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  • Locations: Lyttleton, New Zealand; Multi-country, Multi-country; Papeete, French Polynesia; Raiatea, French Polynesia; Woods Hole, MA, United States;
  • Program Terms: Spring
  • Homepage: Click to visit
  • Program Sponsor: SEA Semester 
  • This program is currently not accepting applications.
Dates / Deadlines:

There are currently no active application cycles for this program.
Fact Sheet:
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Housing Type: Cabin on ship, Residence Hall Language of Instruction: English
Program Type: SEA Semester, Third-party provider Credit Type: Transfer credit (grades do not appear on Hopkins transcript)
Language Prerequisite: No Hopkins Application Fee: $25 (provider/university may also charge an app fee)
Application Process: (1) Complete Hopkins app by clicking "Apply Now", (2) Go to program website to complete program app (note deadline may be different)
Program Description:
SEA Header 2018

Who Should Apply?

This study at sea program attracts upper-level students interested in exploring the ocean's role in the global carbon cycle and climate system, as well as investigating the history, challenges and uncertainties of climate-related policies from local to international.

Prerequisite: To be eligible, students must have taken at least three lab science courses (one at the 300-level or higher) or received permission from SEA faculty.

Program Highlights

  • Interface with leading climate science experts in Woods Hole
  • Conduct baseline climate research
  • Examine regional and international policy efforts
  • Make a long, blue-water sailing passage from New Zealand to Tahiti

Program Description

Understanding climate change and its associated impacts is the critical scientific challenge of today, and the timely application of this knowledge to public policy is crucial to the future of our planet. This intensive study abroad at sea semester invites upper-level science students to develop their understanding of the ocean’s role in climate dynamics and the global carbon cycle while working at the research forefront in under-examined areas of the open sea. From natural climate variability to recent anthropogenic influences to the uncertainties of tomorrow, students develop a strong foundation in global oceanographic processes while examining climate-related phenomena along their cruise track.

Natural hazards and climate-driven changes threaten Pacific island nations, including both New Zealand and French Polynesia. Adapting to these challenges is imperative, and nascent mitigation and sustainability strategies in use on islands offer real opportunities for evaluation and improvement. In this program, students consider policies at regional to international scales, first identifying energy, fresh water, coastal ecosystem, and other resources at risk from climate change, and then comparing scenarios and possibilities across locations. Integrating inquiry, analysis and communication, students will shape place-based policy recommendations, leveraging existing climate response strategies while experiencing various roles integral to stewarding our increasingly complex global environment.

Join this exciting New Zealand to Tahiti voyage, one of SEA’s longest sailing passages, to conduct baseline climate research on the rarely studied sub-Antarctic and subtropical waters of the remote South Pacific. Travel along the edge of the Southern Ocean, a region key to climate science because its dynamic ocean circulation and abundant biological productivity provide a major opportunity for carbon exchange between atmosphere and deep ocean. It’s a true blue-water cruise, reaching over 1,000 nautical miles from land in every direction! At stops in the Chatham Islands and French Polynesia, engage with local communities and investigate climate adaptation and sustainability questions raised during the shore component.

At program’s end, students explore long term ecological and climate research efforts throughout the Society Island archipelago and present their scientific findings during a multi-day, second shore component in Tahiti.

Academic Coursework & Credit

SEA Semester: Oceans & Climate offers 18 credits from Boston University. Courses are as follows:


Advanced Oceanographic Field Methods (300-level, 4 credits)
Prereq: Admission to SEA Semester. Three lab science courses (one at the 300-level or higher) or consent of instructor.
Tools and techniques of the oceanographer. Participate in shipboard laboratory operations to gain experience with deployment of modern oceanographic equipment and collection of scientific data at sea. Emphasis on sampling plan design, advanced laboratory sample processing methods, and robust data analysis.

Data Communication & Visualization (300-level, 3 credits)
Prereq: Admission to SEA Semester. Sophomore standing or consent of instructor. 
Information visualization strategies and associated software, emphasizing communication to diverse audiences. Select between geospatial (GIS) and qualitative data foci. Develop graphics and/or multimedia products supporting research projects in concurrent courses. Compile iterative digital portfolio.

Directed Oceanographic Research (300-level, 4 credits)
Prereq: Admission to SEA Semester. Three lab science courses (one at the 300-level or higher) or consent of instructor.
Design and conduct original oceanographic research. Collect data and analyze samples. Compile results in peer-reviewed manuscript format and share during oral or poster presentation session. Emphasis on development of research skills and written/oral communication abilities.

Nautical Science (200-level, 3 credits)
Prereq: Admission to SEA Semester.
Learn the fundamentals of sailing ship operation, in preparation for direct application at sea. Navigation (piloting, celestial and electronic), weather, engineering systems, safety, and sail theory. Participate as an active member of the ship’s crew on an offshore voyage.

Oceans in the Global Carbon Cycle (300-level, 4 credits)
Prereq: Admission to SEA Semester. Three lab science courses (one at the 300-level or higher) or consent of instructor. 
Ocean as carbon source and sink. Examine global-scale flux patterns and carbon storage mechanisms, from solubility/biological pumps to geo-engineering. Explore buffering capacity and mitigation strategies in the face of anthropogenic carbon cycle perturbations. Oral presentation and written research proposal required.




IMPORTANT NOTE FOR ALL JHU APPLICANTS

There is a dual application process for this program:

(1) Students must complete the Hopkins application by clicking on the green "Apply Now" button
AND
(2) Students must complete the program application, which you can access on the program website.

Please make sure to abide by both the Hopkins and the program deadlines as they may be different.

 


This program is currently not accepting applications.