Author: Schuler, Debra

Grad Students Enjoy #OSM20

Nine graduate students shared their research at the 2020 Ocean Sciences Meeting in San Diego, California. A total of 22 presentations were given by DMS faculty, postdocs, and students. Besides the science, folks visited the La Jolla beaches and San Diego Zoo, ate delicious Mexican food, and networked with colleagues. We’re looking forward to more conferences and sharing our science!

 

See the full list of presentations:
https://marinesciences.uconn.edu/2020/02/13/uconn-dms-at-ocean-sciences-2020/

 

  • San Diego Convention Center
    Outside the San Diego Convention Center.
  • Vlahos lab group
    Vlahos Lab looking fierce (seated Penny Vlahos; standing left to right: Lauren Barrett, Emma Shipley, and Allie Staniec).
  • Halle Berger OSM2020
    Graduate student Halle Berger (far left) presenting her research on the Dungeness Crab.
  • Lauren Barrett OSM2020
    Graduate student Lauren Barrett giving her oral presentation.
  • Poster hall OSM2020
    Poster hall at OSM20.
  • Palm trees and sunshine
    Palm trees and sunshine!
  • Mengyang Zhou OSM2020
    Graduate student Mengyang Zhou with his poster.
  • La Jolla sea lions
    Sea lions hanging out on the beach in La Jolla, CA.
  • DMS booth OSM2020
    Working the DMS booth in the exhibit hall (left to right: postdoc Martina Capriotti, and graduate students Mengyang Zhou, and Kelly McGarry).

DMS investigators complete full comprehensive nitrogen balances of LIS

Of the nitrogen delivered to Long Island Sound (LIS) using a 20 year time series, Vlahos, Whitney, and colleagues Found 40% of it is exported as primarily organic nitrogen (70% vs 30% as nitrate). However, 60% of the nitrogen Entering the LIS is either buried in sediments and/or denitrified to nitrogen gas and N2O.

https://today.uconn.edu/2020/02/understanding-long-island-sounds-dead-zones/

Former Marine Sciences graduate student, Dr. Maria Rosa, named as an Emerging Scholar by Diverse: Issues In Higher Education magazine

Former Marine Sciences graduate student, Dr. Maria Rosa, named as an Emerging Scholar by Diverse: Issues In Higher Education magazine (https://diverseeducation.com/2020-emerging-scholars/). For the past 19 years, Diverse: Issues In Higher Education has recognized an interdisciplinary group of minority scholars who represent the very best of the U.S. academy. Emerging Scholars are selected from hundreds of nominations, and those professors selected have distinguished themselves in their various academic disciplines and are actively working to make our society more equitable and just. This year, former Marine Sciences graduate student, Maria Rosa was one of fifteen professors nation-wide selected for the honor. Maria completed her PhD degree in 2016 (major advisor: Dr. J. Evan Ward), spent two years as a NSF-funded postdoctoral scholar at Stony Brook University (mentor: Dr. Dianna Padilla), and is currently the George and Carol Milne Assistant Professor of Biology at Connecticut College.

IUCN releases comprehensive report on ocean deoxygenation

9 December 2019. During the COP25 summit in Madrid, the International Union for Conservation of Nature (IUCN) released its latest comprehensive report titled “Ocean deoxygenation: everyone’s problem” that compiles the current evidence for the ongoing, man-made decline in the oceans oxygen levels. The 588 page, 11 chapter wake-up call to these detrimental changes was produced by leading experts in the field. UConn DMS faculty Baumann is one of the co-authors in chapter 6 “Multiple stressors – forces that combine to worsen deoxygenation and its effects”.

From the executive summary:
“The equilibrium state of the ocean-atmosphere system has been perturbed these last few decades with the ocean becoming a source of oxygen for the atmosphere even though its oxygen inventory is only ~0.6% of that of the atmosphere. Different analyses conclude that the global ocean oxygen content has decreased by 1-2% since the middle of the 20th century. Global warming is expected to have contributed to this decrease, directly because the solubility of oxygen in warmer waters decreases, and indirectly through changes in the physical and biogeochemical dynamics.”

Access to the full report:
https://portals.iucn.org/library/node/48892

Chapter 6. Multiple stressors – forces that combine to worsen deoxygenation and its effects (5.86 MB) https://portals.iucn.org/library/sites/library/files/documents/06%20DEOX.pdf

Conservation Physiology publishes DMS study on early life CO2 sensitivity of Northern sand lance

21 November 2019. Members of the Evolutionary Fish Ecology lab (befel.marinesciences.uconn.edu) are excited to announce that Conservation Physiology has just published our ground-breaking research on the unusual, high sensitivity of Northern sand lance embryos to acidification and warming. Dr. Chris Murray, who recently graduated from UConn with his Ph.D. and now pursues his post-doctoral research at the University of Washington, is the lead author of this study, which was funded by a Northeast Regional SeaGrant project and conducted in collaboration with NOAA colleagues from Stellwagen Bank National Marine Sanctuary.

Our study suggests that organisms that develop slowly in offshore, temperate/subpolar habitats are likely most vulnerable to the combined effects of increasing temperature and acidification in the ocean.

Murray, C.S.*, Wiley, D., and Baumann, H. (2019) High sensitivity of a keystone forage fish to elevated CO2 and temperature. Conservation Physiology 7:1-12
DOI: 10.1093/conphys/coz084