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Does scarification time affect hydrotime model parameters of Vicia angustifolia seed germination

机译：造成覆盖时间会影响枸杞子的水平模型参数萌发

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Hard seed, also classified as physical dormancy, is very common in forage legumes (Baskin and Baskin 2004). Many methods, based on scarifying seed coat have been developed such as mechanical scarification, chemical scarification to soft hard seed (Baskin and Baskin 1998). Hydrotime is a way to describe the relationship between water potential (￥) and seed germination rates and percentages (Bradford 1990) The hydrotime model has proven to be useful for understanding the physiological mechanism of seed germination and has been suggested as a tool to describe seed germination time in relation to water condition (Alvarado and Bradford 2002). Generally, the effect of water condition on legume seed germination was evaluated on seeds after dormancy was broken. However, the way various treatments affecting seed response to water potential and the ecological significance of the response is less well understood (Zuk-goiaszcwska et al. 2007). This study aimed to test the effect of sulfuric acid scarification on hydrotime model parameters of Vicia angust folia.
机译：硬种子，也被归类为身体休眠，在觅食豆类（Baskin和Baskin 2004）中非常常见。基于稀缺的种子涂层的许多方法已经开发出，例如机械划线，化学划线对软硬种子（Baskin和Baskin 1998）。水曲线是一种描述水势（¥）和种子萌发率和百分比（Bradford 1990）的关系的方法，该百分比已被证明是有助于理解种子萌发的生理机制，并被建议作为描述种子的工具与水条件有关的发芽时间（Alvarado和Bradford 2002）。一般来说，在休眠破裂后，对种子进行了水分对豆类种子萌发的影响。然而，影响种子响应水势的各种治疗的方式和响应的生态意义不太了解（Zuk-goiaszcwska等。2007）。本研究旨在测试硫酸划线对蚕僵叶植入叶叶族水闸模型参数的影响。

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