As the academic publishing industry continues to grow, so too do the number of fake journals attempting to scam researchers and academics out of their personal information and money. Recently, it has come to our attention that a fake journal named “Scientist USA” with the fake ISSN 089X-367X hosted at https://www.thescientist.online/ has been impersonating the reputable journal “The Scientist” from Philadelphia, USA, ISSN: 0890-3670 Print & 1945-5127 Online hosted at https://www.the-scientist.com by the LabX Media Group, United States and attempting to phish researchers and academics for their personal information and money.
The fake journal creates confusion by using a domain name that is very similar to the genuine domain name, and even using the publisher’s name. It mentions that the “The Scientist” journal is published by LMG (by making short form of LabX Media Group), and has a fake ISSN that is almost similar to the genuine ISSN, and mentions that it “charges article processing fees, but no publication fees.” The published article’s abstracts are only available to read but not full text which has to be bought, and it only provides firstname.lastname@example.org as a means of contact, with no physical address.
The fake journal also uses a screenshot of the NAAS rating to mimic as genuine and deceive researchers and academics. The website looks like the genuine website, but it’s a trap.
This kind of phishing activity is a serious threat to the integrity of the academic publishing process. As fellow researchers and academics, we must educate ourselves about these types of phishing journals. We can learn more about this at https://thinkchecksubmit.org/.
It is alarming that despite the NAAS rating list clearly mentioning the correct genuine journal’s name and website address, many authors are still getting trapped and publishing their work in fake journals. We need to be very vigilant about this kind of phishing and bring it to the attention of students, researchers, and scientists, as well as the relevant authorities.
As researchers and academics, we have a responsibility to ensure that our research is published in reputable journals that maintain high standards of quality and ethics. We must work together to combat these fraudulent activities and protect the integrity of the academic publishing industry.
All researchers and academics to be cautious and vigilant when submitting their work to journals. We must do our part to prevent fake journals from compromising the integrity of academic publishing and undermining the trust of the scientific community.
This protocol allows you to do surprisingly sophisticated at home ‘spectrophotometer’ experiments by turning your mobile phone into a colorimeter. I’m impressed by the quality of the data you can get using these methods, which allow students to do quantitative experiments at home. The protocol is based on this excellent video from Tommy Technetium, but I’ve tweaked the method a bit and suggested some other biological experiments that could be done in this way.
The protocol relies on you downloading a colour picker app to a smart phone. You need an app that will report numerical RGB values, not just suggest paint colours for you! I use ColorPicker as an iPhone app, Android users are recommended to use ColorGrab.
My protocol relies on using 1 cm cuvettes that you would use in a spectrophotometer. I posted these out to…
The policy will push for the whole country to have a nationwide subscription to replace existing subscriptions paid by different research and education institutions to access research journals. The Indian government is in talks with the world’s top scientific publications, including one of the biggest scholarly publishers, Elsevier, to create the system.
If it works, India will become the largest country to give access to paywalled journal articles to more than 1.3 billion of its citizens.
Despite the economic benefits from India’s plan, some scientists and academics are concerned it may go against the spirit of making science and knowledge available for everyone under an open access mechanism.
The principles of open science
American sociologist Robert K. Merton argues all modern scientists should share ownership of their knowledge and research. Putting science behind paywalls, making it exclusive, is the opposite of this norm.
This principle underpins the open science movement, which aims to make all scientific research accessible to everyone.
Open access publication systems, under which research journals are distributed for free after their writers pay the publication fees, works under the spirit of open science.
Therefore India’s plan to purchase access to paywalled knowledge from commercial entities may go against the spirit of modern science.
Making scientific papers accessible by spending public money to pay unreasonable article processing charges should be avoided because the money will go straight to the publishing company’s profits, without substantial added value for the public or the scientific community (aside from peer-review comments from other fellow academics).
The latest deal between Germany and international scientific publishing company Nature is another example.
This agreement will allow authors at institutions across Germany to publish an estimated 400 open-access papers annually in Nature journals. However, it may come with a high price of 9,500 euro or around US$11,200 per article (paid by the German researchers or their institutions), making it the highest price ever paid for an open-access article.
These deals will also create huge barriers for developing countries with limited financial budgets.
Southeast Asia’s most populous country, Indonesia, for example, needed to spend almost US$1 million for subscription fees in 2018. This could pay the tuition fees for hundreds of students.
It is high time countries with limited financial capabilities, like India and Indonesia, fought for the distribution of science as public goods to ensure that everyone gets equal access to knowledge.
We, open science activists in India and Indonesia, have offered a clear national road map for each country that we hope each government adopts to ensure the distribution of knowledge for all.
The subscription payments also do not resolve copyright issues that emerge once the paywalled scientific materials are made open to the public. Publishers still holding the copyright, which they secure by requesting authors sign a copyright transfer agreement after their manuscript is accepted. After this, researchers lose their rights over their work. It’s something many aren’t fully aware of or take for granted.
Under the open-access system, however, researchers retain copyright of their published manuscripts, even though they are widely accessible.
The nationwide subscription may also worsen inequalities between scholars from developing and developed countries when it comes to accessing scientific materials and publishing research results. Under the agreement, any Indian scientist interested in publishing his or her research via an open access mechanism is still required to ask for country funding to pay the article processing charges.
In the end, we are only customers of the publishing industry. Governments, on behalf of us, will spend public money, and commercial publishers will be the ones who make the biggest profit.
We make no progress toward making knowledge available for everyone if governments, as the most important stakeholder, don’t have faith in Merton’s scientific ethos by choosing to pay for access to scholarly literature.
As per the available data and projections, about 870 million people go hungry every day around the world. It is also projected that the population would cross nine billion populations by 2050 and the global agricultural production should be expanded by 60 percent of the present to meet the burgeoning global population food needs. For this, agro-ecological interventions are must for bringing uncultivated lands under cultivation and improving yields. However with the urbanization and land degradation due to climate change and human interventions, for the food and nutritional security in developing countries like India, a sustainable institutional and policy reform with increased investment are needed. There are reports available that the horticulture is having enormous possibility for increasing the food and nutritional security and the tropical fruits being the forefront. The fruits with all the available minerals and vitamins are the potential candidates for achieving nutritional security. For this, the institutions (research institutes) and the policy makers should lay out a defined approach for addressing and meeting the food and nutritional security. While the research institutes would be working out for the development of suitable varieties which can be grown under abiotic stress conditions, the policy interventions from the policy institutes should be worked out on developing policies for bringing the uncultivated lands under cultivation, marketing facilities and investment opportunities. The simple interventions like making unproductive orchards, productive, following intercropping options etc. are few of the policy interventions on farm for increasing the area and production of fruit crops. Like these, I would like to propose to consortia based approach for the development of abiotic stress tolerant plant varieties by phenotyping the germplasm for the abiotic stress tolerant traits and the development of necessary policy interventions for increasing the production, marketing and making available fruits at affordable prices and packs to meet the food and nutritional security in the developing world. At the science forum 2013, I am looking forward for the necessary inputs for the formulation of the project along with the potential partners.
PS: Science Forum 2013 – Early Career Scientists Submission
ICAR-Indian Institute of Horticultural Research, a premier institute under Indian Council of Agricultural Research, New Delhi, established in 1967, has a sprawling eco-friendly campus of 263 ha at Hesaraghatta, Bengaluru. Apart from this main campus, this institute has Central Horticultural Experiment Stations at Bhubaneswar in Odisha and Chettalli in Karnataka and two Krishi Vignyan Kendras (Farm Science Centres) at Gonikoppal and Hirehalli, Karnataka. Ever since established, the institute has been working with a surpassing vision to make horticulture as an enterprise and farmer as an entrepreneur. Moving in this direction, increasing and relentless efforts are in place at this institute to reorient and refine approaches for developing ecofriendly sustainable and widely adoptable technologies contributing towards increased food and nutritional security, quality and higher output. A mission mode approach to bring improvement in fruits, vegetables, ornamental and medicinal crops through genetic manipulation, refinements in pre and post-harvest technology through…
Now that the updating of Life Members List is under process, I request everyone of you to update your details.
Those who are yet to become members, please apply (see arssficar.org)
And I declared earlier, I am going to contest for the post of President (CEC ARSSF).
And as we know and understand that it’s not that only one person can effectively run and manage forum, I request that some of you who can spare time and energy to join me and we shall fight as a team and make it more democratic and strong.
We need to take the leadership for the nation and the world.
Kathleen Berryman, Project Manager at Cabell’s International.
Five months after Jeffrey Beall, librarian at the University of Colorado, Denver, shutdownhis widely consulted blog (Scholarly Open Access) that listed predatory journals and publishers, Cabell’s International based in Beaumont, Texas launched the Cabell’s Blacklistof predatory journals on June 15. Predatory journals cheat researchers by charging fees to publish papers but without carrying any peer-review, thus allowing even trash to be published.
Besides the Blacklist, the Cabell’s also publishes a Whitelist of journals, and both the lists can be accessed for a fee at the company’s website, www.cabells.com.
Kathleen Berryman, Project Manager at Cabell’s, says the company uses a set of criteria to identify deceptive practices employed by journals and will maintain transparency, unlike Beall’s.
How many publishers and/or journals have been included in the list? Is it restricted to Open Access journals?
This is a guest post by Leena Shah, DOAJ Ambassador, India.
It is interesting to note that since the introduction of new criteria for DOAJ listing in March 2014, we have received the highest number of new applications from Open Access journal publishers in India, followed by those in Indonesia, USA, Brazil and Iran. From around 1600 new applications received from India since March 2014 only 4% were accepted, with 78% of the applications rejected for various reasons and approximately 18% still in process.
Looking at the high volume of new applications from OA publishers wanting to be listed in DOAJ, it would seem that the Gold OA publishing model is well accepted and understood in India. But three quarters of the DOAJ applications from India in the last three years have been rejected – often for being questionable, duplicate applications or for not being a journal at all!…