Back in August, I accompanied Nancy Rabalais and LUMCON dive safety officer Ben Acker on a dive trip to station C6C. That location is an oil platform south of Terrebonne Bay with equipment for monitoring water conditions such as temperature, salinity, and dissolved oxygen. I’ve posted before about our work there exchanging equipment and taking samples. I’m involved with the LUMCON dive team through my continued collaboration with Nancy in researching seasonal hypoxia (a.k.a. the Dead Zone) in the region. For example, see our most recent paper on dead zone microbiology. The purpose of this particular trip was to show CBS News the heart of the Dead Zone. Nancy’s recent NOAA-sponsored hypoxia cruise (see Celeste’s trip report) revealed that this year’s zone of hypoxia was the largest ever, and it has attracted a lot of attention as a result. Below is the full-length GoPro footage of the dive, in three parts. A big chunk of the second and third parts are in blackness, at the bottom of the dive, where we searched, in vain, for a lost piece of equipment. But there is some beautiful footage of the rest of the water column if you scroll through the individual videos. A portion of this was included in the CBS News profile. UPDATE 10/4/17: Times-Picayune reporter Sara Sneath found this post and put together a cool summary and link for us at NOLA.com.
We’re looking for students interested in pursuing Ph.D. research on one of a variety of topics in marine and estuarine microbiology. Possible projects involve comparative genomics, integrative (meta)genomics and physiology, synthetic ecology, integrated transcriptomics and metabolomics, high-throughput cultivation, and host-phage interactions. Both basic and applied research avenues are available, and students will have the ability to customize their project based on their interests, including field work/ship time if desired. LSU hosts an advanced high-performance computing environment (http://hpc.lsu.edu), the Socolofsky Microscopy Center, and is an excellent institution for interdisciplinary research at the boundaries of microbiology, marine science, computer science, chemistry, and engineering.
The ideal student will have a positive, solution-minded attitude, be enthusiastic about learning, be kind and hard working, will enjoy pursing research in a collaborative environment, and meet the minimum admissions requirements for LSU. We are currently accepting students for Fall 2018. To be considered for a position, please first send a CV and a brief description of research interests to firstname.lastname@example.org.
For the past four months a crew of four rowers and four shore crew members with OAR Northwest, a not-for-profit adventure education organization, have been on a journey of a lifetime on the Mississippi River. After over 100 days of rowing, the crew has traveled from the headwaters of the River in Minnesota to the Gulf of Mexico. They arrived in Baton Rouge on November 16, 2016 and spent a few days visiting LSU and talking to students about their journey.
Just as the state of Louisiana has a special connection with the “Mighty” Mississippi River, the OAR Northwest rowing crew has a special connection with LSU. This is the second OAR Northwest Mississippi River adventure during which rowers have collected water samples for Dr. Cameron Thrash, an assistant professor in the LSU Biological Sciences department. Cameron’s research focuses on relationships between microorganisms and biogeochemical cycles, particularly in marine systems. Thanks to a relationship with the OAR Northwest team that started when founder Jordan Hanssen met Cameron’s family in Washington, and which has developed into an ongoing citizen science project, the Thrash lab is now building a complete microbial “map” of the Mississippi river…
See more from Paige Jarreau and me about this amazing project at The Pursuit LSU College of Science Blog HERE.
Emily presented her LA Sea Grant-funded work to characterize one of our coastal isolates from the OM252 clade, LSUCC0096. She showed this organism has remarkable salinity tolerance, and can grow under chemolithoautotrophic conditions, a feature that was predicted from genome analysis.
Celeste presented results of her experiment to enrich for microorganisms that could utilize fulvic acids as their sole carbon source. She compared her work to that of former lab member Jessica Weckhorst who performed a similar experiment with humic acids. These are both extremely important fractions of the marine DOC pool.