Timotheus van der Niet
Overview
Explore the profile of Timotheus van der Niet including associated specialties, affiliations and a list of published articles.
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26
Citations
508
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Recent Articles
1.
van der Niet T, Cozien R
PhytoKeys
. 2024 Sep;
246:43-70.
PMID: 39257487
Contrasting pollination syndromes in closely related species suggest that floral trait divergence is associated with differences in pollination system, but empirical observations are required to confirm syndrome-based predictions. We present...
2.
Pirie M, Bellstedt D, Bouman R, Fagundez J, Gehrke B, Kandziora M, et al.
PhytoKeys
. 2024 Jul;
244:127-150.
PMID: 39027483
Estimates of the number of vascular plant species currently under threat of extinction are shockingly high, with the highest extinction rates reported for narrow-range, woody plants, especially in biodiversity hotspots...
3.
van der Niet T, Egan P, Schluter P
Trends Ecol Evol
. 2023 Feb;
38(5):435-445.
PMID: 36737302
The global decline in insect diversity threatens pollination services, potentially impacting crop production and food security. Here, we argue that this looming pollination crisis is generally approached from an ecological...
4.
Hollens-Kuhr H, van der Niet T, Cozien R, Kuhlmann M
Am Nat
. 2021 Nov;
198(6):750-758.
PMID: 34762568
AbstractThe impact of pollinator community diversity on trait matching in plant-pollinator interactions is poorly studied, even though many mutualisms involve multiple interaction partners. We studied 10 communities in which one...
5.
Castaneda-Zarate M, Johnson S, van der Niet T
Curr Biol
. 2020 Nov;
31(1):238-246.e7.
PMID: 33157027
During the evolutionary history of flowering plants, transitions between pollinator groups (pollinator shifts) have been frequent, and contributed to the spectacular radiation of angiosperms. Although the evolution of floral traits...
6.
Ruchisansakun S, Mertens A, Janssens S, Smets E, van der Niet T
Ann Bot
. 2020 Oct;
127(2):267-280.
PMID: 33091107
Background And Aims: Floral diversity as a result of plant-pollinator interactions can evolve by two distinct processes: shifts between pollination systems or divergent use of the same pollinator. Although both...
7.
8.
Balducci M, van der Niet T, Johnson S
Ann Bot
. 2020 Jul;
126(7):1155-1164.
PMID: 32674148
Background And Aims: The temporal dimensions of floral adaptation to pollinators are not yet well understood, partly because we lack accurate information on the diel rhythms of flower visitation for...
9.
Phillips R, Peakall R, van der Niet T, Johnson S
Trends Plant Sci
. 2020 May;
25(8):779-793.
PMID: 32386827
Ecological niches are crucial for species coexistence and diversification, but the niche concept has been underutilized in studying the roles of pollinators in plant evolution and reproduction. Pollination niches can...
10.
Kahnt B, Hattingh W, Theodorou P, Wieseke N, Kuhlmann M, Glennon K, et al.
Mol Ecol
. 2019 Jun;
28(17):4118-4133.
PMID: 31232488
Plant-pollinator interactions are often highly specialised, which may be a consequence of co-evolution. Yet when plants and pollinators co-evolve, it is not clear if this will also result in frequent...