根区土壤改良剂“剖面”对草坪草理化性质及生长的改善

Young-sun Kim, Hye-Jung Lim, Soun-Kyu Ham, Geung-Joo Lee
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引用次数: 1

摘要

研究了土壤改良剂“剖面”的掺入比例对改善土壤理化性质和草坪草生长的影响。在USGA green -spec绿砂土中分别添加0(仅含砂)、3、5、7、10%的土壤改良剂。土壤电导率(EC)、阳离子交换容量(CEC)、根区毛管孔隙度和总孔隙度均比对照增加,而容重和导电性则降低。在沙土中添加7%“剖面”的匍匐弯草的草坪草指数和剪枝产量均比对照有所提高。草坪颜色指数的相关系数与土壤改良剂“剖面”的掺入率呈显著正相关。上述结果表明,高尔夫球场果岭沙地土壤改良剂“剖面”通过增加根区土壤CEC和孔隙度,改善了草坪草的生长和质量。
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Improvement of Physicochemical Properties and Turfgrass Growth by Root Zone Mixture of Soil Amendment ‘Profile’
This study was conducted to evaluate incorporation ratio of soil amendment ‘Profile’ to improve soil physicochemical properties and turfgrass growth. The soil amendment was added 0 (sand only), 3, 5, 7, and 10% to USGA Green-spec green sand soil. As incorporated with more ‘Profile’ amendment, soil electrical conductivity (EC), cation exchangeable capacity (CEC), capillary porosity and total porosity of root zone were increased than those of control, while bulk density and hydraulic conductivity decreased. Turfgrass index and clipping yield of creeping bentgrass grown in sand soil incorporated with 7% ‘Profile’ were improved than those of control. Correlation coefficient of turf color index and incorporation ratio of the soil amendment ‘Profile’ was found to show significantly positive correlation. These results indicated that application of the soil amendment ‘Profile’ to sand soil in golf course green improved turfgrass growth and quality by increasing CEC and porosity of root zone.
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