泡桐杂交品种T121幼苗需水量的研究

E. Al-Atrash,, M.E. Abd El-Kader, M.A. EL-Atriby, Aiham Eid
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摘要

:本研究在埃及Qalyubia省El-Kanater El-Khayria园艺研究站试验区进行了2019年和2020年两个季节的泡桐杂交T121幼苗的需水量估算,分别以3、5和7 d为间隔进行灌溉。结果表明,泡桐杂交T121幼苗的营养生长参数,即苗高、茎粗、叶面积、生物量鲜重和干重在每隔3 d灌溉时显著超过,然后是5 d,最后是7 d。根系长度在间隔7 d时最长,间隔3 d时最短。每隔3 d进行灌溉,施水量和耗水量(L/苗)均显著增加,施水量和耗水量最高,然后是每隔5 d进行灌溉,最后是每隔7 d进行灌溉。间隔3天的平均水分生产力表明,每升水分别产生4.45和1.16g生物质鲜重和干重。每隔7 d,两个季节的生物量鲜重和干重分别为3.95和0.93 g。水分利用效率(WUE)也受不同灌溉间隔的影响,由于生物量鲜重和干重的减少,2个季节3 d和5 d、7 d之间的差异显著。泡桐杂交种T121的施水量和耗水量较高,但大部分被较高的蒸腾消耗掉了,没有用于代谢合成。叶绿素含量受不同水分条件的影响,在水分充足的情况下,叶绿素含量每隔3天显著增加,而在相同水分条件下,总碳水化合物和脯氨酸含量在第3天显著降低,在水分胁迫的第7天则相反。结果表明,在埃及水资源贫乏的条件下,主要依靠泡桐树种造林是不可取的。因此,可以建议在造林中经济地依赖另一种速生木材树种。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Studies on water requirements of Paulownia hybrid T121 seedlings
: The present study was conducted at the experimental area of Horticulture Research Station at El-Kanater El-Khayria, Qalyubia Governorate, Egypt, throughout two seasons of 2019 and 2020 to estimate water requirement of Paulowniahybrid T121 seedlings irrigated at three regimes each 3, 5 and 7 days intervals .The obtained results indicated that, all parameters of vegetative growth e.i, seedling height , stem diameter , leaves area, biomass fresh and dry weights significantly exceeded when irrigated each 3 days interval followed by 5 days then 7 days was the latest one. Meanwhile root length was the longest at 7 days interval and the shortest was with 3 days. The amounts of irrigation water applied and water consumption (L/seedling) increased under irrigation at 3 days intervals since gave the highest significant water applied and consumption followed by irrigation at 5 days interval, then the latest at 7 days interval. Average of water productivity at 3 days interval declared that, one liter of water applied produced 4.45 and 1.16g biomass fresh and dry weights respectively. While at 5 days it gave 3.99 and 0.98 g in addition, at 7 days interval induced 3.95 and 0.93 g biomass fresh and dry weight during two seasons respectively. Also water use efficiency (WUE) was influenced by different irrigation intervals and the differences between 3 and 5 or 7 days intervals were significant in two seasons due to reduction of biomass fresh or dry weights, furthermore, Paulownia hybrid T121 had taken higher amount of water applied and water consumption but the most has been depleted by higher transpiration without using it in metabolism synthesis. Total chlorophyll was influenced by different water regimes it is significantly increased at abundance of water at (3 days) intervals meanwhile total carbohydrate and proline content significantly decreased at same water regimes of (3days) and the opposite occurred at water stress of (7 days). The obtained results indicated that, it is not preferable mainly to depend upon Paulownia spp. in setting up forestation schemes owing to poverty of water resources in Egyptian condition. Therefore it can be recommended that economically can depend on another fast-growing timber trees species in a forestation.
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