Puya dasylirioides

Puya dasylirioides is a species in the genus Puya. This species is native to Costa Rica. It is unusual for a Puya, as the leaves have no spines along the leaf margins. The flowers are blue with brown buds and the plants reach maturity at 4 to 5 years. Another feature that sets this species is that it grows in boggy areas at 3000 m that dry up seasonably.

Puya dasylirioides
Puya dasylirioides
Scientific classification
Kingdom: Plantae
Clade: Tracheophytes
Clade: Angiosperms
Clade: Monocots
Clade: Commelinids
Order: Poales
Family: Bromeliaceae
Genus: Puya
Subgenus: Puya subg. Puyopsis
Species:
P. dasylirioides
Binomial name
Puya dasylirioides
Standley

Cultivation

Puya dasylirioides comes from 2300-3300 meter elevation, where the climate is cool all year. It has taken temperatures in the mid-80s (30 °C), but it's possible that it won't thrive in consistently warmer conditions, especially if nights are warm. It is said to have taken winter lows of 19 °F (-7 °C), and might even handle colder temperatures. It grows well in a deep pot in normal cactus soil that contains no lime. Water it deeply occasionally, and avoid letting the soil dry out completely. Some protection from strong afternoon sun might be needed in warmer climates. Over about 40% humidity is recommended.

gollark: You can't use a claim as evidence for itself.
gollark: > About the latter half of the question, the inverse square root law would imply that the rules that generally put down magnetism are removed.What? No. It wouldn't imply that, because galactic orbits run on gravity and have nothing to do with electromagnetism.
gollark: Galaxy rotation just runs on regular gravity-driven orbits like, well, the solar system and whatnot, no? I don't know if your claim about the "inverse square root law" thing is accurate, but it doesn't seem to mean very much.
gollark: What do you mean "galaxies rotations are described using a inverse square root law" exactly?
gollark: Hmm, yes, I suppose stars count, so just "not important in large-scale interactions directly".

References
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