首页|5种毯式基质草皮的坪用和经济性状评价

5种毯式基质草皮的坪用和经济性状评价

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无土草皮的开发及应用是保障草坪产业可持续发展的重要方向。以杂交狗牙根为材料,结合草坪草生长速度、坪用和经济指标,综合评价了5种毯式基质草皮。结果表明:在草坪草生长速度方面,秸秆草皮的匍匐茎水平扩展速率最快,为0。71 cm/d。人工天然混合草坪成坪时间最短,为25 d。在草坪坪用和运动指标方面,5种衬质处理均显著降低了杂草数量,显著提升了草坪茎密度、草皮紧实度和抗拉强度。秸秆草皮地上生物量最高,为4。3 g/dm2。在经济指标方面,秸秆草皮成本低,生产周期短,且做到了农林剩余物的回收利用,性价比高。椰丝草皮抗拉强度高,但咬合程度低,成本较高。人工天然混合草皮综合评价最优,成坪时间最短,坪用质量佳。
Evaluation for Turf Characteristics and Economics Performance of Sod Using Five Types of Base Materials
Developing and applying soilless turf technologies represents a crucial step towards sustainable turf management.This study evaluated the suitability of hybrid bermudagrass for soilless applications by investigating the performance of five different base materials on turfgrass growth rate,quality,and economic indicators.The results showed that straw sod exhibited the fastest stolon expansion rate(0.71 cm/d),while artificial-natural mixed sod achieved the shortest formation time(25 d).All treatments significantly reduced weed quantity and improved stem density,strength of extension,and sod compaction degree.Straw sod had the highest aboveground biomass(4.3 g/dm2).Straw offered the most cost-effective option due to low pro-duction costs and short cycle time,promoting agricultural and forestry residues utilization.Coconut sod exhib-ited high compaction but lower bite degree and higher costs.Artificial-natural mixed sod received the highest comprehensive evaluation,combining rapid establishment time with superior turf quality.

Soilless sodBermudagrassVermiculiteStrawArtificial-natural mixed sodBase alternative

韩鹏、杨志民、何法慧、李志华

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南京农业大学草业学院,南京 江苏 210095

无土草皮 狗牙根 蛭石 秸秆 人工天然混合草皮 基质替代

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201-610622006

2024

中国草地学报
中国农业科学院草原研究所 中国草地学会

中国草地学报

CSTPCD北大核心
影响因子:1.347
ISSN:1673-5021
年,卷(期):2024.46(2)
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