Details zur Publikation

Kategorie Textpublikation
Referenztyp Zeitschriften
DOI 10.1016/j.baae.2018.03.005
Volltext Akzeptiertes Manuskript
Titel (primär) Intra- and interspecific tree diversity promotes multitrophic plant–Hemiptera–ant interactions in a forest diversity experiment
Autor Cao, H.; Klein, A.-M.; Zhu, C.-D.; Staab, M.; Durka, W. ORCID logo ; Fischer, M.; Fornoff, F.
Journal / Serie Basic and Applied Ecology
Erscheinungsjahr 2018
Department BZF; iDiv
Band/Volume 29
Seite von 89
Seite bis 97
Sprache englisch
Keywords Tree genotype diversity; Ant; Hemiptera; Subtropical forest; BEF-China; Multitrophic; Interaction network; Bottom-up; Cinnamomum camphora; Idesia polycarpa
UFZ Querschnittsthemen RU1;
Abstract Interactions between species of different trophic levels have long been recognized as fundamental processes in ecology. Although mounting evidence indicates that plant species diversity (PSD) or plant genetic diversity (PGD) can influence the plant-associated arthropod community, these two fundamental levels of biodiversity are not often manipulated simultaneously to assess their effects on species interactions. We used a large tree diversity experiment (BEF-China), which manipulates PSD and PGD in a crossed design to test individual and combined effects of PSD and PGD on multitrophic interaction networks and interaction partner species richness and occurrence. We focused on two tree species, on which sap-sucking Hemiptera and interacting ant species commonly occur. This tri-trophic interaction can be divided into the antagonistic plant–Hemiptera interaction and the mutualistic Hemiptera–ant interaction, known as trophobioses. Qualitative evaluation of tri-trophic interaction networks at different PSD and PGD combinations showed increased interaction partner redundancy at high PSD and PGD. This was supported by increased Hemiptera species richness at high PSD and PGD. Furthermore, the data indicate higher occurrence of Hemiptera and trophobioses and higher trophobiotic ant species richness with increasing PSD and PGD. As no plant diversity component alone caused an effect we conclude that the combined effect of high PGD and high PSD might be additive. In summary, as plant genetic diversity, especially at low species richness, seems to increase the interaction partner redundancy in interaction networks and the diversity of interacting communities, we suggest that genetic diversity should be considered in forest conservation and restoration programs.
dauerhafte UFZ-Verlinkung
Cao, H., Klein, A.-M., Zhu, C.-D., Staab, M., Durka, W., Fischer, M., Fornoff, F. (2018):
Intra- and interspecific tree diversity promotes multitrophic plant–Hemiptera–ant interactions in a forest diversity experiment
Basic Appl. Ecol. 29 , 89 - 97