pinage404.rss :nixos: and 5 others boosted
Tjeerd Royaards
@royaards@newsie.social  ·  activity timestamp 2 weeks ago
Cartoon showing a theater, with the text 'theater of climate change' above the stage. On the stage, three skeletons are dancing in tutus The tutus are actually hurricanes and the stage is flooded with roofs of houses sticking out. To the side a poster reads 'Now playing: Hurricane Season'.
Cartoon showing a theater, with the text 'theater of climate change' above the stage. On the stage, three skeletons are dancing in tutus The tutus are actually hurricanes and the stage is flooded with roofs of houses sticking out. To the side a poster reads 'Now playing: Hurricane Season'.
Cartoon showing a theater, with the text 'theater of climate change' above the stage. On the stage, three skeletons are dancing in tutus The tutus are actually hurricanes and the stage is flooded with roofs of houses sticking out. To the side a poster reads 'Now playing: Hurricane Season'.
hypebot boosted
O=C=O
@tuxom@climatejustice.social  ·  activity timestamp 2 weeks ago
The image you provided is a satellite imagery of Typhoon Fung-Wong. Here's a detailed description: Storm Structure: The image shows a well-defined typhoon with a clear eye at the center, surrounded by a dense, circular cloud pattern. The spiral bands of clouds extend outward from the center, indicating the storm's rotation and intensity. Location: The typhoon is located near the Philippines. The map overlay shows cities like Laoag, Manila, Puerto Princesa, Cebu, and others, indicating the typhoon's proximity to these areas. Projected Path: The image includes a projected path for the typhoon. The orange line with dots shows the forecasted track, suggesting the typhoon is moving in a northwesterly direction, potentially affecting Taiwan and parts of China. Date and Time: The timestamp on the image indicates it was captured on November 9, 2025, at 11:00 UTC. Geographical Context: The map also shows nearby regions like Taiwan, Hong Kong, and parts of Southeast Asia, providing context for the typhoon's potential impact.
The image you provided is a satellite imagery of Typhoon Fung-Wong. Here's a detailed description: Storm Structure: The image shows a well-defined typhoon with a clear eye at the center, surrounded by a dense, circular cloud pattern. The spiral bands of clouds extend outward from the center, indicating the storm's rotation and intensity. Location: The typhoon is located near the Philippines. The map overlay shows cities like Laoag, Manila, Puerto Princesa, Cebu, and others, indicating the typhoon's proximity to these areas. Projected Path: The image includes a projected path for the typhoon. The orange line with dots shows the forecasted track, suggesting the typhoon is moving in a northwesterly direction, potentially affecting Taiwan and parts of China. Date and Time: The timestamp on the image indicates it was captured on November 9, 2025, at 11:00 UTC. Geographical Context: The map also shows nearby regions like Taiwan, Hong Kong, and parts of Southeast Asia, providing context for the typhoon's potential impact.
The image you provided is a satellite imagery of Typhoon Fung-Wong. Here's a detailed description: Storm Structure: The image shows a well-defined typhoon with a clear eye at the center, surrounded by a dense, circular cloud pattern. The spiral bands of clouds extend outward from the center, indicating the storm's rotation and intensity. Location: The typhoon is located near the Philippines. The map overlay shows cities like Laoag, Manila, Puerto Princesa, Cebu, and others, indicating the typhoon's proximity to these areas. Projected Path: The image includes a projected path for the typhoon. The orange line with dots shows the forecasted track, suggesting the typhoon is moving in a northwesterly direction, potentially affecting Taiwan and parts of China. Date and Time: The timestamp on the image indicates it was captured on November 9, 2025, at 11:00 UTC. Geographical Context: The map also shows nearby regions like Taiwan, Hong Kong, and parts of Southeast Asia, providing context for the typhoon's potential impact.
Tjeerd Royaards
@royaards@newsie.social  ·  activity timestamp 2 weeks ago
Cartoon showing a theater, with the text 'theater of climate change' above the stage. On the stage, three skeletons are dancing in tutus The tutus are actually hurricanes and the stage is flooded with roofs of houses sticking out. To the side a poster reads 'Now playing: Hurricane Season'.
Cartoon showing a theater, with the text 'theater of climate change' above the stage. On the stage, three skeletons are dancing in tutus The tutus are actually hurricanes and the stage is flooded with roofs of houses sticking out. To the side a poster reads 'Now playing: Hurricane Season'.
Cartoon showing a theater, with the text 'theater of climate change' above the stage. On the stage, three skeletons are dancing in tutus The tutus are actually hurricanes and the stage is flooded with roofs of houses sticking out. To the side a poster reads 'Now playing: Hurricane Season'.
O=C=O
@tuxom@climatejustice.social  ·  activity timestamp 2 weeks ago
The image you provided is a satellite imagery of Typhoon Fung-Wong. Here's a detailed description: Storm Structure: The image shows a well-defined typhoon with a clear eye at the center, surrounded by a dense, circular cloud pattern. The spiral bands of clouds extend outward from the center, indicating the storm's rotation and intensity. Location: The typhoon is located near the Philippines. The map overlay shows cities like Laoag, Manila, Puerto Princesa, Cebu, and others, indicating the typhoon's proximity to these areas. Projected Path: The image includes a projected path for the typhoon. The orange line with dots shows the forecasted track, suggesting the typhoon is moving in a northwesterly direction, potentially affecting Taiwan and parts of China. Date and Time: The timestamp on the image indicates it was captured on November 9, 2025, at 11:00 UTC. Geographical Context: The map also shows nearby regions like Taiwan, Hong Kong, and parts of Southeast Asia, providing context for the typhoon's potential impact.
The image you provided is a satellite imagery of Typhoon Fung-Wong. Here's a detailed description: Storm Structure: The image shows a well-defined typhoon with a clear eye at the center, surrounded by a dense, circular cloud pattern. The spiral bands of clouds extend outward from the center, indicating the storm's rotation and intensity. Location: The typhoon is located near the Philippines. The map overlay shows cities like Laoag, Manila, Puerto Princesa, Cebu, and others, indicating the typhoon's proximity to these areas. Projected Path: The image includes a projected path for the typhoon. The orange line with dots shows the forecasted track, suggesting the typhoon is moving in a northwesterly direction, potentially affecting Taiwan and parts of China. Date and Time: The timestamp on the image indicates it was captured on November 9, 2025, at 11:00 UTC. Geographical Context: The map also shows nearby regions like Taiwan, Hong Kong, and parts of Southeast Asia, providing context for the typhoon's potential impact.
The image you provided is a satellite imagery of Typhoon Fung-Wong. Here's a detailed description: Storm Structure: The image shows a well-defined typhoon with a clear eye at the center, surrounded by a dense, circular cloud pattern. The spiral bands of clouds extend outward from the center, indicating the storm's rotation and intensity. Location: The typhoon is located near the Philippines. The map overlay shows cities like Laoag, Manila, Puerto Princesa, Cebu, and others, indicating the typhoon's proximity to these areas. Projected Path: The image includes a projected path for the typhoon. The orange line with dots shows the forecasted track, suggesting the typhoon is moving in a northwesterly direction, potentially affecting Taiwan and parts of China. Date and Time: The timestamp on the image indicates it was captured on November 9, 2025, at 11:00 UTC. Geographical Context: The map also shows nearby regions like Taiwan, Hong Kong, and parts of Southeast Asia, providing context for the typhoon's potential impact.
hypebot boosted
Jo Rhodes
@stuffjolikes@climatejustice.social  ·  activity timestamp 3 weeks ago
Jo Rhodes
@stuffjolikes@climatejustice.social  ·  activity timestamp 3 weeks ago
Greenpeace International
@greenpeace@mastodon.social  ·  activity timestamp 3 weeks ago
Guardian article by Jillian Ambrose Thu 30 Oct 2025 09.49 CET Shell’s profits surpass $43bn after production hits new highs in Brazil and Gulf of Mexico Fossil fuel firm plans to buy back shares for 16th consecutive quarter, as protesters say Shell’s profits are ‘horror show’ Profits at Shell have climbed to more than $43bn for the year so far after fossil fuel production in the Gulf of Mexico reached a 20-year high and production in Brazil set a new record.
Guardian article by Jillian Ambrose Thu 30 Oct 2025 09.49 CET Shell’s profits surpass $43bn after production hits new highs in Brazil and Gulf of Mexico Fossil fuel firm plans to buy back shares for 16th consecutive quarter, as protesters say Shell’s profits are ‘horror show’ Profits at Shell have climbed to more than $43bn for the year so far after fossil fuel production in the Gulf of Mexico reached a 20-year high and production in Brazil set a new record.
Guardian article by Jillian Ambrose Thu 30 Oct 2025 09.49 CET Shell’s profits surpass $43bn after production hits new highs in Brazil and Gulf of Mexico Fossil fuel firm plans to buy back shares for 16th consecutive quarter, as protesters say Shell’s profits are ‘horror show’ Profits at Shell have climbed to more than $43bn for the year so far after fossil fuel production in the Gulf of Mexico reached a 20-year high and production in Brazil set a new record.
Greenpeace International
@greenpeace@mastodon.social  ·  activity timestamp 3 weeks ago
hypebot boosted
O=C=O
@tuxom@climatejustice.social  ·  activity timestamp 4 weeks ago
satellite image burthen hurricane Melissa Melissa appears to be gaining some latitude again, but the 12-hour average motion is westward (275 degrees) at 5 mph (3 knots). A painstakingly slow turn toward the northwest and north is expected during the next 24 hours, and Melissa is forecast to make landfall on the south coast of Jamaica Tuesday morning and emerge off the north coast by Tuesday afternoon. A trough moving across the southeastern United States is then expected to cause Melissa to turn northeastward and accelerate, crossing southeastern Cuba and the southeastern Bahamas Tuesday night and Wednesday, and then reaching the vicinity of Bermuda Thursday night. The part of the forecast track while Melissa is over the western Atlantic has been adjusted a bit westward, following the latest Google DeepMind and European model solutions. Some additional strengthening is possible during the next 12 to 24 hours while Melissa is south of Jamaica over waters of high oceanic heat content and in an environment of relatively low wind shear.
satellite image burthen hurricane Melissa Melissa appears to be gaining some latitude again, but the 12-hour average motion is westward (275 degrees) at 5 mph (3 knots). A painstakingly slow turn toward the northwest and north is expected during the next 24 hours, and Melissa is forecast to make landfall on the south coast of Jamaica Tuesday morning and emerge off the north coast by Tuesday afternoon. A trough moving across the southeastern United States is then expected to cause Melissa to turn northeastward and accelerate, crossing southeastern Cuba and the southeastern Bahamas Tuesday night and Wednesday, and then reaching the vicinity of Bermuda Thursday night. The part of the forecast track while Melissa is over the western Atlantic has been adjusted a bit westward, following the latest Google DeepMind and European model solutions. Some additional strengthening is possible during the next 12 to 24 hours while Melissa is south of Jamaica over waters of high oceanic heat content and in an environment of relatively low wind shear.
satellite image burthen hurricane Melissa Melissa appears to be gaining some latitude again, but the 12-hour average motion is westward (275 degrees) at 5 mph (3 knots). A painstakingly slow turn toward the northwest and north is expected during the next 24 hours, and Melissa is forecast to make landfall on the south coast of Jamaica Tuesday morning and emerge off the north coast by Tuesday afternoon. A trough moving across the southeastern United States is then expected to cause Melissa to turn northeastward and accelerate, crossing southeastern Cuba and the southeastern Bahamas Tuesday night and Wednesday, and then reaching the vicinity of Bermuda Thursday night. The part of the forecast track while Melissa is over the western Atlantic has been adjusted a bit westward, following the latest Google DeepMind and European model solutions. Some additional strengthening is possible during the next 12 to 24 hours while Melissa is south of Jamaica over waters of high oceanic heat content and in an environment of relatively low wind shear.
O=C=O
@tuxom@climatejustice.social  ·  activity timestamp 4 weeks ago
satellite image burthen hurricane Melissa Melissa appears to be gaining some latitude again, but the 12-hour average motion is westward (275 degrees) at 5 mph (3 knots). A painstakingly slow turn toward the northwest and north is expected during the next 24 hours, and Melissa is forecast to make landfall on the south coast of Jamaica Tuesday morning and emerge off the north coast by Tuesday afternoon. A trough moving across the southeastern United States is then expected to cause Melissa to turn northeastward and accelerate, crossing southeastern Cuba and the southeastern Bahamas Tuesday night and Wednesday, and then reaching the vicinity of Bermuda Thursday night. The part of the forecast track while Melissa is over the western Atlantic has been adjusted a bit westward, following the latest Google DeepMind and European model solutions. Some additional strengthening is possible during the next 12 to 24 hours while Melissa is south of Jamaica over waters of high oceanic heat content and in an environment of relatively low wind shear.
satellite image burthen hurricane Melissa Melissa appears to be gaining some latitude again, but the 12-hour average motion is westward (275 degrees) at 5 mph (3 knots). A painstakingly slow turn toward the northwest and north is expected during the next 24 hours, and Melissa is forecast to make landfall on the south coast of Jamaica Tuesday morning and emerge off the north coast by Tuesday afternoon. A trough moving across the southeastern United States is then expected to cause Melissa to turn northeastward and accelerate, crossing southeastern Cuba and the southeastern Bahamas Tuesday night and Wednesday, and then reaching the vicinity of Bermuda Thursday night. The part of the forecast track while Melissa is over the western Atlantic has been adjusted a bit westward, following the latest Google DeepMind and European model solutions. Some additional strengthening is possible during the next 12 to 24 hours while Melissa is south of Jamaica over waters of high oceanic heat content and in an environment of relatively low wind shear.
satellite image burthen hurricane Melissa Melissa appears to be gaining some latitude again, but the 12-hour average motion is westward (275 degrees) at 5 mph (3 knots). A painstakingly slow turn toward the northwest and north is expected during the next 24 hours, and Melissa is forecast to make landfall on the south coast of Jamaica Tuesday morning and emerge off the north coast by Tuesday afternoon. A trough moving across the southeastern United States is then expected to cause Melissa to turn northeastward and accelerate, crossing southeastern Cuba and the southeastern Bahamas Tuesday night and Wednesday, and then reaching the vicinity of Bermuda Thursday night. The part of the forecast track while Melissa is over the western Atlantic has been adjusted a bit westward, following the latest Google DeepMind and European model solutions. Some additional strengthening is possible during the next 12 to 24 hours while Melissa is south of Jamaica over waters of high oceanic heat content and in an environment of relatively low wind shear.
Ivi Choc
@IviChoc@mastodon.online  ·  activity timestamp 3 months ago
Home Login