The objective of this study was to apply different types of biological and climatic data in the distribution modeling of tree species in Mexico (Pinus ayacahuite, Pinus montezumae, Pinus oocarpa, Quercus calophylla, and Quercus uxoris). Two types of climate layers (climate types and bioclimatic variables) and three types of biological collection data (presence only data, abundance data, and presence/absence data) were used for modeling. The results show that there is no one type of biological and climatic data that fits all species. This study evidences that the use of a single type of data may result in underestimation or overestimation in potential distribution areas.El objetivo de este estudio fue aplicar diferentes tipos de datos biológ...
186 p.Los Modelos de Distribución de Especies (SDMs), son herramientas estadísticas utilizadas para ...
The objective of the study was to evaluate the structure, diversity, and vertical distribution of tr...
Regional and global climate change is expected to have particularly strong effects on tropical monta...
The different names for Mountain Mesophyll Forest (MMF) are evaluated, comparing them to the concept...
The possible effect of climate change on the potential distribution of four forest species (Pinus ar...
Modelado de la distribución de especies sinantrópicas de Physalis. Lugares con distribución potencia...
Phenological, morphological and ecophysiological variables were analyzed in winter (dry season) and ...
The Spatial Distribution Patterns in Quercus ecosystem formations are described for Tamaulipas State...
In this study carried out in the Amacayacu National Park in the Colombian Amazonia, we assessed the...
Background and Aims: Tropical forests play an indispensable role to confront and reduce environmenta...
ResumenPinus ayacahuite, P. hartwegii, Abies hickelii, Quercus laurina y Q. ocoteifolia son especies...
La pérdida de biodiversidad se ha acentuado en los últimos años debido a numerosas amenazas que incl...
Para este estudio se han analizado las variables fenológicas, morfológicas y ecofisiológicas de 4 es...
Three methods for modelling the potential distribution of forest formations in protected areas in so...
This research was carried out in La Poma Ecological Park, which is located on the Sabana de Bogotá ...
186 p.Los Modelos de Distribución de Especies (SDMs), son herramientas estadísticas utilizadas para ...
The objective of the study was to evaluate the structure, diversity, and vertical distribution of tr...
Regional and global climate change is expected to have particularly strong effects on tropical monta...
The different names for Mountain Mesophyll Forest (MMF) are evaluated, comparing them to the concept...
The possible effect of climate change on the potential distribution of four forest species (Pinus ar...
Modelado de la distribución de especies sinantrópicas de Physalis. Lugares con distribución potencia...
Phenological, morphological and ecophysiological variables were analyzed in winter (dry season) and ...
The Spatial Distribution Patterns in Quercus ecosystem formations are described for Tamaulipas State...
In this study carried out in the Amacayacu National Park in the Colombian Amazonia, we assessed the...
Background and Aims: Tropical forests play an indispensable role to confront and reduce environmenta...
ResumenPinus ayacahuite, P. hartwegii, Abies hickelii, Quercus laurina y Q. ocoteifolia son especies...
La pérdida de biodiversidad se ha acentuado en los últimos años debido a numerosas amenazas que incl...
Para este estudio se han analizado las variables fenológicas, morfológicas y ecofisiológicas de 4 es...
Three methods for modelling the potential distribution of forest formations in protected areas in so...
This research was carried out in La Poma Ecological Park, which is located on the Sabana de Bogotá ...
186 p.Los Modelos de Distribución de Especies (SDMs), son herramientas estadísticas utilizadas para ...
The objective of the study was to evaluate the structure, diversity, and vertical distribution of tr...
Regional and global climate change is expected to have particularly strong effects on tropical monta...