Loading...
Previously Funded Projects2018-09-03T16:06:39+00:00

PREVIOUSLY FUNDED PROJECTS

WORKING GROUPS

Growth and Planning Panel (Grapple)

PI(s): Dr. Alex Kolker (LUMCON)
Dr. Brian Roberts (LUMCON)
Start Date: 5/23/2017
End Date: ongoing
Funder: LUMCON

Keywords: sea level rise, subsidence, coastal flooding, climate change, infrastructure, marine science laboratories, coastal communities

LUMCON’s Growth and Planning Panel (Grapple) seeks to understand a fundamental question facing coastal facilities today: How to expand capabilities during a future that is almost certain to face increased flood risks from climate change, sea level rise, and long running changes in the coastal landscape? This task is an intellectual challenge for LUMCON, which builds on long running strengths from researchers in the Marine Center and across Louisiana in understanding coastal change and its impacts on coastal communities. However, the task of the Grapple panel is not simply academic; its primary focus is LUMCON’s DeFelice Marine Center in Cocodrie, LA. The DeFelice Marine Center has experienced a substantial increase in flooding over in recent years—a result of numerous long-term physical changes including climate change, subsidence, and land loss, which poses a threat the functioning of the Marine Center. This panel is thus contending with the issues that include whether and how the Marine Center can maintain functionality during times of intense flooding, or whether and how relocations should occur. Topics and recommendations from this Working Group have importance—and will serve as future signposts—for other marine labs and centers in coastal areas throughout both the United States and other countries experiencing tough choices from similar effects of sea-level rise, subsidence, etc. To inform these issues, the panel consists of members from the LUMCON member institutions, governmental agencies and non-governmental organizations with a coastal focus, local businesses as well as marine center faculty and staff. The panel will ultimate produce a set of recommendations for LUMCON’s director, and a publication for a broad audience that can inform marine facilities worldwide.

CATALYSIS MEETINGS

OCEANDOTCOMM

PI(s) Dr. Craig McClain (LUMCON)
Start Date: 3/15/2018
End Date: 3/20/2018
Funder: LUMCON, Sigma Xi, Peer J

Keywords: science communication, social media, technology, storytelling, messaging

OCEANDOTCOMM is a collaborative, storytelling, social media event hosted by LUMCON. The intended audience for this multiday, residential event are science communicators from diverse backgrounds interested in innovate models of science communication. LUMCON has invited a global collection of energetic and dedicated science communicators currently using social media to the Defelice Marine Center to share success stories and innovations related to social media technologies. Participants in science communication will combine their diverse backgrounds of mediums and methods to help others reach broader audiences through social media and popular science outlets. LUMCON is dedicating all staff, facilities, research vessels, and community connections to this recurring event.

Bayou Micreaubio

PI(s): Dr. Marshall Bowles (LUMCON)
Start Date: 5/18/2018
End Date: 5/20/2018
Funder: LUMCON

Keywords: Gulf of Mexico, microbial ecology, oleaginous microbes, microbial pathogenesis, host/pathogen interactions, antibiotic resistance, transcriptomics, methanogenesis, sulfate-reducing bacteria, subsurface microbiology, synotrophic bacteria, microbial electrochemistry, aquatic viruses, environmental health, microbial community dynamics, geomicrobiology, collaborative research

The purpose of this series of 1-2 day workshops is to bring together Gulf Coast microbial ecologists to discuss major research themes of their respective groups and their visions for future research foci. The goals of this workshop are to: 1) become more aware of the related research going on in Louisiana or other parts of the Gulf Coast, 2) identify collaborations that can aid in generating break-through research, 3) identify research themes that could likely be funded, and 4) identify equipment needs attendees would like to see at LUMCON (or home institutions) that would aid in this research. Each participant will provide a 30-minute overview of their research that is targeted for a general audience, with particular focus on broad questions that they are aiming to answer and the technological needs necessary to answer such questions. The inaugural meeting will be hosted at LUMCON over 2 days in May 2018.

Geaux Deep Workshop

PI(s): Craig McClain (LUMCON)
Clifton Nunnally (LUMCON)
Start Date: 8/18/2017
End Date: 8/19/2017
Funder: NSF Biological Oceanography, LUMCON

Keywords: Deep-sea research, Deepwater Horizon, oceanography, biology, oil pollution impacts, carbon budget, long-term monitoring, funding opportunities.

This initial workshop seeks to bring together active researchers that have made significant contributions to deep-sea biology in the Gulf of Mexico to further strengthen and elucidate new avenues for future work. The workshop includes short presentations on past and ongoing research spanning multiple oceanographic and biological disciplines. Topics range from comprehensive response to the Deepwater Horizon oil spill from ECOGIG and DEEPEND projects to organismal studies of organisms and their genetic make-up and to larger oceanographic patterns of spatial distributions of animals. Opportunities are identified for observational research with the NOAA Ocean Explorer as it moves into the Gulf of Mexico to investigate poorly studied/understood habitats in the basin. Topics include specific research objectives, potential collaborative partnerships, identifying funding opportunities with potential support. Three main topics under discussion are 1) the potential for a Gulf of Mexico Cabled Observatory, 2) ongoing monitoring of continued impacts on marine life caused by the Deepwater Horizon oil spill, and 3) a large interdisciplinary investigation of the carbon budget in the Gulf of Mexico from the ocean surface to the deep.