Saved
Fungi

Nidulariaceae

They don’t shoot spores — they catch rain like a cup and fling eggs.

Worth your time?4/5Yes.See the whole thing.What works, what does not, who it is for ↓
7:57in productionCh. 1 · Not fossils. Not myths./ 7:57 · ceiling 15 min
4 chapters · 7:57Ceiling 15:00

The brief is written and checked. The video joins this page when it is cut.4 chapters · 1 min read · 7:57 planned

Read the brief

Nidulariaceae are saprobic fungi in the order Agaricales, cosmopolitan and found on decaying wood and mulched soils. Five genera are distinguished by morphology and peridiole structure. Their spores develop internally in gasteroid fruiting bodies and are dispersed by rain-splash — not springs — sometimes aided by funicular cords. Taxonomy has shifted from historical description to DNA-guided phylogeny. First mentioned by Clusius in 1601; Paulet’s 1790–1793 spring hypothesis was incorrect.

Chapters & takeaways4
  1. 1:00
    Not fossils. Not myths.

    They are Agaricales fungi, not ancient oddities — and Clusius named them in 1601.

  2. 2:04
    Where to step

    They grow gregariously on rotting wood and mulch — no rare habitat needed.

  3. 3:15
    How physics replaced fantasy

    Paulet’s spring theory was wrong; their gasteroid bodies develop spores internally, then rely on rain impact.

  4. 4:25
    Five nests, one mechanism

    DNA sequencing now separates the five genera — morphology alone was never enough.

1 more chapterFewer chapters
Worth your time?

Yes. See the whole thing.

4/ 5
What works
  • exploits rain energy with geometric precision
  • grows gregariously where mulch and decay meet
  • replaced myth with observable physics
What does not
  • disperse by wind
  • grow on living hosts
  • require specialist equipment to observe
See it if
  • walkers
  • gardeners
  • field mycologists
Skip it if
  • lab-only researchers
  • birdwatchers
  • macrofauna seekers
Who should see it, and who should skipHide who it is for
The written brief1 min read

What the species is and where it came from

Nidulariaceae is a family of saprobic fungi in the order Agaricales. It comprises five genera — Crucibulum, Cyathus, Mycocalia, Nidula, and Nidularia — first documented in 1601 by Carolus Clusius.

How it works, in terms someone would actually use

Rain hits the cup-shaped fruiting body and splashes peridioles — spore-containing ‘eggs’ — out of the nest. Some peridioles trail funicular cords that coil around twigs, anchoring them for later dispersal.

What it gets right

They reliably exploit rain energy with precise geometry: cup depth, angle, and peridiole mass all tuned to splash ejection. Their gregarious growth makes detection repeatable.

What it does not

They do not produce showy fruiting bodies. They do not grow on living plants. They do not disperse spores by wind or animal flight.

What it changed

They overturned a 19th-century spring-mechanism myth with direct observation of rain-splash physics — shifting how mycologists interpret fungal ballistics.

Who it is for, and who it is not

It is for walkers, gardeners, and field mycologists who look down. It is not for lab-only researchers or those seeking charismatic macrofauna.

Is it worth your time

Yes — if you walk in mulched gardens or forests after rain, you can find them without tools or timing. They are visible, tactile, and mechanistically legible on-site.

Same habitat · Fungi4 of 24
8:30
Coprinopsis atramentariaCoprinopsis atramentaria is a common Northern Hemisphere fungus. It fruits in clumps on lawns and vacant lots after rain. It is edible when young—but contains coprine, which causes disulfiram-like reactions if consumed with alcohol. Its taxonomy shifted from Agaricus (1786) to Coprinus (1838) to Coprinopsis (2001) following molecular phylogenetic analysis.
9:08
Hericium erinaceusHericium erinaceus is a saprophytic tooth fungus native to North America and Eurasia. It grows on hardwoods—especially American beech and maple—often near wounds on living or dead trees. It produces large, clumped fruiting bodies with long, dangling spines (>1 cm). It contains β-glucan, hericenones, and erinacines. Its mating system is bifactorially heterothallic in the U.S.; monokaryotic fruit bodies are smaller than dikaryotic ones; chlamydospores remain viable >7 years and germinate at 32–54% success over 30–52 hours; spore production peaks at midday, linked to temperature rise and humidity drop. Though widely consumed and used in traditional Chinese medicine, its medicinal efficacy, safety in supplements, and active compounds remain unproven. It is red-listed in several European countries due to poor germination and establishment.
8:46
PleurotusPleurotus is a genus of gilled mushrooms. It includes some of the most commonly cultivated edible mushrooms in the world. Some species have been used in the mycoremediation of pollutants. The caps may be laterally attached (with no stipe). If there is a stipe, it is normally eccentric and the gills are decurrent along it. The spores are smooth and elongated (described as "cylindrical"). Where hyphae meet, they are joined by clamp connections. Pleurotus is not considered to be a bracket fungus, and most of the species are monomitic (with a soft consistency). However, remarkably, P. dryinus can sometimes be dimitic, meaning that it has additional skeletal hyphae, which give it a tougher consistency like bracket fungi.
7:36
PhallaceaePhallaceae is a fungal family—not a single species—with 21 genera and 77 species (2008). It occurs globally but thrives in tropics. All members develop from egg-shaped primordia and erupt fully within one hour. Their defining trait is a single unbranched receptaculum bearing externally attached gleba—a sticky, foul-smelling spore mass that mimics carrion or dung to attract flies and beetles. This olfactory deception relies on volatile compounds including indole and p-cresol. Only the egg stage is edible. Pharmaceutical compounds with anticancer potential have been identified—but no clinical trials or outcomes are cited.
Up next in Nature

Blue hole

· 9:39

Blue holes are time capsules carved by ice ages — not habitats, but hydrological tombs.

9:39