Veterinary World

Veterinary World

Publisher Veterinary World
E-ISSN 2231-0916
Print ISSN 0972-8988
URL http://www.veterinaryworld.org
Chief Editor Anjum V. Sherasiya
Contact email editorveterinaryworld@gmail.com
Address Veterinary World 101-C, Pooja Complex, Nr. GPO. Rajkot 360 001 (Gujarat) India
Country India
Impact Factor Or Status 0.27
Journal Description
Aims and Scope: Veterinary World publishes high quality and novelty papers focusing on Veterinary and Animal Science. The fields of study are bacteriology, parasitology, virology, immunology, nutrition, gynecology, surgery, prion diseases and epidemiology. Food animals, companion animals, equines, wild animals, laboratory animals and animal models of human infections are considered. Studies on zoonotic and emerging infections are highly appreciated. All articles published by Veterinary World are made freely and permanently accessible online. All articles to Veterinary World are posted online immediately as they are ready for publication. All articles will be assigned a DOI number (Digital Object Identifier) whereby they become searchable and citable without delay. Audience: Veterinary World readers represent education, industry and government, including research, teaching, administration, veterinary medicine and technical services in more than 140 countries. Veterinary World is of interest to those in veterinary medicine, infectious diseases, public health, parasitology, food science, epidemiology, immunology, virology, bacteriology, nutrition, pathology, physiology, gynaecology, wildlife.
Journal Language
English
Accessibility Type (Free/Paid)
Free
Area of Specialization
Veterinary Medicine, Animal Science
Starting Year of the Journal
2008
Online Availability (Yes/No)
yes
Content Accessibility (Full Text/Abstract/ Table of Content)
Full Text

Journal of Business and Retail management Research

Journal of Business and Retail management Research

Publisher Academy of Business and Retail management
E-ISSN 1751-8202
Print ISSN 1751-8202
URL www.jbrmr.com
Chief Editor Dr P R Datta
Contact email p.datta@abrmr.com
Address Academy of Business and Retail Management 183 exeter Road Harrow Middlesex HA2 9PG UK
Country UK
Impact Factor Or Status 0.26
Journal Description
Mission statement The mission of this journal is to publish empirical research that tests, extends or builds business management theory and contributes to retail management practice. All empirical methods including qualitative, quantitative, field, laboratory and combination methods are welcome. In order to be published in JBRMR, a manuscript must make strong experiential and theoretical contributions and highlight the significance of those contributions to the management field. Thus, preference is given to submissions that test, extend or build strong theoretical frameworks while critically examining issues with high importance for business management theory and practice. The JBRMR is not tied to any particular discipline, level of analysis or national context. Objectives The objectives of the JBRMR are to attract and publish theoretical, conceptual, and empirical manuscripts from academics and professionals from all disciplines regarding a wide range of contemporary issues in business and retail management. The aims of the journal are to disseminate knowledge; provide a learned reference in the field; and facilitate communication between academic and research experts, and executives.
Journal Language
English
Accessibility Type (Free/Paid)
Free
Area of Specialization
Business and Retailing
Starting Year of the Journal
2007
Online Availability (Yes/No)
yes
Content Accessibility (Full Text/Abstract/ Table of Content)
full text

ijoser

ijoser

Publisher S.Sridevi
E-ISSN 3221-5687
Print ISSN 3221-568X
URL www.ijoser.org
Chief Editor R.Manikandasamy
Contact email mani_smy@yahoo.com
Address Open access to all researchers • Quality Work • Double blinded review • Queries solved within 24 hours • Experts from different areas • Zero tolerance level of plagiarism • Easy and convenient process for paper publication • Fast publication process • Proper peer review process • Suggestion to author if article need modification
Country india
Impact Factor Or Status 0.25
Journal Description
International Journal of Science and Engineering Research (IJOSER) is a Scholarly scientific e-journal that publishes original research papers in the field of Science, Technology and Literature. It aims to contribute to the world of research by publishing peer reviewed research and review articles, experimental studies, letter to the editors, book reviews as well as news of engineering, literature, science fields. The Journal welcomes the submission of manuscripts that meet the criteria of significance and scientific excellence. The Journal covers all essential branches of Engineering, Science, Technology & Literature, Management, Economics & Commerce. IJOSER aims are to publish high-quality papers with a specific focus on learning within their specified focus that are accessible and of interest to educators, researchers and academicians. The journal invites authors to submit original and unpublished work that communicates current research on Engineering, Science, Technology & Literature, Management, Economics & Commerce. Original works are invited in form of research paper/ manuscript. Manuscripts should follow the style of the journal and are subject to both review and editing.
Journal Language
English
Accessibility Type (Free/Paid)
FREE
Area of Specialization
SCIENCE AND ENGINEERING
Starting Year of the Journal
2013
Online Availability (Yes/No)
yes
Content Accessibility (Full Text/Abstract/ Table of Content)
FULL TEXT

Moroccan Journal of Chemistry

Moroccan Journal of Chemistry

Publisher University of Mohammed Premier Oujda
E-ISSN 2351-812X
Print ISSN 2351-812X
URL http://revues.imist.ma/index.php?journal=morjchem
Chief Editor Prof Belkheir HAMMOUTI
Contact email hammoutib@gmail.com
Address University Mohammed Premier, B.P. 4808, 60046 Oujda Morocco
Country Morocco
Impact Factor Or Status 0.48
Journal Description
Moroccan Journal of Chemistry (Mor. J. Chem.) is a quarterly peer-reviewed, open access journal that publishes original research articles as well as review articles in all areas of chemistry. It provides a platform for rapid publication of quality research papers, reviews and chemistry letters. Moroccan Journal of Chemistry was founded in 2013 by Professor B. Hammouti, University Mohammed Premier, Oujda Morocco. Moroccan Journal of Chemistry is published by the University Mohammed Premier, Oujda Morocco
Journal Language
en
Accessibility Type (Free/Paid)
Free
Area of Specialization
Materials & Environmental
Starting Year of the Journal
2013
Online Availability (Yes/No)
Yes
Content Accessibility (Full Text/Abstract/ Table of Content)
Full Text

Journal of Materials and Environmental Science

Journal of Materials and Environmental Science

Publisher University of Mohammed Premier Oujda
E-ISSN 2028-2508
Print ISSN 2028-2508
URL http://www.jmaterenvironsci.com/
Chief Editor Prof Belkheir HAMMOUTI
Contact email jmaterenvironsci@gmail.com
Address University Mohammed Premier, B.P. 4808, 60046 Oujda Morocco
Country Morocco
Impact Factor Or Status 0.45
Journal Description
Journal of Materials and Environmental Science (ISSN: 2028-2508) is a bi-monthly peer-reviewed Journal. JMES publishes original papers, brief communications, reviews and letters related to every aspect of theory and practice of Material chemistry, Environment Science and Analytical Chemistry, as well as articles in which topics on history, science education etc ….
Journal Language
en
Accessibility Type (Free/Paid)
Free
Area of Specialization
Materials & Environmental
Starting Year of the Journal
2010
Online Availability (Yes/No)
Yes
Content Accessibility (Full Text/Abstract/ Table of Content)
Full Text

International Journal of Scientific Management and Development

International Journal of Scientific Management and Development

Publisher Kian Pajouhan Co
E-ISSN 2345-3974
Print ISSN 2345-3974
URL www.ijsmd.com
Chief Editor IJSMD
Contact email contact@ijsmd.com
Address Editor-in-Chief International Journal of Scientific Management and Development Editorial Office: 50, Oraman Ave ,Motahari Ave, Tehran, Iran P.O.BOX: 15783-36517 Phone: 0098-21-88814621,88861709 Mobile: 0098-9198252347
Country Iran
Impact Factor Or Status 0.44
Journal Description
JSMD is a \”peer-review\” and \”refereed\” International Journal of Scientific Management and Development “with ISSN: 2345-3974.It is the process through which experts in the field of study assess the quality of articles that are submitted to a journal for publication. Management and Administrative Sciences Reviewaims to promote and to provide worldwideresearch publicationsin all areas ofBusiness and Managementincluding but not limited tohuman resource management, organizational studies, innovation, leadership, economics, finance, commerce, supply chain & logistics management, marketing and operations management. Our dedicated technical and editorial team members ensure the quality of the published research articles. We have very reputable and dedicated editorial board members from different academic fields which ensure the quality and review standards according to the international research publishing standards and quick publication of research articles. All accepted and published articles are provided online with free access to provide the academic community with latest and quality research free. All accepted and published articles are provided online with free access to provide the academic community with latest and quality research.We welcome papers from both academicians and practitioners on theories, business models, conceptual paradigms, academic research, consultancy projects, as well as organizational practices. In particular, papers which consider the following general topics are invited Human Resource ,Leadership and Work Values,Marketing,Internationalization, Corporate Governance, Technology Management, SME and Entrepreneurship, Banking, Economics and Other Areas Related to Management …
Journal Language
en
Accessibility Type (Free/Paid)
free
Area of Specialization
Management
Starting Year of the Journal
2013
Online Availability (Yes/No)
yes
Content Accessibility (Full Text/Abstract/ Table of Content)
(Full Text/Abstract

Main Functions of a New Town

 Towns and villages differ from each other where their functions are concerned. Villages are mainly associated with production related to agricultural activities. The surplus is used by the villages in exchange for other commodities, which they themselves do not produce, from other villages or towns. The village, accessible to all others, generally becomes the focal point for exchange of commodities. This village generally develops into a town. Once a town comes up, it acquires one or more of the functions depending on a number of factors. 

1) Processing 

Processing is one of the most basic functions of a town and involves processing of agricultural products, for instance, wheat into wheat flour and oil seeds into oil. The most easily accessible village generally becomes the processing centre. This may have been the reason for the emergence of the earliest towns. 

2) Trade 

After processing, the next level of towns are associated with trade. The towns act as the centres for exchange of processed items or manufactured goods between two or more places. These markets may operate on a daily or weekly basis. Weekly markets are a common feature throughout India. These centres may also specialize in one or more items such as fruits and vegetables, cattle and food grains. 

3) Wholesale Trade in Agricultural Products 

Towns engaging in wholesale trade in agricultural products for the next high level in functional pattern of towns. Transport facility is a crucial factor in such towns. These towns generally fulfill processing functions also. Later, they may develop manufacturing and other services also. They are generally small in size and dispersed, often specializing in one commodity or the other. For instance, Hapur is a wholesale centre for food-grains, Ahmedabad and Tiruppur for cotton, Sangli and Erode for turmeric, Bangalore for silk and Guntur for tobacco. 

4) Services 

In towns, services like education, health, administration and communication, not adequately available in villages, are well developed. Of all these functions, administration is the most important one. A town may be the headquarters of a panchayat union, a state cooperative or a district. Administrative towns also have law courts, police stations, government departments associated with developmental works, etc. Chandigarh is a good example of an administrative town. 

5) Manufacturing and Mining 

Such activities give rise to large towns because manufacturing and mining activities generate large scale employment and give rise to other useful economic activities like trade, services, transport, ancillary industry etc. These activities attract large scale migrations from adjoining regions. Jamshedpur came up around the Tata Iron and Steel Works while Raniganj and Kolar are examples of towns which have come up around mining activities. 

6) Transport 

Transport is a basic necessity for all types of economic activities and for the evolution and further expansion of a town. Many of the towns, therefore, have come up around railway stations or port towns. Railway stations act as the centres for change from road to rail traffic and vice versa and for purposes of trans-shipment, collection, sorting and despatch. Jolarpettai in south India is a good example of a town which has come up at a railway junction. Similarly, the ports act as the centres for change from road or rail to sea traffic. Ports may also develop manufacturing and administrative functions. Kolkata, Mumbai, Chennai, Kandla, Paradip etc., are examples of towns which have come up around ports. 

7) Pilgrimage/Tourism 

Pilgrimage is an important activity associated with travelling and lodging. Thus, at such places transport and lodging facilities also come up. The towns adapt themselves to support a large floating population. Tirupati, Hardiwar, Varanasi, Rameshwaram are some examples of pilgrimage centres while Shimla, Darjeeling, Udagamandalam (Ooty) are some examples of tourist centres.

8) Residential 

Towns with residential functions often come up around big cities where land prices are lower, basic services are cheaper and fast transport links with the main city are available. Sonepat, Faridabad and Gaziabad are examples of such towns around Delhi. These towns have also developed manufacturing functions in recent times. Generally, a town has more than one function, but one or two of these dominate. The functions of a town depend on its location, its infrastructural facilities, and historical and economic factors. The dominant function may be identified on the basis of number of persons involved in that particular activity. 

Different Types of Bio Fertilisers

Biofertilizers
Different Types of Bio Fertilisers

Biofertilizers are defined as preparations containing living cells or latent cells of efficient strains of microorganisms that help crop plants’ uptake of nutrients by their interactions in the rhizosphere when applied through seed or soil.  They accelerate certain microbial processes in the soil which augment the extent of availability of nutrients in a form easily assimilated by plants.
Very often microorganisms are not as efficient in natural surroundings as one would expect them to be and therefore artificially multiplied cultures of efficient selected microorganisms play a vital role in accelerating the microbial processes in soil.
Use of biofertilizers is one of the important components of integrated nutrient management, as they are cost effective and renewable source of plant nutrients to supplement the chemical fertilizers for sustainable agriculture. Several microorganisms and their association with crop plants are being exploited in the production of biofertilizers. They can be grouped in different ways based on their nature and function.
S. No. Groups Examples
N2  fixing Biofertilizers
1. Free-living Azotobacter, Beijerinkia, Clostridium, Klebsiella, Anabaena, Nostoc, 
2. Symbiotic Rhizobium, Frankia, Anabaena azollae
3. Associative Symbiotic Azospirillum
P Solubilizing Biofertilizers
1. Bacteria Bacillus megaterium var. phosphaticum, Bacillus subtilis
Bacillus circulans, Pseudomonas striata
2. Fungi Penicillium sp, Aspergillus awamori
P Mobilizing Biofertilizers
1. Arbuscular mycorrhiza Glomus sp.,Gigaspora sp.,Acaulospora sp.,
Scutellospora sp. Sclerocystis sp.
2. Ectomycorrhiza Laccaria sp., Pisolithus sp.Boletus sp.Amanita sp.
3. Ericoid mycorrhizae Pezizella ericae
4. Orchid mycorrhiza Rhizoctonia solani
Biofertilizers for Micro nutrients
1. Silicate and Zinc solubilizers Bacillus sp.
Plant Growth Promoting Rhizobacteria
1. Pseudomonas Pseudomonas fluorescens

2. Different types of biofertilizers


Rhizobium  
Rhizobium is a soil habitat bacterium, which can able to colonize the legume roots and fixes the atmospheric nitrogen symbiotically. The morphology and physiology of Rhizobium will vary from free-living condition to the bacteroid of nodules. They are the most efficient biofertilizer as per the quantity of nitrogen fixed concerned. They have seven genera and highly specific to form nodule in legumes, referred as cross inoculation group. 
Rhizobium inoculant was first made in USA and commercialized by private enterprise in 1930s and the strange situation at that time has been chronicled by Fred (1932).
Initially, due to absence of efficient bradyrhizobial strains in soil, soybean inoculation at that time resulted in bumper crops but incessant inoculation during the last four decades by US farmers has resulted in the build up of a plethora of inefficient strains in soil whose replacement by efficient strains of bradyrhizobia has become an insurmountable problem.


Azotobacter  
Of the several species of AzotobacterA. chroococcum happens to be the dominant inhabitant in arable soils capable of fixing N2 (2-15 mg N2 fixed /g of carbon source) in culture media.
The bacterium produces abundant slime which helps in soil aggregation. The numbers of A. chroococcum in Indian soils rarely exceeds 105/g soil due to lack of organic matter and the presence of antagonistic microorganisms in soil.


Azospirillum  
Azospirillum lipoferum and A. brasilense (Spirillum lipoferum in earlier literature) are primary inhabitants of soil, the rhizosphere and intercellular spaces of root cortex of graminaceous plants. They perform the associative symbiotic relation with the graminaceous plants. 
The bacteria of Genus Azospirillum are  N2 fixing organisms isolated from the root and above ground parts of a variety of crop plants. They are Gram negative, Vibrio or Spirillum having abundant accumulation of polybetahydroxybutyrate (70 %) in cytoplasm. 
Five species of Azospirillum have been described to date A. brasilenseA.lipoferumA.amazonenseA.halopraeferens and A.irakense.  The organism proliferates under both anaerobic and aerobic conditions but it is preferentially micro-aerophilic in the presence or absence of combined nitrogen in the medium.
Apart from nitrogen fixation, growth promoting substance production (IAA), disease resistance and drought tolerance are some of the additional benefits due to Azospirillum inoculation.


Cyanobacteria  
Both free-living as well as symbiotic cyanobacteria (blue green algae) have been harnessed in rice cultivation in India. A composite culture of BGA having heterocystous NostocAnabaenaAulosira etc. is given as primary inoculum in trays, polythene lined pots and later mass multiplied in the field for application as soil based flakes to the rice growing field at the rate of 10 kg/ha. The final product is not free from extraneous contaminants and not very often monitored for checking the presence of desiredalgal flora.
Once so much publicized as a biofertilizer for the rice crop, it has not presently attracted the attention of rice growers all over India except pockets in the Southern States, notably Tamil Nadu. The benefits due to algalization could be to the extent of 20-30 kg N/ha under ideal conditions but the labour oriented methodology for the preparation of BGA biofertilizer is in itself a limitation. Quality control measures are not usually followed except perhaps for random checking for the presence of desired species qualitatively.
Azolla
Azolla is a free-floating water fern that floats in water and fixes atmospheric nitrogen in association with nitrogen fixing blue green alga Anabaena azollaeAzolla fronds consist of sporophyte with a floating rhizome and small overlapping bi-lobed leaves and roots. Rice growing areas in South East Asia and other third World countries have recently been evincing increased interest in the use of the symbiotic N2 fixing water fern Azolla either as an alternate nitrogen sources or as a supplement to commercial nitrogen fertilizers. Azolla is used as biofertilizer for wetland rice and it is known to contribute 40-60 kg N/ha per rice crop.
Phosphate solubilizing microorganisms(PSM)
Several soil bacteria and fungi, notably species of Pseudomonas, Bacillus, Penicillium, Aspergillus etc. secrete organic acids and lower the pH in their vicinity to bring about dissolution of bound phosphates in soil. Increased yields of wheat and potato were demonstrated due to inoculation of peat based cultures of Bacillus polymyxa and Pseudomonas striata. Currently, phosphate solubilizers are manufactured by agricultural universities and some private enterprises and sold to farmers through governmental agencies. These appear to be no check on either the quality of the inoculants marketed in India or the establishment of the desired organisms in the rhizosphere.
AM fungi
The transfer of nutrients mainly phosphorus and also zinc and sulphur from the soil milleu to the cells of the root cortex is mediated by intracellular obligate fungal endosymbionts of the genera Glomus, Gigaspora, Acaulospora, Sclerocysts and Endogone which possess vesicles for storage of nutrients and arbuscles for funneling these nutrients into the root system. By far, the commonest genus appears to be Glomus, which has several species distributed in soil.
Availability for pure cultures of AM (Arbuscular Mycorrhiza) fungi is an impediment in large scale production despite the fact that beneficial effects of AM fungal inoculation to plants have been repeatedly shown under experimental conditions in the laboratory especially in conjunction with other nitrogen fixers.

                                           
Silicate solubilizing bacteria (SSB)

Microorganisms are capable of degrading silicates and aluminum silicates. During the metabolism of microbes several organic acids are produced and these have a dual role in silicate weathering. They supply H+ ions to the medium and promote hydrolysis and the organic acids like citric, oxalic acid, Keto acids and hydroxy carbolic acids which from complexes with cations, promote their removal and retention in the medium in a dissolved state.
The studies conducted with a Bacillus sp. isolated from the soil of granite crusher yard showed that the bacterium is capable of dissolving several silicate minerals under in vitrocondition. The examination of anthrpogenic materials like cement, agro inputs like super phosphate and rock phosphate exhibited silicate solubilizing bacteria to a varying degree. The bacterial isolates made from different locations had varying degree of silicate solubilizing potential. Soil inoculation studies with selected isolate with red soil, clay soil, sand and hilly soil showed that the organisms multiplied in all types of soil and released more of silica and the available silica increased in soil and water. Rice responded well to application of organic sliceous residue like rice straw, rice husk and black ash @ 5 t/ha. Combining SSB with these residues further resulted in increased plant growth and grain yield. This enhancement is due to increased dissolution of silica and nutrients from the soil.
Plant Growth Promoting Rhizobacteria (PGPR)
The group of bacteria that colonize roots or rhizosphere soil and beneficial to crops are referred to as plant growth promoting rhizobacteria (PGPR).
The PGPR inoculants currently commercialized that seem to promote growth through at least one mechanism; suppression of plant disease (termed Bioprotectants), improved nutrient acquisition (termed Biofertilizers), or phytohormone production (termed Biostimulants). Species of Pseudomonas and Bacillus can produce as yet not well characterized phytohormones or growth regulators that cause crops to have greater amounts of fine roots which have the effect of increasing the absorptive surface of plant roots for uptake of water and nutrients. These PGPR are referred to as Biostimulants and the phytohormones they produce include indole-acetic acid, cytokinins, gibberellins and inhibitors of ethylene production.
Recent advances in molecular techniques also are encouraging in that tools are becoming available to determine the mechanism by which crop performance is improved using PGPR and track survival and activity of PGPR organisms in soil and roots. The science of PGPR is at the stage where genetically modified PGPR can be produced. PGPR with antibiotic, phytohormone and siderophore production can be made.
Despite of promising results, biofertilizers has not got widespread application in agriculture mainly because of the variable response of plant species or genotypes to inoculation depending on the bacterial strain used. Differential rhizosphere effect of crops in harbouring a target strain or even the modulation of the bacterial nitrogen fixing and phosphate solubilizing capacity by specific root exudates may account for the observed differences. On the other hand, good competitive ability and high saprophytic competence are the major factors determining the success of a bacterial strain as an inoculant.
Studies to know the synergistic activities and persistence of specific microbial populations in complex environments, such as the rhizosphere, should be addressed in order to obtain efficient inoculants. In this regards, research efforts are made at Agricultural College and Research Institute, Madurai to obtain appropriate formulations of microbial inoculants incorporating nitrogen fixing, phosphate- and silicate- solubilizing bacteria and plant growth promoting rhizobacteria which will help in promoting the use of such beneficial bacteria in sustainable agriculture.
Liquid Biofertilizers
Biofertilizers are such as Rhizobium, Azospirillum and Phosphobacteria  provide nitrogen  and phosphorous nutrients to crop plants through nitrogen fixation and phosphorous solubilization processes. These Biofertilizers could be effectively utilized for rice, pulses, millets, cotton, sugarcane, vegetable and other horticulture crops.
Biofertilizers  is one of the prime input in organic farming not only enhances the crop growth and yield but also improves the soil health and sustain soil fertility.
At  present, Biofertilizers  are supplied to the farmers as carrier based  inoculants. As an alternative, liquid formulation technology has been developed in the Department of Agricultural  Microbiology, TNAU, Coimbatore which has more advantages than the carrier inoculants.
Benefits
The advantages of Liquid Bio-fertilizer over conventional carrier based Bio-fertilizers are listed below:
  • Longer shelf life -12-24 months.
  • No contamination.
  • No loss of properties due to storage upto 45º c.
  • Greater potentials to fight with native population.
  • High populations can be maintained more than 109 cells/ml upto 12 months to 24 months.
  • Easy identification by typical fermented smell.
  • Cost saving on carrier material, pulverization, neutralization, sterilization, packing and transport.
  • Quality control protocols are easy and quick.
  • Better survival on seeds and soil.
  • No need of running Bio-fertilizer production units through out the year.
  • Very much easy to use by the farmer.
  • Dosages is 10 time less than carrier based powder Bio-fertilizers.
  • High commercial revenues.
  • High export potential.
  • Very high enzymatic activity since contamination is nil.

Violence Against Women

Thousands of Women and Children in India who are Survivors of Violence at their homes, office, streets are searching the internet to find help and support to deal with the shock and trauma. They are afraid to go to the police because of the associated social taboos and perceptions.
Hundreds of Caregivers – Credible Helplines, NGOs, Lawyers, Social Workers, Counsellors in India who are working towards ending violence against women and child sexual abuse do not have a common platform which can help them become more accessible to Victims in Need of their help, Volunteers, Donations & Support.
Thousands of Supporters looking for ways to support the fight to end violence against women and children in india in their own ways like Volunteering, Donations.
  • No easy way for Survivors to find Information about Caregivers that are relevant, credible, close.
  • No Platform for caregivers to become more accessible to survivors, share their work, recruit volunteers, raise donations.
  • No easy way for Supporters to find caregivers that they can connect with and support by volunteering, donations.
Violence Against Women

Solution:

A Web Platform which will connect Survivors directly to caregivers and also create a unique and committed ecosystem of Volunteers & Donors who will support the fight to end violence against women and children in India.
  • Survivors can Effortlessly Find Information about caregivers that is accessible, verified, credible and relevant.
  • Caregivers can easily create a profile on the platform and get themselves verified and become accessible to Survivors and Supporters.
  • Supporters will be able to easily find caregivers and connect with them to volunteer and donate.

Corporate Social Responsibility

Benefits to Corporate:
Corporate Social Responsibility

  1. Eligible under CSR Rules, Companies Act 2013.
  2. Eligible for Tax Exemption u/s 80G of Income Tax Act.
  3. Customize projects as per the need of the Donor Company.
  4. No minimum or maximum size of Donation. You may support us by any amount.
  5. All Documentation Support provided like 3 years Balance Sheet, Registration Certificate, etc.
  6. Project Name shall be on your organization name if you require.
  7. Promotions of your company on our Social Media Platforms and website.
  8. All the beneficiary of the projects can be seen and a meeting can be organized with them like in AGM or any other event of company.
  9. Your funds shall be used on the sector you choose – Education or Health Care
What we can do for corporates?
We, at Drishti Foundation Trust have a vast network of experienced, highly qualified and committed professionals, who have successful track record of dealing in various social initiatives from time to time. Over the years we have been associated with number of corporate houses as CSR partner/collaborators. At this juncture we offer our following specialized services to corporate sector;

Core values

Core values


Humanitarian:

We believe in the provision of humanitarian assistance to people wherever it is needed to relieve suffering and sickness.
Professional:
Our staff, members and partners are professional people committed to providing high quality training and expertise in disaster relief and rehabilitation.
Impartial:
We work with people regardless of race, religion or political affiliation.
Inclusive:
We believe that partnerships with individuals, other organisations and communities promote creative and fruitful initiatives.
Impact:
We believe that people in communities and aid agencies should be empowered to develop skills for immediate and future disaster response.
Respect:
We believe people affected by any social or medical can and should be empowered to contribute to relief, rehabilitation and development efforts.

PRORITIES OF THE PROGRAMME

PRORITIES OF THE PROGRAMME

  • The need based action plans to be prepared, implemented and reviewed annually by the village communities in facilitation of the other stakeholders.
  • All the stakeholders will be involved at various stages to share learn and contribute their inputs, which lead to better results and create opportunities for its wider dissemination by them at their levels.
  • The project provide platform for the community to set their own priorities and decide possible solution which can initially be the low cost traditional system or technologies already in use.
  • Furthermore opens opportunities for research on community preferred need based new technologies as basket of choice to select the best fit in their system / region with some modifications on recommendation of community.
  • Added – value.
  • Innovation approaches.
  • Models for good practices.
  • Promotion of gender equality and equal opportunities.
  • Fostering co-operation. 

Spatial Standards for Industrial Area

 

  • Accessibility for labors 
  • Suitable conformability for the loading and unloading of raw materials 
  • Industrial area must be away from residential area 
  • Infrastructure and utility services must be available 
  • Space for treatment of waste material 

Industry floor area requirements

Plot area coverage and Floor Area Ratio


Stages of Town Development

 1) Classification by Sir Patrick Geddes

Stages

Properties

Primary

Town, which produces human necessities such as agricultural village

Secondary

Town, which functions as entry of exchange such as marketing town

Tertiary

Town, which provides residential, educational and recreational facilities

 2) Classification by Lewis Mumford

Stages

Properties

Eopolis

The Eopolis indicates the first stage of town as a village community whose economic base is agriculture.

Polis

The Polis indicates and association of population with some mechanization and specialization.

Metropolis

The metropolis is a city or town which serves as a capital of a state or region.

Megalopolis

The megalopolis indicates the first stage of decline in town or city due to mega problems and issues, or the reign of town or city shows the signs of decline and deterioration.

Tyranopolis

Tyranopolis is the town or city which shows drastic deteriorating situation for example the trade depression or military powers may occur with different war lords.

Necropolis

Necropolis is the worst stage of town or city. For example the citizens are shifting to rural areas or village due to war, disease or economic break down. In that case the town may recover from it after a large internal of time.

3) Classification by Griffith Taylor

Stages

Properties

Infantile

This is the first stage of town in which a city is not yet divided in separate zones or the city in which zoning regulations is not being prepared yet.

Juvenile

The juvenile stage of town or city indicates that, shops are being separated from the houses or residential area and there are some factories or an industry has been established at a minimal level.

Mature

The mature stage of town shows the divisions of residential zone, commercial zone and industrial zone in the city or the land use and zoning regulations in town shows the stage of mature city / town.

Senile

Finally the senile stage of town indicates the physical decay in most of the portions of the city or the physical, social & economic degradation is evident in the built environment of town or city.

 4) Classification by Harold MacLean Lewis

Type

Population

Eopolis or Infantile Municipality Town

2500 to 5000

Polis or Juvenile Town

5000 to 10000

Mature Trade/Industrial Town

10000 to 25000

Metropolis or Medium Size City

25000 to 50000

Megalopolis Intermediate City

50000 to 100000

Trade/Industry/Service Sector City

100000 to 250000

Primate City

250000 to 500000

Tyranopolis or a Metropolitan City

500000 to 1000000

Senile City or Mega City

1000000 or more

5) Urban & Rural Classification of Towns & Cities (By Census of India)

Class

Class of Range of Population

Class I

100,000 and above

Class II

50,000 to 99,999

Class II

20,000 to 49,999

Class IV

10,000 to 19,999

Class V

5,000 to 9,999

Class VI

Below 5,000


Land Suitability Analysis

 Rapid urbanization and consequent haphazard growth of cities result in deterioration of infrastructure facilities, loss of agricultural land, water bodies, open spaces, and many micro-climatic changes. This unprecedented growth in city population put pressure on urban amenities and led to their uneven distribution. Many cities witnessed alarming population growth rates in the last thirty years, thus resulted in various problems like pollution, traffic jam, leap-frog development, uneven provision of urban amenities etc. The present study attempted to find out the urban land suitability for the provision of urban amenities. Land use suitability assessment is a key determinant in any urban and suburban planning and decision-making process. The suitability assessment is carried out through Analytic Hierarchy Process (AHP) model using a set of criteria involving geo-physical and socioeconomic variables. The variables taken for the study are slope, altitude, land use/land cover and existing amenity status. 

Suitability analysis is the process and procedures used to establish the suitability of a system according to the needs of a stakeholder. Urban development and migration to urban areas are global phenomena’s especially in third world countries. Thus, many small cities and isolated populations are rapidly changing into large metropolitan cities.This rapid increase of urban population causes high level impact on the urban environment and creates many problems such as unplanned sprawl, inadequate housing facilities, traffic congestion, insufficient drainage, sewerage problem and lack of other amenities. In this context, finding suitable area for further development or evaluation of land suitability for urban land use planning to overcome undesirable urban growth and protect environment around cities becomes all the more important. In most of the third world countries people are constructing residential buildings without considering resources for these new residential areas. Therefore, it becomes the government’s problem to provide required resources for these areas. In order to find suitable site for construction of an amenity, it is required to use sophisticated analysis with consideration of large numbers of critical issues such as technical, environmental, physical, social and many others. Site suitability analysis is the process of determining the fitness of a given tract of land for a defined use. Remote Sensing, GIS, GPS and AHP method is a vital tool for identification, comparison and multi-criterion decision making analysis of urban development site’s proper planning and management. 

Since site selection and suitability process are related to geospatial issues, geographical information system (GIS) allows using data related parameters for suitability modelling. One of the advantages of using GIS in site suitability analysis is the capability of GIS in development of alternative scenarios for urban development. Suitability analysis in a GIS context is a geographic or GIS-based process used to determine the appropriateness of a given area for a particular use. The basic premise of GIS suitability analysis is that each aspect of the landscape has intrinsic characteristics that are to some degree either suitable or unsuitable for the activities being planned. Suitability is determined through systematic, multi-factor analysis of the different aspects of the problem. Model inputs include a variety of physical, cultural, and economic factors. The results are often displayed on a map that is used to highlight areas from high to low suitability. A GIS suitability model typically answers the question, ‘where is the best location? Land suitability analysis is used for site selection, impact studies and land use planning. Land use planning plays an important role in site development, urban renewal and achievement of sustainable urban development. Suitability analysis is critical for both marketing and merchandising purposes. The GIS has different applications in urban health studies and can also be used as a decision support tool to allocate health services so that they are geographically accessible for the population that they intend to serve. 

The overcrowding of the capital has resulted in many people being confined to small areas,
making planning of the area difficult. Most cities in Mongolia are not planned according to landuse and it is possible to find all kinds of land-uses within a small area. It is therefore necessary to
classify land-use types within the cities, thus identifying the needed spaces for urban
development using land suitability analysis. Additionally, land suitability analysis is valuable not
only for urban planning but in all land management problems.

In addition, GIS (Geographical Information System) is a useful tool for land-use suitability
mapping and analysis for urban, agriculture, mining and all land-use projects. Hopkins and Collins et al.  defined land-use
suitability analysis as identifying the most suitable spatial pattern for future land uses according
to specific requirements, preferences, or predictors of some activity.
GIS has been used to analyse land-use suitability in many situations for ecological approaches for
animal habitat and plant species used GIS to
analyse geographical favourability, Cambell et al.1 and Kalogirou  also employed GIS
in landscape evaluation and planning. GIS can also be used in private and public property
planning. For example, Eastman et al. (1993) and Church (2002) used GIS to select the best sites
for public and private sector facilities, whilst Janssen and Rietvelt used the same GIS for
regional planning. This makes GIS a very important tool for all planning activities.
Land-use suitability may mean different things to different experts based on the intended purpose
for which the land is desired. For the agriculturist, it would mean the suitability of the land for
cultivation of crops, animal husbandry and pasture, and to the urban planner the suitability of the
land for building houses, landfill sites, etc. No matter what the intended purpose or which expert
is involved, the rule of thumb, according to Cova and Church, is to differentiate between
the site selection problem and site search problem. Site selection analysis will best identify a
specific site for a suitable activity based on its known potentials such as location, size, and other
attributes. Different sites are ranked based on their potentials and the best site is chosen. 

The purpose of this study focused on mapping urban and agriculture land suitability so as to use
prior information regarding the present state of different units of the land which will be highly
important when applying site specific management interventions. This is done by linking data on
socio-economic organizational factors and geophysical conditions of the land for decision making
in identifying land management using geospatial techniques. This requires application of
geospatial technologies through the Geographic Information System (GIS) which will provide the
capability to analyse and interpret land suitability modeling on various scales, time and cost
effectively. In land suitability modeling all the factors of environmental conditions will be
weighted based on their level of influence using multicriteria evaluation to produce a land
suitability map. Mapping urban and agricultural land is thus vital to locate and rank which areas
are highly suitable and less suitable, so that coherent managing measures could be suggested and
implemented immediately to plan, protect and use the valuable land planning in a sustainable
manner.

Moreover, land suitability mapping using GIS provides a classification of the urban and
agricultural area into zones each of which has a different likelihood, or risk, of experiencing
specific land using processes. Such maps are fundamental to land-use planning aimed at the
urban and agricultural land. The procedure is based on the processing of directly mapped and
interpreted data, is easy to apply, and allows frequent updating of the land-use planning.