
Hedge Parsley Information: Learn About Spreading Hedge ...
2021年3月19日 · Hedge parsley (Torilis arvensis), also known as spreading hedge parsley, is a weed that is native to southern Europe and thrives in many parts of the U.S. It tends to grow in pastures and fields, on the edges of forests, and in disturbed sites, like roadsides and gardens.
Torilis arvensis (Common Hedge Parsely, Field Hedge Parsley ...
Common Hedge Parsely is an annual weed in the carrot family with showy white umbel flowers that appear in early to mid-summer. This plant is found all over Eurasia, has spread to N. America and is found along roadsides, disturbed areas, thickets, and recently logged woodlands.
Torilis arvensis - Wikipedia
Torilis arvensis is a species of flowering plant in the family Apiaceae known by the common names spreading hedge parsley, [1] tall sock-destroyer [2] and common hedge parsley. [3] It is native to parts of Europe and it is known elsewhere, such as North America, as an introduced species and a common weed .
Hedge Parsley | Missouri Department of Conservation
Hedge parsley is an introduced plant that looks a lot like parsley. It was first collected in Missouri in 1909 and has become much more abundant in recent decades as it spreads along roadsides and railroads.
Common Hedge Parsley (Torilis arvensis) - Illinois Wildflowers
Common Hedge Parsley Torilis arvensis Carrot family (Apiaceae) Description: This plant is a winter or spring annual that becomes about 2' tall, branching occasionally. The stems are slender and round. They are more or less covered with fine hairs that are white and short.
Torilis - Wikipedia
Torilis is a genus of plants in the family Apiaceae which are known generally as the hedge parsleys. They are native to Eurasia and North Africa but have been introduced to other continents. T. arvensis is quite widespread in North America but …
Torilis arvensis (Hedge Parsley) - InsightWeeds
This article covers Torilis arvensis, commonly known as Hedge parsley, including its physical characteristics, uses, impact, and the best control methods.