Productivity and nutritive quality of dallisgrass (Paspalum dilatatum) as influenced by cutting height and rate of fertilization with poultry litter or commercial fertilizer

Elias J. Bungenstab^1*, Adolfo C. Pereira Jr.², John C. Lin³, James L. Holliman³, Russell B. Muntifering³

¹Van Beek Nutrition, Pocatello, USA.
²Elanco Animal Health, Greenfield, USA.
³Department of Animal Sciences, Auburn University, Auburn, USA.

DOI: 10.4236/as.2013.49061                

Abstract

Dallisgrass (Paspalum dilatatum) is well adapted to the Black Belt region of the southeastern US, and information on its productivity and nutritive quality as influenced by fertility is needed. In each yr of a 2-yr study, an existing dallisgrass pasture that had been subdivided into 48 plots of 9.3 m² each was fertilized with the equivalent of 34 (34N), 67 (67N), 101 (101N) or 134 (134N) kg N/ha from poultry litter (PL) or commercial fertilizer (CF; NH₄NO₃). In both years, primary-growth and vegetative regrowth forage was harvested in mid-August and late September, respectively, and forage from each harvest was clipped to either a 5- or 10-cm stubble height. Forage cut to a 5-cm height yielded 71% more (P < 0.001) DM than forage cut to a 10-cm height, but forage dry matter (DM) yields were not different between CF and PL treatments across years and fertilization rates. Concentration of crude protein (CP) was greater (P = 0.002) for CF than PL forage and increased for both fertilizer sources with increasing rates of N application. Forage concentrations of cell-wall constituents were not different between CF and PL treatments. Forage amended with CF had a higher concentration of Ca, Mg and Mn than PL-amended forage; however, forage amended with PL had a higher concentration of P and K than CF-amended forage. There was no effect of fertilizer source on forage concentration of Al, Cu or Zn. Results indicate that PL and CF were comparable for supporting productivity and nutritive quality of dallisgrass on Black Belt soils.

Keywords

Dallisgrass; Productivity; Nutritive Quality; Poultry Litter

Conflicts of Interest

The authors declare no conflicts of interest.

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