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以日光温室栽培的‘章姬’草莓为试材,对安装有环境智能监控系统的温室内温度进行监控,并与人工控制温室比较了草莓移栽后的成活率、物候期、产量和果实品质。结果表明,安装有环境智能监控系统的温室内温度更有利于草莓的生长,且草莓移栽成活率、单株结果数、可溶性固形物含量以及667 m2产量明显高于人工控制温室。该系统在半干旱区日光温室反季节栽培中对提高草莓的成活率和产量、改善果实品质效果明显。
Taking ’Zhangji’ strawberry cultivated in solar greenhouse as test material, the temperature inside greenhouse was monitored, and the survival rate, phenology period, yield and fruit quality of strawberry after transplanting were compared with that of artificial greenhouse . The results showed that the temperature inside the greenhouse with the intelligent environmental monitoring system was more conducive to the growth of strawberries. The survival rate of strawberry transplanting, fruit number per plant, soluble solids content and yield of 667 m2 were obviously higher than those of artificial control greenhouse. The system in semi-arid area solar greenhouse greenhouse cultivation in the season to improve the survival rate and yield of strawberry, improve fruit quality significantly.