Carbon Par: Estimating carbon status of land used by Icelandic golf courses and measuring carbon storage of turfgrass on golf fairways and mown roughs

Edwin Roald, Jón Guðmundsson
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Abstract

Golf course development has in some cases included wetland drainage or use of pre-existing wetlands. Thus, carbon dioxide loss from golf courses on organic soil can be high, whereas those on mineral soil can store carbon (C). Research indicates that mown grass can store more C than unmown grass, and that more frequent mowing, made possible with robots, can store even more. The Carbon Par project, running from 2020 up to and including 2023, estimates the C status of land used by Icelandic golf courses, to set a benchmark and thus facilitate golf's future improvement in this area. Recommendations for similar estimation elsewhere will be provided.

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Carbon Par:估算冰岛高尔夫球场用地的碳状况,并测量高尔夫球道和草坪上草坪草的碳储量
在某些情况下,高尔夫球场的开发包括湿地排水或使用已有的湿地。因此,有机土壤上高尔夫球场的二氧化碳损失可能很高,而矿物土壤上的高尔夫球场可以储存碳(C)。研究表明,割草比未割草能储存更多的碳,而机器人可以更频繁地割草,可以储存更多的C。Carbon Par项目从2020年持续到2023年(包括2023年),估计了冰岛高尔夫球场使用的土地的C状态,以设定一个基准,从而促进高尔夫在该地区的未来改进。将在其他地方提供类似估算的建议。
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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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