Tymen B., Vincent G., Courtois E.A., Heurtebize J., Dauzat J., Marechaux I., Chave J.
2017
Key message : We combined aerial LiDAR and ground sensors to map the spatial variation in micro-environmental variables of the tropical forest understory. We show that these metrics depend on forest type and proximity to canopy gaps. Our study has implications for the study of natural forest regeneration. Context: Light impacts seedling dynamics and animals, either directly or through their ...
Foresterie - Considérations générales; Ecologie végétale; Méthodes de relevé
2017
Key message : We combined aerial LiDAR and ground sensors to map the spatial variation in micro-environmental variables of the tropical forest understory. We show that these metrics depend on forest type and proximity to canopy gaps. Our study has implications for the study of natural forest regeneration. Context: Light impacts seedling dynamics and animals, either directly or through their ...
Foresterie - Considérations générales; Ecologie végétale; Méthodes de relevé