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S.No Particular Pdf Page No.
1

  • QUALITATIVE ANALYSIS OF PLANTS USED IN PLANT BASED COSMETICS


Neetu G. Masih

Abstract:
Phytochemical are naturally occurring nutritive chemicals.


1-5
2

  • SITUATION OF BOVINE BRUCELLOSIS IN SUB-SAHARAN AFRICA


Vikou Ronaldess, Gbenoudonjudith, Adenile D. Adam, Djegui Fidelia, Aplogan Luc, Gbangboche B. Armand

Abstract:
Despite being eradicated or in the process of being eliminated in many industrialized countries, brucellosis is still a growing concern in developing countries, especially those whose food and economy depend Part of the breeding.


6-21
3

  • POST APPROVAL ANNUAL REPORTABLE MANUFACTURING CHANGES IN US


Shelly Khurana*, Dhirender Kaushik

Abstract:
A large number of Chemistry, Manufacturing and Control (CMC) changes are being submitted to US FDA every year .These changes may be Major changes which are submitted as Prior Approval Supplement (PAS)


22-31
4

  • FISH FAUNAL DIVERSITY AND PLANKTON COMPOSITION AND SOME LIMNOCHEMICAL PARAMETERS OF THE BHANWAR SEMLA RESERVOIR, DISTRICT PRATAPGARH, RAJASTHAN, INDIA.


Sourindra Mohan Roy

Abstract:
FISH FAUNAL DIVERSITY AND PLANKTON COMPOSITION AND SOME LIMNOCHEMICAL PARAMETERS OF THE BHANWAR SEMLA RESERVOIR, DISTRICT PRATAPGARH, RAJASTHAN, INDIA.


32-38
5

  • Environmental Impact & Contamination Risks for Non-Targeted Organisms through Chemical Pesticides


Dr P.S.Rajpoot

Abstract:
Pesticides can contaminate soil, water, turf, and other vegetation. In addition to killing insects or weeds, pesticides can be toxic to a host of other organisms including birds, fish, beneficial insects, and non-target plants. Insecticides are generally the most acutely toxic class of pesticides, but herbicides can also pose risks to non-target organisms.


39-45
6

  • SUSTAINABLE DEVELOPMENT ON GROUNDWATER POLLUTION : A REVIEW


Dr. Shalini Hemkar

Abstract:
Designing a network for monitoring the physical, chemical, and biological characteristics of ground water includes choosing sampling locations and frequency. The two primary methods for designing a ground-water quality monitoring network were hydrogeologic and statistical. The range of application, data needs, data requirements, temporal effects, and spatial size of the monitoring programme have all been taken into account while evaluating the various network design methodologies that are available in the hydrologic literature. Although they largely serve for basic research and design, significant advancements made over the past 20 years now allow the implementation of rigorous and tested methodologies to ground-water quality monitoring network design. As ground-water hydrology, hydrogeochemistry, risk analysis, and geostatistics continue to evolve, so too will approaches for designing ground-water quality monitoring network, making them ever more helpful in the crucial task of environmental protection.


46-50
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