ROBO-GOLF:在高尔夫球场上实现更好草坪质量的机器人割草机——初步结果

Karin J. Hesselsøe, Anne F. Borchert, Trygve S. Aamlid
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摘要

自2020年以来,挪威生物经济研究所(NIBIO)草坪研究小组一直在研究在高尔夫球场球道和半草地上改用轻型机器人割草机的农艺、环境和经济后果。挪威兰德维克NIBIO草坪研究中心2020年和2021年的实地试验以及五个北欧国家各一个高尔夫球场的示范试验的初步结果表明,机器人割草的草坪质量与手动割草相似。在Landvik,机器人割草在球道和半粗糙地带都减少了疾病,但与半粗糙地带的手动割草相比,白三叶草的侵扰更多。一项针对五个高尔夫球场球员对机器人割草机的态度的调查显示,约90%的球员对这项新技术持积极或中立态度。然而,受访者要求更好地适应高尔夫球场的当地规则,甚至国际高尔夫规则,以适应机器人割草。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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ROBO-GOLF: Robotic mowers for better turf quality on golf courses—Preliminary results

Since 2020, the Norwegian Institute of Bioeconomy (NIBIO) Turfgrass Research Group has been studying agronomic, environmental, and economic consequences of switching to light-weight robotic mowers on golf course fairways and semiroughs. Preliminary results from field trials in 2020 and 2021 at the NIBIO Turfgrass Research Center Landvik, Norway, and demonstration trials on one golf course in each of the five Nordic countries, showed that turfgrass quality with robotic mowing was similar to manual mowing. At Landvik, robotic mowing resulted in less disease in both fairway and semirough but more infestation of white clover than manual mowing in the semirough. A survey of players’ attitudes to robotic mowers conducted on the five golf courses showed that about 90% of the players were positive or neutral to the new technology. However, respondents asked for better adaptation of the local rules on the golf course and even the international rules of golf to robotic mowing.

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Poa annua control in golf course putting green collars via fraise mowing Cover Image, Volume 14, Issue 1 14th International Turfgrass Research Conference: Development and Sustainability 14th International Turfgrass Research Conference: Development and Sustainability International Turfgrass Society Research Journal, Volume 14 (2022)
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