Vandriswoop: Difference between revisions

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The branches are continuously growing, while the spreading cells maturate. In the bottom near to the bulbous part, these cells (both purple and brown) are very young and grow accumulating sugars. When fully maturated, the water in the cells is slowly expelled, shrinking them. Near the tip the cells are small again, but now they contain the nutrients needed to start a new life - these are naturally detached and are carried by wind. The purple hexagonal cells of vandriswoop, like on its ancestor, regenerate the bulbous part when in contact with a suitable soil, in presence of water drops. The brown triangular cells are hygrophilic and regenerate, initially, the aerial part of vandriswoop. They can grow in the desert due to their characteristic of absorbing air moisture, creating small puddles where they can start to grow. When in a mature plant, these cells help the plant to catch water and drive it to the puddle. Despite this successful evolution, it ~~hasn’t~~ replaced the pallenidust.

The branches are continuously growing, while the spreading cells maturate. In the bottom near to the bulbous part, these cells (both purple and brown) are very young and grow accumulating sugars. When fully maturated, the water in the cells is slowly expelled, shrinking them. Near the tip the cells are small again, but now they contain the nutrients needed to start a new life - these are naturally detached and are carried by wind. The purple hexagonal cells of vandriswoop, like on its ancestor, regenerate the bulbous part when in contact with a suitable soil, in presence of water drops. The brown triangular cells are hygrophilic and regenerate, initially, the aerial part of vandriswoop. They can grow in the desert due to their characteristic of absorbing air moisture, creating small puddles where they can start to grow. When in a mature plant, these cells help the plant to catch water and drive it to the puddle. Despite this successful evolution, it hasn't replaced the pallenidust.

Revision as of 20:48, 24 February 2024 (view source) Disgustedorite (talk \| contribs) m (→‎top: adding ALL the things) ← Older edit		Latest revision as of 03:46, 27 March 2024 (view source) Disgustedorite (talk \| contribs) m (→‎top: clean up)
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	The branches are continuously growing, while the spreading cells maturate. In the bottom near to the bulbous part, these cells (both purple and brown) are very young and grow accumulating sugars. When fully maturated, the water in the cells is slowly expelled, shrinking them. Near the tip the cells are small again, but now they contain the nutrients needed to start a new life - these are naturally detached and are carried by wind. The purple hexagonal cells of vandriswoop, like on its ancestor, regenerate the bulbous part when in contact with a suitable soil, in presence of water drops. The brown triangular cells are hygrophilic and regenerate, initially, the aerial part of vandriswoop. They can grow in the desert due to their characteristic of absorbing air moisture, creating small puddles where they can start to grow. When in a mature plant, these cells help the plant to catch water and drive it to the puddle. Despite this successful evolution, it ~~hasn’t~~ replaced the pallenidust.		The branches are continuously growing, while the spreading cells maturate. In the bottom near to the bulbous part, these cells (both purple and brown) are very young and grow accumulating sugars. When fully maturated, the water in the cells is slowly expelled, shrinking them. Near the tip the cells are small again, but now they contain the nutrients needed to start a new life - these are naturally detached and are carried by wind. The purple hexagonal cells of vandriswoop, like on its ancestor, regenerate the bulbous part when in contact with a suitable soil, in presence of water drops. The brown triangular cells are hygrophilic and regenerate, initially, the aerial part of vandriswoop. They can grow in the desert due to their characteristic of absorbing air moisture, creating small puddles where they can start to grow. When in a mature plant, these cells help the plant to catch water and drive it to the puddle. Despite this successful evolution, it hasn't replaced the pallenidust.

	{{LivingRelatives}}		{{LivingRelatives}}

Vandriswoop: Difference between revisions

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