Ecologists interested in seed size have generally con-trasted functional groups of plants but, recently, some have focussed on explaining the large range of seed size found within a functional group. A potentially important theoretical advance was the idea that seed number–seedling survival tradeoffs could explain the coexistence of species, in particular colonization– competition tradeoffs where smaller-seeded species are superior colonizers and larger-seeded species are superior competitors. However, recent models have placed limits on the potential of this approach, chiefly by showing that the asymmetry of competition must be strong. Also, although there is evidence from studies within functional groups that seed size does trade off agai...
International audienceThe relationships that control seed production in trees are fundamental to und...
Abstract Selective pressures on seed size could vary among the different stages of plant life cycles...
PREMISE OF THE STUDY: Seed-level trade-offs of heterocarpic species remain poorly understood. We pro...
We present a model for the evolutionary dynamics of seed size when seedlings from large seeds are be...
We compiled information from the international literature to quantify the relationships between seed...
A trade-off between seed size and seed number is central in seed ecology, and has been suggested to ...
Using the evolutionarily stable strategy (ESS) approach in a model for the co-evolution of seed size...
The competition-colonization trade-off, by which species can partition spatial niches, is a potentia...
Seed size is regarded as a functional trait with very important consequences for the fitness of plan...
1. Seed size and seed number are key functional traits that can affect invasion success and evolve i...
© 2018 The Authors. Ecology and Evolution published by John Wiley & Sons Ltd. The diversity of tra...
Equalising trade-offs, such as seed mass vs. number, have been invoked to reconcile neutral theory w...
<p>Climate warming enables plant species to migrate to higher latitudes and altitudes. Within Europe...
Several experiments have shown that seedlings from larger-seeded species are better able to survive ...
The relationships that control seed production in trees are fundamental to understanding the evoluti...
International audienceThe relationships that control seed production in trees are fundamental to und...
Abstract Selective pressures on seed size could vary among the different stages of plant life cycles...
PREMISE OF THE STUDY: Seed-level trade-offs of heterocarpic species remain poorly understood. We pro...
We present a model for the evolutionary dynamics of seed size when seedlings from large seeds are be...
We compiled information from the international literature to quantify the relationships between seed...
A trade-off between seed size and seed number is central in seed ecology, and has been suggested to ...
Using the evolutionarily stable strategy (ESS) approach in a model for the co-evolution of seed size...
The competition-colonization trade-off, by which species can partition spatial niches, is a potentia...
Seed size is regarded as a functional trait with very important consequences for the fitness of plan...
1. Seed size and seed number are key functional traits that can affect invasion success and evolve i...
© 2018 The Authors. Ecology and Evolution published by John Wiley & Sons Ltd. The diversity of tra...
Equalising trade-offs, such as seed mass vs. number, have been invoked to reconcile neutral theory w...
<p>Climate warming enables plant species to migrate to higher latitudes and altitudes. Within Europe...
Several experiments have shown that seedlings from larger-seeded species are better able to survive ...
The relationships that control seed production in trees are fundamental to understanding the evoluti...
International audienceThe relationships that control seed production in trees are fundamental to und...
Abstract Selective pressures on seed size could vary among the different stages of plant life cycles...
PREMISE OF THE STUDY: Seed-level trade-offs of heterocarpic species remain poorly understood. We pro...