Part-time Helper for Ice Sheet Dynamics Study

Job Summary

Job Description

Ice sheets play an important role in climate dynamics, but we do not fully understand how they destabilize. While modern observations can be used to study short-term trends, we must use the geologic record to explore how ice sheets respond to climate over thousands of years. One tool we can use to do this is called ice-rafted debris (IRD), which is the sediment dropped by icebergs onto the ocean floor. By studying these sediments, especially during large iceberg discharge events that occurred in the past, we can learn more about ice sheet behavior. The main task of this project is to analyze specific minerals (hornblende) in the IRD to figure out which North Atlantic ice sheets experienced dramatic discharge events during the last glacial period thousands of years ago. This research will help improve iceberg models for ongoing studies related to polar climates.

Job Responsibilities:

• Work with marine sediment samples, specifically sand-sized grains of hornblende, using a microscope to identify and pick out relevant grains for analysis.
• Follow detailed instructions and perform sieving and picking of these sand grains accurately.
• Record and track your work in a scientific and organized manner.
• Collaborate with Danielle LeBlanc, a postdoctoral investigator, for training and guidance throughout the project.

Skills & Qualifications:

• Attention to Detail: This work requires patience and careful attention to the microscopic details of the samples.
• Interest in Earth Science: While some background in Earth science coursework is helpful, enthusiasm and curiosity about Earth sciences and climate change are more important.
• Scientific Curiosity: A strong desire to learn about scientific research methods and the process of analyzing geologic records.
• Microscope Work: Comfort working under a microscope for extended periods (up to 4 hours/day).
• Teamwork: Ability to follow instructions, work independently, and collaborate with the research team.
• Organizational Skills: Ability to keep accurate records and ensure precise work is done consistently.

What You Will Gain:

• Hands-on experience with marine sediments and a glimpse into scientific research.
• Learn about the importance of ice sheets in Earth's climate and their long-term effects.
• Work closely with a postdoctoral investigator and gain insight into the research process.
• Opportunity to contribute to a research project that will be used in iceberg modeling studies.
• Option to use data from the project for a science fair or other academic pursuits.
• Opportunity for potential co-authorship on a scientific publication.

Prerequisites:

• A keen interest in Earth science and climate change.
• Must be detail-oriented and patient.
• Must be willing to commit to 4 weeks of work, 20 hours per week onsite.
• No prior experience necessary, but enthusiasm is essential!

Additional Job Requirements

How to Apply: Please submit a brief statement of interest outlining your passion for Earth sciences and any relevant coursework or experiences. Include your availability for a 4 week/20 hours per week commitment (flexible)

This is a fantastic opportunity to explore a career in science while contributing to cutting-edge climate research!

WHOI accepts applications on a rolling basis - applications will be reviewed as they are received, and we encourage you to submit your application as soon as possible to ensure full consideration. While we will continue to review applications until the position is filled, and early applicants may have an advantage in the selection process.

EEO Statement

Woods Hole Oceanographic Institution (WHOI) provides equal employment opportunities to all employees and applicants for employment and prohibits discrimination and harassment of any type without regard to race, color, religion, age, sex, national origin, disability status, genetics, protected veteran status, sexual orientation, gender identity or expression, or any other characteristic protected by federal, state or local laws.