Tall Fescue

Schedonorus arundinaceus · Cool-season, Perennial, C3 grass, well-suited for the transition zone

Tall Fescue

Grass Family

Poaceae, subfamily Pooideae

Grass Category

Lawn/Turf Grass, Sports Turf, Erosion Control

Variety / Cultivar

Turf-type tall fescue varieties (e.g., 'Rebel', 'Biltmore')

Hardiness Zones

USDA Hardiness Zones 4 to 9; excellent heat and cold tolerance; highly suitable for the transition zone

About This Grass

Forms a moderately coarse, upright, dense turf with a vibrant green color. Typical maintained height is 2 to 3.5 inches, while unmowed growth can reach up to 2-4 feet with open panicle seed heads.

Blade Characteristics

Coarse blade width (4-8mm), flat shape with prominent veins on the upper surface, pointed tip, rolled in the bud (vernation), with a short membranous ligule and small or absent auricles

Root System

Deep, extensive fibrous root system reaching depths of 2-3 feet or more, providing excellent drought tolerance and stability; moderate thatch tendency and slow to medium establishment speed

Growing Information

Origin Region

Native to Europe and parts of North Africa and Western Asia; widely naturalized and cultivated across North America

Growth Habit

Bunch-type grass with short, underground rhizomes forming a moderately dense clump

Sunlight & Water Needs

Performs best in full sun to partial shade; moderate water needs once established with high drought tolerance due to deep roots; prefers well-drained soils with a pH between 5.5 and 6.5

Mowing & Maintenance

Ideal mowing height is 2.5 to 4 inches; frequency of once a week during peak growth; fertilization requires 2-4 lbs N per 1000 sq ft annually; medium maintenance level

Special Characteristics

Good traffic and wear tolerance, excellent drought and heat tolerance for a cool-season grass, moderate shade tolerance, and good disease resistance

Ecological Information

Introduced species widely used for erosion control, pasture, and turf; provides moderate wildlife value and helps with soil stabilization and water infiltration

Identified on 9/1/2026