Search Results

You are looking at 1 - 10 of 100 items for :

  • "home lawn" x
Clear All
Free access

Gina Zirkle, Rattan Lal and Bruce Augustin

plants in the urban landscape that are managed by the homeowner ( Beard, 1973 ). A simple C footprint benchmark of home lawns can be developed from three components: the capacity of urban soils to store C, the capability of grass plants to fix and

Free access

Joseph C. Fetter, Rebecca N. Brown and José A. Amador

fallow for two months. It was then seeded with perennial ryegrass ( Lolium perenne L.) in the fall of 2007. The area was maintained as a home lawn, mowed weekly at a height of 3.8 cm using a reel mower. Clippings were not collected. Irrigation was

Full access

Mary Hockenberry Meyer, Bridget K. Behe and James Heilig

Six hundred homeowners, equally divided among rural, suburban, and urban areas in Minnesota responded to a 1999 phone survey on their lawn size, maintenance practices, and the perceived environmental impact of their lawns. The average lawn size was estimated to be 0.62 acres (0.25 ha), with an estimated 872,660 total acres (353,427 ha) in home lawns in Minnesota. Annual spending on lawn care per home was about $200, with an estimated $150 million spent annually in Minnesota. Participants reported low maintenance practices and pesticide use. A majority thought fertilizers and pesticides were harmful to the environment and public health. Respondents felt strongly that the government has a right to regulate fertilizers and pesticides in public park and lawn areas, but were divided with regard to the appropriateness of regulation on private property. Many (78.9%) disagreed or strongly disagreed with the statement that their lawn was harmful to the environment. Most (60%) felt their lawn could have an effect on the environment and 71% felt they personally could make a difference in the environment by how they maintained their lawn.

Full access

Perrin J. Carpenter and Mary Hockenberry Meyer

Master Gardeners (MGs) were paired with homeowners who volunteered their lawns for demonstration sites in Edina, Minn., as part of a yearlong community-wide campaign to teach low-input lawn care. Project objectives were to 1) promote locations where community members could see low-input lawn care, 2) provide individualized instruction to homeowners via MGs, and 3) explore the feasibility of home lawns as public demonstration sites. Surveys suggest that participants changed practices because of the individual instruction from MGs. Further recommendations are given for using private homes as demonstration sites.

Free access

Kari Hugie, Chengyan Yue and Eric Watkins

”). Fertility requirement was expressed as pounds of nitrogen required annually (“1 lb N/1000 ft 2 /year,” “2 lbs N/1000 ft 2 /year,” and “3 lbs N/1000 ft 2 /year”). Many home lawns have shaded areas, and consumers have shown an interest in native plants for

Free access

Edward J. Nangle, David S. Gardner, James D. Metzger, Dominic P. Petrella, Tom K. Danneberger, Luis Rodriguez-Saona and John L. Cisar

Ultraviolet (UV) radiation poses a potential stress for plant growth and development due to its effect on photosynthesis and plant productivity. In the northern hemisphere, peak UV radiation exposure is predicted to occur from 2010 to 2020, with reduced color from UV-related injury, a possibility for turfgrasses. The objective of this study was to investigate the effects of ultraviolet-B (UV-B) light on turfgrass growth and morphology in three cool-season grasses. Cultivars Barvado tall fescue [Schedonorus arundinaceus (Schreb.) Dumort., nom. cons.], Penncross and L-93 creeping bentgrass (Agrostis stolonifera L.), and Barlenium perennial ryegrass (Lolium perenne L.), were selected because of limited information on their growth and development in elevated UV conditions at heights of cut above 10 cm. The impact of UV-B light treatment on color, relative growth rate, and tillering was measured over a 4-week period in repeated experiments. Ultraviolet-B radiation levels were measured at 16 kJ·m−2·d−1 biologically effective UV-B light in growth chambers programmed for a day/night regime of 14/10 hours. Chamber temperatures were maintained at 20 °C day/17 °C night. Ultraviolet-B light significantly inhibited tiller production in the first experiment in all grasses except PR, whereas no grasses were inhibited in the second experiment. Relative growth rates in all grasses were significantly lower in UV-B conditions 3 weeks after treatment initiation. Turfgrasses exposed to this level of UV-B light at typical lawn heights-of-cut had lower color ratings compared with the non-UV-B-treated control at 2 weeks after treatment initiation. The experiments demonstrated that exposure to UV-B resulted in a decline of growth rate and color in cool-season turfgrasses within a timeframe of 2 weeks. Coarse-textured turfgrasses [tall fescue (TF)/perennial ryegrass (PR)] may be more adapted to higher UV-B conditions due to morphological differences compared with the finer textured varieties [creeping bentgrass (CB)].

Full access

Longyi Yuan, Deying Li, Yang Gao and Wenjing Xiao

and maximum turf quality under the influence of deicing salts. Since KB and RF are used widely in temperate and cold regions of the United States as home lawn and landscape turf, and ALK offers salt tolerance, mixtures of these species may improve the

Free access

Peter H. Dernoeden, John E. Kaminski and Jinmin Fu

Creeping bentgrass (CBG) is a common weed in home lawns and golf course roughs and green surrounds in many regions of the United States. CBG is extremely competitive because of its stoloniferous growth habit. Once lawns, roughs, green surrounds

Free access

David O. Okeyo, Jack D. Fry, Dale J. Bremer, Ambika Chandra, A. Dennis Genovesi and Milton C. Engelke

Zoysiagrass grown under shade on golf courses and in home lawns is slow to recover from injury and declines in quality over time. Tree shade reduces photosynthetically active radiation ( PAR ) resulting in reduced photosynthesis and altered

Restricted access

Kari L. Hugie and Eric Watkins

.T. Griffith, S.E. Kreuser, W.C. Melby, E.S. Soldat, D.J. 2012 Evaluation of mowing height and fertilizer application rate on quality and weed abundance of five home lawn grasses Weed Technol. 26 826 831 Dernoeden, P.H. Carroll, M.J. Krouse, J.M. 1993 Weed