نتایج جستجو برای: flag leaf

تعداد نتایج: 91754  

Journal: :Annals of botany 2003
Gregory S McMaster W W Wilhelm D B Palic John R Porter P D Jamieson

Extensive research shows temperature to be the primary environmental factor controlling the phyllochron, or rate of leaf appearance, of wheat (Triticum aestivum L.). Experimental results suggest that soil temperature at crown depth, rather than air temperature above the canopy, would better predict wheat leaf appearance rates. To test this hypothesis, leaf appearance in spring wheat ('Nordic') ...

سید علی‌محمد میر‌محمدی‌میبدی, , عبدالمجید رضائی, , حسین صبوری, , مسعود اصفهانی, ,

An experiment was conducted at Rasht Rice Research Institute, in 2001 to study trait relationships and to determine the direct and indirect effects of different characteristics on grain yield of rice (Orgza sativa L.). A 9x2 factorial experiment in complete randomized block design with 3 replications was used. The two factors were 9 cultivars, namely: Hashemi, Ali Kazemi, Binam, Sepeedroud, Nem...

2015
Dewi E. Adriani Tanguy Lafarge Audrey Dardou Aubrey Fabro Anne Clément-Vidal Sudirman Yahya Michael Dingkuhn Delphine Luquet

The qTSN4 was identified as rice QTL (Quantitative Traits Locus) increasing total spikelet number per panicle and flag leaf area but potentially reducing panicle number depending on the environment. So far, this trade-off was mainly observed at grain maturity and not specifically studied in details, limiting the apprehension of the agronomic interest of qTSN4. This study aimed to understand the...

Journal: :aZhongguo kexue 2021

Leaf is an important organ of rice, and it the main place for photosynthesis. Leaf morphology related traits such as leaf length, width area can directly affect photosynthetic efficiency. The study quantitative trait loci (QTL) sites morphological characters rice flag improvement by means genetic breeding provide theoretical basis cultivation ideal plant type rice. In this study, ...

2005
A. Blank Thomas A. McKeon

We have described three RNases in wheat leaves (Triticum aestlvum L. cv Chinese Spring) and developed assays for measuring each RNase individually in crude leaf extracts. We initially used activity staining in sodium dodecyl sulfate-polyacrylamide gels to characterize RNases in extracts of primary and flag leaves. We thus identified acid RNase (EC 3.1.27.1, here designated RNase WLA), and two a...

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