mycorrhizal

Several positive effects of mycorrhizal networks on plants have been reported.

All members of the genus form mycorrhizal relationships with trees.

Most species are saprobic, though some may form mycorrhizal relationships.

The plant will only grow in the presence of a mycorrhizal fungus.

The mycorrhizal symbiosis is ancient, dating to at least 400 million years ago.

It may also form mycorrhizal associations with certain trees.

It is suspected of being mycorrhizal, found in association with oaks and moss.

The Boryaceae are mycorrhizal, but not in the same way as orchids.

Although it is not known with certainty, the species is probably mycorrhizal.

They often rely on mycorrhizal fungi in the native soil.

It has been suggested, however, that the fungus is mycorrhizal for at least part of its life cycle.

It is probably mycorrhizal with a variety of trees, including birch and oak.

Its species are mycorrhizal, forming a range of associations with trees and other plants.

The mycorrhizal status of invasive plant species often varies between regions.

The association between fungus and host tree is mycorrhizal.

The larvae probably feed on plant roots and mycorrhizal fungi.

The mechanisms by which these bacteria stimulate mycorrhizal formation are unclear.

The absence of mycorrhizal fungi can also slow plant growth in harsh areas.

Some are specific to a single tree species, which will not flourish in the absence of its mycorrhizal associate.

Like other grape ferns, it depends on a mycorrhizal association in the soil.

The mycorrhizal associations of several Sclerodermatineae genera have been established.

The book did draw on Moser's expertise concerning mycorrhizal relationships.

Mycorrhizal mycelia are much smaller in diameter than the smallest root.

These effects are perhaps due to the improved water and mineral uptake in mycorrhizal plants.

This mycorrhizal dependence has also made lab cultivation of moonworts difficult.