosaurus. That old childhood idea made sense because both animals were meat-eating theropods, but modern classification separates them. Allosaurus belongs to the allosauroid/carnosaur side of theropod evolution, while Proceratosaurus sits on the tyrannosauroid line that eventually leads toward T. rex. In other words, Allosaurus was not a direct-line ancestor of tyrannosaurs. It was more like a large predatory cousin from another major branch. That matters because it helps us see that similar-looking giant hunters can arise on different branches of the dinosaur tree.

Its descendants tell a much bigger story. For tens of millions of years, tyrannosauroids were mostly small, lower-level predators living in the shadow of larger carnivores such as allosaurs and their relatives. Only later, after those older giant hunter lines declined, did tyrannosaurs expand into the apex-predator role. From early forms like Proceratosaurus came a long and branching tyrannosaur story that eventually included animals like Dilong, Yutyrannus, Gorgosaurus, and finally T. rex. So T. rex was not the beginning of the tyrant story. It was the late, oversized finale of a line that had been evolving for over 100 million years.

 


That Plants Story, 

was first published on TST 3 months ago.

The end. Refresh for another set.

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