The traditional means of increasing crop productivity
are reaching their limits, and the increasing demand
for plant production necessitates new strategies for future
improvements in crop yields [1]. The identification
of the methods responsible for manifestation of growthand yield has now become one of the most important
tasks to provide food security for the future generation.
It has been widely accepted that plant growth and development
is controlled by the plant hormones, which are
endogenously produced by the plants. However, synthetic
plant growth regulators are also increasingly used
to modify growth, development, stress behaviour, as
well as qualitative and quantitative yield of crop plants.
Plant-growth regulators open new opportunities to improve
agricultural crop yield by circumventing several
barriers imposed by genetics and environment.
The traditional means of increasing crop productivityare reaching their limits, and the increasing demandfor plant production necessitates new strategies for futureimprovements in crop yields [1]. The identificationof the methods responsible for manifestation of growthand yield has now become one of the most importanttasks to provide food security for the future generation.It has been widely accepted that plant growth and developmentis controlled by the plant hormones, which areendogenously produced by the plants. However, syntheticplant growth regulators are also increasingly usedto modify growth, development, stress behaviour, aswell as qualitative and quantitative yield of crop plants.Plant-growth regulators open new opportunities to improveagricultural crop yield by circumventing severalbarriers imposed by genetics and environment.
การแปล กรุณารอสักครู่..
