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In several montane forests around the world, epiphytes coexist in mats, sharing the rhizosphere and forming histosol‐type soils rich in nutrients. The role of these epiphytes in the formation of canopy soil and the fitness costs that epiphytes face when cohabiting in these mats are unknown.
In a lower montane cloud forest in central Veracruz, Mexico, a 2‐year factorial experiment was carried out...
Canopy soil (CS) volume reflect epiphyte community maturity, but little is known about the factors that retain CS or species succession within it. Humus fern species (e.g. Phlebodium areolatum) appear capable of retaining CS.
In ten Quercus spp. we sampled 987 epiphyte mats to examine the role of the common epiphyte species and crown traits determining CS volume, in order to infer successional...
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