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School of Computer Science and Engineering, Beihang University, Beijing, China 2 School of Economics and Management, Beihang University

机译:北京航空航天大学计算机科学与工程学院,北京2北京航空航天大学经济与管理学院

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Using agronomic and quality characteristics, genotypic and phenotypic performance of barley lines were investigated in East Mediterranean condition in Turkey in three consecutive years from 2012 to 2014 based on randomized complete block design. Growing seasons had dramatically different climatic conditions therefore, years were considered as different environments. 2014 was the best selection environment for drought tolerance. Agronomic traits such as heading date (HDD), maturity date (MTR), plant height (PHT), lodging rate (LRT), lodging angle (LAN), grain yield (YLD,) thousand kernel weight (TKW), hectoliter weight (HKW), barley leaf spot (SCALT) tolerance scoring, as well as quality traits such as fat, fiber, protein (PR) and starch (STR) contents of barley genotypes were measured in the three different environments.
机译:利用农学和品质特征,基于随机完整区组设计,连续三年(2012年至2014年)在土耳其东地中海条件下调查了大麦系的基因型和表型表现。生长季节的气候条件差异很大,因此,几年被认为是不同的环境。 2014年是抗旱的最佳选择环境。农艺性状,例如抽穗期(HDD),成熟期(MTR),株高(PHT),倒伏率(LRT),倒伏角(LAN),谷物产量(YLD),千粒重(TKW),百升重(在三个不同的环境中,对大麦基因型的大麦叶斑病(SCALT)耐受性评分以及诸如脂肪,纤维,蛋白质(PR)和淀粉(STR)含量等质量性状进行了测量。

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