Strangler fig

Strangler fig is the common name for a number of tropical and subtropical plant species, including some banyans and unrelated vines, including among many other species:

These all share a common "strangling" growth habit that is found in many tropical forest species, particularly of the genus Ficus.[1] This growth habit is an adaptation for growing in dark forests where the competition for light is intense. Strangler figs suck up the nutrients from its victims, causing them to die eventually. These plants are hemiepiphytes, spending the first part of their life without rooting into the ground. Their seeds, often bird-dispersed, germinate in crevices atop other trees. These seedlings grow their roots downward and envelop the host tree while also growing upward to reach into the sunlight zone above the canopy.[2][3]

An original support tree can sometimes die, so that the strangler fig becomes a "columnar tree" with a hollow central core.[4] However, it is also believed that the strangler fig can help its support tree survive storms.[5]

Strangler trees are able to colonize the challenging habitat found on the sides of buildings in urban areas. Strangler figs in the tropics are pre-adapted to adopt an aerophytic as well as "acrobatic" urban life by clinging on to building envelopes.[6]


See alsoEdit


  1. ^ Zhekun, Zhou & Michael G. Gilbert (2003) "Flora of China" (Moraceae) 5: 21–73. Archived 2006-09-01 at the Wayback Machine
  2. ^ Serventy, V. (1984). Australian Native Plants. Victoria: Reed Books.
  3. ^ "Light in the rainforest" 1992 Tropical topics. Vol 1 No. 5, Archived 2007-07-01 at the Wayback Machine
  4. ^ Margaret Lowman; H. Bruce Rinker (2004). Forest Canopies. Academic Press. pp. 180–. ISBN 978-0-12-457553-0.
  5. ^ Richard, Leora.; Halkin, Sylvia (June 2017). "Strangler figs may support their host trees during severe storms". Symbiosis. 72 (2): 153–157. doi:10.1007/s13199-017-0484-5. S2CID 29202538.
  6. ^ Jim, C.Y. (2018). "Epiphytic strangler trees colonizing extreme habitats of building envelopes in Hong Kong". Landscape and Urban Planning. 178: 281–291. doi:10.1016/j.landurbplan.2018.07.003. S2CID 92651962.

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