Listen to the names: Snares, Bounty, Antipodes, Auckland, Campbell, Macquarie and Chatham Islands. They are music to birders ears. Apart from the Chathams, these islands are probably more isolated now than they were when they were discovered in the late 1700's and early 1800's, and were regularly visited by sealers, whalers and government steamers searching for castaway sailors. It is relatively simple to get to the Chatham Islands, but opportunities to visit the others are rare. This expedition is the only one to include all of these islands. The islands occupy the tempestuous latitudes of the 'Roaring Forties' and the 'Furious Fifties' but they are also known as the Albatross Latitudes and with good reason. Ten of the world's albatross species breed in the region; five of them nowhere else but here! In fact this zone, where the air is never still, hosts the most diverse collection of seabirds in the world. More than 40 species breed down here - that is at least 11 percent of the entire world's seabird population.

With the exception of the Chathams, the islands are all designated UNESCO World Heritage sites and are afforded the highest conservation status and protection by the Australian and New Zealand governments, so passage to their shores is not granted lightly. There are also islands that we visit within the Chatham Archipelago with similar status and protection. This expedition has huge appeal to pelagic enthusiasts, penguin fanatics and those interested in island endemics. You don't have to be a keen birder though to enjoy this voyage. People interested in islands and island ecology, botany, geology and an increasing number of photographers have enjoyed this trip immensely, as have those interested in the history of southern ocean discovery and exploration. This is one of the ‘signature expeditions', which has operated annually for over 20 years, so you will benefit from a hige volume of knowledge and expertise that has been gained over this time.

Please note: these prices are subject to foreign exchange fluctuations.