Janparishad's sesps 2018

Janparishad’s 6th International Conference
on
“Science and Environmental Sustainability for a Peaceful Society”
from
19th
to 21st
January, 2019 at Bhopal (MP)
www.janparishad.com
Editors
Dr. (Mrs.) Mukta Shrivastava
Dr. Peenu Mahendra Joshi
Er. Samta Shrivastava
Associate Editors
Mr. Mahendra Joshi
Dr. Abhilash Thakur
Er. Ekta Shrivastava
Dr. Arun Singh
Conference Venue
Auditorium
State Museum Bhopal
(Adjacent to Madhya Pradesh Tribal Museum)
Shymla Hills, Bhopal 462002
Conference Secretariat
M83, Kotra Sultanabad, Bhopal (M.P.) India
janparishadbhopal@gmail.com
Jointly organized/supported by
Janparishad, International Cities of Peace (USA), SusTranCon (USA), International Council of People (India),
Global Network for Sustainable Development (USA), Center for Global Non-killing (USA) and JMBVSS (India)
SESPS 2018

C Janparishad
M83, Kotra Sultanabad, Bhopal (M.P.) India.
An International Conference Proceeding Book-SESPS 2018
SESPS 2018

Chairman’s Message
Janparishad can rightly have a sense of pride for
successfully organizing five International
Conferences. We are making a forward movement
for organizing 6th
International Conference. As in the
past we have not wavered from our paramount
concern about environment. With a view to
preserve the future of mankind, it is imperative that
environment should be protected at all cost and all
human activities including crucial sector of
agriculture should always be sustainable.
Modern technology has opened a wonderful vista
for us to solve all our complex problems. We have to
force ourselves to take fast strides in the field of
research and applications of technology for
improving quality and production of agricultural
produce. I believe this conference will focus on the
issue of enlarging our horizon of knowledge by way
of suggesting areas for research. We will encourage
the participants of the conference to formulate their
ideas for the realization of this goal. I am sure this
conference will aim for nurturing positive outlook
among new generation towards awareness of
environmental issues.
I am personally very obliged and feel grateful to the
Govt. of Madhya Pradesh for assisting us through
EPCO and Dept. of Public Relations.
I am also grateful to JMBVSS and International
Council of People who have always been there with
us in our ventures. This abstract /proceeding book
will be of great help to students, research scholars
and faculties of related subjects.
I welcome and convey my best wishes to the
participants of SESPS2018.
N.K. Tripathi
Vice Chancellor
Malwaanchal University,
Indore
Former DGP, Govt. of India,
Chairman SESPS 2018
&
President Janparishad.

Co-Chairman’s Message
I am pleased to note that Janparishad along with
EPCO, International Cities of Peace (USA),
SusTranCon (USA), International Council of
People (India), Global Network for Sustainable
Development, Center for Global Non-killing
(USA) and JMBVSS (India) is organizing its 6th
International Conference SESPS 2018- “Science
and Environmental Sustainability for a Peaceful
Society” from 19th
to 21st
January 2019 at Bhopal.
I am sure that the deliberations and exchange of
views would be useful and impactful enough to
figure out better ideas for development in the
concerning fields.
I wish a grand success for this conference.
Mahan Bharat Sagar
IPS
DG Home Guards
&
Vice-Chairman - Janparishad
Co-Chairman - SESPS 2018

It is my honor to welcome on behalf of the
leaders and Board of Directors of international
Cities of Peace the participants of the 6th Annual
International Conference "Science and
Environmental Sustainable for a Peaceful
Society". Only in a culture of peace can
humanity work together to meet our present and
future challenges. As Executive Director of the
cities of peace organization, I bring good wishes
from thousands of volunteers and leaders in
over 220 cities of peace in 50 countries on 6
continents.
We issue a clarion call for direct action on the
environment in order to put our talents and ideas
together to fully embrace and utilize science to
meet our goal of alleviating the effects of Climate
Change. This growing challenge is already
causing great trauma and devastation in many
communities around the world. The facts are
clear: our planet has recently reached 1.1
degrees C above our preindustrial age. The
result is increasingly dangerous storms and
other natural disasters, causing flooding, wind
damage, rising waters, and a dangerous climate-
refugee crisis.
This global challenge can only be approached
through unity and in merging the scientific
communities with environmental experts and
peace leader who can define best practices after
experience on the ground. The organization
International Cities of Peace is committed to
providing a platform for a new generation of
leaders to address these issues "in situ" where
the needs are known and the solutions directly
impact the safety, prosperity, and quality of life
for local citizens. We learn from each other. We
flourish together.
J. Fred Arment
Executive Director,
International Cities of Peace
and the author of both fiction
and nonfiction books,
including "The Elements of
Peace" and "The Economics of
Peace" by McFarland
Academic Publishers.

In September, I participated in the UN High Level Forum
on Culture of Peace. In the opening presentation
MrioslavLajcak, President of the UN General Assembly,
said:
"Peace should not be a theory. It should not be a
principle, or an aim, or an outcome. It should not have
a budget or timeline. Instead, peace should be
something that we can touch, see, feel, and experience
– on a daily basis. It should be in the air around us, or
on the ground we walk on. It should be, in essence, a
CULTURE”
All UN ambassadors representing numerous countries
agreed that it is so important to make the connection
between culture of peace and sustainable development. It
seems impossible to build the culture of peace in places
where there is not economic growth, environment is not
protected, agricultural education is neglected, etc. That is
why we can praise contribution to this process made by
Janparishad. For last few years, Janparishad has been
organizing conferences that bring together scientists,
students and grass roots activists from all around the
world to discuss the most effective solutions for global
development.
On behalf of the Sustainability Transition Consulting
(SusTranCon), and the Global Network for Sustainable
Development (GNSD), partnering with Janparishad in
organizing of this conference, I welcome you to Bhopal,
hoping that meeting with colleagues looking at the
sustainable development from various perspectives will
motivate you to further contributions towards building the
culture of peace.
Dr. Marek Wosinski
President of the Global Network
for Sustainable Development
(GNSD)
President of Sustainability
Transition Consulting, LLC
Founder and CEO Dr. Marek
Coaching Through Life
Transitions
Senior Sustainability Scientist,
ASU Global Institute of
Sustainability
Adjunct Faculty, Department of
Psychology
Arizona State University
P.O. Box 871104, Tempe, AZ
85287, USA

Editor’s Message
It is our pleasure in presenting conference proceedings
being published during the 6th International
Conference”SESPS 2018” at Bhopal.
We want this conference proceedings to serve for the
cause of providing an atmosphere, where scientists,
research scholars, academician, educationists and
environmentalists can freely exchange their research
and ideas.
We are happy to inform you that in a very short span of
time and resources, this conference proceedings will
reach about almost all the leading libraries of India.
There was an over whelming response to our request
for contributing papers. More than 398 abstracts and
papers have been received. Bring out the conference
proceedings was a gigantic work but our team worked
day and night to put together these abstracts and
paper into book shape. In spite of all the care taken by
us, it is possible that there may be some mistakes in
this volume, the responsibility for which is entirely
ours. We hope that these papers and abstracts will
promote the research in the field of Advance Research
in Applied Sciences, Environment, Agriculture &
Entrepreneurship Development.
Once again we are thankful to the Chairman of
SESPS2018 Mr. N.K. Tripathi, Co-Chairmen Mr. Mahan
Bharat & Mr Marek Wosinski, J Fred Arment, Dr Anup
Swaroop. Our special gratitude is for Director Public
Relations M.P., E.D. and DG, EPCO, senior IAS Mr. S.K.
Mishra, senior IAS Mr. Anupam Rajan, APCCF Mr
Akhilesh Argal, IFS Mr M.S.Dhakad, Mr. R.K. Jain (EPCO),
our associate Dr. Arun Singh, Dr. Abhilash Thakur, Mr.
Mahendra Joshi, Mr. Brijendra Tiwari, Dr. Mrs. Peenu
Mahendra Joshi, Dr. Mahendra Bhatnagar, web master
Mr. Arvind Pandey, Mr. Anand Pawar and all the
member of Janparishad. Special gratitude to all the
participants and paper contributors of SESPS 2018,
whose generous support has always encouraged
Janparishad. We express our heartily gratitude for EPCO
and Director Public Relations M.P., whose sponsorship
for this conference proceedings, encouraged
Janparishad.
Dr. Mukta Shrivastava
Editor

Technical Committee
Dr. Ananya Popradit (Thailand)
Dr. (Mrs.) Shobha Shrivastava
Dr. Kanupriya Devtale
Dr. (Mrs.) Peenu Mahendra Joshi
Dr. R.P. Pradhan(Goa)
Dr. S Suresh
Dr.Ketan C Desai( Surat)
Prof. M.A. Khuroo (Srinagar)
Dr. (Mrs) Neerja Bhardwaj
Dr. (Mrs.) Prabha Bhat
Dr. A.B. Singh I.I.S. Bhopal
Dr Ekta Pandey(Jhansi)
Dr. Mudit Gupt (Jaipur)
Dr. Amit Tiwari (Rewa)
Dr .H.S.Patel, Vidyanagar (Guj)
Dr. Jitesh A Sankhat
Dr. Suryapal Singh (Bodh Gaya)
Dr. Sunil Atulkar
Mr. Abhishek Sharma
Ms. Anjali Agrawal(Indore)
Dr. H.S.Patel( Vidyanagar ,Guj)
Dr. Rajeev Dixit( Sanwer)
Dr. Sangeeta Mashi(Shahdol)
Dr. Rekha Khanna(Ujjain)
Dr. Varsha Parmar(Bhopal)
Dr. Sunil Singh(Kurwai)
ORGANIZING COMMITTEE
CHAIRMAN
Mr. N.K. Tripathi, Chairman Janparishad, Vice
Chancellor,
Malwanchal University, Indore & Former DGP,
Govt. of India
CO-CHAIRMEN
Dr. Marek Wosinski Presisent (Sustrancon and
GNSD) USA
Mr. Mahan Bharat Sagar, DGP (Spl.)
Dr Anup Swaroop VC (JLU),
J. Frederick Arment ED (ICP USA)
ADVISORY BOARD
Dr. DP Khanna, DGP (R)
Mr. Manish Shrivastava, IAS (R)
Mr. GP Shrivastava, IAS (R)
Prof (Dr) Santosh Shrivastava, Former VC Sagar
University, Sagar
Mr. Akhilesh Argal, (IFS)
Mr. M.S. Dhakad, IFS
Mr. Ravi Bilgaiya
Mr.Ajay Shrivastava ‘Neelu’
Mr. O.P. Gupta
Mr. Yogendra Singh, (MLA)
Mrs. Parul Sahu, (MLA)
Mrs. Anu Sapan
ORGANIZING SECRETARY
Ramji Shrivastava
Convener Janparishad
ORGANIZING JOINT SECRETARIES
Dr. (Mrs.) Mukta Shrivastava
Asso. Prof MLB PG College, Bhopal
Mr. Mahendra Joshi
Motivational Speaker and Corporate Trainer,
Bhopal
Dr. Abhilash Thakur
Ex. Asso. Prof. NITTTR Bhopal
Dr. Mahendra Bhatnagar
Asso. Professor. Pt. S N Shukla University,
Shahdol
Prof. Arun Singh
Asstt. Prof. MLB PG College, Bhopal

Title of Paper Conference ID Authors
Design, synthesis, characterization and In-vitro antimicrobial activity of
some imidazole-pyrazole fused scaffolds
SESPS 2018: 01
A
Keyur M. Pandya*,
B
Piyush S. Desai and
C
BhaveshP.
Dave
Role of Science and Technology in Agriculture for Sustainable
Development
SESPS 2018: 03 Dr Renu Rajesh
Inducedmutagenesis in agriculture-A promisingtechnology for the
improvement of crop species
SESPS 2018: 04 Mushtaq Ahmad Khah and Rakesh Chandra Verma
Chromosome studiesof some species of the TradescantiaL.
(Commelinaceae) collected from various localities of Madhya Pradesh
SESPS 2018: 05 Nilofar Shaikh and R. C. Verma
LOAD BALANCING ALGORITHM IN DISTRIBUTED NETWORK SESPS 2018: 06 Dr. Neeraj Rathore
Synthesis, Spectral Characterization and Biological Evaluation of
Copper(II) Complex of 2-N-(2-thiophenecarboxaldimine)-6-
ethoxybenzothiazole
SESPS 2018: 08
Suman Malik, Archana Singh, Amar Sohail Mirza* and
Supriya Das
Studies on bioproduction of bioethanol in the presence of
Salicyloylhydrazide
SESPS 2018: 09 Ajit Kumar Pathak
Facile bioproduction of lactic acid by lactic acid bacteria exposed to 3-
(bromoacetyl) coumarin
SESPS 2018: 10 Ashok Kumar Singh
Extraction and isolation of carrot grass for Production of Biopolythene SESPS 2018: 11 Mrs. Snehlata Hada
1
, Dr. Ashutosh Shukla
2
Phytochemical Screening of Different Extracts of Iris variegata SESPS 2018: 12 Ghulam Mustafa
1*
and Ranjana Singh
2
CADMIUM STRESS ON THE PROTEIN CONTENT OF Andrographis
paniculata (Burm.f.).
SESPS 2018: 14 Irfan Rashid Thokar* & S.D. Singh
Parametric determination of alcoholic fermentation using waste biomass
resource molasses by Saccharomyces cerevise KM-12
SESPS 2018: 16 Krishna Mohan
Accumulation of Cadmium and its Effect on Superoxide dismutase and
Peroxidase Activities of Tinospora cordifolia
SESPS 2018: 17 Masrat jan
1*
and Mukta Shrivastava
2
Micropropagation of an important medicinal plant Sida acuta Burm.f. SESPS 2018: 18 Mushraf Qureshi1
and Mukta Shrivastava2
Toxic Effects of Zinc Sulphate on Enzymatic Activities of Intestine and
Gills of Freshwater Catfish Heteropneustes fossilis (Bloch)
SESPS 2018: 19 Sualiha Tabassum
1
and S. C. Kothari
2
Limnological survey of Khushalsar lake, Kashmir SESPS 2018: 20
*Mohd Yaseen Gudoo1
, Mohammad Farooq Mir2
, Anuja
Gupta3
, Rajendra Chauhan3
.
An Overview: Future We Want With Special Reference to Rio SESPS 2018: 21
TRIBALS – THEIR ROLE IN CONSERVATION OF ENVIRONMENT SESPS 2018: 23 Dr. MONICA JOSHI
Efficacy of brucinesulphate on lactic acid fermentation SESPS 2018: 24 Reena Kumari
Citric acid bioproduction by AspergillusnigerNCIM-1696 exposed to 4-
hydroxy-7-methoxy-3-phenylcoumarin
SESPS 2018: 25 Jitendra Mahato
Bioproduction of citric acid by AspergillusoryzaeNCIM-944 exposed to 4
hydroxyl - 3 - nitrocoumarin
SESPS 2018: 26 SudhanshuRajak
Quantitative Determination of Thiourea and Some of Its Derivatives with
AHC reagent
SESPS 2018: 27 R. P.S. Chauhan*, Pratibha Singh
Studies on Ethanol fermentation process exposed to
cyclopentanonephenylhydrazone
SESPS 2018: 28 Dhananjay Kumar
Production of lactic acid exposed to some chemical mutagens SESPS 2018: 29 Surya Pal Singh
Bioproduction of H3Cit exposed to alkaloid aconitine SESPS 2018: 30 Kaushal Kishore Singh
Facile bioproduction of 2-hydroxypropanoic acid exposed to 1,3-butanediol SESPS 2018: 31 Neerup Kumar
Studies on molasses bioconversion to ethanol exposed to benzopyrene SESPS 2018: 32 Rajendra Yadav
Biotechnological method for the production of ethanol by Saccharomyces
cerevisie RK-16 exposed to colchicine
SESPS 2018: 33 Ranjit Kumar
Microbial bioproduction of citric acid exposed to visinine alkaloid by
Aspergillus clavatus R-36
SESPS 2018: 34 Rohini Singh
Amidation strategy for final step of 6,6 - Difluro-6,7-dihyro-5H-
pyrazolo[5,1b][1,3]oxazine -3-carboxylic acid diversification.
SESPS 2018: 35 Vikash Srivastava
Necessity Of Environmental Laws For Sustainable Development SESPS 2018: 36 Divyodak Kumar
SmFbiotechnic for ethanol production exposed to Vinblastine SESPS 2018: 37 Ashwini Kumar
Biotransformation molasses to ergot alkaloids by Clavicepspurpurea BS-
1659 exposed to Dioctadecyldimethylammoniumchloride(DODAC)
SESPS 2018: 38 Brajnandan Sharma
Physicochemical Analysis of Different Ground Water Samples Collected
from Rajendragram Area Dist. Anuppur (M.P.)
SESPS 2018: 39 Dr.Smita Verma and Amrita Singh
A study of Water Pollution based on Industrial Problems of the Son river at
Shahdol (M.P.),India
SESPS 2018: 40
Dr Mamta Prajapati1, Dr Balram Pd. Prajapati2 and
Annapurna Singh3
Microwave assisted synthesis and biological activities of pyrazolines
derivatives
SESPS 2018: 41 Dr. Madan Kumar Singh
A Study of Nonlinear Interaction in Ferroelectric Material with Strain
Dependent Dielectric Constant
SESPS 2018: 42 Moolchandra Rajpoot
*
& Sanjay Dixit
Ethanol bioproduction by the yeast Saccharomyces cerevisiae NCIM-3132
exposed to 4-bromomethyl-6,7-dimethoxycoumarin
SESPS 2018: 44 Dr. Vijay Kumar
SESPS 2018 -Abstract (English)

Loss of zooplankton diversity of a fresh water lake of Kashmir Himalayas SESPS 2018: 45
Rifat Farooq*1, Rajendra Chauhan2, Mohammad
Farooq Mir1
Selection of resistance to apple scab in domesticated apple (Malus
domestica Borkh.)
SESPS 2018: 46
Rameez Nazir Rather1*
, Aijaz A. Wani1
, Mehraj-ul- din
Shah2
Conservation of Germplasm SESPS 2018: 47 Khair un Nissa
ASSESSMENT OF FLUORIDE CONCENTRATION ON VEGETATION
OF BHABRA BLOCK IN ALIRAJPUR DISTRICT OF MADHYA
PRADESH, INDIA
SESPS 2018: 48 Sainkhediya Jeetendra,* & Jamra Rajkumar**
Effect of dolomite mining dust on the vegetation of Alirajpur district of
Madhya Pradesh, India
SESPS 2018: 49
Jamra rajkumar*, **Mehata Suresh Chand &
Sainkhediya Jeetendra, ***
Synthesis of 6-arenesulphonyl-2,7-Diaryl-1,3,4-oxadiazolo (3, 2-a)-s-
triazine (7H)- 5-thiones as possible potentially bioactive heterocycles,
effective as bactericides and fungicides
SESPS 2018: 50 DR. RUCHI SRIVASTAVA
STUDIES ON CHEMICAL PROPERTIES OF SOIL & IMPACT OF
COAL MINE ON SOIL FERTILITY FROM UMARIA
SESPS 2018: 51
Dr. A.R .Khan , Dr.Smita Verma ,Dr. Mamta Prajapati
and Nayala Begum
Heavy Metals concentration(Copper and Lead with Special Reference to
Upper Lake of Bhopal:
SESPS 2018: 52 Dr.Pragya shrivastav* and Insha Showkat
Impact of Cypermethrin on Total Protein in Muscle of the Walking Catfish,
Clarias batrachus (Lin. 1758)
SESPS 2018: 55 Musrat Majeed*,Rajendra Chauhan
Soil microbes and their capacity of biofilm formation SESPS 2018: 56 Peer Mohmad Junaid
*
, Fatima Khan**, Ranjana Singh
*
Exploration of Ethno-medicinal study of plants with reference to Bacterial
diseases in Tribal population of Tikamgarh district Madhya Pradesh, India
SESPS 2018: 57
RaghvendraPrakash Ahirwar
2*
, Jagrati Tripathi
1
,
Ranjana Singh
2
Antioxidant Potential and Antifungal Activities of Oyster Mushroom
(Pleurotus Ostreatus)
SESPS 2018: 59
Danish Rahman Baba*, DR. Fatima Khan**, DR.
Ranjana Singh*
Finding potential source of cold-active xylanase SESPS 2018: 60 Suhaib Mohd Malik
DEVELOPMENT, CHARACTERIZATION AND STUDTY OF NEW
ECO - FRIENDLY OLIGOMERIC ACID AZO DYES - PART (IV)
SESPS 2018: 61 Arun Singh* ,Varsha Parmar and Jayendra J.Chauhan
Cold-active pectinases and their commercial applications: a review SESPS 2018: 62
N. Wani*, F. Shezad. F.A. Ahanger, S.M. Malik, S.
Sahay, K. Jain
Phytochemical and Nutritional properties of dried Leaf powder of Moringa
oleifera Lam.
SESPS 2018: 64 Mukesh Kanesh
*
, H.C.Kataria and Manik Sharma
Exploration of Ethno-medicinal study of plants with reference to Bacterial
diseases in Tribal population of Tikamgarh district Madhya Pradesh, India
SESPS 2018: 65
RaghvendraPrakash Ahirwar2*
, Jagrati Tripathi1
,
Ranjana Singh
2
Phytochemical Analysis of Leaves of Withania somnifera (L.) SESPS 2018: 66 Bharti Kumar and Irfan Rashid Thokar
TWO WAY RELATIONSHIPS OF PEACEBUILDING AND
SUSTAINABLE DEVELOPMENT
SESPS 2018: 67 Manisha Dubey
Relative abundance, borer density and infection percentage of maize stem
borers (Chilo partellus) of Indore district of M.P., India
SESPS 2018: 69 Riyes Un Aziz*, Santosh Gaherwal and Sameena
Role of Zoobenthic Invertebrates (Annelids) as Bioindicators of Water
Quality
SESPS 2018: 70
*1
Aubid Bashir,
2
Anuja Gupta and
3
Mohammad Farooq
Mir
Child welfare programs in India SESPS 2018: 71 Tajamul Ahad Sofi
ROLE OF “ENVIRONMENT” IN FOR A PEACEFUL SOCIETY SESPS 2018: 72 KALPANA SINGH1
, DR.ALKA AWASTHI2
Water Quality Assessment of Halali River in Bhopal ( M.P) Using
Macrozoobenthos as a bioindicator
SESPS 2018: 73 *Manju Bhadwal, M. Aniece Wani and Mukesh Dixit
Benthic Macro-invertebrates as Bio-indicators of Water Quality in Upper
Lake (Central zone), India.
SESPS 2018: 74 *M. Aniece Wani, Manju Bhadwal and Dixit Mukesh.
Study of an oligo element SESPS 2018: 75 Dr. Anita Shinde
ENVIRONMENTAL STUDY AND MONITORING OF TOXIC
ELEMENTS OF KOSHMI DAM WATER AT BETUL (M.P.) DURING
MANSOON SEASION
SESPS 2018: 76 DR.D.S.SALUJA
AQUAPONICS-A MERGER OF FISH AND PLANT FARMING SESPS 2018: 78 Dr. Jyoti Saxena
Physicochemical Analysis of Ground Water and Surface Water for
Drinking Purpose in Umariya City, (M.P.)
SESPS 2018: 79
Dr.Nivedita Agrawal, Dr. Surabhi Garde* and Pooja
Tiwari*
Water Quality analysis of some samples of Birsinghpur pali District
Umaria area at Summer season
SESPS 2018: 81
Smita Singh*, M.K.Bhatnagar** , Anil Saxena & Amit
Nigam***
Forest economy and sustainable development in central region of India SESPS 2018: 82 Uma singh & Radha singh
Bioaccumulation of heavy metals in tissues of some fishes in Umrar Dam
on Umrar River in Umaria district, Shahdol division in central India
SESPS 2018: 83 Vandana Ram*& Sangeeta mashi**
A comprehensive floristic study of Van Vihar National park Bhopal SESPS 2018: 84 Muzafar Ahmad zargar and S.D Singh
In vitro antitumor efficacy of different fractions of alcoholic extract of an
“Adiantum” species on HCT- 116 cell line
SESPS 2018: 85
Zeenat Ayoub
1
*, Archana Mehta
1
, Siddhartha Kumar
Mishra
2
SPREAD OF AWARENESS ON AIR POLLUTION HAZARDS SESPS 2018: 86 Dr Meeta Verma
SUSTAINABLE DEVELOPMENT NEED FOR CONSERVATION OF
WILDLIFE
SESPS 2018: 87 Dr Radhe Shukla
Effect of temperature and pH from potential sources of cold active lipases SESPS 2018: 88 Farooq Ahmad
Taxonomy and medicinal uses of Euphorbiaceae family at district Bhopal SESPS 2018: 89 Muzafer Hussain Dar

A Review on MenthofuranSynthase Gene in Mentha sp. SESPS 2018: 90 PreetiChandurkar*, TanujaMurab, NidhiGujar
A Review on Biopolymer: Prospective Application of Green Polymers SESPS 2018: 91 Tanuja Murab, Preeti Chandurkar, Nidhi Gujar
Study of antibacterial activity of conventional Indian essential oil to
eradicate bacterial contamination of fruit juices
SESPS 2018: 93/
94/98/99
NidhiTripathi, Anjali Choudhary, RohitRawat and
PrakritiSehgal
Formulation of Herbal Gel from Hydroalcoholic Extract of Eclipta alba (L.) SESPS 2018:94/97
Anjali Priya *, Ruchi Acharya, Jaswinder Mehta,
Bhawna Sharma, Peenu Mahendra Joshi
A Systematic Approach against Water Pollution of Inland water Resources SESPS 2018: 96 Dr.Rajani Gautam
The frequency distribution of vitamin D Receptor fok I gene polymorphism
among population of Madhya Pradesh pulmonary TB patients
SESPS 2018:
103/104
Manju Tiwari
1,2
,Deepak Bharti
1,2
Toxiciological Effect of Paraquat and Protective Role of Ginger (Zingiber
officinale) on Kidney of Albino Mice
SESPS 2018: 105 Tufaila Manzoor
STUDY THE EFFECT OF DIFFERENT COMPOST AND THEIR
PHYTOCHEMICALS ANALYSIS IN EXTRACT OF POTATO AND
TOMATO PLANT.
SESPS 2018: 106 H.C. Katariya and Neha Arya
Preliminary Phyto-chemical and Physico-chemical study of Equisetum
diffusum plant
SESPS 2018: 107 Prabhat Soni*
, Sadhana Chaurasia**
& Ravindra Singh
Pharmacognostical Standarization of root bark of Holarrhena
antidysenterica (Roth) Wall. ex A.DC.
SESPS 2018: 108
Pawan Kumar Ahirwar1
*, S.P.Mishra2
and Pramod
Kumar
3
SCIENCE FOR PEACE AND DEVELOPMENT OF SOCIETY SESPS 2018: 109 Dr. Ratna Roy (Pathak)
HOW WILL CARBON CAPTURE AND SEQUESTRATION ( CCS )
IMPACT FUTURE GENERATIONS ?
SESPS 2018: 110 Kumud Shrivastava
Effects of some Chemicals on Human Health SESPS 2018: 111 Dr. Basanti Jain
Experimenting with Hydroponics in Nepal SESPS 2018: 112 Sumit Shrestha (Kathmandu, Nepal)
“ Effect of gibberellic acid and maleic hydrazide on growth and yield of
okra (Abelmoschusesculentus (L.) Moench) cv. VarshaUphar”
SESPS 2018: 115 HemlataVerma, Dr M.S. Parihar and P K Yadav
EFFECT OF DIET ON INTRAUTERINE GROWTH RETARDATION
(IUGR)
SESPS 2018: 116 Dr Renu Verma
Anthropogenic stress on the fish diversity in Anchar Lake, Kashmir and its
remedial cum restoration measures with scientific interventions in relation
to the sustainable development of the lake.
SESPS 2018: 117 Muzamil Bashir1
, Aashiq H. Kuchy1
, M.F., Mir2
Statutory Provisions of Law and the Contribution of Judiciary in the
Protection of Water Pollution
SESPS 2018: 120 Ms Neha Goswami
A Detailed Study on Sustainable Development Goal (SDG) and the
Production Consumption Pattern
SESPS 2018:
121/143
Namrata Ganguly
1
, Priyanka Kurup
2
Phytochemical analysis of Leaves of Coleus aromaticus Benth. and its
antibacterial activity against Pseudomonas aeruginosa
SESPS 2018: 123 Nishi Yadav and Dr. Renu Mishra
“Prepration , Characterization and Study of Antimicrobial Activity For
Novel Benzimidazole Contaning Metal Chelates”
SESPS 2018: 124
Diwa Mishra ,Saroj Yadav, Aradhana Verma and Arun
Singh
*
“Impact of Spent Engine Oil on Environment and Study of Techniques for
its Recycling and Reuse”
SESPS 2018: 127 Arun Singh*, Nidhi Patel and Rajeev Dixit
Synthesis, characterization and molecular structure of a new copper(II)
complex incorporating NNO tridentate ligand
SESPS 2018: 131 Dinesh Kumhar, R. N. Patel and Satish K Patel
MODERN TECHNIQUES OF SOLID WASTE MANAGEMENT SESPS 2018: 134 Dr. Supriya Vyas,
Sustainable development : A rising tide only lifts all boats if everyone has a
boat.
SESPS 2018: 135 Dr.Vandana Bakshi
Production of Bio-ethanol from Soybean molasses :Economical and
Environmental benign process for Malwa Region of Madhya Pradesh
SESPS 2018: 137 *Dr. KalpanaVirendra Singh, Dr. ArpanBhardwaj,
Sustainable Environment with Big Data Analytics & Internet of Things SESPS 2018: 138 Dr. Vibha Thakur
CHANGING CLIMATE AND DYNAMIC BIODIVERSITY SESPS 2018: 145 Masrat Majeed and Showkat Hussain
Concern over Manu fresh water swamp in foot hills of Himalaya,
Uttarakhand
SESPS 2018: 146 MOHIT KUMAR SINGH
*
, VANDANA, V. JEEVA
Spirulina Cultivation: Ideal path for rural income generation and their
development
SESPS 2018: 147 Nirmala Patel,
a*
Satish K Patel
b
and Y. Singh
b
A Comparative Study Of Qwl (Quality Of Work life ) Between India &
Qatar
SESPS 2018: 151 With Special Reference to Corporate Sector.
Formulation of Herbal Gel from Hydroalcoholic Extract of Eclipta alba (L.) SESPS 2018: 153
Anjali Priya *, Ruchi Acharya, Jaswinder Mehta,
Bhawna Sharma, Peenu Mahendra Joshi
Synthesis, characterization and molecular structures of copper(II) mono-
and binuclear complexes
SESPS 2018: 155 Satish Kumar Patel, R. N. Patel and Y. Singh
Effects of some heavy metals on toxicity of the fresh water fish: SESPS 2018: 157 Shazia Bashir
Nitrogen fixation by Albizia chinensis in response to nitrogen fertilizer SESPS 2018: 160 *Vandana, S.P. Chaukiyal and Gunjan Thakur
Copper(II) and nickel(II) mono/binuclear complexes with N'-[(Z)-
phenyl(pyridin-2-l)methylidene]acetohydrazide: Single crystal structures,
DFT studies and antioxidant activity
SESPS 2018: 161 Y. Singh,
*
R. N. Patel, Satish K Patel and D. Kumhar
E-Learning based on Cloud: Security & Measures SESPS 2018: 162 Nishant Katiyar
Green Buildings- Strategies for Sustainable Planning for cities SESPS 2018: 163 Dr Seemi Ahmed
Qualitative analysis of secondary metabolites and antibacterial activity of
Iris kashmiriana growing in Bandipora Kashmir, India.
SESPS 2018: 163 Javeed Iqbal

Phytochemical investigation and Isolation of bioactive component from
plant Terminalia bellirica
SESPS 2018: 167 Dr. Madhuri Singhal
1
, Anjali Jijhotiya
1
Assessment of Climate variables and Inflorescence on Seasonal yield of
honey by Apis melifera in Kashmir Valley.
SESPS 2018: 168
1
Mohd Altaf Khan, 2
Nisar Ahmad Ganie, 3
Hayder Ali,
4
Javeed Iqbal Wagay
EFFECT OF PLASTIC POLLUTION ON ENVIRONMENT SESPS 2018: 170
*BABA TABASUM
1
, Dr. JAIGOPAL SHARMA,Dr.
ASHOK K. MUNJAL,Dr. RAJESH DIXIT
SCIENCE AND ENVIRONMENTAL SUSTAINABILITY FOR
PEACEFUL SOCIETY WITH SPECIAL REFERENCE TO THE
CIRCUMSTANCES OF ANCIENT INDIA.
SESPS 2018: 172 Tanuja Chouhan. Dr. Smt. Prabha Bhatt
Production of citric acid by Aspergillus niger NCIM -1986 exposed to 5,7-
dihydroxy-4-phenylcoumarin
SESPS 2018: 173 Gaytri Kumari
Eco-critical study of the Select poems of Robert Frost SESPS 2018: 176 Asha Wadhwani,
Peaceful Society Owe their Existence to Science and Environment SESPS 2018: 177A Dr.(Mrs.) Jyoti Mishra
Effect of different temperatures on the activity of Carboxy Methyl
Cellulase enzyme produced by Truncatella angustata under submerged
State fermentation.
SESPS 2018: 177B Ashiq Magrey1*
, Sanjay Sahay2
,
1
Ragini Gothalwal.
Forest preservation; why and how. SESPS 2018: 178 Bhawna Pandey
POSITIVE AND BENEFICIAL ASPECTS OF WEEDS
SESPS 2018:
180/186/188
Dr. Swati Khare, Dr, Vijay Laxmi Rai, Dr. Rekha
Shrivastava
Renewable energy and sustainable development SESPS 2018: 182 Dr.Rajeshwari Dubey
ETHNO-MEDICOBOTANICAL SURVEY OF RAISEN DISTRICT
PLANTS USED FOR JAUNDICE
SESPS 2018: 183 Bharti Khare
Mycorrhizal Association in Some Medicinal Plants: A Review SESPS 2018: 183A Sakeena Gani*
and V.K.Panday
„Environmental Awareness and Ancient Indian Societies‟ SESPS 2018: 184 Bhupendra Jha
Modeling of Naphthalen Derivatives as Ligands for Cu++ Complex in
Reference to X-Ray Absorption Property Chemical Shift : Role of
Electronic and Directional Features
SESPS 2018: 185A Suprajnya Thakur
Survey on seasonal variations of phytoplankton dynamics to predict the
ecological status of Lakes
SESPS 2018: 186A Asrar Amin Khan and Nelofar Gulam Nabi
Bioinformatics : A Green and Sustainable Scientific Approach of Physics,
Chemistry and Mathematics
SESPS 2018: 187A Abhilash Thakur
Parametric Contribution in Pharmacophore Modeling of Benzodiazepine
Derivatives: A Chem-Bioinformatic Approach
SESPS 2018: 188A Mamta Thakur
1
, Abhilash Thakur
2
,
Climate Change Mitigation SESPS 2018: 195 Dr.Abha Agnihotri
Organogenesis in callus derived from leaf explants of Spilanthes acmella
Linn: an endangered medicinal pant
SESPS 2018: 192A
Nelofar Gulam Nabi, Asrar Amin Khan and Mukta
Shrivastava
Fixation and Release pattern of Potassium in different Soil Series of
Vertisol
SESPS 2018: 197 Gurpreet Kour Gandhi
Change in the Emotional Regulation & Reactions of the Employees in the
Different Weather Conditions
SESPS 2018: 198 Smita Singh1
, Dr. (Prof.) Anita Puri Singh2
Response of Fenugreek (Trigonella foenum-graecum L.) to Different
Micronutrients used as Basal and Foliar spray ”
SESPS 2018: 199
Vidhya Mourya, Varsha Uikey, Abhilasha Sharma and
Pravin Barde
Effect of nutrient management on growth, yield and quality of papaya
(Carica Papaya L.) Cv. Red Lady
SESPS 2018: 201 Mahendra jadia1
, S.S.Singh, S.P.Mishra
Assessment of Existing Water Productivity and Cropping Intensity of Right
Bank Canal Command of Samrat Ashok Sagar Project of Vidisha District,
SESPS 2018: 202
S. S. Basediya
1
, S. K. Pyasi
2
, Akhilesh Solanki
3
, Ashok
Kumar
4
and R.N. Shrivastava
5
“Effect of plant growth regulators on different varieties of tomato
(Lycopersicon esculentum Mill.)”
SESPS 2018: 203
Pravin Barde
1
, Dr. M.S. Parihar
1
, Dr. Shalini
Chakraborty
1
, Dr.Ajay Haldar 2, Varsha Uikey3 and
Abhilasha Sharma3
Constraints faced by tomato growers in adoption of post harvest
management practices of tomato cultivation.
SESPS 2018: 204
Rajesh Dohare , Abhilasha Sharma, Varsha Uikey &
Pravin Barde
“Growth yield and quality of okra is influenced by different organic,
bioenhancers and inorganic techniques”
SESPS 2018: 205 K.S. Verma
1
, S.S. Singh and S.P.Mishra
Preclusion and Control of Environmental Pollution in Rural Areas through
Spiraling Environmental Impact Assessment
SESPS 2018: 206 *Praveen K Thakre, ** Krutika Choudhary
Benthic Macro-invertebrates Used as a Tool For Assessing Water Quality
Of Kaliasote dam (District Bhopal, M.P.)
SESPS 2018: 210 Sleeqa Banoo, M. Aniece Wani and Dixit Mukesh
Vertical Farming in India: Scope and challenges SESPS 2018: 217 Dr Sarita Khare
ECOCAPITALIZATION OF OFFERINGS AT RELIGIOUS SHRINES SESPS 2018: 219 Punita Tiwari
Effect of Environmental Pollution on Active Metabolic content of
Medicinal plants.
SESPS 2018: 224 Dr. Ranju Pal, Dr. Kundlik Girhepunje
An Evaluation of condensate size and release of energy of Quasi-two
dimensional Condensate
SESPS 2018: 225 Lav Kumar
SmF production of lactic acid by Lactobacillus delbrueckii NCIM - 2025
exposed to 5,5-diphenylhydantoin
SESPS 2018: 226 Pranabesh Maji and *S. P. Singh
DESALTING – A METHOD FOR DRINKING WATER SESPS 2018: 228 Dr. Sadhna Goyal
Effect of Native Arbuscular Mycorrhizal Fungus and Azotobacter on Plant
Growth and Yield for Promoting Climate Resilience Agriculture
SESPS 2018: 229
Mangesh Kumar Mankar, U.S. Sharma, Sanjay Sahay,
Ragini Gothalwal
Assessment of Groundwater Quality of Rewa Block, District-Rewa,
SESPS 2018: 230
Satish Kumar Singh, S. K. Tripathi, K. P. Mishra, A. K.
Pandya & M. K. Awasthi

Ecotoxicological effects of carbaryl on liver of fish- Nandus-nandus SESPS 2018: 307A Dr Neerja Shrivastava
Sustainable Diets for Nutrition and Environmental Health SESPS 2018: 02 1. Dr Nilima Varma, 2 Dr. Medhavi Chourey
Synthesis and Spectroscopic Studies of N2S2 Donor Tetradentate Ligand
and Its Metal Complex
SESPS 2018: 07 Bharti Jain1 , Suman Malik2 and Bharti Nema2*
Synthesis, Spectral Characterization and Biological Evaluation
ofCopper(II) Complex of 2-N-(2-thiophenecarboxaldimine)-6-ethoxy-
Benzothiazole
SESPS 2018: 08
Suman Malik, Archana Singh, Amar Sohail Mirza* and
Supriya Das
Technologies and Strategies for Organic Farming in Madhya Pradesh SESPS 2018: 15
A.B. Singh, B. L. Lakaria, J. K. Thakur, B. P. Meena, S.
Ramana, P. S. Rajput, M. C. Manna and A. K .Patra
ROLE OF ENGLISH LITERATURE IN WORLD PEACE SESPS 2018: 22 Prof. (Dr) Deepa S Kumar
INFRASTRACTURE IN THE INDIAN ECONOMY SESPS 2018: 43 Dr. Shashi Kiran Nayak and Dr. Rohini Tripathi
AN ECONOMIC IMPORTANCE OF JAN PARISHAD IN PUBLIC
TRANSPORTATION SYSTEM WITH SPECIAL REFERENCE TO
JnNURM, BHOPAL
SESPS 2018: 63 Dr. H.B. Gupta
*n
Mr. Abhishek Pratap Singh Sachan
HEALTH BENEFITS OF COPPER SESPS 2018: 75 Anita Shinde
A study of Water Pollution based on Industrial Problems of the Son river at
Shahdol (M.P.),India
SESPS 2018: 77
Dr Mamta Prajapati
1
, Dr Balram Pd. Prajapati
2
and
Annapurna Singh
3
Environmental study of river Narmada water quality at Amarkantak &
Dindori.
SESPS 2018: 80 S.B Tiwari1
M.K.Bhatnagar2
Primers for amplification of Mitochondrial Cytochrome Oxidase I in
Mystus Species
SESPS 2018: 93/196 Archana Lalwani, Nidhi Tripathi
CHARACTERIZATION OF BIOLOGICAL PARAMETERS IN
DIFFERENT COMPOST PRODUCTS MADE FROM WATER
HYACINTH
SESPS 2018:
101/190
Mrs. Arti Mathur1
, Sanjeev Kumar Mathur2
, Dr. Rakesh
Mehta3
, Dr A.B.Singh4
& Dr.A.Subba Rao5
CHAMPA: FALSE OR REAL SESPS 2018: 102 Rajshree Sinha1
and Ranjana Varma2
“EFFECT OF MACROPHYTES IN CONSTRUCTED WETLANDS FOR
CARBON SEQUESTRATION, EMPHASISING ON CLEAN
DEVELOPMENT MECHANISM (CDM) FOR SEWAGE WASTE IN
BHOPAL CITY”
SESPS 2018: 113 Dr.Shalini Saxena
Antimicrobial activity of Rose (Rosa indica L.) against MRSA SESPS 2018: 114 Dr. Ritu Thakur Bais
1
and Dr. Suman Trivedi
2
“Can science alone succeed in achieving sustainable peace with hunger
around the globe”
SESPS 2018: 118 Dr. Ashok Rathore
Environmental governance: Down to earth SESPS 2018: 119 Miss.Shalbha Singh
EQUALITY AND PEACE AT WORKPLACE SESPS 2018: 122 Ritika Dongrey1
, Dr. Varsha Rokade2
Variation in Concentration of Chlorophyll a and Chlorophyll b due to
Uptake of Heavy Metals in Celosia plumosa
SESPS 2018: 126
Akshat Jain*
, Dr.Peenu Mahendra Joshi Dr.Jaswinder
Mehta, Dr.Ruchi Acharya,and Dr. Bhawna Sharma
NUTRIENTS AS CANCER PREVENTING AGENTS SESPS 2018: 130 Dr. Basanti Jain
Restoration of Peaceful Society rests on proper implementation of
sustainable development
SESPS 2018: 139
Prof. Dr. Roma Mukherjee1
, AkshayBajpai, Atul Pathak
& Tariq Khan
Hybrid systems through β-Lactam compounds and NEPA-NCA: An
approach towards new molecular entities
SESPS 2018: 140 Dr. Sarita Shrivastava, Dr. Amulya Ranjan*
PLANT GLYCOSIDE SAPONINS , CLASSIFICATION ON THE BASIS
OF NATURE OF AGLYCONE & PHYTOCHEMICAL
INVESTIGATIONS OF SPECIFICALLY CLEMATIS GENERA
PLANTS
SESPS 2018: 142 Kumud Shrivastava
RELATION BETWEEN DIETARY INTAKE ON BIRTH WEIGHT OF
INFANTS IN UJJAIN CITY
SESPS 2018: 149 *RAHAT AFZA , ** DR.RENU VERMA
PRINT MEDIA – It‟s AdverseEffect on the Environment SESPS 2018: 156 Dr. Aparnaa Laskar,
Healingthe Environment withAgnihotrafor a Peaceful Society SESPS 2018: 169 Dr. Ulrich Berk
Solar Energy : A Huge Potential SESPS 2018: 174 Dr. Mrs. Savita Kanwar
GREEN SKILL DEVELOPMENT PROGRAMMES,THE NEED OF THE
HOUR.
SESPS 2018: 175 Dr.Harbhajan Kaur khanooja
COGNITIVE BIASES OF INVESTORS AND FINANCIAL RISK
TOLERANCE
SESPS 2018: 180A Nidhi Jain1
, Dr. Bikrant Kesari2
Study of Traditional Healthcare Practices of the Tribes in Mandla District
of Madhya Pradesh.
SESPS 2018: 181 Shail Bala Sanghi,
A Review on Green Entrepreneur and Sustainable Development SESPS 2018: 182A Dr. Sunil Atulkar, Bhavana Likhitkar
CADMIUM ACCUMULATION AND ITS EFFECTS ON TOMATO
(LYCOPERSICON ESCULENTUM ) GROWTH AND METABOLISM
SESPS 2018: 191A Shobha Shrivastava
AVIATION GROWTH FOR SOCIETY AND ENVIRONMENTAL
CHALLENGES
SESPS 2018: 193 Vandana Surana
Issues and concerns on Food Security and Agriculture Productivity in
relation to Sustainable Development Goals
SESPS 2018: 200 Dr. Shalini Chakraborty
Study of Optimum Status for Isolation and cultivation of Algae SESPS 2018: 208 Asha D. Lazarus and A. Kumar
SESPS 2018 -Papers (English)

LOAD BALANCING ALGORITHM IN DISTRIBUTED NETWORK SESPS 2018: 306 Dr. Neeraj Rathore and Neelesh Jain
Green Communication :Current Scenario with special reference to Mobile
Industry Growth and Potential
SESPS 2018: 306A Dr.Roli Shukla
ße|iku ds lsou dk ekuo LokLF; ij izHkko] vijk/k ls laca/k ,oa fuokj.kß SESPS 2018: 128 MkW- clarh tSu
lekt esa ’kkafr LFkkfir djus esa i;kZoj.k ,oa ’kkldh; jkstxkj ;kstukvksa dh Hkwfedk SESPS 2018: 164 vtkc [kkrjdj Û MkW-izHkk HkV~V Û
'kkafriw.kZ lekt dh LFkkiuk esa tu tkx:drk vko’;d gSA SESPS 2018: 165 MkW- fQjkstk ch [kku
i;kZoj.k dk lekt ij izHkko SESPS 2018: 179 MkW- ¼Jherh½ jpuk rSyax
izkphu Hkkjrh; bfrgkl esa i;kZoj.kh; fpUru SESPS 2018: 189 MkW- jpuk feJk
^uksVk* vkSj orZeku jktuhfrd ifjos'k SESPS 2018: 190A MkW- ehuk lDlSuk
i;kZoj.k ,oa /ofu iznw"k.k SESPS 2018: 207 MkW- ¼Jherh½ ljkst JhokLro
tutkfr leqnk; ds ek/;e ls ou laj{k.k ,oa lqj{kk ¼lekt 'kkL=h; n`f"Vdks.k ls v/;;u½ SESPS 2018: 209 dq- uhrw ckyk
;ksfxd [ksrh dh 'kkafriw.kZ lekt dh LFkkiuk esa Hkwfedk SESPS 2018: 231 MkW- 'kqHky{eh f'kokuh dkils
oSfnd lanÒ¨Za esa Ik;kZoj.k laj{k.k SESPS 2018: 232 M‚- Òkouk JhokLro
SESPS 2018 -Papers (Hindi)

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SESPS 2018- Janparishad‟s 6th International Conference on “Science and Environmental Sustainability for a Peaceful Society” in association
with International Cities of Peace (USA), SusTranCon(USA),International Council of People (India), Global Network for Sustainable
Development, Center for Global Non-killing (USA) and JMBVSS (India) from 19th
to 21st
January, 2019 at Bhopal (MP) India.
www.janparishad.com
Design, synthesis, characterization and In-vitro antimicrobial activity of some imidazole-
pyrazole fused scaffolds
SESPS 2018: 01
A
Keyur M. Pandya*,B
Piyush S. Desai and C
BhaveshP. Dave
ab
Department of Chemistry, Arts, Science and Commerce College, Surat-394185,
Veer Narmad South Gujarat, University, Gujarat, India.
c
Department of Chemistry, M.B.Patel Science College, Anand-388001, Sardar Patel University,
Gujarat, India.
ABSTRACT
An agrochemical is a chemical product used in agriculture. In most cases, agrichemical refers to pesticides including
insecticides, herbicides, fungicides and nematicides. It may also include synthetic fertilizers, hormones and other
chemical growth agents.It is used in nature to manage an agricultural ecosystem. The Agrochemicals has a vast
range including fertilizers, liming and acidifying agents, soil conditioners, pesticides, and chemicals used in animal
husbandry like antibiotics and hormones. The use of agrochemicals has been dangerous most of the time in raising
crops for food, as some of these chemicals cause substantial environmental and ecological damage, thus greatly
reducing their benefits.
Health benefits of consuming green vegetables are well recognized and hardly find any contradiction. But today,
eating vegetables may cause various diseases as farmers are using hormones to accelerate growth of vegetables.
These hormones when consumed through vegetables may cause irreparable damage to our health, if taken over a
period of time.
The most commonly available and readily used hormone is Oxytocin. Oxytocin is naturally occurring mammalian
hormone and acts primarily as a neurotransmitter in the brain and figures largely in female reproduction, sexual and
emotional behavior. The random use of oxytocin injections has been causing severe health hazards. The fruit and
vegetable growers, who administer oxytocin to the plants and climbers to make their crop look fresher, bigger and
mature faster, are using oxytocin. These injections are being administered to pumpkin, watermelon, brinjal and
cucumber. Such vegetables and fruits are then sold in the open market. The farmers use hormone injections in place
of fertilizers as the fertilizers are expensive.
In our system, unfortunately due to illiteracy, unawareness of the farmers and getting a quick matured outcome of
vegetables to earn money and lack of effective monitoring system, this practice is on growing path there is no way to
visually distinguish between a normal vegetable and one which is been pushed with oxytocin. Fruits and vegetables
that have been grown with the help of chemicals or hormones will not show its adverse effect on human health
immediately after consumption. But it can have an effect later after consumption for a significant period. In the
present study an attempt has been made to study oxytocin in plant products.
Keywords : Oxytocin, Agrochemicals, Hormones, Health hazards.
Role of Science and Technology in Agriculture for Sustainable Development
SESPS 2018: 03
Dr Renu Rajesh
Professor, Department of Botany
Govt Nehru PG College, Ashoknagar
ABSTRACT
UN Member States on 25th September 2015, at the Sustainable Development Summit, adopted the 2030 agenda for
Sustainable Development. The agenda includes 17 SDGs, one of which is: Sustainable Consumption and Production
(Goal 12). This goal aims to manage the ways we produce and consume goods and resources; the ways we dispose
of toxic waste and pollutants; the ways we share our natural resources.
As far as India is concerned agriculture plays a major role in country‟s development. A regular pattern of rain is vital
for plants, but too much or too little can be harmful. Drought can kill crops and increase soil erosion. Flood acts as a
catastrophic agent. As a result food security, trade policies and livelihood activities get affected. To ensure food
security, environmental quality and sustainability, efficient use of resources and improved crop productivity is the

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only choice. Practice of conservation agriculture, development of integrated soil-crop-system management, genetic
improvement in crop varieties, scientific and smart farming, and use of technology in agriculture are the need of
today. Future farms must be smart. Then only the aims of 12th goal regarding sustainability can be fulfilled.
Inducedmutagenesis in agriculture-
A promisingtechnology for the improvement of crop species
SESPS 2018: 04
Mushtaq Ahmad Khah and Rakesh Chandra Verma
School of Studies in Botany, Vikram University Ujjan-456010 (M.P.)
ABSTRACT
Induced mutagenesis, for its notable notoriety in enhancing the genetic structure of the crop plants, may be utilized
as a supplementary or complementary tool in bestowing desirable traits in different species of the plant kingdom.The
technology of mutation induction plays a pivotal role in producing new cultivars with desirable traits which in turn
could be utilized furtherin order to developnew genotypesthrough mutation breeding programmes. Induced
mutations have played a significant role in meeting challenges related to world food and nutritionalsecurity by way
of mutant germplasm enhancement and their utilization for the development of new mutant varieties.
In addition to gross chromosomal aberrations, mutagens also cause point mutations among the specific genes that
consequently lead to increment in genetic erraticism among the segregating generations which greatly boosts the
scope for selection. A wide range of variability in the genetic systems in several crop species has been induced by
physical and chemical mutagens. In the past few decades, the technology of induced mutations has contributed
massively to thedevelopment of enhanced varieties in several crop plants.Till date, 3,274 mutant varieties have been
officially released worldwide. More than 60% of them have been produced from Asia with China, Japan and India
tops the list.The advent of plant cytogenetic, genomic and high throughput DNA techniques, such as TILLING have
opened a new era in molecular mutation breeding techniques that will overcome the limitations of conventional
breeding programs and will play a significant role in solving the world food security efficiently.
Keywords: Mutations, Crop, Gamma rays, EMS, Breeding, Asia
Chromosome studiesof some species of the TradescantiaL.(Commelinaceae) collected from
various localities of Madhya Pradesh
SESPS 2018: 05
NilofarShaikh and R. C. Verma
School of Studies in Botany, Vikram University Ujjan-456010 (M.P.)
ABSTRACT
The members of Tradescantia provide ideal materials for cytological analysis because of their chromosome was
mostly large in size. Chromosome studies of four species of the genus Tradescantia L. (Commelinaceae) which were
collected from different localities of Madhya Pradesh, India were analysed.Mitotic and meiotic studies were done in
fourspecies of Tradescantia such as T.sillamontana, T. zebrina,T.pendula and T. spathacea.The efficient utilization
of karyological data in taxonomy, traditionallyreferred to as cytotaxonomy or karyosystematicsand this contributes
to evaluate the genetic relationship among species or populations and to a better understanding of the way they
diverged from each other.
LOAD BALANCING ALGORITHM IN DISTRIBUTED NETWORK
SESPS 2018: 06

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to 21st
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Dr. Neeraj Rathore
Department of Computer Science & Engineering
Jaypee University of Engineering & Technology Guna, India
ABSTRACT
A distributed system is a communication intensive system; where each system sends and receives some messages to
keep update itself with current system status. The communication made to update the system status is an overhead
and it can degrade the performance of the system. Reducing the communication overhead in load balancing
algorithms to balance a distributed system is a challenging task. In a distributed system the nodes may be of
different computing capacity. Assigning the workload to the computing nodes according to their computing capacity
will increase the system performance. To assign the workload according to computing capacity there is need to
make a priority list of computing nodes. The performance of a distributed system heavily depends on the load
balancing algorithm that employed to it. It is beneficial to prioritize the processors based on their computing power
and transfer the work load from a heavily loaded system to a lightly loaded system. This strategy is able to reduce
the response time and provides better resource utilization.
Keywords: Load balancing, Grid computing, workload, Algorithm, Distributed.
Synthesis, Spectral Characterization and Biological Evaluation of Copper(II) Complex of
2-N-(2-thiophenecarboxaldimine)-6-ethoxybenzothiazole
SESPS 2018: 08
Suman Malik, Archana Singh, Amar Sohail Mirza* and Supriya Das
Department of Chemistry, Sadhu Vaswani Autonomous College, Bairagarh, Bhopal- 462 030 (India)
ABSTRACT
Schiff base ligand 2-N-(2-thiophenecarboxaldimine)-6-ethoxybenzothiazole(TCEB) has been prepared from the
condensation of 2-thiophenecarboxyaldehyde and 2-amino-6-ethoxybenzothiazole.Copper(II) metal complex
derived from 2-N-(2-thiophenecarboxaldimine)-6-ethoxybenzothiazole has been characterized using different
chemical techniques such elemental analysis, FTIR, magnetic moment and electronic spectra. Schiff base under
investigation behaves as tridentate ligand. The UV-VIS spectra and magnetic moment data suggested distorted
octahedral geometry of Cu(II) complex. The obtained chemical analysis data showed the formation of 1:2 (metal:
ligand) ratio and spectral studies revealed that binding sites of ligand with metal ion is through the azomethine
nitrogen, thiazole nitrogen and thiophene sulphur. The Schiff base and metal complex show good activity against the
bacteria and fungi as compared to corresponding ligand.
Keywords:Schiff base, 2-amino-6-ethoxybenzothiazole, elemental analysis, antimicrobial, metal complexes.
Studies on bioproduction of bioethanol in the presence of Salicyloylhydrazide
SESPS 2018: 09
Ajit Kumar Pathak
Research Scholar, Department of Chemistry, Magadh University, Bodh-Gaya
ABSTRACT
The efficacy of mutagenic chemical, i.e., Salicyloylhydrazide onbioproduction of bioethanol by the yeast
Saccharomyces cerevisiae AKP-22 has been studied. It has been recorded that the mutagen, i.e.,Salicyloylhydrazide
at its molar concentration of 4.0 × 10–5M has stimulatory effect on bioproduction of bioethanol and enhances the
yield of bioethanol to an extent of 14.933% higher in comparison to control fermenter flask, i.e. 5.29mL/100 mL
while molar concentration of Salicyloylhydrazide under trial at 5.0 × 10–5 M and onwards inhibits and decreases the
bioproduction of bioethanol. The molar concentration of Salicyloylhydrazide has been employed in between 1.0 ×
10–5M to 10 × 10–5M and has been found that at initial concentration, i.e., 1.0×10–5M it is least effective and at
higher concentrations it gives insignificant yield of bioethanol. Experimental parameters has been optimized viz. :
320C temperature, 4.6 pH, 50hrs incubation period with 16.5% (w/v) molasses solution alongwith other nutritional
ingredients required by the yeast Saccharomyces cerevisiae AKP-22.

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Keywords:Molasses, mutagens, Salicyloylhydrazide and yeast Saccharomyces cerevisiae AKP-22).
Facile bioproduction of lactic acid by lactic acid bacteria exposed to 3-(bromoacetyl)
coumarin
SESPS 2018: 10
Ashok Kumar Singh
Research Scholar, Department of Chemistry, Magadh University, Bodh-Gaya
ABSTRACT
The efficacy of coumarin, i.e, 3-(bromoacetyl) coumarin on facile bioproduction of lactic acid by some lactic acid
bacteria such as lactobacillus hilgardri NCIM-2829, Lactobacillus acidophilus NCIM-2904, Lactobacillus casei
NCIM-2733 and Lactobacillus helveticus NCIM-2735 has been studied. It has been found that the lactic acid
bacteria, i.e., Lactobacillus acidophilus NCIM-2904 is most effective and useful for higher production of lactic acid.
It has been found that the coumarin i.e., 3-(bromoacetyl) coumarin under trial at molar concentration 5.0 ×10–5
M has
stimulatory effect on production of lactic acid and enhances the yield of lactic acid to an extent of 12.511% higher in
comparison to control fermenter flask, i.e., 8.816 g/100ml while at molar concentration 6.0 × 10–5
M and onwards
concentration of 3-(bromoacetyl)coumarin inhibits and retards the production of lactic acid when experimental
parameters are under optimized conditions, viz. 350
C temperature, 5.4 pH, 6 days of incubation period with 28.5%
(w/v) molasses solution.
Keywords:LAF, LAB, 3-(bromoacetyl) coumarin.
Extraction and isolation of carrot grass for Production of Biopolythene
SESPS 2018: 11
Mrs. Snehlata Hada1
, Dr. Ashutosh Shukla2
Research Scholar, Department of Chemistry SVVV/Assistant Professor, Department of Chemical Sciences Christian Eminent
College Indore 1
Professor and HOD, Department of Chemistry SVVV,Indore2
ABSTRACT
Parthenium hysterophorus is a much-branched, short-lived (annual), upright (erect) herbaceous plant. Parthenium
hysterophorus (carrot Grass) submit to Lignocellulosic biomass.P. hysterophorus being Lignocellulosic mass can be
utlize as a potential for the production of bioethanol and then bioethylene. Ethylene and bioethylene are
chemically identical, so both can be used for productionof ethylenethen polythene.
Key words ;Parthenium hysterophorus, Polymers, Ethanol, Ethylene.
Phytochemical Screening of Different Extracts of Iris variegata
SESPS 2018: 12
Ghulam Mustafa1*
andRanjana Singh2
Departmentof Botany, Govt. M.V.M. Bhopal (M.P). India
ABSTRACT
Iris is the largest and most complicated genus of family Iridaceae. Irises are mainly used as the ornmental plants,
due to their colorful flowers, or in the perfume industry, due to their violet like fragrance, but lot of iris species
were also used in many part of the worlds as medicinal plants for healing of a wide spectrum of diseases. The
phytochemical investigations of various species of iris have resulted in the isolation of variety of secondary
metabolites. Approximately more than two hundred compounds have been reported from the genus iris which
includes flavonoids, isoflavonoids and their glycosides, benzoquinones triterpenoids and stilbenes glycosides.
The present study reports the phytochemical screening of different extracts of Iris variegata. Different extracts of
the rhizome of Iris variegata were prepared and screened for phytochemical studies. The phytochemical analysis
of the different extracts of this species revealed the presence of flavonoids, isoflavonoids, glycosides , saponins
and tannins, while as Alkaloids were absent in these plant species.
Keywords: Iris variegata; Iridaceae ; flavonoids,; isoflavonoids; saponins

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CADMIUM STRESS ON THE PROTEIN CONTENT
OF Andrographis paniculata (Burm.f.).
SESPS 2018: 14
Irfan Rashid Thokar* & S.D. Singh
Department of Botany
Govt M.V.M college, Bhopal (M.P). India
ABSTRACT
Cadmium being the most toxic metal have become a particular concern in recent years. Cadmium is used for the
manufacturing of plastic, Ni-Cd batteries and electroplating. Cadmium induces membrane damage, causes delay in
germination, impair food reserve mobilization. The aim of the present study was to assess the cadmium toxicity on
the Protein content of Andrographis paniculata. Results of which shows that the Protein content of Andrographis
paniculata showed profound variation in response to cadmium toxicity.
Keywords: Andrographis paniculata, Cadmium, Protein content.
Parametric determination of alcoholic fermentation using waste biomass resource
molasses by Saccharomyces cerevise KM-12
SESPS 2018: 16
Krishna Mohan
Research Scholar,Department of Chemistry, Magadh University, Bodh-Gaya
ABSTRACT
Parametric determination of alcoholic fermentation using waste biomass resource molasses by the yeast
Saccharomyces cerevisie KM-12 has been assessed. In the present investigation molasses (8.5%, 10.5%, 12.5%,
14.5%, 16.5%, 18.5%, 20.5%, 22.55, 24.5% and 26.5% ; pH (3.1, 3.2, 3.3, 3.4, 4.0, 4.2, 4.6, 4.8, 5.0, and 5.1);
temperatures, (280
C; 290
C, 300
C, 310
C, 320
C, 330
C, 340
C, 350
C, 360
C & 370
C), incubation period in hrs (20h, 40h,
50h, 70h, 80h, 85h, 86h, 87h, 88h, and 90hj) has been studied for parametric determination of alcoholic fermentation
by Saccharomyces cerevisiae KM-12. It has been observed that alcoholic fermentation proceeds best when 20.5%
(w/v) molasses solution is alloed to ferment for 70 hrs of optimum incubation period, 4.6pH, and 320
C temperature
alongwith other nutritional inagradients required by the yeast Saccharomyces cerevisiae KM-12.
Keywords : Alcoholic fermentation, molasses Saccharomyces cerevisiae KM-12, temperature, pH, incubation
period).
Accumulation of Cadmium and its Effect on Superoxide dismutase and Peroxidase
Activities of Tinospora cordifolia
SESPS 2018: 17
Masrat jan1*
andMukta Shrivastava2
Department of Botany, Govt. M. L.B. Girls P.G. (Autonomous) College, Bhopal; 462002 M.P. India.
ABSTRACT
Tinospora cordifolia plantsexposed to various concentrations 10, 20, 30 40 and 50mg/L cadmium (Cd) were
analysed with reference to the accumulation of metal and its influence on enzymatic activities like superoxide
dismutase (SOD) and Peroxidase (POD). Cadmium was freely absorbed by the Tinospora cordifolia plants and its

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level in roots and shoots increased in parallel with concentration and duration of treatment . With increase in
Cadmium level a marked elevation in superoxide dismutase (SOD) and peroxidase activities were observed. The
increase in peroxidase activity was greater than SOD under Cd treatment. About 6-14 times higher level of
peroxidase activity was recorded in the shoot of plants grown under 50mg/L CdCl2 compared to control. Results
suggest that Cd accumulates in both roots and shoots of Tinospora cordifolia and induces oxidation stress and that
SOD and peroxidase could serve as important components of antioxidant defense mechanisms in Tinospora to
combat metal induced oxidative injury.
Keywords: Tinospora cordifolia, Cadmium,SOD , Peroxidase , oxidative stress
Micropropagation of an important medicinal plant Sida acuta Burm.f.
SESPS 2018: 18
Mushraf Qureshi1
andMukta Shrivastava2
Department of Botany, Govt. M. L.B. Girls P.G. (Autonomous) College,Bhopal
ABSTRACT
Sida is a large genus with about 200 species distributed throughout the world and 17 species are reported to occur in
India.The genus sida is of great importance in the Indian traditional system of medicine and this is the most widely
used raw drug in the production of different Ayurvedic formulations.One such plant is Sida acuta Burm. f.and it is
one of the most important medicinal plant which belongs to the family Malvaceae and it is a perennial shrub found
growing, well in many soils. The plant is frequently found in pastures, cultivated lands and along the roadsides. The
decoction of the entire plant is taken orally for curing asthma, fever, aches and pains, ulcers and also several other
diseases.The whole plant( WP) is reported to have many biological activities such as
abortifacient,anthelmintic,demulcent,diuretic,stomachic,antipyretic,diaphoretic,snake bite and wound healing
properties.The present study was initiated to explore in vitro propagation Sida acuta using seeds as a explant on
Murashige and Skoog (MS) media supplemented with varying concentrations and combinations of growth
regulators.
Key words: Sida acuta,Medicinal plant,In vitro propagation,MS medium, phytochemicals,Growth hormones.
Toxic Effects of Zinc Sulphate on Enzymatic Activities of Intestine and Gills of Freshwater
Catfish Heteropneustes fossilis (Bloch)
SESPS 2018: 19
Sualiha Tabassum 1
and S. C. Kothari 2
School of Studies in Zoology and Biotechnology, Vikram university Ujjain, M.P.
ABSTRACT:
The present investigation was aimed to find out the toxic effects of zinc sulphate (ZnSO4) against the indicator
enzymes of intestine and gills of freshwater Catfish Heteropneustes fossilis (Bloch). During this investigation the
toxic effects of zinc sulphate on the indicator enzymes, alkaline phosphatase (ALP), alanine transaminase(ALT) and
aspartate transaminase (AST) in the organs including intestine and gills of Heteropneustes fossilis were evaluated
after 96hrs exposure of zinc sulphate under labartory conditions. LC50 concentration of zinc sulphate, water quality
criteria and behavourial changes of fish were also assessed during the investigation .Results of this study revealed
that the alkaline phosphatase (ALP), alanine transaminase(ALT) and aspartate transaminase(AST) levels were
elevated significantly in the target organs viz; intestine and gills due to zinc toxicity.
Keywords: Zinc Sulphate, ALP, ALT, AST, intestine , gills, Heteropneustes fossilis
Limnological survey of Khushalsar lake, Kashmir.
SESPS 2018: 20
*Mohd Yaseen Gudoo1
, Mohammad Farooq Mir2
, Anuja Gupta3
, Rajendra Chauhan3
.
1
Dept. Of Zoology Barkatullah University Bhopal, M.P, India
2
Hydrobiology Research Laboratory S.P College (The Cluster University Srinagar), Kashmir
3
Dept.Of Zoology Govt. MVM College Bhopal, M. P, India.

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ABSTRACT
An extensive scientific survey was conducted on Khushalsar lake, located in Srinagar city of Kashmir valley to
study the various limnological parameters including hydrochemistry, phytoplankton diversity, zooplankton diversity,
macrophytic diversity and macroinvertebrate diversity of the lake. During the survey, it was observed that due to the
undesirable anthropogenic activities and complete negligence on behalf of concerned government authorities, the
lake has lost its natural aesthetic value and is now facing the threat of extinction. The physico-chemical and
biological parameters of the lake clearly indicates the slow but sure death of Khushalsar lake in near future, if
immediate restriction measures on undesirable and unethical anthropogenic activities along with proper management
techniques on behalf of concerned government authorities were not practiced.
An Overview: Future We Want With Special Reference to Rio
SESPS 2018: 21
1
Shrivastava Deepti
ABSTRACT
The Rio+20 Conference - the Future We Want - generated new momentum for achieving sustainable development.
The organizations of the UN system play a critical role in implementing its outcome and advancing sustainable
development goals.
In this conference, the Heads of State and Government and high-level representatives, assembled at Rio de Janeiro,
Brazil, from 20 to 22 June 2012, with the full participation of civil society, renew their commitment to sustainable
development and to ensuring the promotion of an economically, socially and environmentally sustainable future for
our planet and for present and future generations. Eradicating poverty is the greatest global challenge facing the
world today and an indispensable requirement for sustainable development. In this regard they are committed to
freeing humanity from poverty and hunger as a matter of urgency.
Present paper discusses some highlights of Rio Resolution regarding sustainable environment and safe society.
Key Words : Rio+20 Conference, freeing humanity, Rio Resolution
TRIBALS – THEIR ROLE IN CONSERVATION OF ENVIRONMENT
SESPS 2018: 23
Dr. MONICA JOSHI
Assistant Professor (Home Sc.), MLB Govt. Automonous Girls‟ College, Bhopal, M.P.
ABSTRACT
A lot has been said about the conservation of natural resources in the recent times. The fast depletion of natural
resources and the very poor pace of replenishment has been one of the major criticisms of modern day development.
Therefore, one of the most important concerns that need to be addressed in the modern day developing economies
like ours is that of the conservation of natural resources and the protection of our Environment.
It is a fact that 80% of the most biodiverse areas on Earth are home to indigenous and tribal peoples. Long before the
word “conservation” was coined, tribal peoples developed highly effective measures for maintaining the richness of
their environment. They have sophisticated codes of conservation to stop overhunting and preserve biodiversity.
Yet it‟s often wrongly claimed their lands are wildernesses even though tribal communities have been dependent on,
and managed them for millennia. Even the world‟s most famous “wildernesses” – including Yellowstone, the
Amazon and the Serengeti – are the ancestral homelands of millions of tribes people, who nurtured and protected
their environments for many generations.
Tribal peoples are being illegally evicted from these lands in the name of “conservation.” Now they‟re accused of
“poaching” because they hunt their food. And they face arrest and beatings, torture and death, while fee-paying big
game hunters are encouraged. Their lives and lands are being destroyed by the conservation industry, tourism and
big business.
In India, tribal villages are expelled from tiger reserves at the same time as the forest department encourages
rocketing tourism.

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The big conservation organizations are complicit. They fund militarized conservation which leads to the persecution
of innocent hunter-gatherers, they partner with the big businesses that steal tribal lands, and they drive the projects
that result in illegal evictions.
Survival is fighting these abuses. We know tribal peoples are better at looking after their environment than anyone
else.
It‟s time for a new type of conservation, one that puts tribal peoples‟ rights at its heart, and that recognizes they are
the best conservationists and guardians of the natural world.
This would be the most significant leap forward for genuine environmental protection in history.
The Baigas present the living example of the earliest form of human existence. Not much has been done to
effectively alleviate their condition during the past 50 years of our independence. These tribals are dependent on the
shifting cultivation and do not have any idea of improved methods of cultivation. Since agriculture is the back bone
of any civilisation, these people have not been able to overcome the basic needs to make a living. Though the
Government may claim to have made some efforts it is yet to be seen as to how much of the aid actually reaches the
target community.
In her paper the author has highlighted the methodology adopted by the Tribals of Madhya Pradesh to conserve and
protect the environment and yet they fulfill their daily needs from their surroundings. The ecological balance
maintained in the deepest of the jungles and the cottage industries that have come up in tune with the environment
are an example of the sustainable environment. Shifting pattern of cultivation ensures the fertility of the agricultural
land. A learning that can act as a guide for sustainable development of our Environment.
Efficacy of brucinesulphate on lactic acid fermentation
SESPS 2018: 24
ReenaKumari
Department of Chemistry, P. G. Centre, M. G. College, Gaya
(Magadh University, Bodh-Gaya-824234)
Email :reenakumari3103@gmail.com
Abstract : The efficacy of brucinesulphateon bioproduction of lactic acid by lactic acid bacteria such as
Lactobacillus pentosusNCIM–2669, Lactobacillus caseiNCIM – 2732, Lactobacillus helveticusNCIM– 2737and
Lactobacillus plantarumNCIM –2592 has been assessed. It has been observed that the bacterial strain Lactobacillus
caseiNCIM – 2732 is most potential and effective for the lactic acid fermentation process. It has been found that
thealkaloidal compound, i.e., brucinesulphate at molar concentration 6.0 × 10-5
M enhanced the bioproduction of
lactic acid to an extent of 19.361% higher in comparison to control, i.e., 8.553g/100ml while at molar concentration
7.0×10-5
M and onwards concentration of brucinesulphate under trial inhibits lactic acid fermentation process and
retards the bioproduction of lactic acid when experimental parameters are under optimized conditions, viz. 340
C
temperature, 6.0 pH, 6 days incubation period with 20% (w/v) molasses solution.
(Keywords: Lactic acid fermentation, molasses, Lactobacillus caseiNCIM–2732 and brucinesulphate)
Citric acid bioproduction by AspergillusnigerNCIM-1696 exposed to
4-hydroxy-7-methoxy-3-phenylcoumarin
SESPS 2018: 25
JitendraMahato
Department of Chemistry
Rajganj Degree College, Rajganj, Dhanbad (Jharkhand)
ABSTRACT
The efficacy ofcoumarin, i.e.,4-hydroxy-7-methoxy-3-phenylcoumarin
onbioproduction of citric acid by fungal strains such as AspergillusterreusNCIM -1502, AspergilluwentiiNCIM –
1599, AspergillusnidulansNCIM–1561, AspergillussojaeNCIM–1598 and AspergillusnigerNCIM-1696 has been

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assessed. It has been observed that the fungal strain AspergillusnigerNCIM-1696 has been found most potential
and effective for the citric acid fermentation process. It has been found that the coumarin, i.e.,4-hydroxy-7-methoxy-
3-phenylcoumarinhas stimulatory effect on bioproduction of citric acid by AspergillusnigerNCIM-1696 and
enhances the yield of citric acid to an extent of 6.814% higher in comparison to control fermentor flasks, i.e.,
7.132g/100 ml under the optimized conditions, viz. 300
C temperature, 2.2 pH,11 days of incubation period with
16.5% (w/v) molasses solution.
Keywords: Citric acid fermentation, 4-hydroxy-7-methoxy-3-phenylcoumarin and AspergillusnigerNCIM-
1696.
Bioproduction of citric acid by AspergillusoryzaeNCIM-944 exposed to 4-
hydroxyl - 3 - nitrocoumarin
SESPS 2018: 26
SudhanshuRajak
Research Scholar
Department of Chemistry, S. Sinha College Aurangabad (Bihar)
ABSTRACT :
The efficacy of 4-hydroxy-3-nitrocoumarinonbioproduction of citric acid byfungal strains such as
Aspergillusfischeri NCIM – 508, Aspergillusfoetidus NCIM–510, Aspergillusgiganticus NCIM – 568,
AspergillusluchuensisNCIM – 991andAspergillusoryzaeNCIM - 944has been assessed. It has been observed that the
fungal strain AspergillusoryzaeNCIM - 944has been found most significant and effective for the citric acid
fermentation process. It has been found that the compound, i.e.,4-hydroxy-3-nitrocoumarinhas stimulatory effect
onbioproduction of citric acid by AspergillusoryzaeNCIM - 944and enhances the yield of citric acid to an extent of
9.387% higher in comparison to control fermentor flasks, i.e., 7.989g/100 ml under the optimized conditions.
(Keywords:Citric acid fermentation, 4-hydroxy-3-nitrocoumarinand AspergillusoryzaeNCIM - 944)
Quantitative Determination of Thiourea and Some of Its
Derivatives with AHC reagent
SESPS 2018: 27
R. P.S. Chauhan*, Pratibha Singh
University Department of Chemistry, Magadh University, Bodh-Gaya-824234
Abstract
An accurate method has been described for the determination of thirouea, phenylthiourea, allylthiourea and o-
ditolythiourea at the mg level with the use of ammonium hexanitratocerate (IV) as the oxidant. The sample is
reacted with an excess of Ce(IV) solution at room temperature (25ºC) for about 30min, the unreacted Ce(IV) reagent
is then determined by titrating against Fe(II), using ferroin indicator. The percision and accuracy are within +%.
Keywords :AHC, determination, Quantitative,Thiourea.
Studies on Ethanol fermentation process exposed to
cyclopentanonephenylhydrazone
SESPS 2018: 28
Dhananjay Kumar

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Research Scholar
Department of Chemistry, Magadh University, Bodh-Gaya
ABSTRACT
The effect of cyclopentanonephenylhydrazone on ethanol fermentation bySaccharomyces cerevisiae DK-18 has
been studied. It has been found that the mutagenic chemical, i.e., cyclopentanonephenylhydrazone at molar
concentration 6.0 × 10–5
M has enhanced the production of ethanol to an extent of 20.289% higher in comparison to
control, i.e., 6.90 ml/100ml while at molar concentration of the mutagenic chemical under trial at 7.0 × 10–5
M and
onwards inhibits and slows down the production of ethanol when experimental parameters are under optimized
conditions viz. 330
C temperature, 4.7 pH, 56 hrs of incubation period with 22% (w/v) molasses solutions alongwith
other nutritional ingredients required by the yeast Saccharomyces cerevisiae DK-18.
Keywords :Ethanol fermentation, Saccharomyces cerevisiaeDK-18cyclopentanonephenylhydrazone, mutagenic
chemical).
Production of lactic acid exposed to some chemical mutagens
SESPS 2018: 29
Surya Pal Singh
Professor and Head
Department of Chemistry, MagadhUnivesity Bodh-Gaya (Bihar)
ABSTRACT
The influence of some chemical mutagens such as6-acetoxy-benzopyrene, acetoxycycloheximide, 4,-(9-
acridinylamino)-2,-methoxy methane sulfonanilide and 4,-(9-acridinylamino)-3,-methoxymethane-sulfonanilide by
some lactic acid producing bacteria viz. : Bacillus substilisNCIM – 2439, Lactobacillus caseiNCIM-1334, Bacillus
cereus NCIM – 2521 and Lactobacillus leichmannii NCIM –2058 has been studied with 20% (w/v) molasses,
410
C temperature, 6.1 pH and 135 hrs. of optimum incubation period. It has been observed that microbial strain,
i.e.,Lactobacillus casei NCIM-1334 is most effective and potent for higher production of lactic acid, therefore, has
been selected for throughout investigation.
It is interesting to note that the chemical mutagens used in the present investigation viz. 6-acetoxy-
benzopyrene, acetoxycycloheximide, 4,-(9-acridinylamino)-2,-methoxymethanesulfonanilide, 4,-(9-acridinylamino)-
3,-methoxymethanesulfonanilide in lower molar concentrations has given better yield of lactic acid in each case in
comparison to respective controls. So far as effectiveness of mutagenic chemicals used in the present investigation is
concerned acetoxycycloheximide is most effective and 4,-(9-acridinylamino)-2,-methoxymethanesulfonanilide is
least effective for facile in vitro Lactobacillus caseiNCIM - 1334.
From the present investigation it is obvious that the chemical mutagens used e.g. 6-acetoxy-benzopyrene,
acetoxycycloheximide, 4,-(9-acridinylamino)-2,-methoxymethanesulfonanilide and 4,-(9-acridinylamino)-3,-
methoxymethane-sulfonanilide are all useful in there lower molar concentrations for facile in vitro microbial
production of lactic acid by Lactobacillus caseiNCIM - 1334 and, therefore, can be employed for the improved
yield of lactic acid.
Keywords : Lactic acid fermentation, molasses, Lactobacillus casei NCIM-1334.
Bioproduction of H3Cit exposed to alkaloid aconitine
SESPS 2018: 30
Kaushal Kishore Singh
Research Scholar
ABSTRACT

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The influence of alkaloid, i.e., aconitine on bioproduction of H3Cit by some citric acid producing fungal strains such
as Aspergillusniger – 685, Aspergillus versicolor-698 Aspergillus oryzae-700, andAspergillus terreus-658 has been
studied. It has been observed that the fungal strain of Aspergillus terreus-658 has been found most suitable, effective
and useful for higher bioproduction of H3Cit. It has been found that the alkaloid aconitine under experimental trial at
molar concentration 4 × 10–4
M has stimulatory effect on the bioproduction of H3Cit and enhances the yield of H3Cit
to an extent of 6.253% higher in comparison to control fermenter flask, i.e., 6.125 g/100ml while at molar
concentration at 5 × 10–4
M and onwards inhibits and retards the bioproduction of H3Cit when experimental
parameters are under optimized conditions viz 300
C temperature, 1.6 pH, 11 days of incubation period with 25%
(w/v) molasses solution alongwith some other nutritional ingredients required by the fungal strain; i.e.
Aspergillusterreus – 658.
Keywords:Molasses, alkaloid aconitine,Aspergillusterreus – 658).
Facile bioproduction of 2-hydroxypropanoic acid exposed to 1,3-butanediol
SESPS 2018: 31
Neerup Kumar
Research Scholar
ABSTRACT
The influence of mutagen i.e., 1,3-butanediol on facile bioproduction of 2-hydroxy propanoic acid by some lactic
acid bacteria (LABs) such as Bacillus licheniformis-2537, Lactobacillus plantarum-2912, Bacillus polymyxa-2539,
Bacillus circulans-5031 and Lactobacillus acidophilus-2930 has been studied. It has been found that the lactic acid
bacteria, i.e. Lactobacillus acidophilus 2930 is most effective for higher yield of 2-hydroxypropanoic acid. It has
been observed that the mutagen, i.e, 1,3-butanediol under trial at molar concentration 5 × 10–5
M has stimulatory
effect on bioproduction of 2-hydroxy propanoic acid and enhances the yield of lactic acid to an extent of 14.20%
higher in comparison to control fermentation flask, i.e. 9.668 g/100ml while at molar concentration of mutagens
under trial at 6.0 × 10–5
M and onwards inhibits and retards the productionof 2-hydroxypropanoic acid when
experimental parameters are under optimized conditions, viz. 350
C temperature, 5.8 pH, 7 days of incubation period
with 25% (w/v) molasses solution.
Keywords:SmF, mutagen, 1,3-butanediol and 2-hydroxypropanoic acid.).
Studies on molasses bioconversion to ethanol exposed to benzopyrene
SESPS 2018: 32
Rajendra Yadav
Research Scholar
ABSTRACT
The efficacy of chemical mutagen, i.e., benzopyrene on bioconversion of molasses to ethanol by Saccharomyces
cerevisiaeRY-20 has been studied. It has been found that the mutagen, i.e., benzopyrene at 5.0 × 10–5
M molar
concentration has stimulatory effect on bioconversion of molasses to ethanol and enhances the yield of ethanol to an
extent of 15.879% higher in comparison to control fermenter flask, i.e., 4.66ml/100ml while at molar concentration
of the chemical mutagen, i.e., benzopyrene under trial at 6.0 × 10–5
M and onwards inhibits and decreases the
production of ethanol when experimental parameters are under optimized conditions viz. 300
C temperature, 4.5pH,
58 hrs incubation period with 15% (w/v) molasses solution along with some nutritional ingredients required by the
yeast Saccharomyces cerevisiaeRY-20 .
Keywords:Molasses, mutagens, benzopyrene and Saccharomyces cerevisiae).
Biotechnological method for the production of ethanol by Saccharomyces cerevisie RK-16
exposed to colchicine
SESPS 2018: 33

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Ranjit Kumar
Research Scholar
ABSTRACT
The effect of colchcine on biotechnological method for the production of ethanol by Saccharomyces cerevisiae RK-
16 has been assessed. It has been found that the mutagen i.e., colchicine at molar concentration 7.0 × 10–3
M
enhances the production of ethanol to an extent of 16.296% higher in comparison to control, i.e., 5.40 ml/100ml
while at molar concentration to control, i.e., 5.40 ml / 100ml while at molar concentration of colchicine at 8.0 × 10-
3
M and onwards inhibits retards the production of ethanol when experimental parameters are under optimized
condition viz: 300
C temperature 4.5 pH 65 hr of incubation period with 18.5% (w/v) molasses solution.
Keywords : Ethanol fermentation, Saccharomyces cerevisiae RK-16, mutagen, colchicine).
Microbial bioproduction of citric acid exposed to visinine alkaloid by Aspergillus clavatus
R-36
SESPS 2018: 34
Rohini Singh
Research Scholar
Abstract
The efficacy of alkaloid, i.e. visinine on microbial bioproduction of citric acid by some fungal strains such as
Aspergillus wentii R-21, Aspergillus oryzae R-25, Aspergillus niger R-32 and Aspergillus clavatus, R-36 has been
studied. It has been noticed that the fungal strain, i.e., Aspegillus clavatus R-36 is most effective and high citric acid
producing species. It has been found that the alkaloid, i.e visicine under trial to molar concentration at 6.0 × 10–3
M
has stimulatory effect on the production of citric acid and enhances the yield of citric acid to an extent of 19.349%
higher in comparison to control fermenter flask, i.e., 7.504 g/100ml while at molar concentration, i.e., at 7.0 × 10–
3
M and onwards inhibits and retards the production of citric acid when experimental parameters are under optimized
conditions viz. 330
C temperature, 1.8 pH , 10 days period with 30% (w/v) molasses solution alongwith some useful
ingredients required by the fungus, i.e., Aspergullus clavausR-36
Keywords: Molasses, visinine alkaloid,Aspergullus clavaus R-36).
Amidation strategy for final step of 6,6 - Difluro-6,7-dihyro-5H-pyrazolo[5,1-
b][1,3]oxazine -3-carboxylic acid diversification.
SESPS 2018: 35
Vikash Srivastava
Research Scholar
Department of Chemistry Magadh University Bodh-Gaya-824234, Bihar, India
ABSTRACT
The synthesis and schematic approaches have been undertaken from commercially available 2-Ethoxy methylene
malonic acid diethyl ester which on condensation followed by cyclization with hydrazine hydtrate in presence of
sodium methoxide lead to the formation of 3-Oxo-2,3-dihydro-1H-pyrazole-4-carboxylic acid ethyl ester and this
subsequent undergoes cyclization with intermediate of 2,2 difluro -tosyl derivative in presence of potassium
carbonate facilitate oxazine fused ring of 6,6 - Difluro-6,7-dihyro-5H-pyrazolo[5,1-b][1,3]oxazine -3-carboxylic
acid ethyl ester which on hydrolysis gave our title commpound 6,6 - Difluro-6,7-dihyro-5H-pyrazolo[5,1-
b][1,3]oxazine -3-carboxylic acid which was used for the amidation with different amine , a stratgy for
diversification for final step.Their structure were confirmed by 1H NMR, 13C and LCMS.
(Keywords: cyclization, tosyl derivative,oxazine derivatives)

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Necessity Of Environmental Laws For Sustainable Development
SESPS 2018: 36
Divyodak Kumar
ILS, IFHE, Hyderabad, Telangana
ABSTRACT:
Earlier the link between the economic progress, development and the environment was not realized by
humans. People, therefore, for the sake of development, kept on exploiting available natural resources, until and
unless the nature started retaliating in one or other way. Thus, came into existence the strong bonding between these
three, the economic progress, development and development. This bonding or link is Sustainable Development, the
term used in report of Brundtland Commision, “Our Common Future” (Gro Harlem Brundtland, Chairman, World
Commission on Environment and Development, Oslo, 20 March 1987). Sustainable development is, thus,
development that meets the needs of the present without compromising the ability of future generations to meet their
own needs.
The last few decades have seen the formulation of legal framework related to the environment at all levels.
Still the ecosystem, the environment and natural resources are on decline at an alarming pace and we are facing the
challenge of climate change and biodiversity loss globally. Thus, there is need of strong implementation and force
people to abide by environmental laws.
Our Indian culture and heritage always advocated conservation and protection of the environment. Even in
our constitutional framework the need for protection and conservation of environment is reflected. MoEF is the apex
administrative body in our country for ensuring sustainable development through environmental protection.
SmFbiotechnic for ethanol production exposed to Vinblastine
SESPS 2018: 37
Ashwini Kumar
Research Scholar, Department of Chemistry,
Magadh University, Bodh-Gaya
ABSTRACT
The efficacy of alkaloid, i.e., vinblastine on SmF production of ethanol by Saccharomyces cerevisiae AK-26has
been studied. It has been found that the alkaloid, i.e., vinblastine at molar concentration 5.0 × 10–5
M has stimulatory
effect and enhances the yield of ethanol to an extent of 9.139% higher in comparison to control fermenter flask, i.e.
5.58ml/100ml in 50hrs of incubation period, 4.7 pH, and 280
C temperature with 19.5% (w/v) molasses solution
alongwith other nutritional ingredients such as malt-extract 1.60%, yeast extract 6.0% and peptone 6.0%
Keywords: Molasses, alkaloid, vinblastine and Saccharomyces cerevisiaeAK-26).
Biotransformation molasses to ergot alkaloids by Clavicepspurpurea BS-1659 exposed to
Dioctadecyldimethylammoniumchloride(DODAC)
SESPS 2018: 38
Brajnandan Sharma
Research Scholar
Department of Chemistry, S.M.D. College, Punpun (Patna)
ABSTRACT
The efficacy of dioctadecyldimethylammonium chloride(DODAC) on biotransformation of molasses to ergot
alkaloids by Clavicepspurpurea BS-1659 has been assessed. It has been observed that the fungal strain
Clavicepspurpurea BS-1659 has been found most significant and effective for the ergot alkaloids fermentation
process. It has been found that the micelle , i.e., dioctadecyldimethylammonium chloride(DODAC)has stimulatory
effect on biotransformation molasses to ergot alkaloids by Clavicepspurpurea BS-1659It has been found that there
is a gradual and mild increase in the production of ergot alkaloids by fermentation with the stepping up of the

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micelle dioctadecyldimethylammonium chloride (DODAC) till the maximum yield of ergot alkaloids, i.e., 993
mg/litre was obtained at 6.0 x 10-3M concentration of dioctadecyldimethylammonium chloride (DODAC) which is
10.579% higher in comparison to control fermenter flasks, i.e; 898mg/litre in 8 days of optimum incubation period.
It has also been recorded that production of ergot alkaloids exposed to dioctadecyldimethylammonium chloride
(DODAC), i.e; at 1.0 x 10-3M the yield of ergot alkaloids has been found a bit more in comparison to control
fermentor flasks.
(Keywords: Ergot alkaloids fermentation, dioctadecyldimethylammonium chloride(DODAC))and
Clavicepspurpurea BS-1659 )
Physicochemical Analysis of Different Ground Water Samples Collected from
Rajendragram Area Dist. Anuppur (M.P.)
SESPS 2018: 39
Dr.Smita Verma and Amrita Singh
Assistant professor Pt. S.N.ShuklaUniversity Shahdol, (M.P), INDIA.
Research scholar Pt. S.N.Shukla University Shahdol, (M.P), INDIA
ABSTRACT
Ground water is important source for agricultural and domestic purpose. Water is essential for life, but
many people do not have access to clean and safe drinking water and many die of waterborne bacterial
infections. One of the fundamental needs of a community and safe drinking water. The present study
including Physicochemical analysis of Major Parameters, Rajendragram Shahdol (M.P.) Major parameters
like pH, electrical conductivity total dissolved solids (TDS), chlorides total Hardness total alkalinity
Temperature, Biological oxygen demand (BOD), Chemical oxygen demand (COD) were analyzed. This
paper aims at evaluating groundwater pollution and assessing the hazards and risks of pollution on
groundwater resources and on the residents‟ health.
Key Word : Ground water, physicochemical analysis, Drinking water, Hazards and Risks.
A study of Water Pollution based on Industrial Problems of the Son river at Shahdol
(M.P.),India
SESPS 2018: 40
Dr Mamta Prajapati1, Dr Balram Pd. Prajapati2 and Annapurna Singh3
1- Asst. Prof. Chemistry, Pt. S .N. S. Govt. P.G. College ,Shahdol, Madhya Pradesh, India
2- Govt. Girls Higher Secondary School, Burhar, Shahdol ,(M.P.), India
3-Research Scholar, Pt. S. N. S. Govt. P.G. College ,Shahdol, Madhya Pradesh, India
ABSTRACT
The industrial wastes have the greatest potential for polluting the recipient water. The nature and composition of
industrial waste depends upon the raw materials, processes and operational factors. The industrial wasted may have
pollutants of almost all kinds ranging from simple nutrients and organic matter to complex toxic substances.The
physico-chemical analysis remained a source great attraction to many research works due to their wide application
in the various applied field.
Surface water is one of the major resource of water. Impact of OPM effluents of surface water quality of Son
river in Amlai and surrounding area by OPM industrial LID AMLAI (M.P.). In the present study surface
water quality of the selected for area near -by AMLAI were taken under investigation by collection of surface

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water samples from entire area and assessed for their suitability for human consumption. Analysis of collected
samples were carried out during month of the pre monsoon season in April 2016.
The statistical analysis of the experimentally estimated water quality parameters on water samples field the rang of
the variation means standard deviation co-efficient of variation correlation analysis and principal component
analysis.
KEY WORDS:- Surface Water, physico-chemical analysis, quality parameters, principal component analysis.
Microwave assisted synthesis and biological activities of
pyrazolines derivatives
SESPS 2018: 41
Dr. Madan Kumar Singh
Department of Chemistry, K.B.P.G. College, Mirzapur (U.P.)
Abstract :A series of pyrazolines were prepared both by conventional and microwave methods. Their, N-phenyl and
acethyl derivatives were also prepared. The yields of these compounds by microwave method were found to be 70-
85% for simple pyrazolines and 65-80% for N-phenyl substituted pyrazolines. Three compounds, II-4, III-6 and III-
9 showed potent antimicrobial activity by CAM assay. Weak or no antioxidant was observed for all the compounds
by DPPH method.
(Keywords :Pyrazolines, microwave, antimicrobial CAM assay, DPPM method )
A Study of Nonlinear Interaction in Ferroelectric Material with Strain Dependent
Dielectric Constant
SESPS 2018: 42
Moolchandra Rajpoot*
& Sanjay Dixit
Department of physics, Govt. Motilal Vigyan Mahavidyalaya, Bhopal, India-462008
ABSTRACT.
A comprehensive systematic analysis is made of the nonlinear decay process in ferroelectric material like BaTiO3 in
semiconducting plasma. The dispersion relation is obtained by using a hydrodynamic model of homogeneous,
ferroelectric, one-component (electron or proton) semiconducting plasma. The threshold value of pump electric field
and the growth rate of unstable mode well above the threshold are discussed. This analysis is applied to a specific
semiconductor, BaTiO3at 77K with strain dependent dielectric constant (SDDC). The laser wave intensities used are
in the range of 109
to1012
Wm-2
which is assumed to be less damage threshold. The growth rate which is being found
in this study is 1012
s-1
. In non-liner wave propagation by the analyses of interaction depending on a particular
physical situation is of great importance. It is a fact that the study of matter wave interaction provides a tremendous
insight that is very much helpful to analyses the fundamental properties and characteristics of the medium.
In this paper we concentrate on nonlinear interactions in ferroelectric semiconducting crystal. It is perceived
that a significantly high growth rate is obtained in ferroelectric materials with strain dependent dielectric constant
(SDDC). The ferroelectric crystal with SDDC thus feasibly offers an area of assurances to pursuit‟s nonlinear
interactions and one expects the experimental studies on nonlinear interactions to open a potential tool for energy
conversion and solid state diagnostics in crystal with strain dependent dielectric constants.
Keywords: Hydrodynamic model (HDM), Coupled mode theory (CMT), Strain dependent dielectric constant
(SDDC).
Ethanol bioproduction by the yeast Saccharomyces cerevisiae NCIM-3132 exposed to
4-bromomethyl-6,7-dimethoxycoumarin
SESPS 2018: 44
Dr. Vijay Kumar
Department of Chemistry, S.S. College, Chas,Bokaro (Jharkhand)

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Abstract
The efficacy of coumarin, i.e., 4-bromomethyl-6,7-dimethoxycoumarin on bioproduction of ethanol by the
yeast suspension of Saccharomyces cerevisiae NCIM-3132 has been studied. It has been found that the
coumarin, i.e., 4-bromomethyl-6,7-dimethoxy coumarin at molar concentration 4.0 × 10–5M has stimulatory
effect and enhances the yield of ethanol to an extent of 6.884% higher in comparison to control fermenter
flask, i.e. 8.28ml/100ml in 48 hrs of incubation period, 5.2 pH, and 270C temperature with 24% (w/v)
molasses solution alongwith other nutrionalengredients such as malt-extract 1.5%, yeast extract 1.5% and
peptone 1.5%
Keywords: Molasses, coumarin, 4-bromomethyl, 6,7-dimethoxy coumarin and Saccharomyces cerevisiae
NCIM-3132).
Loss of zooplankton diversity of a fresh water lake of Kashmir Himalayas
SESPS 2018: 45
Rifat Farooq*1, Rajendra Chauhan2, Mohammad Farooq Mir1
1Hydrobiology Research Laboratory, S.P. College, The Constituent College of the Cluster University Srinagar,
J and K, India,
2Dept.Of Zoology Govt. MVM Bhopal, M.P, India
ABSTRACT
Anchar is a fresh water lake situated at the outskirts of the Srinagar city, summer capital of the Indian state of
Jammu and Kashmir. The water quality of the lake is very poor as effluents from the city‟s most advanced hospital
(SKIMS) find free entry into the lake. The study was carried out to assess the zooplankton diversity of this highly
polluted lake. Three sites (A1, A2 and A3) were chosen for sample collection. Monthly assessment for a period of 1
year from March 2016 to February 2017 showed the presence of 22 species belonging to four classes, in which
class Rotifera was found the most dominant with a population density of 1533 ind/l followed by Cladocera (1251
ind/l), Copepoda (969 ind/l) and Ostracoda (143 ind/l). Of the entire 22 species recorded site A1 was found to be
least diverse with only 15 of the 22 species present. Site A2 had 19 species out of the 22 species while as site A3
was found to have 18 of the 22 recorded species. Shanon Weiner index values recorded for Sites A1, A2 and A3
were 3.73, 3.89 and 3.93 respectively. As is evident that 7 species were not found from A1, 3 were absent from A2,
and 4 were absent from A3 despite having high tolerance. The results indicate that the zooplankton diversity of the
lake is declining very fast when compared to previous studies on the lake and authorities need to devise methods to
restore the condition of the lake for the conservation of the zooplankton species as they have high ecological
importance.
Keywords: Zooplankton, eutrophication, bioindicators, Anchar Lake, pollution.
Selection of resistance to apple scab in domesticated apple (Malus domestica Borkh.)
SESPS 2018: 46
Rameez Nazir Rather1*
, Aijaz A. Wani1
, Mehraj-ul- din Shah2
1
Cytogenetics and Reproductive Biology Laboratory, Department of Botany, University of Kashmir,
Srinagar – 190 006 India
2
Plant virology and Molecular Pathology Laboratory, Division of Plant Pathology, SKUAST-Kashmir,
Shalimar, Srinagar-190 025 India

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