Full TGIF Record # 140506
Item 1 of 1
Publication Type:
i
Proceedings
Author(s):Gibbs, Richard; Myer, Spencer; Wrigley, Martin
Author Affiliation:Gibbs and Myer: New Zealand Sports Turf Institute; Wrigley: Institute of Natural Resources, Massey University, Palmerston North
Title:Zeolite amendment - can it improve rootzone and turfgrass performance?
Section:Golf
Other records with the "Golf" Section
Meeting Info.:The Edge, Auckland, New Zealand: 24-27 June 2003
Source:Proceedings of the Second New Zealand Sports TurfConference and Trade Show. Vol. 2, 2003, p. 85-92.
Publishing Information:Palmerston North, NZ: New Zealand Sports Turf Institute
# of Pages:8
Keywords:TIC Keywords: Performance; Root zone; Mineral supplements; Zeolites; Mineral nutrition; Fertilizers; Water stress; Root zone mixture; Sand-based root zones; Golf greens; Soil amendments; Agrostis tenuis
Abstract/Contents:Presents the results of "a lysimeter trial...carried out under glasshouse conditions in which the physical, chemical and turfgrass growing properties of a pure sand rootzone (SD) were compared with a zeolite-amended sand rootzone (CZ) and a nutrient-loaded, zeolite-amended sand rootzone (NLZ)." Details methods and materials used in the study, stating that "mature discs of browntop bentgrass from an existing pure sand golf green were cut to 20 mm [millimeters] depth and 100 mm diameter. These discs were planted in 100 mm diameter plastic lysimeter tubes of 450 mm length, each tube containing 230 mm rootzone sand (as appropriate) overlying 200 mm 'Grade 6' gravel chip. Turf was allowed to establish in the top of each lysimeter before commencing the trial." Lists four management stages used in the experiment: nutrient stress only, fortnightly fertilizing and leaching, nutrient stress only, and moisture stress only. Reports that "zeolite-amended sand was shown to offer nutrient and moisture retention benefits relative to a pure sand rootzone." Concludes that "rootzones amended with zeolite were clearly able to buffer against times of nutrient and moisture stress for period [periods] of up to approximately two weeks. However, results from this trial suggest that further work should be carried out to quantify the precise management required to optimise [optimize] the performance and benefit of nutrient-loaded, zeolite-amended sand rootzones, with respect to fertiliser [fertilizer] management."
Language:English
References:0
Note:Reprint appears in New Zealand Turf Management Journal, 18(4) November 2003, p. 13-14, 16-17
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ASA/CSSA/SSSA Citation (Crop Science-Like - may be incomplete):
Gibbs, R., S. Myer, and M. Wrigley. 2003. Zeolite amendment - can it improve rootzone and turfgrass performance?. p. 85-92. In Proceedings of the Second New Zealand Sports TurfConference and Trade Show. The Edge, Auckland, New Zealand: 24-27 June 2003. Palmerston North, NZ: New Zealand Sports Turf Institute.
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