Wednesday (06-January-2016) — Pacific Ocean

Gone to See the World. Semester at Sea Spring 2016 Voyage on the MV World Odyssey. Day 2: Crossing the Pacific Ocean.

Pacific Ocean Sunset from the Deck of the MV World Odyssey. Image taken with a Leica T camera and 23 mm f/2 lens (ISO 100, 23 mm, f/7, 1/400 sec)

Sun setting over the Pacific Ocean from the deck of the MV World Odyssey. Semester at Sea, 2016 Spring Semester Voyage. Day 2 of 102. Image taken with a Leica T camera and 23 mm f/2 lens (ISO 100, 23 mm, f/7, 1/400 sec). (David J Mathre)
Sun setting over the Pacific Ocean from the deck of the MV World Odyssey. Image taken with a Leica T camera and 23 mm f/2 lens (ISO 100, 23 mm, f/7, 1/400 sec). (David J Mathre)

Wednesday (06-January-2016) — Pacific Ocean

Gone to See the World. Semester at Sea Spring 2016 Voyage on the MV World Odyssey. Day 2: Crossing the Pacific Ocean.

Watercolors at sea on-board the MV World Odyssey.


Click on the above image to access all of the images in the slideshow.


Monday (04-January-2016) — California

Gone to See the World. Semester at Sea Spring 2016 Voyage on the MV World Odyssey. Day 0: San Diego, California.

This morning I went for a walk along the San Diego Harbor to see the MV World Odyssey. This is the new ship that Semester at Sea is using for its voyages, and will be my home for the next 3 1/2 months. Even though the ship is docked in San Diego, we have to take a bus ride to Ensenada, Mexico before we can board the ship. The Spring Semester Voyage starts tomorrow night. The first port will be Honolulu, Hawaii.

Seagull with the MV World Odyssey in the background. San Diego Harbor, California. One day before the 2016 Spring Semester at Sea Voyage would begin. Nikon 1 V3 camera and 10-30 mm VR lens (ISO 200, 24 mm, f/10, 1/125 sec). Image Processed with Capture One Pro, Focus Magic, and Photoshop CC. (David J Mathre)
Seagull with the MV World Odyssey in the background. San Diego Harbor, California. Image taken with a Nikon 1 V3 camera and 10-30 mm VR lens (ISO 200, 24 mm, f/10, 1/125 sec). (David J Mathre)