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Directing Biosynthesis online

Directing biosynthesis online Introduction Welcome You are warmly invited to join us online in April 2021. The Directing Biosynthesis conference has been a key meeting in the biosynthetic research calendar for over a decade and is set to be a highlight in 2021 for the community of researchers interested in the biosynthesis of natural products. Organised by the Royal Society of Chemistry, the 2021 conference will host some of the leading researchers from around the world. Networking and discussion are an important part of Directing Biosynthesis meetings and this remains true for the online forum. The conference promises to be a great forum for established and early-career scientists, post-graduate students and industrial researchers to network with each other and build strong collaborations for the future.

New research unlocks mysteries of soupfin shark migration and reproduction

INTERVIEW: Rutgers University Uses Slocum Glider For

INTERVIEW: Rutgers University Uses Slocum Glider for Ocean Acidification Study For me personally, it was the first project that I ve worked with gliders. As a biologist, it was a lot of fun, but also the partnerships made and the opportunities provided to students has been amazing. They ve been able to work with this technology. They ve learned a lot about chemistry just through working with the sensor. So it iss providing a lot of STEM education to our graduate and our undergraduate students. Photo Courtesy Rutgers University/Grace Saba Photo Courtesy Rutgers University/Grace Saba Grace Saba, Assistant Professor, Center for Ocean Observing Leadership, Department of Marine and Coastal Sciences, Rutgers University discusses the value of the Slocum glider and pH sensor technology in the study of Ocean Acidification.

Satellite Shows Atmospheric River Storms as Driver of Snowfall

Written by AZoCleantechMar 3 2021 Researchers used NASA’s ice-measuring laser satellite to determine that atmospheric river storms are the main driver of elevated snowfall levels in West Antarctica during the austral winter in 2019. Thwaites Glacier in 2019. Image Credit: Kiya Riverman. The results of the study, which was published recently in the Geophysical Research Letters journal, achieved by researchers from Scripps Institution of Oceanography at the University of California San Diego and their collaborators will help enhance the comprehensive knowledge of the processes forcing change in Antarctica and result in improved predictions of sea-level rise. The research was financially supported by NASA, with further support from the Rhodium Group’s Climate Impact Laboratory, a consortium of leading research institutions analyzing the threats of climate change.

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