Kontakt

 

Leitung:

Prof. Dr. Alexandra-Maria Klein
Tel: +49 (0)761 203-67770

alexandra.kleinatnature.uni-freiburg.de


Sekretariat:

Frau Ilona Winkler
Tel: +49 (0)761 203-3635
Fax: +49 (0)761 203-3638

ilona.winkleratnature.uni-freiburg.de


Anschrift:

Professur für Naturschutz
& Landschaftsökologie
Albert-Ludwigs-Universität Freiburg
Tennenbacher Str. 4
D-79106 Freiburg

 

 

 

Uni-Logo
Sektionen
Sie sind hier: Startseite Forschung Laufende Projekte BEF-China - Multi-Troph
Artikelaktionen

BEF-China - Multi-Troph

Multi-Trophic interactions in a forest biodiversity experiment in China

 

 SP4: Linking cavity-nesting bee and wasp food webs to other trophic interactions 

 

Fornoff-ecological-photos-sleeping-still.jpg
 

Bearbeitung:

Prof. Alexandra-Maria Klein               

Dr. Felix Fornoff

Dr. Manuela Sann (Universität Hohenheim)

PhD student Massimo Martini

 
Kooperationspartner:
 

Prof. Dr. Chao-Dong Zhu

(Chinese Academy of Sciences, Beijing, China)

Laufzeit:

Oktober 2022 - Oktober 2026

Finanzierung:

DFG RU FOR 5281

Teilprojekt 4

MultiTrophLogo.jpg

 

The Research Unit MultiTroph is part of the Biodiversity-Ecosystem Functioning China (BEF-China) research platform. The platform was established in 2008 by Chinese, German and Swiss researchers and comprises the worldwide largest tree diversity experiment. MultiTroph aims to identify mechanisms underlying the relationships between biodiversity and ecosystem functions across different trophic interactions along the experimental tree diversity gradient of BEF-China. The ultimate goal is to connect the different interaction types to large food webs in the context of tree diversity loss.

In Subproject 4 we will generate and analyze interaction networks of cavity-nesting bees and wasps including their food resources and natural enemies using DNA barcoding and metabarcoding approaches. We will use reed nests and layer nests to continue our long-term monitoring of trophic networks with direct feeding observations. Furthermore, we will build up a reliable DNA barcoding approach, that serves as the basis to establish high-resolution metabarcoding of cavity-nesting Hymenoptera food webs.

 

Benutzerspezifische Werkzeuge