TITLE:
Formation of Assimilating Surface Areas and Photosynthetic Potential of Various Assimilating Parts of Wheat Species under Drought Conditions
AUTHORS:
Tamraz H. Tamrazov, Javanshir M. Talai, Atif A. Zamanov
KEYWORDS:
Assimilating Parts, Drought Conditions, Wheat Productivity, Bread Wheat, Physiological Mechanism
JOURNAL NAME:
American Journal of Plant Sciences,
Vol.7 No.6,
April
22,
2016
ABSTRACT: Some of
environmental factors (weather sharp fluctuations) may accrue stress within a
few minutes, while others may not be long for this period of stress in this
situation. It has formed stress in organisms, to eliminate the stress, there
starts over various biochemical and physiological mechanisms for protection.
Therefore, a large variety of plants to examine ways of increasing the
resistance against stress factors have a scientific and practical importance.
Thus, the primary processes of photosynthesis, based on the results of the
study and its corresponding morphophysiological higher photochemical activity,
has been found in a range of genotypes. Their leaves and plants assimilate the
biological productivity of the intensity of the symptoms associated with the
use of photosynthetic learned of the opportunity to create a new perspective
varieties. This allows the research to prove
the expansion of the electronic delivery of high-yielding genotypes and phosphorised
chloroplast high speed, as well as the pH of thylacoid membranes are
characterized by a great price, also photosynthetic electron transport, CO2 assimilation and it was approved to be the link between productivity.