Self pollination in peach

بررسی وضعیت خود و دگرسازگاری در چند رقم تجارتی هلو در شرایط اقلیمی کرج

The present research was conducted with the purpose of studying self and cross-compatibility in some commercial cultivars of peach through field and microscopic studies in order to increase the quantity and quality traits of the product. The study was carried out in years 2010 and 2011. In a first experiment, the pollen germination of 10 cultivars of peach was studied in culture medium. The res...

Phony Peach and Peach Mosaic

evaluation of stigma receptivity period in several peach cultivars through controlled pollination under field and laboratory condition

in order to study stigma receptivity in peach cultivars : (‘makhmali’, ‘anjiri-ye-tabestane’, ‘anjiri-ye maleki’, ‘haj-kazemi’ and ’zoodras’) controlled pollination was done in both field and laboratory conditions. before pollination trials the in vitro germination of the pollen was tested in petridish. branches with adequate number of flowers were chosen for controlled pollination. self pollin...

Pollination - A Biologically Inspired Paradigm for Self-Managing Systems

From the biology's point of view, pollination is an important step in the reproduction of seed plants. From the software engineer's view, pollination may evolve to a promising, biologically inspired paradigm for future, selfmanaging computing systems. This estimation is based on the self-* properties implied inherently by the pollination process between plants and insects. To exploit these char...

Beyond Swarm Intelligence: Building Self-Managing Systems Based on Pollination

Nature exhibits a fruitful inspiration source for building self-managing systems. The human body’s autonomous nervous system, its reflex and healing system, or its immune system inspired the building of self-managing systems in the same way as biological systems as ant, termite, or bee colonies. Thereby, self-managing systems based on such biological, self-organizing systems mostly rely on Swar...