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Evolution of pollen morphology facilitating success of insect pollination: A theoretical and empirical study

Hasegawa, Takuya 東北大学

2023.03.24

概要

Pollen is carried by animals, wind or water and some eventually reaches a stigma. From the
perspective of plant male function, a plant can sire many seeds by transferring a lot of pollen to
each recipient flower. Alternatively, it can transfer smaller amounts of pollen distributed among
a large number of recipient flowers if there is pollen competition for fertilizing ovules of the
recipient flowers (Harder and Johnson, 2008). The benefit from wide pollen distribution arises
from diminishing returns on pollen deposition on each recipient flower; that is, a donor’s pollen
deposited on a single stigma faces intense competition for fertilization among the donor’s own
pollen grains. Thus, it is generally accepted that plants have a variety of strategies for
distributing as much pollen as possible to as many recipient flowers as possible.
In angiosperms, 87.5% of species rely on animals, whose behavior is outside their
control, for pollination (Ollerton et al., 2011). Hence, for the animal-pollinated plant, the
optimal pollen dispersal must be accomplished indirectly via pollinators. One of the major ways
to transfer much pollen to recipient flowers might be presentation of much pollen to pollinators.
Such mechanisms include increased attraction of pollinators (e.g., Conner and Rush, 1996; Ishii
and Sakai, 2001; Kessler et al., 2008), floral shape that is mechanically fitted to pollinating
partners (e.g., Aigner, 2004), increased duration of a flower visit (e.g., Harder and Thomson,
1989), and avoidance of stigma-anther interference (e.g., Fetscher, 2001). On the other hand, if
many pollinators are available for a flower, it can maximize the overall amount of its pollen
delivered to other flowers (overall pollen deposition) by presenting a small amount of pollen to
each pollinator because a small amount of pollen on pollinator bodies is not likely to induce
grooming and thus relaxes diminishing returns for pollen deposition on stigmas (Harder and
Thomson, 1989). ...

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