Description

ABSTRACT

In plant-science this is well known that root keeps a plant alive. Once root is spoiled plant dies. This a little experiment in this research communication with aquatic plant namely, Ipomoea reptans. This plant has values since Vedic, hence may this plant may become extra popular, and however this plant may survive when root is existed. In a natural experiment given less than 3 ppm Oxygen, plant remained under stress. With given 0 ppm Oxygen plant dies. Plant may get rejuvenated above 3 ppm Oxygen. This detection is being now-a-days possible using computer and electronics are being used to measure dissolved oxygen digitally. This may be same in terrestrial plants as well. There is soil air measured in percentages (0-50%) and digitally Nano-biotechnology may determine at what location the precious life exists even in plant. Nanotechnology a part of this is a science where water bio-molecules are measured in Nanometer (!0 Ao) scale to make life persists. Now-a-days molecular dimension can be measured by electronically or Spectro-photometric or mass methods using nanotechnology such DO meter. Author has found that in flowering plants, here with an example Ipomoea reptans the number of flowerings(Fn) is equally proportionate to the effective stem mass(Ms) or volume(Vs) as Fn α Ms or Fn α Vs, The value of these Coefficients in two situations usually differ, as stem mass may increase with watering enhance flowering till field capacity. Although their values are also depend on photoperiodic, however if flowerings occurs in certain geography and environmental conditions, value of coefficients remain almost similar.

Keywords: Centre of plants life, Plant flowerings, Computer &electronics