Abstract

In places of hydrogen emanation, prolonged exposure to significant concentrations of hydrogen under natural conditions led to the inhibition or death of agricultural plants. Under the conditions of model experiments, it was shown that plants in a short-term current of hydrogen experience stress, which negatively affects their physiological functions. Different types of plants reacted differently both to the effect of molecular hydrogen and to the removal of its load. In experiments with watercress, plants did not recover after the removal of the hydrogen load but died after a triple exposure. Wheat was less sensitive; the plants were only stably (30%) depressed during the whole observation period.

中文翻译：

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氢流体对自然条件下植物的影响及模型试验

摘要

在放出氢气的地方，在自然条件下长时间暴露于高浓度的氢气会导致农业植物的抑制或死亡。在模型实验的条件下，研究表明，植物在短期的氢气流中会承受压力，从而对其生理功能产生负面影响。不同类型的植物对分子氢的影响和去除氢的反应不同。在豆瓣菜实验中，去除氢负荷后植物没有恢复，但三次暴露后死亡。小麦不那么敏感。在整个观察期内，植物仅稳定（30％）被压抑。