angiosperm

Flowering plants or angiosperms are divided into two large groups.

That is when the major angiosperm radiation took place.

In any case, angiosperms are the dominant plants today.

Among angiosperms, however, a wide range of variation exists in what happens next.

It is the eighth largest family in the basal Angiosperms.

All of the other tested species grow on angiosperms.

It is infectious to a number of angiosperm species.

Then came the angiosperms, and a new principle was loosed on the planet.

The actual pores are much larger than those in angiosperms, so they let the water through more efficiently.

There was, of course, a considerable overlap between the gymnosperms and angiosperms.

This process of "double fertilisation" is unique and common to all angiosperms.

Angiosperms, or flowering plants, were the original source of most plant medicines.

The result for the ancestors of angiosperms was enclosing them in a case, the seed.

This order is considered to be a basal, or early diverging, group of angiosperms.

Most species of trees today are flowering plants (Angiosperms) and conifers.

It is an angiosperm, which means that its seeds are enclosed inside a fruit or shell.

Flowers are the reproductive organ only of flowering plants (Angiosperms).

The angiosperms - flowering plants - suddenly became dominant.

The angiosperms and their ancestors played a very small role until they diversified during the Cretaceous.

Embryo development in angiosperms is divided into several steps.

At 35 Ma, grasses evolved from among the angiosperms.

The widespread genus contains about 35 species that grow on angiosperms.

The lower resistance compensates for the fact that there are so many more valves than in angiosperms.

By traditional dogma, angiosperms arose during the Cretaceous period, perhaps 130 million years ago.

"You see, angiosperms are very efficient energy sources, much better than gymnosperms.