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Cave in waterfall undercut, Cathedral Gorge in Purnululu National Park (Bungle Bungle), UNESCO World Heritage Site, Western Australia, Australia, Pacific

In mid January 2015, a three day period of excessive rain brought unprecedented floods to the small poor African country of Malawi. It displaced nearly quarter of a million people, devastated 64,000 hectares of land, and killed several hundred people. This shot shows a road and bridge washed away near Chikwawa.

A collapsed coastal road near Skipsea on Yorkshires East Coast, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This sectiion of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all playing their part.

A collapsed coastal road at between Skipsea and Ulrome on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This sectiion of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all palying their part.

A collapsed coastal road at between Skipsea and Ulrome on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This sectiion of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all palying their part.

A collapsed coastal road at Easingotn on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This sectiion of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all palying their part.

A collapsed coastal road at near Aldbrough on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This sectiion of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all palying their part.

Concrete sea defences at Beach Bank Caravan Park in Ulrome near Skipsea on Yorkshires East Coast, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This section of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all playing their part.

A collapsed coastal road at between Skipsea and Ulrome on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This sectiion of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all palying their part.

A Second world War lookout post leaning alarmingly and about to tumble over the edge of the cliff near Aldbrough on Yorkshires East Coast, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This section of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all playing their part.

A collapsed coastal road at Barmston on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This sectiion of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all palying their part.

A holiday chalet in the sand dunes at low Newton by the Sea on Northumberland's coast stands precarioulsy close to the edge following a severe storm surge in December 2013 that caused considerable erosion to the sand dunes.

Dunes collapsing at the head of the beach on the Northumberland coast after being undercut by a storm and high tide.

The Remains of the Godwin battery on the beach at Kilnsea at the head of Spurn point on Yorkshires East Coast, UK. Initially constructed during the First World War, the Godwin Battery was added to during the Second World War. It comprised of gun emplacements, search light, barracks, officers’ mess, and a hospital. This section of coastline is the fastest eroding coastline in Europe. The soft boulder clay cliffs are easily eroded and have been eroding since Roman Times, but recently the climate change impacts of increased stormy weather, increased heavy rainfall events and sea level rise have accelerated the rate of erosion. The average rate of attrition is 1.5metres per year, last year it was 5 metres.

The Remains of the Godwin battery on the beach at Kilnsea at the head of Spurn point on Yorkshires East Coast, UK. Initially constructed during the First World War, the Godwin Battery was added to during the Second World War. It comprised of gun emplacements, search light, barracks, officers’ mess, and a hospital. This section of coastline is the fastest eroding coastline in Europe. The soft boulder clay cliffs are easily eroded and have been eroding since Roman Times, but recently the climate change impacts of increased stormy weather, increased heavy rainfall events and sea level rise have accelerated the rate of erosion. The average rate of attrition is 1.5metres per year, last year it was 5 metres.

In mid January 2015, a three day period of excessive rain brought unprecedented floods to the small poor African country of Malawi. It displaced nearly quarter of a million people, devastated 64,000 hectares of land, and killed several hundred people. This shot shows a road bridge destroyed near Chikwawa.

A man on the cliff tops at Boscastle overlooking Meachard Island, Cornwall, England, United Kingdom, Europe

A man on the cliff tops at Boscastle overlooking Meachard Island, Cornwall, England, United Kingdom, Europe

A man on the cliff tops at Boscastle overlooking Meachard Island, Cornwall, England, United Kingdom, Europe

View from the cliff tops at Boscastle overlooking Meachard Island, Cornwall, England, United Kingdom, Europe

Coastal erosion as a result of sea level rise, with trees undercut and toppled by erosion on Green Island off Cairns in Queensland, Australia, Pacific

A man on the cliff tops at Boscastle overlooking Meachard Island, Cornwall, England, United Kingdom, Europe

Coastal erosion as a result of sea level rise, with trees undercut and toppled by erosion on Green Island off Cairns in Queensland, Australia, Pacific

View from the cliff tops at Boscastle overlooking Meachard Island, Cornwall, England, United Kingdom, Europe

Smashed concrete sea defenses at Ulrome near Skipsea on Yorkshires East Coast, UK. The sea has eroded past the barriers and left them stranded further down the beach. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This section of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all playing their part.

A collapsed coastal road at Barmston on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This section of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all playing their part.

A collapsed coastal road at between Skipsea and Ulrome on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This section of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all playing their part.

A collapsed coastal road at between Skipsea and Ulrome on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This section of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all playing their part.

A collapsed coastal road at between Skipsea and Ulrome on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This section of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all playing their part.

A collapsed coastal road at between Skipsea and Ulrome on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This section of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all playing their part.

A collapsed coastal road at between Skipsea and Ulrome on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This section of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all playing their part.

A collapsed coastal road at near Aldbrough on Yorkshires East Coast, near Skipsea, UK. The coast is composed of soft boulder clays, very vulnerable to coastal erosion. This section of coast has been eroding since Roman times, with many villages having disappeared into the sea, and is the fastest eroding coast in Europe. Climate change is speeding up the erosion, with sea level rise, increased stormy weather and increased heavy rainfall events, all playing their part.