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Caryophylloideae
Projects
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A.
PHD
Project (Stefan Dötterl): "Importance of floral scent compounds for the interaction
between Silene latifolia (Caryophyllaceae) and the nursery pollinator
Hadena bicruris (Lepidoptera: Noctuidae)". [more...]
This
project has been financially supported by the DFG (German Science
Fundation - Graduate College 678) |
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B. Masters Project (Petra Oberpaul) "Adaptation of Hadena bicruris (Noctuidae) to its host-plant
Silene latifolia (Caryophyllaceae)" [more...]
This
project has been financially supported by the DFG (German Science
Fundation - Graduate College 678)
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C1.
Masters Project (Starting
2004 - Katrin Jahreiss):
"Methods for the investigation of floral odors as attractants for
mosqitoes" (In cooperation with Martin Geier, BioGents,
Regensburg) [more...]
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C2.
PHD Project (Starting 2004 - Umma
Salma Jhumur):
"Chemical attractiveness of night-flowering
Caryophyllaceae of the Silene otites group (and other
plants) to flower visiting
mosquitoes" (In cooperation with Martin Geier, BioGents, Regensburg;
Stefan Schütz Göttingen, Bernhard Weissbecker, Göttingen) [more...]
This project is
financially supported by the DFG (German Science Fundation - Graduate
College 678)
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D. Project
(Stefan Dötterl & Andreas Jürgens) - In cooperation with Armin Mosandl & Dirk
Burkhard):
"Lilac
aldehydes isomers in Silene species - biological
activity of different lilac aldehyde enantiomers?" [more...]
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E.
Project (Andreas Jürgens & Taina Witt) "Pollination biology of Silene
species in Israel" [more...]
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Other projects not related with the genus Silene
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A. Floral scent
evolution in nocturnal Conophytum species (Aizoaceae) in South
Africa [more...]
This project has been financially supported by
the DFG Priority Programme SPP-1127 "Radiations Origins of
Biological Diversity" German Science
Fundation (DFG).
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B.
PHD - Project:
The importance of flower odors for the pollination of Salix species
and their role as crossing barriers (In cooperation with Gregor
Aas, Ecological Botanical Garden, University of Bayreuth, Germany)
[more...]
This project is financially supported by the
DFG (German Science Fundation - Graduate College 678)
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C.
Chemical
composition of leaf volatiles in Macaranga species (Euphorbiaceae) and their potential role
as
olfactory cues in host-localisation of foundress
queens and/or as
chemical defense against herbivores.
(In
cooperation with Heike Feldhaar, University Würzburg) [more...] |
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D. Chemical composition of carrion fly
flowers, particular Asclepidiaceae [more...]
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E. Pollen odors in Ranunculaceae species
[more...]
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F. Spatial fragrance patterns in flowers
[more...]
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