We compared the responses of seedlings of introduced Lehmann lovegrass (Eragrostis Lehmanniana Nees) and a native perennial grass, Arizona cottontop (Digitaria californica (Benth.) Henr.) to 7 nitrogen and 2 water treatments to determine if Lehmann lovegrass displayed greater growth or nitrogen use efficiency than Arizona cottontop. After 8 weeks, the lovegrass seedlings had greater shoot N concentrations (2.07 vs. 1.20%), and lower C:N ratios (27.7 vs. 49.6) than Arizona cottontop seedlings. Arizona cottontop seedlings produced more biomass per plant (1.09 vs. 0.31g), exhibited greater nitrogen use efficiency (63 vs. 39%), and tolerated high N levels better. Arizona cottontop may be a superior N competitor under both N-limited and high N c...
Anthropogenic nitrogen deposition causes numerous ecological problems such as eutrophication, acidif...
Alternatives to cool-season grasses are needed for summer forage production on droughty, infertile s...
Nitrogen limits plant growth in almost all terrestrial ecosystems, even in low-precipitation ecosyst...
The mechanisms responsible for soil-N-mediated species replacement of native perennial grasses by th...
Many studies have shown that high nitrogen availability encourages the community dominance of exotic...
Lehmann lovegrass (Eragrostis lehmanniana Nees.), a perennial bunchgrass, has established itself wel...
Improving seedling survival of perennial bunchgrasses is a key goal of restoration programs in the I...
Recent evidence associates the persistence of invasive plant species with disturbance and fluctuatio...
Arizona cottontop, a bunchgrass native to the Chihuahuan and Sonoran Deserts in North America, and L...
On a desert grassland site in southern Arizona, production of Lehmann lovegrass (Eragrostis lehmanni...
We conducted an experiment to investigate effects of species, water (W), and nitrogen (N) on competi...
Historically, ecosystems in the southwestern United States derived much of their nitrogen (N) from N...
Plant available nitrogen limits production of native warm-season grasses on marginal farmland in the...
Economic and environmental concerns over nitrogen (N) fertilization of turf-grasses are prompting se...
Environmental concerns about reducing the amount of chemicals and water applied to turfgrass have re...
Anthropogenic nitrogen deposition causes numerous ecological problems such as eutrophication, acidif...
Alternatives to cool-season grasses are needed for summer forage production on droughty, infertile s...
Nitrogen limits plant growth in almost all terrestrial ecosystems, even in low-precipitation ecosyst...
The mechanisms responsible for soil-N-mediated species replacement of native perennial grasses by th...
Many studies have shown that high nitrogen availability encourages the community dominance of exotic...
Lehmann lovegrass (Eragrostis lehmanniana Nees.), a perennial bunchgrass, has established itself wel...
Improving seedling survival of perennial bunchgrasses is a key goal of restoration programs in the I...
Recent evidence associates the persistence of invasive plant species with disturbance and fluctuatio...
Arizona cottontop, a bunchgrass native to the Chihuahuan and Sonoran Deserts in North America, and L...
On a desert grassland site in southern Arizona, production of Lehmann lovegrass (Eragrostis lehmanni...
We conducted an experiment to investigate effects of species, water (W), and nitrogen (N) on competi...
Historically, ecosystems in the southwestern United States derived much of their nitrogen (N) from N...
Plant available nitrogen limits production of native warm-season grasses on marginal farmland in the...
Economic and environmental concerns over nitrogen (N) fertilization of turf-grasses are prompting se...
Environmental concerns about reducing the amount of chemicals and water applied to turfgrass have re...
Anthropogenic nitrogen deposition causes numerous ecological problems such as eutrophication, acidif...
Alternatives to cool-season grasses are needed for summer forage production on droughty, infertile s...
Nitrogen limits plant growth in almost all terrestrial ecosystems, even in low-precipitation ecosyst...