Projects

Project Location:
Ny Alesund, Svalbard, Norway
Project Funded Title:
Svalbard REU: Understanding climate change in Tidewater environments of the High Arctic

Project Members

Peggy McNeal

Peggy McNeal
Organization: 
Los Coches Creek Middle School
Occupation: 
Teacher

Julie Brigham-Grette

Julie Brigham-Grette
Organization: 
University of Massachusetts
Occupation: 
Researcher

Ross Powell

Ross Powell
Organization: 
Northern Illinois University
Occupation: 
Researcher

Mark Goldner

Mark Goldner
Organization: 
Heath K-8 Elementary School
Occupation: 
Teacher

Julie Brigham-Grette

Julie Brigham-Grette
Organization: 
University of Massachusetts
Occupation: 
Researcher

Ross Powell

Ross Powell
Organization: 
Northern Illinois University
Occupation: 
Researcher

Mike Rhinard

Mike Rhinard
Organization: 
Riverglen Junior High School
Occupation: 
Teacher
Expeditions: 

Julie Brigham-Grette

Julie Brigham-Grette
Organization: 
University of Massachusetts
Occupation: 
Researcher

Ross Powell

Ross Powell
Organization: 
Northern Illinois University
Occupation: 
Researcher

Project Description

The Svalbard Archipelago has an arctic climate and is home to several large bodies of ice – alpine glaciers in the mountains, and tidewater glaciers that descend into the sea. For the past 10,000 years the glaciers of this region have been receding and more recently researchers have noted a regional reduction in sea ice.

The research team, which included undergraduate geoscience students participating in the Research Experiences Undergraduates (REU) Program, traveled to Svalbard to research how high latitude glaciers, melt-water streams, and sedimentation in the fjords reflect climate. The Svalbard region is ideal for the study of past climate because several different types of measurements on and around glaciers can be conducted there. Working out of small boats in the fjord and hiking to sites on land, the team collected data to determine what relationships exist between current sedimentation, glaciers, oceans, and climate. Using the historic sedimentation record can help the researchers understand and better predict how glacial systems react to climate change.

Location