User:Wikiuwgloria/Pitcher plant
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Foraging, flying, or crawling insects such as flies are attracted to a cavity formed by the cupped leaf, often by visual lures such as anthocyanin pigments, and nectar. The rim of the pitcher (peristome) is slippery when moistened by condensation or nectar, causing insects to fall into the trap. Pitcher plants may also contain waxy scales, protruding aldehyde crystals, cuticularthat insects cannot climb out. The small bodies of liquid contained within the pitcher traps are called phytotelmata. They drown the insect, whose body is gradually dissolved. This may occur by bacterial action (the bacteria being washed into the pitcher by rainfall), or by digestive enzymes secreted by the plant itself. Pitcher trap fluids tend to variety in composition and texture, and this diversity allow the plants to target different types of prey.[1] Additionally, younger pitcher leaves with fresh fluids tend to have greater success in capturing prey than its older counterparts.[1] Some pitcher plants contain mutualistic insect larvae, which feed on trapped prey, and whose excreta the plant absorbs. Whatever the mechanism of digestion, the prey items are converted into a solution of amino acids, peptides, phosphates, ammonium and urea, from which the plant obtains its mineral nutrition (particularly nitrogen and phosphorus). Like all carnivorous plants, they all grow in locations where the soil is too poor in minerals and/or too acidic for most plants to survive. Pitcher plants supplement available nutrients and minerals (which plants normally obtain through their roots) with the constituents of their insect prey.
Mature plants of Nepenthes lowii attract tree shrews (Tupaia montana), which feed on nectar that the plant produces but also defecate into the pitcher, providing nitrates and other nutrients. The plant and tree shrew have a symbiotic relationship. The rim of N. lowii is not slippery so that tree shrews can easily get in and out; it provides more nectar than other pitcher plants. The shape of the pitcher rim and the position of the nectar ensure that the animal's hindquarters are over the rim while it feeds.
References[edit]
Bazile, Le Moguedec, G., Marshall, D. J., & Gaume, L. (2015). Fluid physico-chemical properties influence capture and diet in Nepenthes pitcher plants. Annals of Botany, 115(4), 705–716. https://doi.org/10.1093/aob/mcu266
- ^ a b Bazile, Vincent; Le Moguédec, Gilles; Marshall, David J.; Gaume, Laurence (2015-03-01). "Fluid physico-chemical properties influence capture and diet in Nepenthes pitcher plants". Annals of Botany. 115 (4): 705–716. doi:10.1093/aob/mcu266. ISSN 0305-7364. PMC 4343297. PMID 25672361.
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