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East Carolina University Virtual Grad Program Recruitment Day 2022

Friday, November 18th from 1-3PM Eastern

REGISTER FOR EVENT

Learn about ECU’s two flagship interdisciplinary PhD programs

The ICS and IDPBBC Ph.D. programs are competitive and interdisciplinary. Both Ph.D. programs are recruiting for the fall 2032 season.
Review of ICS and IDPBBC Ph.D. program applications starts January 15, 2023
Ph.D. Program Admissions

Admission to the ICS Ph.D. and IDPBBC programs is based on several criteria, considered together in a holistic manner. Prospective students should apply online through the ECU Graduate School. Students must meet all requirements for admission to the Graduate School of East Carolina University and the Ph.D. program.

Note: GRE scores are no longer required.

For more information regarding the admissions process, please visit the links below:

VIRTUAL MEETING INFORMATION

REGISTER FOR EVENT (same link as above)

Friday, November 18th from 1-3PM Eastern
Meeting ID: 988 6938 1140 | Passcode: 333665

Join ICS and IDPBBC faculty and students online for an exciting Recruitment Day this November! The event will allow prospective students to learn more about the Ph.D. programs and hear about ongoing research projects. It will also provide an opportunity to learn about ECU's new and exciting Coastal Community Environmental Data Scholars (CCEDS) Training Program supported by the National Science Foundation.

Opportunities available for Fall 2023 recruitment

(additional updates in progress)

Behavioral Insights for Global Fisheries Research Group led by Dr. Eric Wade

The Wade Lab applies social science theories to understand the social dimensions of coastal and marine systems

The Wade Lab is recruiting 1-2 Ph.D. Students to start Fall 2023.

Contact Dr. Eric Wade, Department of Coastal Studies

Prospective students apply to the ICS PhD Program

Applied and interdisciplinary environmental anthropology in coastal and marine systems led by Dr. Cindy Grace-McCaskey
The Grace-McCaskey Team is recruiting 1 PhD student to start Fall 2023

Read more about the NSF-funded project: Large-scale CoPe: Reducing Climate Risks with Equitable Nature-based Solutions: Engaging Communities on Reef-Lined Coasts

Contact Dr. Grace-McCaskey, Department of Anthropology & Coastal Studies Institute | More about Dr. Cindy Grace-McCaskey

Prospective students apply to the ICS PhD Program

The Dept. of Economics is seeking to support up to 2 Ph.D. ICS students who will work in the area of natural hazards research.

The prospective PhD students will contribute to a NSF-funded Large Coastlines and People Research Hub: Coastal Hazards, Economic Prosperity, and Resilience. The research will examine the adverse impacts of hurricanes on households and local economies. The work will engage with community members in eastern North Carolina, Houston, and Port Arthur, Texas to identify strategies that will improve resilience and yield more equitable outcomes without sacrificing economic prosperity.

PhD students will be part of a cohort of students and postdocs who will participate in a comprehensive, research-based, professional development and mentoring plan.

Contact Dr. Meghan Millea, Department of Economics and the Center for Natural Hazards

Prospective students apply to the ICS PhD Program

Dr. Lauren Anllo is recruiting PhD students interested in cell biology!
The Anllo Lab researches the assembly of a stem cell niche to understand fundamentals of tissue formation.

A stem cell niche is a cellular microenvironment that maintains stem cells and regulates their behavior. Accomplishing tissue repair often requires intimate association between stem cells and their niche. The Anllo Lab is working to understand regulation of cell signaling, gene expression, and cell biological responses required to compartmentalize a niche during tissue formation.

The Anllo Lab uses the fruit fly as a model system (A). In fruit flies, the spermatogonial niche is compartmentalized to a region at the apex of the fly testis tube (white box in B). Niche cells assume their position at the male gonad anterior during embryogenesis, before the testis becomes a tube and the spherical gonad only has a few cells (green cells in C-D).

Contact Dr. Lauren Anllo, Department of Biology | More about the Anllo Lab |

Prospective students apply to the BBC Program

Dr. Cameron Schmidt is recruiting PhD students interested in cell physiology!

The Schmidt Integrative Cellular Bioenergetics Lab is working to better understand the energy transforming systems that underlie cellular physiology. They are primarily focused on mammalian reproduction and are trying to understand how chemical microenvironments influence the success of sperm cells during fertilization. They are fascinated by sperm cells because they are the most diverse single cell type among mammals, and because cellular energy transformations are fundamental to their unique physiology.

Research in the Schmidt Lab spans basic and applied science. They are particularly focused on assisted reproductive technologies such as in vitro fertilization in medicine and agriculture.

Contact Dr. Cameron Schmidt, Department of Biology | More about the Schmidt Lab |

Prospective students apply to the BBC Program

The Asch Lab conducts research on the effects of climate change and climate variability on the early life history stages of fishes, with a focus on changes in spawning phenology. We work in a variety of geographic settings (e.g., current projects focus on North Carolina, the California Current, Caribbean, and North Pacific Subtropical Gyre) and aim to blend modeling and observational techniques in our work.

Contact Dr. Rebecca Asch, Department of Biology | More about the Asch Lab

Prospective students apply to the BBC or ICS PhD Program.

Microbial ecology in coupled human and natural systems

Research in the Peralta Lab examines how climate and human-induced environmental changes influence microbial community structure and functions associated with regulating air quality, water quality, and human, animal, and plant health. Current projects examine hydrologic change effects on plant-microbe interactions and carbon and nitrogen cycling processes in urban, freshwater, and coastal wetlands.

Microbial ecology research in the Peralta Lab is also conducted in interdisciplinary teams with economists, engineers, geological scientists, artists, and anthropologists to understand how the natural landscape features interact with the built environment to promote or lessen water quality function in coastal, agriculturally dominated watersheds that are vulnerable to intense storms.

Contact Dr. Ariane Peralta, Department of Biology | More about the Peralta Lab | Prospective students apply to the BBC or ICS PhD Program

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