Title:
No information available
Name:
Nico Blüthgen
Phone:
++49 (0) 931 318-4370
URL:
No information available
Roles:
SP09e Aboveground multi-trophic plant-insect interactions in a Chinese subtropical forest
(2nd Principle investigator)
Filter:
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Main Experiment: Trophobioses data site A 2011
Abstract:
We sampled trophobioses from 21 May to 20 August 2011 on site A. We selected in total 146 plots from tree diversity level 1, 2, 4, 8 and 16. Because there are only two plots with tree diversity 24, we did not study the highest available tree dive...
Id:
488
People:
3
Projects:
1
Version:
3
Attachments:
0
Created at:
2015-04-22
Updated at:
2016-07-25
Main Experiment: Ant-wound-interactions Main Experiment
Abstract:
Ants are abundant and functionally important arthropods in tropical and subtropical forests. The vast majority of vegetation-foraging ants were thought to be predacious or omnivorous, until studies of stable isotopes showed that those ants are ess...
Id:
504
People:
4
Projects:
1
Version:
2
Attachments:
0
Created at:
2016-03-22
Updated at:
2016-10-07
Main Experiment: Trophobioses data site A 2014
Abstract:
We sampled trophobioses from 29 May to 31 July 2014 and 11 September to 8 October on site A and B dayly alternating between sites (for data on Site B see dataset 567). We selected in total 150 plots from tree diversity level 1, 2, 4, 8 and 16 at ...
Id:
566
People:
4
Projects:
1
Version:
1
Attachments:
0
Created at:
2017-02-08
Updated at:
2017-03-31
Main Experiment: Trophobioses data site B 2014
Abstract:
We sampled trophobioses from 29 May to 31 July 2014 and 11 September to 8 October on site A and B dayly alternating between sites (for information on the trophobioses on Site A in 2014 see dataset 566). We selected in total 150 plots from tree di...
Id:
567
People:
4
Projects:
1
Version:
1
Attachments:
0
Created at:
2017-02-08
Updated at:
2017-03-31
No information available
No information available
No information available
Filter:
Tree diversity alters the structure of a tri-trophic network in a biodiversity experiment
Abstract:
Species and processes in ecosystems are part of multi-trophic interaction networks. Plants represent the lowest trophic level in terrestrial ecosystems, and experiments have shown a stabilizing effect of plant diversity on higher trophic levels. S...
Id:
138
Users:
2
Datafiles:
0
Attachments:
0
Board:
Prep
State:
Accepted
Created at:
2015-01-27
Updated at:
2016-03-22
Ants at plant wounds - A little-known trophic interaction with evolutionary implications for ant-plant interactions
Abstract:
Extrafloral nectaries (EFNs) allow plants to engage in mutualisms with ants preventing herbivory in exchange for food. EFNs occur scattered through the plant phylogeny and likely evolved independently from herbivore-created wounds subsequently vis...
Id:
161
Users:
7
Datafiles:
2
Attachments:
0
Board:
Final
State:
Accepted
Created at:
2015-09-28
Updated at:
2019-02-20
Use of near-infrared spectroscopy to assess phosphorus fractions of different plant availability in forest soils
Abstract:
Abstract. The fractionation of soil P into fractions of different plant availability is a common approach to characterize the P status of forest soils. However, quantification of organic and inorganic P fractions in different extracts is labour-in...
Id:
147
Users:
4
Datafiles:
0
Attachments:
0
Board:
Prep
State:
Accepted
Created at:
2015-02-09
Updated at:
2015-03-09
Tree diversity and nectar composition affect arthropod visitors on extrafloral nectaries in a diversity experiment
Abstract:
Aims
Plants with extrafloral nectaries (EFNs) are common in tropical and subtropical habitats and, despite many other arthropods also forage for extrafloral nectar, most studies solely focused on the defense mutualisms between EFN plants and ants...
Id:
199
Users:
5
Datafiles:
0
Attachments:
0
Board:
Prep
State:
Accepted
Created at:
2016-11-03
Updated at:
2016-11-03
Tree diversity and nectar composition affect arthropod visitors on extrafloral nectaries in a diversity experiment
Abstract:
Aims
Plants with extrafloral nectaries (EFNs) are common in tropical and subtropical habitats and, despite many other arthropods also forage for EFN, most studies solely focused on the defense mutualisms between EFN plants and ants. This ...
Id:
149
Users:
4
Datafiles:
0
Attachments:
0
Board:
Final
State:
Accepted
Created at:
2015-02-11
Updated at:
2017-07-22
No information available