Duflot R., Heinrichs S., Balducci L., Chianucci F., Hofmeister J., Paillet Y., Trentanovi G., Archaux F., Boch S., Bouget C., Dvořák D., Fischer M., Gosselin F., Gosselin M., Gossner M.M., Holá E., Hošek J., Jung K., Palice Z., Renner S.C., Weisser W.W., Nagel T., Burrascano S. & Schall P.
(2025):
Sustainable forest planning: Assessing biodiversity effects of Triad zoning based on empirical data and virtual landscapes,
Proceedings of The National Academy of Sciences of The United States of America,
122(39): e2512683122 [10 p.]
The Triad framework seeks to balance the economic and ecological functions in forested
landscapes by combining intensively, extensively, and unmanaged areas, assuming a
higher support to biodiversity in extensively rather than in intensively managed forests.
We quantified the effects of Triad zoning on biodiversity in (sub)montane eutrophic
European beech forests. Using a European-wide
multitaxon database and a “virtual”
landscape approach (i.e., by resampling empirical data), we evaluated …
Read more...