Science

Remarkable images capture the diversity of Earth’s ice formations

Canton Z?rich, Switzerland Ice has formed around a waterfall near Gibswil. Icicles growing from the top, and ice formations growing from the bottom have coalesced into one continuous column. Page 16 + 17

Michael Hambrey and Jürg Alean

A giant, impossible icicle. Starkly exposed mountain slopes. Billion-year-old rocks behind a lone iceberg. And the view from within a glacial tunnel.

These four beautiful and moving images come from a new book, Our Frozen Planet by Michael Hambrey and Jürg Alean. It sets out to celebrate the cryosphere – the collective noun that describes the world’s ice in all its forms, from glaciers and ice sheets to permafrost and snow cover.

The main image shows ice that has formed around a waterfall near Giswil, Switzerland. Icicles growing from the top have fused with ice formations emerging from the bottom to create a giant ice column.

Our Frozen Planet ? Papadakis Bryce Canyon, Utah, USA Slope aspect strongly affects the snow distribution in mountain terrain. Almost all the snow has melted on the south-facing slope of this ridge, whereas a substantial cover remains on the shady, north-facing slope on the left. Page 32+33

Bryce Canyon in Utah

Michael Hambrey and Jürg Alean

Pictured above is Bryce Canyon in Utah. The direction of a slope strongly affects how snow is distributed in mountainous areas. Almost all the snow has melted on the south-facing slope of this ridge, but a substantial cover remains on the shady, north-facing left side.

Nordvestfjord, Northeast Greenland National Park, 2017 With a backdrop of some of the world?s oldest rocks, 2-3 billion year old gneisses, this pinnacled iceberg is reflected in the calm waters of the deep fjord. Pahe 169

Nordvestfjord, in Northeast Greenland National Park,

Michael Hambrey and Jürg Alean

The image above shows Nordvestfjord, in Northeast Greenland National Park, where some of the world’s oldest metamorphic rock forms a backdrop to an iceberg reflected in the deep fjord’s waters.

Vadret da Morteratsch (Morteratsch Glacier), Engadin, Switzerland, 2009 Meltwater has carved an englacial tunnel into the glacier. In winter, a descent through the tunnel became possible, as no meltwater was then flowing. Page 136+137

Vadret da Morteratsch glacier

Michael Hambrey and Jürg Alean

In Switzerland’s Vadret da Morteratsch glacier (pictured above), meltwater has carved a tunnel through the snow and ice. The photo was taken from inside the tunnel in winter when no meltwater was flowing through.

Topics:


Source link

Related Articles

Leave a Reply

Your email address will not be published. Required fields are marked *