A native hay meadow in northeastern Oklahoma was overseeded with tall fescue (Festuca arundinacea Schreb.) and fertilized for 6 years with N in August and February to encourage tall fescue growth in late fall and early spring, thus extending the green forage season. The effect of P and K fertilizer on forage yield and plant nutrient concentration was determined. Cool-season N fertilization (112 kg/ha) nearly doubled tall fescue yield and increased forage nitrogen concentration without altering warm-season grass production. Additions of P (15, 29 kg/ha) and K (28, 112 kg/ha) increased cool-season forage yield marginally and increased fertilizer N recovery but had no desirable effect on forage N, P, and K content. Tall grass decreaser species...
In 2019 and 2021, a tall fescue fertility study was conducted at the K-State Experiment Station near...
A tall fescue production study was conducted at two locations, beginning in the fall of 2016 and the...
Nitrogen at four rates, 100, 300, 600, and 900 lb/acre, and a combination of 900 lb N, 100 lb P2O5/a...
Tall fescue is the major cool-season grass in southeastern Kansas. Perennial grass crops, as with an...
Second-year production of tall fescue was affected by nitrogen (N) and phosphorus (P) fertilization ...
Seven years after herbicide application was applied to reduce woody vegetation and increase native g...
Dryland grass production is an important agricultural commodity in the Northern Great Plains. Nitrog...
Fertilizer application enable producers to influence pasture production. The effect of N fertilizati...
Plant available nitrogen limits production of native warm-season grasses on marginal farmland in the...
Effects of nitrogen and phosphorus fertilization on stand establishment and yield of 5 warm-season p...
The effects of one fall broadcast application of N and P fertilizers on mature intermediate wheatgra...
Native warm-season grass mixtures have been established on the Southern Plains under the USDA Conser...
A single application of 27-12-0 fertilizer on native rangeland in northwestern Oregon produced a 4-y...
Research was conducted in a greenhouse at Bozeman, Montana, and on coal mine spoils at Colstrip, Mon...
Tall fescue production was measured during the third production year of a study with locations start...
In 2019 and 2021, a tall fescue fertility study was conducted at the K-State Experiment Station near...
A tall fescue production study was conducted at two locations, beginning in the fall of 2016 and the...
Nitrogen at four rates, 100, 300, 600, and 900 lb/acre, and a combination of 900 lb N, 100 lb P2O5/a...
Tall fescue is the major cool-season grass in southeastern Kansas. Perennial grass crops, as with an...
Second-year production of tall fescue was affected by nitrogen (N) and phosphorus (P) fertilization ...
Seven years after herbicide application was applied to reduce woody vegetation and increase native g...
Dryland grass production is an important agricultural commodity in the Northern Great Plains. Nitrog...
Fertilizer application enable producers to influence pasture production. The effect of N fertilizati...
Plant available nitrogen limits production of native warm-season grasses on marginal farmland in the...
Effects of nitrogen and phosphorus fertilization on stand establishment and yield of 5 warm-season p...
The effects of one fall broadcast application of N and P fertilizers on mature intermediate wheatgra...
Native warm-season grass mixtures have been established on the Southern Plains under the USDA Conser...
A single application of 27-12-0 fertilizer on native rangeland in northwestern Oregon produced a 4-y...
Research was conducted in a greenhouse at Bozeman, Montana, and on coal mine spoils at Colstrip, Mon...
Tall fescue production was measured during the third production year of a study with locations start...
In 2019 and 2021, a tall fescue fertility study was conducted at the K-State Experiment Station near...
A tall fescue production study was conducted at two locations, beginning in the fall of 2016 and the...
Nitrogen at four rates, 100, 300, 600, and 900 lb/acre, and a combination of 900 lb N, 100 lb P2O5/a...