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Biomedical Publisher Future Science Group Joins Taylor & Francis
Taylor & Francis’ Support for Scientific and Medical Communities Expanded with Journals, Digital Hubs and Publishing Solutions
Knowledge services provider Taylor & Francis has today announced the addition of Future Science Group (FSG), publisher of medical, biotechnological and scientific research. As well as bringing a portfolio of cutting-edge journals and digital hubs, FSG’s leading publishing solutions program will enable Taylor & Francis to offer researchers and medical communication planners a host of additional services.
Taylor & Francis now becomes the fourth largest publisher of pharma-funded research, with the addition of 32 peer-reviewed FSG journals and five digital hubs. These complement the existing range of over 340 Taylor & Francis medical and healthcare journals, including the Expert Collection , which is the world’s largest series of review journals in research, development and clinical medicine.
FSG publications represent many of the most important and fast-growing fields of scientific, medical and pharmaceutical research, including oncology, medicinal chemistry, immunotherapy, microbiology, nanomedicine and biotechnology. Researchers can choose to publish open access (OA) in all FSG journals, with 15 titles fully OA.
The addition of FSG will also accelerate the growth of Taylor & Francis services for researchers and medical communication planners. FSG’s market-leading Plain Language Summary Hub supports authors to make technical content accessible for lay audiences and empowers patients in decision-making about their care.
Leon Heward-Mills, Researcher Services Managing Director at Taylor & Francis, said: “We’ve long respected the work of FSG’s creative and plain-language summary teams. Their expertise will help us scale up our existing researcher services programs, deepen our relationships with customers, and support real-world impact.”
James Drake, Founder and Chairman of Future Science Group, said: “Over the last 22 years, FSG has developed a range of unique offerings, all underpinned by a mission to convene scientific communities, and support translation, collaboration and innovation. These are priorities I know the team at Taylor & Francis value too. I’m certain that the move we’re announcing today will ensure the FSG journals, hubs and services reach their full potential and continue to meet the evolving needs of today’s researchers.”
Liz Knowles, Global Portfolio Director for Medicine at Taylor & Francis added, “The FSG journals and hubs are a perfect fit for Taylor & Francis, complementing our existing areas of strength as well as supporting growth in many of the fields we had identified for extra investment. We’re looking forward to working with our new colleagues to increase the reach and impact of FSG publications with research communities across the globe.”
About Future Science Group
Founded in 2001, Future Science Group is a progressive publisher focused on breakthrough medical, biotechnological and scientific research. FSG’s portfolio consists of three publishing imprints, Future Science, Future Medicine and Newlands Press. In addition to a core business of subscription and open access journal publishing, FSG develops specialist digital hubs, such as Bioanalysis Zone, enabling professionals to easily connect and collaborate with their peers in niche scientific fields.
About Taylor & Francis
Taylor & Francis supports diverse communities of experts, researchers and knowledge makers around the world to accelerate and maximize the impact of their work. We are a leader in our field, publish across all disciplines and have one of the largest Humanities and Social Sciences portfolios. Our expertise, built on an academic publishing heritage of over 200 years, advances trusted knowledge that fosters human progress.
Our 2,500+ people, based in a global network of offices in more than 15 countries, use their skills and the latest technology to curate, validate and share impactful advanced, emergent and applied knowledge. Under the Taylor & Francis, Routledge and F1000 imprints we publish 2,700 journals, 8,000 new books each year and partner with more than 700 scholarly societies.
Taylor & Francis is proud to be a Global Certified Accessible™ publisher and our operations and all our print publications are certified CarbonNeutral®.
Mark Robinson, Corporate Media Relations Manager, Taylor & Francis ( [email protected] )
University of South Florida
USF College of Marine Science
Main navigation, prestigious nasa award will help cms student study the southern ocean.
IMAGE ABOVE: Doctoral student Sara Reinelt will use data from the Surface Water and Ocean Topography (SWOT) satellite mission in her research funded by the FINESST grant. Credit: NASA/JPL-Caltech/CNES
- November 13, 2024
- Awards , Blogs and Perspectives
Written by: Carlyn Scott , Communications Manager
Sara Jean Reinelt, a doctoral student at the USF College of Marine Science (CMS), was recently awarded the prestigious Future Investigators in NASA Earth and Space Science and Technology (FINESST) grant. Reinelt was awarded a three-year grant, with $50,000 in funding each year.
IMAGE ABOVE: Sara Reinelt, a doctoral student in the lab of Don Chambers, was awarded the FINESST grant from NASA.
Out of 434 proposals received in the Earth Science Division, Reinelt’s proposal was one of 57 selected for funding. The FINESST grant will fund Reinelt’s research on the role of mesoscale eddies in carbon ventilation in the Southern Ocean.
“Sara is a bright student, and this work will give us more information about carbon flux in the Southern Ocean, especially during the winter months, when there are limited direct measurements,” said Don Chambers , professor at CMS and Reinelt’s advisor.
Reinelt’s project will use satellite altimetry and data from the Surface Water and Ocean Topography (SWOT) mission, coupled with biogeochemical Argo floats , to gather data on eddy-induced carbon dioxide flux.
“I am using satellite altimetry to identify the location of eddies based off sea surface height,” said Reinelt. “SWOT then provides a better resolution of eddies – such as their strength and size – and allows us to potentially even observe more eddies at this scale.”
The Argo floats, profiling instruments that drift with ocean currents and throughout the water column, can then identify how much carbon is moving between the air-sea interface.
By combining satellite data with in situ observations from the floats, Reinelt aims to more accurately classify eddies and their impact on carbon dioxide flux in the region.
“A majority of carbon dioxide flux occurs in the Southern Ocean, and up until fairly recently, we were still not able to quantify how eddies contribute to that flux,” said Reinelt.
It was previously believed that the effects of cyclonic and anti-cyclonic eddies canceled each other out regarding carbon dioxide flux. However, as Reinelt points out, there is insufficient evidence in this region to support that assumption.
Reinelt is eager to conduct this research.
“This is a variation of the research I have wanted to do since I was applying for my PhD program,” she said. “I am thrilled I have the funding to finally make it happen!”
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Our blue planet faces a suite of challenges and opportunities for understanding and innovation. Our mission is to advance understanding of the interconnectivity of ocean systems and human-ocean interactions using a cross-disciplinary approach, to empower the next workforce of the blue economy with a world-class education experience, and to share our passion for a healthy environment and science-informed decision-making with community audiences near and far.
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