Title:
Doctor
Name:
Ming-Qiang Wang
Phone:
No information available
Email:
URL:
No information available
Roles:
MultiTroph: All Subprojects
(PostDoc)
Filter:
MultiTroph SP3: MultiTroph Plant-arthropod food webs, stoichiometry and functions
Description:
By collecting data on community composition, consumption rates, body mass and elemental contents of arthropods as well as direct feeding links at higher trophic levels, we aim at predicting the responses of the multitrophic plant-herbivore-predato...
Id:
58
People:
5
Datasets:
1
Proposals:
0
Attachments:
0
Created at:
2024-02-29
Updated at:
2024-02-29
MultiTroph: MultiTroph: All Subprojects
Description:
MultiTroph is a multi-disciplinary project funded by the German Research Foundation (DFG) that started in October 2022 and will end in October 2026. The overall objective of MultiTroph is to identify mechanisms underlying the relationships of biod...
Id:
54
People:
33
Datasets:
2
Proposals:
0
Attachments:
0
Created at:
2024-02-29
Updated at:
2024-03-12
No information available
Filter:
Data (1/2) for Xie et al (2024): "Blue Vane and Pan Traps Are More Effective for Profiling Multiple Facets of Bee Diversity in Subtropical Forests"; Insects 15(11), 909
Abstract:
This is the first of two datasets used for the analyses presented in Xie et al (2024; see title above). It contains the diversity indices used in this study. For further detais see the manuscript DOI: https://doi.org/10.3390/insects15110909
Id:
721
People:
5
Projects:
0
Version:
1
Attachments:
0
Created at:
2026-03-06
Updated at:
2026-03-06
Data (2/2) for Xie et al (2024): "Blue Vane and Pan Traps Are More Effective for Profiling Multiple Facets of Bee Diversity in Subtropical Forests"; Insects 15(11), 909
Abstract:
This is the second of two datasets used for the analyses presented in Xie et al (2024; see title above). It contains the functional traits of bees considered in this study. For further detais see the manuscript DOI: https://doi.org/10.3390/insects...
Id:
722
People:
5
Projects:
0
Version:
1
Attachments:
0
Created at:
2026-03-06
Updated at:
2026-03-06
Data (1/2) for Xie et al (2026): "Tree species richness drives multiple facets of bee diversity via understorey microenvironment"; Journal of Animal Ecology 95(2): 270-281
Abstract:
This is the first of two datasets used for the analyses presented in Xie et al (2026; see title above). It contains the diversity indices used in this study. For further detais see the manuscript DOI: https://doi.org/10.1111/1365-2656.70207
Id:
723
People:
7
Projects:
0
Version:
1
Attachments:
0
Created at:
2026-03-06
Updated at:
2026-03-06
Data (2/2) for Xie et al (2026): "Tree species richness drives multiple facets of bee diversity via understorey microenvironment"; Journal of Animal Ecology 95(2): 270-281
Abstract:
This is the second of two datasets used for the analyses presented in Xie et al (2026; see title above). It contains the environmental factors considered in this study. For further detais see the manuscript DOI: https://doi.org/10.1111/1365-2656.7...
Id:
724
People:
7
Projects:
0
Version:
1
Attachments:
0
Created at:
2026-03-06
Updated at:
2026-03-06
No information available
No information available
No information available
No information available
No information available