The Neotropical realm hosts some of the Earth’s most species-rich biodiversity hotspots, with vascular epiphytes significantly contributing to this diversity, regionally accounting for up to 39% of the vascular flora. However, many regions of the Neotropics where epiphytic species of restricted distribution are reported coincide with threatened ecosystems, such as the tropical montane cloud forest. Moreover, epiphytes may be especially vulnerable to land use and climate change impacts due to their dependence on host trees. We assessed the conservation status of vascular epiphytes in the Neotropics for the families that represent over 80% of the global epiphyte diversity (Araceae, Bromeliaceae, Orchidaceae, Piperaceae, and Polypodiaceae) and...
Research focusing on assemblages of vascular epiphytes in the Amazon are scarce. This is especially ...
Vascular epiphytes are common in tropical forests and represent a considerable part of the biodivers...
I examined the distribution, abundance and diversity of vascular epiphytes at three scales: within i...
The Neotropical realm hosts some of the Earth’s most species-rich biodiversity hotspots, with vascul...
Knowledge of the geographic distribution of plants is essential to underpin the understanding of glo...
Worldwide, the highest diversity of vascular epiphytic plants resides in the Neotropics. The general...
Amazon ecosystems have suffered constant losses due to fragmentation processes, which as a result pu...
Abstract This study evaluated the richness of vascular epiphytes on Pseudobombax sp. nov. in three i...
This study was performed in a remnant of Seasonal Semideciduous Forest at Fazenda Fortaleza de Sant'...
Vascular epiphytes are an important component of the flora of subtropical regions, but they remain u...
Abstract The diversity of montane environments is dictated by a variety of environmental conditions....
Epiphytes contribute up to over 30% of the vascular plant diversity of old-growth tropical rain fore...
Tropical deforestation, inevitably, leads to the local loss of bryophyte species. Recent studies sho...
Aim: Vascular epiphytes are ubiquitous components of wet tropical forests where they contribute subs...
Vascular epiphytes (VE) are among the most threatened group of plants due to the extraction of trees...
Research focusing on assemblages of vascular epiphytes in the Amazon are scarce. This is especially ...
Vascular epiphytes are common in tropical forests and represent a considerable part of the biodivers...
I examined the distribution, abundance and diversity of vascular epiphytes at three scales: within i...
The Neotropical realm hosts some of the Earth’s most species-rich biodiversity hotspots, with vascul...
Knowledge of the geographic distribution of plants is essential to underpin the understanding of glo...
Worldwide, the highest diversity of vascular epiphytic plants resides in the Neotropics. The general...
Amazon ecosystems have suffered constant losses due to fragmentation processes, which as a result pu...
Abstract This study evaluated the richness of vascular epiphytes on Pseudobombax sp. nov. in three i...
This study was performed in a remnant of Seasonal Semideciduous Forest at Fazenda Fortaleza de Sant'...
Vascular epiphytes are an important component of the flora of subtropical regions, but they remain u...
Abstract The diversity of montane environments is dictated by a variety of environmental conditions....
Epiphytes contribute up to over 30% of the vascular plant diversity of old-growth tropical rain fore...
Tropical deforestation, inevitably, leads to the local loss of bryophyte species. Recent studies sho...
Aim: Vascular epiphytes are ubiquitous components of wet tropical forests where they contribute subs...
Vascular epiphytes (VE) are among the most threatened group of plants due to the extraction of trees...
Research focusing on assemblages of vascular epiphytes in the Amazon are scarce. This is especially ...
Vascular epiphytes are common in tropical forests and represent a considerable part of the biodivers...
I examined the distribution, abundance and diversity of vascular epiphytes at three scales: within i...