Изучение устойчивости растений, полученных в результате интрогрессивной селекции, к действию различных факторов, в том числе к осмотическому стрессу, является важным этапом селекционной работы.
Was studied the peculiarities of tissue changes of bioelectric potentials of spring wheat seedlings in the early stages of ontogeny. Appreciated the contribution of the spectral composition of light and simulated drought conditions on the formation of action potentials in the tissues. It was found that the bioelectrical reaction of wheat seedlings to light exposure differs from etiolated plants and pre-lit. It shows more value to generate an action potential areas of blue and red region of the spectrum.
