Aim and Scope: Global Advanced Research Journal of Agricultural Science (GARJAS) ISSN: 2315-5094, Impact Factor (ISI) 1.217; indexed by Thompson Reuters Researcher ID: A-8589-2018; EyeSoure, DRJI and Google Scholars is a multidisciplinary peer-reviewed journal with reputable academics and experts as members of its Editorial Board.

 

GARJAS is designed for the prompt publication of peer-reviewed articles in all areas of the subject. The journal articles will be accessed freely online. It covers from Agricultural Science and  biological process to aquatic and earth environmental aspects, as well as computational applications, policy and ethical issues directly related to Agriculture.

 

Journal will publish contributions from around the world dealing with all aspects on production and health in plants and animals, such as genetics, breeding, organic, biological agriculture and sustainable production systems, apiculture, aquaculture, forages and pastures, plant and animal diseases, pests and weeds, epizootiology, immunology, parapsychology, physiology, reproduction, management and food technology, natural and genetic resources, agricultural economics, rural engineering and mechanization, soils, fertilization, irrigation and watering etc.

 

Abstracting/Indexing

The listed h5 index is originated from Google Scholar Metrics updated in May 2018.
The listed h* indexed was calculated based on the citations statistics from Google Scholar. Updated in June 2018.

1. Alternative Impact Factor

·         Several journal metrics are calculated. The first metric is an alternative impact factor which is based on Google Scholar's citation count.

·         The journal impact factor (JIF) normally referred to is the proprietary journal impact factor from Thomson Reuters calculated based on the Web of Science (WOS) and published in the Journal Citation Reports® (JCR). We call this the JCR®JIFDOAJ writes: "There is only one official, universally recognized impact factor that is generated by Thomson Reuters; it is a proprietary measure run by a profit making organization. It runs against the ethics and principles of open access." This journal has no JCR®JIF, but an alternative Google-based impact factor.

·         Today 57 % of readers find their way to GARJAS articles via Google Scholar. No open or proprietary database is directing so many readers to GARJAS articles. Google Scholar is the only openly available database suitable for journal metric calculation. It has a wide coverage and is a meaningful source. For this reason, GARJAS is calculating its own Impact Factor based on Google Scholar's citation counts. Scientists are used to Thomson Reuters' way of calculating an impact factor. For this reason, GARJAS applies Thomson Reuters'(TR) algorithm as published on http://wokinfo.com/essays/impact-factorin Figure 1. This algorithm is not protected and can be used by anyone. In short: GARJAS calculates a 2-year Google-based Journal Impact Factor (2-GJIF).

With respect to all articles from this journal for the respective year:
A = total cites in 2016 = 
1178
B = 2016 cites to articles published in 2014 - 2015 = 
410 (this is a subset of A)
C = number of articles published in 2014 - 2015 = 
316
2-GJIF for 2016 = D = B/C = 
410/316 = 1.30 (TR algorithm, Google citations, data June 2018)
Please see also the List of Citations for AS.

An impact factors for e.g. 2016 can only be published once this year is over (e.g. in 2017). At Thomson Reuters this is done when all 2016 publications have been processed. Once published, the JCR®JIF for a given year is fixed. In contrast, a GJIF has never a fixed value. Depending on individual activities on the Internet (self-archiving and Green Open Access), some articles published Closed Access in one year may appear online only months or even years later. This has an influence on Google Scholar's citation count and makes it necessary to state the 2-GJIF for a given year always with the date the data was retrieved from Google Scholar. GARJAS may provide updates of the 2-GJIF during the year.

E = 2016 self-citations to articles published in 2014 - 2015 = 1 (this is a subset of B)
Self-Cited Rate = E/B 
1/410 = 0.2 % (definition Rousseau 1999, data June 2018)

Journal self-citations are citations to articles in the same journal. A Self-Cited Rate below 20 % is considered acceptable. A higher Self-Cited Rate than this could be explained by a journal's novel or highly specific topic, but could also reveal a journal with excessive self-citations.

Please interpret the 2-GJIF with caution:
• Due to differences in the underlying database, the value calculated here for the 2-GJIF can not be compared with a JCR®2-JIF.
• Do not compare journals from different subject fields based on their JIF. Journals in fundamental subject fields tend to have higher impact factors than journals in specialized or applied subject fields.
• Journal metrics should not be used to assess individual authors. Please refer instead to our article metrics provided for each paper: Number of citations from Google Scholar and number of citations from CrossRef.

2. h-index

h = 
25 (data June 2018, based on the Google Scholar Citations)
The current h-index considers citations from the start of the journal. It is a cumulative index that grows each year. Look at the list of Top Cited Articles sorted by "Times Cited – highest to lowest". Count down the list. Stop before your counter h becomes larger than the number of citations of the article. The number h you counted up to is the h-index.

3. h5-index

h5 = 
18 (data July 2018, based on the Google Scholar Metrics)
The listed h5 index is originated from Google Scholar Metrics updated in July 2018. Google Scholar Metrics provide an easy way for authors to quickly gauge the visibility and influence of recent articles in scholarly publications. The latest 2018 version of Scholar Metrics was released online on August 2nd 2018, considering citations of the articles that were published from 2013 – 2017. Compare the h5-index of this journal also with what Google Scholar has calculated: The h5-index of the top ranked journals in the field of Agronomy & Crop Science. Admittedly, this journal may still have to grow to reach world class ranking, but which of the journals listed are Open Access?!

4. Statistics, Productivity, and Impact
Year in which journal started publishing = Y_start = 
2012
Number of full years journal is publishing = Y = 
7
Number of articles published since journal start = P_total = 
999
Number of articles published in 2016 = P_2016 = 
82
Total number of citations since journal start = C_total = 
4923
Number of citations in 2016 = C_2016 = A = 
1178
Average number of citations per year = C_total/Y = 
4923/7 = 703.3
Average number of citations per paper = C_total/P_total = 
4923/999 = 4.9
with data from June 2018.

For any further questions please feel free to contact info@garj.org.

 

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Scopus
Universal Impact Factor
Global Impact Factor
worldcat
JournalSeek
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Scientific Journal Impact Factor
Directory Of Research Journal Indexing (DRJI)
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Academic OneFile - Agriculture Collection
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AIDS and Cancer Research Abstracts
Algology, Mycology and Protozoology (Microbiology C)
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ANTE: Abstracts in New Technologies and Engineering
Bacteriology Abstracts (Microbiology B)
Biocontrol News and Information
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Biofuels Abstracts
Biological Abstracts
Biological Sciences
BIOSIS Previews
Biotechnology and BioEngineering Abstracts
Biotechnology Research Abstracts
Botanical Pesticides
CAB Abstracts
Chemical Abstracts Service (CAS)
Chemical Engineering and Biotechnology Abstracts (CEABA)
CINAHL Plus with Full Text
Computer and Information Systems Abstracts
CSA Technology Research Database
Dairy Science Abstracts
Directory of Open Access Journals (DOAJ)
EBSCOhost Connection
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Forest Science Database
Forestry Abstracts
Global Health
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Health Reference Center Academic
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Index Medicus
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J-Gate Portal
Journal Citation Reports: Science Edition
Maize Abstracts
Medical and Pharmaceutical Biotechnology Abstracts
Nematological Abstracts
Nursing Resource Center
Nutrition Abstracts and Reviews Series A
Nutrition Abstracts and Reviews Series B
Nutrition and Food Sciences Database
Ornamental Horticulture
Parasitology Database
PASCAL Database
Professional ProQuest Central
ProQuest Advanced Technologies and Aerospace Collection
ProQuest Health and Medical Complete
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Protozoological Abstracts
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The listed h5 index is originated from Google Scholar Metrics updated in May 2018.
The listed h* indexed was calculated based on the citations statistics from Google Scholar. Updated in June 2018.

1. Alternative Impact Factor

·         Several journal metrics are calculated. The first metric is an alternative impact factor which is based on Google Scholar's citation count.

·         The journal impact factor (JIF) normally referred to is the proprietary journal impact factor from Thomson Reuters calculated based on the Web of Science (WOS) and published in the Journal Citation Reports® (JCR). We call this the JCR®JIFDOAJ writes: "There is only one official, universally recognized impact factor that is generated by Thomson Reuters; it is a proprietary measure run by a profit making organization. It runs against the ethics and principles of open access." This journal has no JCR®JIF, but an alternative Google-based impact factor.

·         Today 57 % of readers find their way to GARJAS articles via Google Scholar. No open or proprietary database is directing so many readers to GARJAS articles. Google Scholar is the only openly available database suitable for journal metric calculation. It has a wide coverage and is a meaningful source. For this reason, GARJAS is calculating its own Impact Factor based on Google Scholar's citation counts. Scientists are used to Thomson Reuters' way of calculating an impact factor. For this reason, GARJAS applies Thomson Reuters'(TR) algorithm as published on http://wokinfo.com/essays/impact-factorin Figure 1. This algorithm is not protected and can be used by anyone. In short: GARJAS calculates a 2-year Google-based Journal Impact Factor (2-GJIF).

With respect to all articles from this journal for the respective year:
A = total cites in 2016 = 
1178
B = 2016 cites to articles published in 2014 - 2015 = 
410 (this is a subset of A)
C = number of articles published in 2014 - 2015 = 
316
2-GJIF for 2016 = D = B/C = 
410/316 = 1.30 (TR algorithm, Google citations, data June 2018)
Please see also the List of Citations for AS.

An impact factors for e.g. 2016 can only be published once this year is over (e.g. in 2017). At Thomson Reuters this is done when all 2016 publications have been processed. Once published, the JCR®JIF for a given year is fixed. In contrast, a GJIF has never a fixed value. Depending on individual activities on the Internet (self-archiving and Green Open Access), some articles published Closed Access in one year may appear online only months or even years later. This has an influence on Google Scholar's citation count and makes it necessary to state the 2-GJIF for a given year always with the date the data was retrieved from Google Scholar. GARJAS may provide updates of the 2-GJIF during the year.

E = 2016 self-citations to articles published in 2014 - 2015 = 1 (this is a subset of B)
Self-Cited Rate = E/B 
1/410 = 0.2 % (definition Rousseau 1999, data June 2018)

Journal self-citations are citations to articles in the same journal. A Self-Cited Rate below 20 % is considered acceptable. A higher Self-Cited Rate than this could be explained by a journal's novel or highly specific topic, but could also reveal a journal with excessive self-citations.

Please interpret the 2-GJIF with caution:
• Due to differences in the underlying database, the value calculated here for the 2-GJIF can not be compared with a JCR®2-JIF.
• Do not compare journals from different subject fields based on their JIF. Journals in fundamental subject fields tend to have higher impact factors than journals in specialized or applied subject fields.
• Journal metrics should not be used to assess individual authors. Please refer instead to our article metrics provided for each paper: Number of citations from Google Scholar and number of citations from CrossRef.

2. h-index

h = 
25 (data June 2018, based on the Google Scholar Citations)
The current h-index considers citations from the start of the journal. It is a cumulative index that grows each year. Look at the list of Top Cited Articles sorted by "Times Cited – highest to lowest". Count down the list. Stop before your counter h becomes larger than the number of citations of the article. The number h you counted up to is the h-index.

3. h5-index

h5 = 
18 (data July 2018, based on the Google Scholar Metrics)
The listed h5 index is originated from Google Scholar Metrics updated in July 2018. Google Scholar Metrics provide an easy way for authors to quickly gauge the visibility and influence of recent articles in scholarly publications. The latest 2018 version of Scholar Metrics was released online on August 2nd 2018, considering citations of the articles that were published from 2013 – 2017. Compare the h5-index of this journal also with what Google Scholar has calculated: The h5-index of the top ranked journals in the field of Agronomy & Crop Science. Admittedly, this journal may still have to grow to reach world class ranking, but which of the journals listed are Open Access?!

4. Statistics, Productivity, and Impact
Year in which journal started publishing = Y_start = 
2010
Number of full years journal is publishing = Y = 
7
Number of articles published since journal start = P_total = 
999
Number of articles published in 2016 = P_2016 = 
82
Total number of citations since journal start = C_total = 
4923
Number of citations in 2016 = C_2016 = A = 
1178
Average number of citations per year = C_total/Y = 
4923/7 = 703.3
Average number of citations per paper = C_total/P_total = 
4923/999 = 4.9
with data from June 2018.

For any further questions please feel free to contact info@garj.org.

 

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