Explore the natural beauty and geological wonders of Iceland, home to massive glaciers, powerful waterfalls, volcanoes, spouting hot springs, and black-sand beaches.

Starting at: $5,397 * Includes airfare, taxes & all fees Make a Reservation Ask Us A Question or Call 855-330-1542
 Iceland's Gullfoss Waterfall  Snaefellsnes Peninsula  Puffins along the cliffs of Iceland  Godafoss Waterfall  Dettifoss, Vatnajökull National Park  Iceland's Namaskard geothermal area near Lake Mývatn  Volcanic steam vent  Atlantic puffins  Thingvellir National Park  The Great Geysir  Rainbow over Gullfoss Waterfall  Black sand beach and basalt columns at Reynisdrangar, near Vik  Black lava beach near Vík  Seljalandsfoss, near Vik  Skógafoss Waterfall  Traditional Icelandic home  Icelandic horses  The colorful capital of Reykjavik  The Statue of Leif Eiriksson and Hallgrímskirkja Church   The Blue Lagoon  The Northern Lights in Iceland

Adventure in Iceland

11 days from $5,397 | includes airfare, taxes and all fees

Explore the natural beauty and geological wonders of Iceland, home to massive glaciers, powerful waterfalls, volcanoes, spouting hot springs, and black-sand beaches.

or Call 855-330-1542

Tour Details

TOUR BROCHURE

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WHAT OUR TRAVELERS SAY

Iceland is the most unique place we've ever been and Smithsonian Journeys did a magnificent job of showing it to us. We learned a lot, laughed a lot and had a wonderful time. This is a great tour.

- Richard L.

The trip to Iceland felt adventurous, exciting and comfortable. The place was gorgeous and the leadership skillful. Thanks for the unforgettable experience! 

- Mariana V.

Iceland is one of the most revealing places to study the history of our earth. The volcanoes, lava fields, waterfalls and geysers are amazing reminders of the power of nature. 

- Judith H.

This trip was a wonderful experience. I loved the beauty and diversity of Iceland. Being led by such an experienced and knowledgeable guide made it very special. I would love to go back! 

- J. Trehy

JOURNEYS DISPATCHES

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Experts

May 21 - 31, 2020 Departure; Sep 12 - 22, 2020 Departure
Allen  Glazner

Allen Glazner

Allen Glazner is Professor Emeritus of Geological Sciences at the University of North Carolina at Chapel Hill. He received his B.A. from Pomona College and Ph.D. from the University of California at Los Angeles. His research focuses on magmatism and plate tectonics of western North America, with special emphasis on the Sierra Nevada Range and Yosemite National Park. Allen has won two University Teaching Awards, has led dozens of field trips in the American Southwest for groups ranging from academic specialists to the general public, and has trained astronauts and National Park personnel in the field and classroom. In addition to over 100 academic papers he has coauthored three Geology Underfoot books on California regions: southern California, Death Valley-Owens Valley, and Yosemite National Park.

Jul 2 - 12, 2020 Departure; Jul 23 - Aug 2, 2020 Departure
Scott Burns

Scott Burns

Scott Burns is a Professor Emeritus of Geology and Past-Chair of the Dept. of Geology at Portland State University where he just completed his 28th year of teaching. He was also Associate Dean of the College of Liberal Arts and Sciences at P.S.U. from 1997-1999. Scott has been teaching for 48 years, with past positions in Switzerland, New Zealand, Washington, Colorado and Louisiana. Dr. Burns specializes in environmental and engineering geology, geomorphology, soils, and Quaternary geology. Scott has won many awards for outstanding teaching, the most significant being the Faculty Senate Chair Award at Louisiana Tech University in 1987, the Distinguished Faculty Award from the Portland State Alumni Association in 2001, and the George Hoffmann Award from PSU in 2007. Based on his national leadership performance Scott was chosen to be a fellow of the Geological Society of America (2004) and a fellow with the Kellogg National Fellowship Program (1990 – 1993). He was president of the Downtown Rotary Club of Portland, Oregon’s oldest and largest Rotary club in 2009. Scott is a 6th generation Oregonian who grew up in Beaverton and is very happy to be "home" after a 25 year hiatus! He actively helps local TV, radio stations and newspapers bring important geological news to the public. Scott enjoys all sports, especially basketball, running, skiing, hiking, swimming, tennis, and golf.

Aug 6 - 16, 2020 Departure
Katryn Wiese

Katryn Wiese

Katryn Wiese is a professor of Geology and Oceanography at City College of San Francisco, where she has taught field, lab, and lecture classes since 1995. With degrees and training in the Earth and Ocean Sciences from Caltech and Oregon State University, and post-graduate work at Stanford University, her research background is in volcanic chemistry and processes. Her field research experiences include tin-mineralizing granites and sapphire mines in Australia, the Eyjafjöll Volcanic System in Iceland, and seafloor volcanism and hydrothermal vents in the Pacific Ocean offshore the Galapágos Islands and in the Atlantic off the Azores Islands. She has journeyed worldwide as a scientist, gaining extensive local geologic and oceanographic expertise across the U.S., Mexico, Peru, Palau, Tahiti, Fiji, New Zealand, and Australia and has organized and led geology and oceanography field trips for students, for the National Park Service, and for geoscience professionals at national and international conferences.

Oct 13 - 23, 2020 Departure
Stephanie Grocke

Stephanie Grocke

Stephanie Grocke earned her B.A. in Geology from Colby College and her Ph.D. in Volcanology from Oregon State University. She served as a postdoctoral scholar at the Smithsonian Institution, National Museum of National History, and as a NSF-Fulbright Arctic Research Scholar at the University of Iceland in Reykjavik, where she investigated the gas emissions from the 2014-2015 Bardarbunga eruption in Iceland, the largest by volume in the country for more than 200 years.  Stephanie’s research explores the most explosive volcanism on Earth. Supereruptions, as they are referred to, have the potential to cause devastating hazards and changes to global climate; Stephanie’s research aims to identify the magmatic processes that result in this style of volcanism.