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  • Anemometer on weather station measuring wind speed for climate change trends and forecasting
    SL_f_IAF_LS2_2887.jpg
  • Crabeater Seal (Lobodon carcinophaga) on an iceberg in Antarctica. Crabeater seals are the most common large mammal on the planet after humans, with an estimated population of 15 million. They are a true Antarctic species, living on or around sea ice, as the sea ice retreats they are at real risk from climate change. Their main diet is Krill, numbers of which have reduced by over 50%. The Antarctic Krill feeds on algae that grows on the underside of sea ice, as the sea ice retreats, the algae is less common, with less food for Krill.
    BT_seal_IA8A0010.jpg
  • Crabeater Seal (Lobodon carcinophaga) on an iceberg in Antarctica. Crabeater seals are the most common large mammal on the planet after humans, with an estimated population of 15 million. They are a true Antarctic species, living on or around sea ice, as the sea ice retreats they are at real risk from climate change. Their main diet is Krill, numbers of which have reduced by over 50%. The Antarctic Krill feeds on algae that grows on the underside of sea ice, as the sea ice retreats, the algae is less common, with less food for Krill.
    BT_f_seal_IA8A9986.jpg
  • Crabeater Seal (Lobodon carcinophaga) on an iceberg in Antarctica. Crabeater seals are the most common large mammal on the planet after humans, with an estimated population of 15 million. They are a true Antarctic species, living on or around sea ice, as the sea ice retreats they are at real risk from climate change. Their main diet is Krill, numbers of which have reduced by over 50%. The Antarctic Krill feeds on algae that grows on the underside of sea ice, as the sea ice retreats, the algae is less common, with less food for Krill.
    BT_f_seal_IA8A0068.jpg
  • Crabeater Seal (Lobodon carcinophaga) on an iceberg in Antarctica. Crabeater seals are the most common large mammal on the planet after humans, with an estimated population of 15 million. They are a true Antarctic species, living on or around sea ice, as the sea ice retreats they are at real risk from climate change. Their main diet is Krill, numbers of which have reduced by over 50%. The Antarctic Krill feeds on algae that grows on the underside of sea ice, as the sea ice retreats, the algae is less common, with less food for Krill.
    BT_f_seal_IA8A0063.jpg
  • Crabeater Seal (Lobodon carcinophaga) on an iceberg in Antarctica. Crabeater seals are the most common large mammal on the planet after humans, with an estimated population of 15 million. They are a true Antarctic species, living on or around sea ice, as the sea ice retreats they are at real risk from climate change. Their main diet is Krill, numbers of which have reduced by over 50%. The Antarctic Krill feeds on algae that grows on the underside of sea ice, as the sea ice retreats, the algae is less common, with less food for Krill.
    BT_f_seal_IA8A0043.jpg
  • Crabeater Seal (Lobodon carcinophaga) on an iceberg in Antarctica. Crabeater seals are the most common large mammal on the planet after humans, with an estimated population of 15 million. They are a true Antarctic species, living on or around sea ice, as the sea ice retreats they are at real risk from climate change. Their main diet is Krill, numbers of which have reduced by over 50%. The Antarctic Krill feeds on algae that grows on the underside of sea ice, as the sea ice retreats, the algae is less common, with less food for Krill.
    BT_f_seal_IA8A0033.jpg
  • Crabeater Seal (Lobodon carcinophaga) on an iceberg in Antarctica. Crabeater seals are the most common large mammal on the planet after humans, with an estimated population of 15 million. They are a true Antarctic species, living on or around sea ice, as the sea ice retreats they are at real risk from climate change. Their main diet is Krill, numbers of which have reduced by over 50%. The Antarctic Krill feeds on algae that grows on the underside of sea ice, as the sea ice retreats, the algae is less common, with less food for Krill.
    BT_f_seal_IA8A0019.jpg
  • Crabeater Seal (Lobodon carcinophaga) on an iceberg in Antarctica. Crabeater seals are the most common large mammal on the planet after humans, with an estimated population of 15 million. They are a true Antarctic species, living on or around sea ice, as the sea ice retreats they are at real risk from climate change. Their main diet is Krill, numbers of which have reduced by over 50%. The Antarctic Krill feeds on algae that grows on the underside of sea ice, as the sea ice retreats, the algae is less common, with less food for Krill.
    BT_f_seal_IA8A0003.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_181.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_178.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_174.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_172.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_170.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_167.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_161.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_158.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_156.jpg
  • Israel, Jordan Valley, Doshan Farm, Organic Bell Peppers (Capsicum annuum) in a greenhouse. Computerized irrigation and climate control system
    AG_irrigation_732_fs.jpg
  • Crabeater Seal (Lobodon carcinophaga) on an iceberg in Antarctica. Crabeater seals are the most common large mammal on the planet after humans, with an estimated population of 15 million. They are a true Antarctic species, living on or around sea ice, as the sea ice retreats they are at real risk from climate change. Their main diet is Krill, numbers of which have reduced by over 50%. The Antarctic Krill feeds on algae that grows on the underside of sea ice, as the sea ice retreats, the algae is less common, with less food for Krill.
    BT_f_seal_IA8A0061.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_179.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_176.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_175.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_173.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_165.jpg
  • A Polar Bear (Ursus maritimus) hunting seals on rotten sea ice off the north coast of Spitsbergen, Svalbard only 500 miles from the North Pole. Climate change poses a huge threat to Polar Bears. As the sea ice retreats, they lose ground and time to hunt their main prey, seals, which they can only hunt on sea ice. Latest research shows that the Arctic will be free of sea ice by the 2050's and Polar Bears will become extinct in the wild.
    BT_Polar-bear_163.jpg
  • Logging activities in the Brazilian Rainforest causes large scale deforestation and land erosion
    SL_Brazil-‏‏LS2_4374.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil
    SL_Brazil-‏‏LS2_4558.jpg
  • Logging activities in the Brazilian Rainforest causes large scale deforestation and land erosion
    SL_Brazil-‏‏LS2_4636.jpg
  • Aerial view of the Brazilian Amazonian Rain Forest showing areas of deforestation
    SL_Brazil-‏‏LS2_4214.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil Building a new home on cleared land
    SL_Brazil-‏‏LS2_4453.jpg
  • Aerial view of the Brazilian Amazonian Rain Forest showing areas of deforestation
    SL_Brazil-‏‏LS2_4224.jpg
  • Aerial view of the Brazilian Amazonian Rain Forest showing areas of deforestation
    SL_Brazil-‏‏LS2_4204.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil
    SL_Brazil-‏‏LS2_4454.jpg
  • On January 4th 2020, heavy rainfall caused massive flooding in Tel Aviv Jaffa, Israel causing at least 2 deaths and countless damages to property and cars
    IR_Jaffa-2020_E7204.jpg
  • Logging activities in the Brazilian Rainforest causes large scale deforestation and land erosion
    SL_Brazil-‏‏LS2_4641.jpg
  • Logging activities in the Brazilian Rainforest causes large scale deforestation and land erosion
    SL_Brazil-‏‏LS2_4639.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil
    SL_Brazil-‏‏LS2_4568.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil
    SL_Brazil-‏‏LS2_4562.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil
    SL_Brazil-‏‏LS2_4466.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil
    SL_Brazil-‏‏LS2_4459.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil
    SL_Brazil-‏‏LS2_4451.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil
    SL_Brazil-‏‏LS2_4424.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil
    SL_Brazil-‏‏LS2_4419.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil
    SL_Brazil-‏‏LS2_4398.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil
    SL_Brazil-‏‏LS2_4393.jpg
  • Logging activities in the Brazilian Rainforest causes large scale deforestation and land erosion
    SL_Brazil-‏‏LS2_4378.jpg
  • Logging activities in the Brazilian Rainforest causes large scale deforestation and land erosion
    SL_Brazil-‏‏LS2_4377.jpg
  • Logging activities in the Brazilian Rainforest causes large scale deforestation and land erosion
    SL_Brazil-‏‏LS2_4375.jpg
  • The effects of deforestation on the Amazonian rainforest in Brazil
    SL_Brazil-‏‏LS2_4364.jpg
  • Environmental concept Drought Desert Landscape. Cracked dry earth in an arid area. Photographed in Wadi Rum, Jordan in April Photographed in the Northern Negev desert, Israel
    SL_f_mud_LS2_5617.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_IA8A0801.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_IA8A0707.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00923.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00910.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00907.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00898.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00868.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00802.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00767.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00759.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00725.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00690.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00689.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00687.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00654.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00601.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00599.jpg
  • On January 4th 2020, heavy rainfall caused massive flooding in Tel Aviv Jaffa, Israel causing at least 2 deaths and countless damages to property and cars
    IR_Jaffa-2020_E7235.jpg
  • On January 4th 2020, heavy rainfall caused massive flooding in Tel Aviv Jaffa, Israel causing at least 2 deaths and countless damages to property and cars
    IR_Jaffa-2020_E7198.jpg
  • melting Iceberg with ice floe in foreground, floating in the sea, Antarctica
    BT_f_Ice-Floe_DSC00532.jpg
  • environmental concept, Water shortage and drought. Dry cracked mud
    SL_Drought_LS2_0293.jpg
  • environmental concept, Water shortage and drought. Dry cracked mud
    SL_Drought_LS2_0292.jpg
  • environmental concept, Water shortage and drought. Dry cracked mud
    SL_Drought_LS2_0290.jpg
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Negev Desert, Israel
    EZ_f_drought_3148.jpg
  • Desert Landscape. Cracked dry earth in an arid area. Photographed in Wadi Rum, Jordan in April
    DN_Wadi-Rum_DAN5865.jpg
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Dead Sea area, Israel
    HS_Dead-sea_416.jpg
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Dead Sea area, Israel
    HS_Dead-sea_409.jpg
  • environmental concept, Water shortage and drought Dry cracked mud photographed in the Dead Sea area, Israel
    HS_Dead-sea_374.jpg
  • Cracked dry earth in an arid area
    HN_m_DSC_2096_pd_New.jpg
  • Silhouette of a group Rappeling, Wadi Rum, Jordan
    GE_Wadi-Rum_09211.jpg
  • Silhouette of a group Rappeling, Wadi Rum, Jordan
    GE_Wadi-Rum_09435.jpg
  • Wadi Rum, Jordan
    GE_Wadi-Rum_09185.jpg
  • Wadi Rum, Jordan
    GE_Wadi-Rum_10063.jpg
  • Wadi Rum, Jordan
    GE_Wadi-Rum_10075.jpg
  • Wadi Rum, Jordan
    GE_Wadi-Rum_10030.jpg
  • Wadi Rum, Jordan
    GE_Wadi-Rum_09775.jpg
  • Wadi Rum, Jordan
    GE_Wadi-Rum_09611.jpg
  • Wadi Rum, Jordan
    GE_Wadi-Rum_09774.jpg
  • Wadi Rum, Jordan
    GE_Wadi-Rum_09193.jpg
  • Wadi Rum, Jordan
    GE_Wadi-Rum_09191.jpg
  • Wadi Rum desert, Jordan
    GE_f_Jordan_9945.jpg
  • Wilhelmina Bay is a bay 24 kilometres (15 mi) wide between the Reclus Peninsula and Cape Anna along the west coast of Graham Land on the Antarctic Peninsula. It was discovered by the Belgian Antarctic Expedition of 1897-99 led by Adrien de Gerlache. The bay is named for Wilhelmina, Queen of the Netherlands. The bay is surrounded by steep cliffs full of snow and glaciers.
    LW_Wilhelmina-Bay_2256.jpg
  • Wilhelmina Bay is a bay 24 kilometres (15 mi) wide between the Reclus Peninsula and Cape Anna along the west coast of Graham Land on the Antarctic Peninsula. It was discovered by the Belgian Antarctic Expedition of 1897-99 led by Adrien de Gerlache. The bay is named for Wilhelmina, Queen of the Netherlands. The bay is surrounded by steep cliffs full of snow and glaciers.
    LW_Wilhelmina-Bay_2197.jpg
  • imperial shag (Phalacrocorax atriceps) AKA antarctic shag on land photographed in Wilhelmina Bay Antarctica in November.
    LW_Wilhelmina-Bay_2162.jpg
  • Wilhelmina Bay is a bay 24 kilometres (15 mi) wide between the Reclus Peninsula and Cape Anna along the west coast of Graham Land on the Antarctic Peninsula. It was discovered by the Belgian Antarctic Expedition of 1897-99 led by Adrien de Gerlache. The bay is named for Wilhelmina, Queen of the Netherlands. The bay is surrounded by steep cliffs full of snow and glaciers.
    LW_Wilhelmina-Bay_2135.jpg
  • Wilhelmina Bay is a bay 24 kilometres (15 mi) wide between the Reclus Peninsula and Cape Anna along the west coast of Graham Land on the Antarctic Peninsula. It was discovered by the Belgian Antarctic Expedition of 1897-99 led by Adrien de Gerlache. The bay is named for Wilhelmina, Queen of the Netherlands. The bay is surrounded by steep cliffs full of snow and glaciers.
    LW_Wilhelmina-Bay_2134.jpg
  • Wilhelmina Bay is a bay 24 kilometres (15 mi) wide between the Reclus Peninsula and Cape Anna along the west coast of Graham Land on the Antarctic Peninsula. It was discovered by the Belgian Antarctic Expedition of 1897-99 led by Adrien de Gerlache. The bay is named for Wilhelmina, Queen of the Netherlands. The bay is surrounded by steep cliffs full of snow and glaciers.
    LW_Wilhelmina-Bay_2131.jpg
  • Wilhelmina Bay is a bay 24 kilometres (15 mi) wide between the Reclus Peninsula and Cape Anna along the west coast of Graham Land on the Antarctic Peninsula. It was discovered by the Belgian Antarctic Expedition of 1897-99 led by Adrien de Gerlache. The bay is named for Wilhelmina, Queen of the Netherlands. The bay is surrounded by steep cliffs full of snow and glaciers.
    LW_Wilhelmina-Bay_2122.jpg
  • Cracked dry earth in an arid area
    HN_DSC_2096_pd_PSh.jpg
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