Spatial distribution of tree-related microhabitats in European beech-dominated forests
Details
Volume | 301 |
---|---|
Type | A1: Web of Science-article |
Category | Research |
Magazine | Biological Conservation |
Issns | 0006-3207|1873-2917 |
Publisher | Applied Science Publishers |
Language | English |
Bibtex
@misc{71085e5d-f9ea-4f4b-b04b-4eeea8e1cd45,
title = "Spatial distribution of tree-related microhabitats in European beech-dominated forests",
abstract = "Tree-related Microhabitats (TreMs) are of prime concern for biodiversity since they host thousands of taxa. TreMs are discrete habitat patches borne by trees and cover a wide range of lifespans, from days to decades to centuries. The taxa associated with such discrete and sometimes highly ephemeral habitat patches are likely to be sensitive to spatial distribution because they need to search for new habitats after the occupied one disappears. Although many studies have recently been dedicated to TreMs, only very few have investigated their spatial distribution. Focusing on European beech-dominated forests, we used a European TreM database with 12,362 trees and 296 plots (ranging from local (0.1–1 ha) to landscape scale (10,000 ha)) to assess TreM spatial distribution patterns in long unmanaged forests. Then, with a TreM sub-database with 6828 trees and 21 plots, we assessed whether and if so, how harvesting changes spatial patterns at the plot scale. In long unmanaged forests, most TreMs showed a regular pattern at the plot scale and an aggregated pattern at larger scales. Tree diameter was the most influential factor for spatial patterns in TreMs. Spatial patterns at the plot scale in harvested forests differed slightly from those observed in unmanaged forests. To favor TreM-dwelling taxa in harvested stands, our results suggest retaining habitat trees in a regular spatial pattern to mimic the natural pattern. However, some TreMs should be conserved in an aggregate pattern; we specify the spatial scale at which this should be done.",
author = "Laurent Larrieu and Christophe Bouget and Benoit Courbaud and Inken Doerfler and Nicolas Gouix and Michel Goulard and Sylvie Ladet and Fabien Laroche and Amandine Acloque and Rita Bütler and Daniel Kozák and Daniel Kraus and Frank Krumm and thibault Lachat and Maxence Martin and Jörg Müller and Yoan Paillet and Andreas Schuck and Jonas Stillhard and Miroslav Svoboda and María Trinidad Torres García and Kris Vandekerkhove and Sergey Zudin",
year = "2024",
month = nov,
day = "24",
doi = "https://doi.org/10.1016/j.biocon.2024.110867",
language = "English",
publisher = "Applied Science Publishers",
address = "Belgium,
type = "Other"
}
Authors
Laurent LarrieuChristophe Bouget
Benoit Courbaud
Inken Doerfler
Nicolas Gouix
Michel Goulard
Sylvie Ladet
Fabien Laroche
Amandine Acloque
Rita Bütler
Daniel Kozák
Daniel Kraus
Frank Krumm
thibault Lachat
Maxence Martin
Jörg Müller
Yoan Paillet
Andreas Schuck
Jonas Stillhard
Miroslav Svoboda
María Trinidad Torres García
Kris Vandekerkhove
Sergey Zudin