埃塞俄比亚中部高原Holleta地区扁桃品种营养生长参数评价

Tajebe Mosie, Getaneh Seleshi, Habtam Setu
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摘要

本研究的目的是评价杏仁品种在Holetta条件下的营养生长性能和适应性。该试验在Holetta农业研究中心进行,四个杏仁品种被安排在RCBD中,并重复了三次。2011年第一生长期,菲拉多尔树高最高,达129.58 cm,其次是德斯马约(108.75 cm)、费拉格内(96.17 cm)和马尔科纳(95.56 cm)。除2014年和2015年外,Ferraduel品种的高度最高。不同年份的年增长率差异很大,2015年最高(42.7厘米),2013年紧随其后(32.8厘米)。随着生长季节的进行,树干的横截面积一般会增加。2011年,Marcona的TCSA最低(2.04 cm 2),而2016年Ferragnes的TCSA要低得多(86.58 cm 2)。2012 ~ 2013年,林冠指数扩张有所限制。以2016年生长季为主枝最多,其次为2013年生长季,分别为3.44和3.14。2014生长季主要枝数最少,2015生长季次之,分别为2.19和2.58。在所有生长季节中,Desmayo品种的分枝高度最高。随着树高的增加,TCSA和冠层拉伸呈线性增长。与年生长率和分枝高分别呈0.43和0.35的非线性正相关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of Vegetative Growth Parameters of Almond Varieties (Prunus Amygdalus L.) at Holleta, Central Highlands of Ethiopia
The study's goal was to evaluate almond cultivars' vegetative growth performance and adaptability under Holetta conditions. The trial was carried out at the Holetta Agricultural Research Center with four almond varieties arranged in RCBD and three times replicated. Ferraduel had the highest tree height of 129.58 cm in the first growing season of 2011, followed by Desmayo (108.75 cm), Ferragnes (96.17 cm), and Marcona (95.56 cm). The Ferraduel variety has the highest recorded height except in 2014 and 2015. Annual growth differed significantly between years, with 2015 recording the most (42.7 cm) and 2013 following closely after (32.8 cm). The cross-sectional area of a tree trunk increased in general as the growth season progressed. In 2011, Marcona had the lowest TCSA (2.04 cm 2 ), whereas Ferragnes (86.58 cm 2 ) had a much lower TCSA in 2016. The exponential canopy stretch was somewhat limited from 2012 to 2013. The growing season 2016 has the most main branches, followed by the growing season 2013, with the values of 3.44 and 3.14, respectively. While the 2014 growing season had the fewest major branches, followed by the 2015 growing season with values of 2.19 and 2.58, respectively. Across all growing seasons, the Desmayo variety exhibited the highest branching height. With increasing tree height, TCSA and canopy stretch grow linearly. It also shows non-linear positive correlations of 0.43 and 0.35 with yearly growth rate and branching height, respectively.
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