Species → Common Pagoda
Common Pagoda
Mimetes cucullatus
What if it disappeared?
Impact ModerateBy excluding nectar-feeding birds — but not insects — from 20 x 20 m cages set up at six fynbos sites, common pagoda seed production collapsed entirely in their absence, while other proteas in the same family maintained seed production thanks to insect pollinators.
DocumentedDetail
Botha, P.W., Pauw, A. et Hui, C. (2015). How do fynbos plant-pollinator communities respond to the loss of birds? South African Journal of Botany, 98, 173.
This contrast between species in the same family — total collapse in the common pagoda, partial compensation in some proteas — shows that a single ecosystem can hold both species fully dependent on bird pollinators and others able to do without them, a level of nuance that only a full-scale removal experiment, rather than simple field observation, can reveal.
The only species in its genus to survive fire by resprouting from its rootstock rather than depending entirely on heat-triggered seed release, the common pagoda owes this unique resilience to a strategy its 12 cousin species do not share.
DocumentedDetail
SANBI — PlantZAfrica, Mimetes cucullatus.
In most fynbos pagodas, a fire occurring too soon after the previous one can locally wipe out the species if seeds haven't had time to accumulate in the soil. The ability to resprout directly from the rootstock makes the common pagoda the most widespread and resilient of the genus's 13 species, precisely because it doesn't depend solely on this seed-fire cycle.
Documentation
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IUCN Red List — Mimetes cucullatus, statut de conservation
Accessed August 14, 2026
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Botha, Pauw & Hui (2015) — How do fynbos plant-pollinator communities respond to the loss of birds?, South African Journal of Botany
Accessed August 14, 2026
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Botha (2017) — The world without birds: an experimental test of the ecological significance of pollinating birds for plant communities (thèse, Université de Stellenbosch)
Accessed August 14, 2026
Last verified: August 14, 2026