anemophily
wind pollination

This transfer can be mediated by the wind, in which case the plant is described as 'Anemophily' (literally wind-loving).

The pollination is usually performed by insects, but Anemophily is also present (in Coriariaceae and Datiscaceae).

The flowers themselves are reduced and have many features associated with wind pollination.

True grasses have evolved to become highly specialised for wind pollination.

Two groups of genera have changed to wind pollination.

Tropical fig trees exhibit random distribution as well because of wind pollination.

This tribe does share a number of distinctive morphological features, which seem to be associated with wind pollination.

Wind pollination allows genetic information to cover large distances and hurdle reproductive barriers.

Most conifera are anemophilous; they depend on wind pollination.

Wind pollination is the dominate form, but insects, small beetles and flies can be pollinators.

Their flowers are adapted for wind pollination.

The dryness and fact that it is easily released by movement makes it ideal for wind pollination.

The trees are hermaphrodites, capable of self pollination or wind pollination.

Gramineae (Poaceae): the grasses have extreme adaptations for wind pollination.

After wind pollination, the female flower develops into a prickly, ovoid burr with 9-18 straight spines.

Wind pollination and dioecious sexuality favor a heter- ozygous gene pool in Cannabis.

Brasenia exhibits wind pollination.

Surface pollination is rare, and appears to be a transitional phase between wind pollination and true hydrophily.

Wind pollination (anemophily)

The megasporangium has a multilobed integument, and there is an extension on the megasporangium that suggests an adaptation to wind pollination.

Anemophily or wind pollination is a form of pollination whereby pollen is distributed by wind.

The pollination is usually performed by insects, but wind pollination is also present (in Coriariaceae and Datiscaceae).

The drab pollens - the trees and the grass and the weeds - need wind pollination, and nature fills the air with these kind of pollens.

Wind pollination requires that a plant live in a fairly dense stand of its own kind, to better increase its chances of a meeting between male and female gametes.

Wind pollination in Peninsular Malaysia is rare and the introduced wind-pollinated Pinus caribaea does not set seed there, except on mountain ridges or on the coast.

The Wind Pollination Game is not the name of a performance artist, however, but part of an interactive nature program that is part of this festival of theater, dance and music.

While tall waterhemp cannot self-pollinate, due to having separate male and female plants, it does not require any vectors for pollination This allows for wind pollination over large distances, generating a large amount of genetic diversity.