Jonathan Shanklin, an experienced Antarctic researcher, talks about his adventures in Antarctica, witnessing the hatching of an albatross chick, encountering storms and wildlife, and his involvement in British Antarctic surveys. He also discusses the calibration of the ozone measuring instrument and its relevance today.
Antarctica offers breathtaking landscapes, unique wildlife, and improved accommodations on its stations.
Jonathan Shanklin's ongoing research and calibrations contribute to accurate measurements of ozone levels in Antarctica.
Deep dives
Antarctica: A Remote and Mysterious Continent
Antarctica, the coldest and windiest continent, is visited by fewer people each year than the Faroe Islands. With a population mostly composed of scientists, the continent boasts breathtaking landscapes and unique wildlife. Jonathan Shanklin, one of the discoverers of the ozone hole, recounts his memorable experiences in Antarctica, including witnessing icebergs, wildlife like penguins and albatrosses, and sailing along the Antarctic Peninsula. Shanklin also shares his time on Bird Island, observing nesting albatross chicks and engaging in recreational activities such as skiing and skizuring. Life on the Antarctic stations has evolved, with improved accommodations, modern clothing, and professional chefs. Jonathan's expertise in ozone measurement continues to contribute to ongoing research and the accurate calibration of ozone measuring instruments in Antarctica.
Contributing to Ozone Research in Antarctica
Even after retirement, Jonathan Shanklin remains involved in ozone measurements for the British Antarctic Survey. His expertise led him to undertake a meteorological observer role in Antarctica, where he conducted calibrations for ozone measuring instruments. These measurements have proven instrumental in a current automated ozone measuring machine that operates year-round with remote power. Shanklin's calibrations from five years ago contribute to the accuracy of the machine's measurements today. This ongoing research enhances understanding of ozone levels and atmospheric conditions in Antarctica, highlighting the long-lasting impact of scientific endeavors in the continent.