Protest by Mothers of the Missing (Desaparasidos), Chileans who disappeared during Pinochet's dictatorship, Santiago, Chile, South America

Outline of figure on pavement, the symbol of the lost victims, in the Plaza de Mayo in Buenos Aires, Argentina, South America

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.

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 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 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.

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.

Tara Pacific expedition - november 2017 Zero wreck, vertical view Orthomosaic from 3D photogrammetry (13500 x 10000 px). D: 15 m Kimbe Bay, papua New Guinea, Coral growth on this wreck is from a period of 74 years ! The ZERO, is a Japanese WW2 fighter plane wreck. This Zero wreck was discovered in January 2000 by local William Nuli while he was freediving for sea cucumbers. He asked the Walindi Plantation Resort dive team if they might know what it was, and when they investigated they uncovered the intact wreck of a Zero fighter, resting on a sedimented bottom in 15 m depth. This World War II Japanese fighter is almost completely intact. The plane is believed to have been ditched, the pilot is believed to have survived, but was never found on the island. He never returned home. Maybe he disappeared in the jungle? On 26th December 1943, during the battle of Cape Gloucester, the Japanese pilot made an emergency landing, ditching his Mitsubishi A6M Zero plane into the sea approximately 100m off West New Britain Province. The plane was piloted by PO1 Tomiharu Honda of the 204st K?k?tai. His fate is unknown but it is believed the he made a controlled water landing after running out of fuel and survived. Although he failed to return to his unit, the plane was found with the throttle and trim controls both set for landing and the canopy was open. There are no visible bullet holes or other shrapnel damage and the plane is still virtually intact after over 70 years underwater. It is a A6M2 Model 21 Zero, made famous for its use in Kamikaze attacks by the Japanese Imperial Navy. The wreck has the Manufacture Number 8224 and was built by Nakajima in late August 1942.

Tara Pacific expedition - november 2017 Kimbe Bay, papua New Guinea, Zero wreck: Coral growth on this wreck is from a period of 74 years ! D: 15 m The ZERO, is a Japanese WW2 fighter plane wreck. This Zero wreck was discovered in January 2000 by local William Nuli while he was freediving for sea cucumbers. He asked the Walindi Plantation Resort dive team if they might know what it was, and when they investigated they uncovered the intact wreck of a Zero fighter, resting on a sedimented bottom in 15 m depth. This World War II Japanese fighter is almost completely intact. The plane is believed to have been ditched, the pilot is believed to have survived, but was never found on the island. He never returned home. Maybe he disappeared in the jungle? On 26th December 1943, during the battle of Cape Gloucester, the Japanese pilot made an emergency landing, ditching his Mitsubishi A6M Zero plane into the sea approximately 100m off West New Britain Province. The plane was piloted by PO1 Tomiharu Honda of the 204st K?k?tai. His fate is unknown but it is believed the he made a controlled water landing after running out of fuel and survived. Although he failed to return to his unit, the plane was found with the throttle and trim controls both set for landing and the canopy was open. There are no visible bullet holes or other shrapnel damage and the plane is still virtually intact after over 70 years underwater. It is a A6M2 Model 21 Zero, made famous for its use in Kamikaze attacks by the Japanese Imperial Navy. The wreck has the Manufacture Number 8224 and was built by Nakajima in late August 1942.