ROLE OF RASHI NAKSHTRA YUKTA VASTU DHOOP IN ENVIRONMENTAL

CLEANING AND SUSTAINABLE CONSERVATION

(A PRELIMNARY STUDY)(A PRELIMNARY STUDY)

Jogdand SB,  and  Joshi P.Science research center,

Yashwantrao Mohite College,h i id h d i iBharati Vidyapeeth Deemed University,

Erandawne, Pune – 411038. prasadjoshi@vedvidnyan.com , mobile: 9422007949

Presented by :- Dr. Prasad Joshi

INTRODUCTION:Impact of burning of “Rashi

NakshtraYuktaVastu Dhoop”, prepared fromNakshtraYuktaVastu Dhoop , prepared fromAurvedic medicinal plants, in the intramuralenvironment was studied during winter season i eenvironment was studied during winter season i.e.December 2013 and January 2014 .

Vedas are soul of Indian culture and heart ofVedas are soul of Indian culture and heart ofIndian ancient literature . By churning thek l d f V d d S f i t tiknowledge of Vedas and Sages of ancient timesinvented Dhoop Vidnyan (Science of DhoopVidnyan - the essence).

Vedvidnyan brings you, the very same ancientscience in practice byp ymanufacturing “RashinakshatrayuktaVastudhoop” which is accomplished by theVastudhoop which is accomplished by thepower of full moon, new-moon, 7 days of a

k 30 tith f th 27 lweek, 30 tithes of a month, 27 lunarmansions, 9 planets, with adi-pratyadi dewataand its group, 12 zodiac signs and their deities(as per ancient belives ).( p )

Definition of dhoop

Ref.: Yadynik ratnam (shodshopchar pooja)

Results and DiscussionTh li i i ti ti l d iThese preliminary investigations revealed encouraging

results.

Findings of morning, before/ after and evening, before/ft f th ti d l d ti lafter for three consecutive days revealed comparatively more

aerospora before burning the dhoop and there was significantd i th i ft b i th dh f hdecrease in the airspora after burning the dhoop for one hourevery time in the morning as well as evening.

E.g. on 18th December morning before burning the dhoopt t ib ti 18% hi h i ifi tlpercentage contribution was 18% which was significantly

decreased after burning the dhoop i.e. 3% and in thei b f b i h dh i 17% & f ievening before burning the dhoop it was17% & after it

was 3%.

Burning of dhoop for three consecutive days g p yand two random days revealed progressive decrease in aerospora before as well as after thedecrease in aerospora before as well as after the experiment.

Effect of burning the dhoop in the morning wasEffect of burning the dhoop in the morning was long lasting till evening.

On the last day three dhoops were burnt at a y ptime which resulted more pronounced decrease in the biocomponents in the airin the biocomponents in the air.

Graph: Comparative percentage contribution of aerobiocomponents before /

20

p p p g pafter burning the dhoop.

16

18

12

14

6

8

10

Rotoraod air sampler

Tilak air sapmler

2

4

6

0M.B. M.A E.B E.A M.B M.A E.B E.A M.B M.A E.B E.A

18/12/2013 18/12/2010 20/12/2013• M.B. : Morning Before E.B. : Evening Before * M.A.: Morning After E. A. : Evening After

Conclusion:Conclusion:

i di h li i di h l d dFindings of these preliminary studies have revealed and proved clearly that burning of dhoop have significant decrease in aerobacteriospora & aeromycospora in the intramuralaerobacteriospora & aeromycospora in the intramural environment at Pune & cleaned or purified the air.Future Prospects of Biosciences:Future Prospects of Biosciences:

Which may help to design an ideal model for cleaning (sterilization) of environment, purification of air & conservation ( ) , pof sustainable environment.

It may also help to develop feasible strategy for prevention of aerobiopollution which is always better than cure.

 

Types of Aeromicrobiota which are revealed during preliminary study:

Basidiospores, Ganoderma, Smut spores, Alternaria, Aspergillus, Bispora,

Cercospora, Cladosporium, Cordana, Curvularia, Dictyoarthrinium,

Helminthosporium, Nigrospora, Periconia, Pithomyces, Spegazzinia, Tetraploa ,

Torulaetc

Other types: Cellulosefibres, Fungal hypha, Insect wings, Pollen grain, Protozoan

cyst etc.

 

   Alternaria Aspergillus Bispora

 Curvularia Helminthosporium Nigrospora

 Pithomyces Spegazzinia Tetraploa

 

Epidermal hair Insect wing Pollen grain