罗马尼亚阿格斯县斯坦尼斯蒂地区气候条件下苹果树春季酚系变化及其对晚霜的抗性

IF 0.6 Q4 AGRONOMY AgroLife Scientific Journal Pub Date : 2022-12-31 DOI:10.17930/agl202226
Nicolae Gheorghiu, S. Cosmulescu
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引用次数: 0

摘要

本文旨在分析罗马尼亚阿尔热县Stănești地区(北纬45°13′44〃,东经24°50′9〃,海拔540m)苹果品种“淘金热”春季表型的变异性,分析春季霜冻对苹果生产的风险,以及酚性驯化的作用。根据德国生物技术协会、德国化学工业协会和化学工业协会(BBCH)的定义,确定了苯酚阶段的时间。根据儒略日数,平均4年,表型发生在一年中的85.54天,以“叶芽膨胀/花序芽膨胀开始”为标志(BBCH 01/51),直到一年中表型“开花结束”的23.36天(BBCH 69)。通过分析获得的数据,他们使我们能够评估出芽和开花表型发展的时间趋势,以及全球变暖的风险趋势。这项研究将继续下去,以便分析更长的时间,分析不同的品种,以实现可持续和有竞争力的水果作物。
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CHANGES IN SPRING PHENOLOGY IN APPLE TREE AND ITS RESISTANCE TO LATE FROST UNDER THE CLIMATE CONDITIONS OF STANESTI AREA, ARGES COUNTY, ROMANIA
This paper aimed to analyze the variability of spring phenophases in the apple species, the ‘GoldRush’ cultivar to analyze the risk of spring frost for apple production in Stănești area of Argeș County (45°13′44″N, 24°50′9″E, altitude 540m), Romania, and the role of phenological acclimatization. The timing of phenological stages is made according to the definitions of the Biologische Bundesanstalt, Bundessortenamt, and CHemical industry (BBCH). Based on Julian day number, on average for 4 years, the phenophases occurred from the 85.54 day of year, marked by “beginning of leaf bud swelling/inflorescence bud swelling” (BBCH 01/51), until 1the 23.36 day of year for phenophase ''end of flowering'' (BBCH 69). Analyzing the data obtained, they allowed us to assess the temporal trends of development of budding and flowering phenophases and the trends of risks in the light of global warming. The research will be continued in order to analyze a longer period of time and to analyze different cultivars, in order to achieve sustainable and competitive fruit crops.
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CiteScore
0.80
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0.00%
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0
审稿时长
14 weeks
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