The Japan Times
@thejapantimes@mastodon.social  ·  activity timestamp 3 days ago
hypebot boosted
Greenpeace International
@greenpeace@mastodon.social  ·  activity timestamp 4 days ago
Video of Trixy Elle, a typhoon survivor from the Philippines, speaking during a press conference at COP30. She shares her experience of surviving Super Typhoon Odette in 2021. As she speaks, her voice breaks. She pauses through tears while describing the losses her community endured.
Greenpeace International
@greenpeace@mastodon.social  ·  activity timestamp 4 days ago
Video of Trixy Elle, a typhoon survivor from the Philippines, speaking during a press conference at COP30. She shares her experience of surviving Super Typhoon Odette in 2021. As she speaks, her voice breaks. She pauses through tears while describing the losses her community endured.
The Japan Times
@thejapantimes@mastodon.social  ·  activity timestamp 4 days ago
The Japan Times
@thejapantimes@mastodon.social  ·  activity timestamp last week
vruz boosted
NetBlocks
@netblocks@mastodon.social  ·  activity timestamp 2 weeks ago
Graph from NetBlocks showing network connectivity by region in Philippines from November 4, 2025, to November 8, 2025. The y-axis represents normalized connectivity, ranging from 0% to 100%, and the x-axis represents the dates. The graph indicates connectivity disruptions in Philippines starting on the evening of November 8. The drop in connectivity aligns with power cuts due to Typhoon Fung Wong's passage. The chart has a dark background and connectivity lines for each city are color-coded. Tagkawayan, Calabarzon (3% / 4%), Majayjay, Calabarzon (12% / 12%), Malabon, Metro Manila (25% / 25%), Dagupan, Ilocos (34% / 34%), Talugtug, Central Luzon (37% / 37%), Tuguegarao City, Cagayan Valley (41% / 41%), Province of Ilocos Sur, Ilocos (44% / 44%), Caba, Ilocos (47% / 47%), Kawit, Calabarzon (53% / 53%), San Jose, Central Luzon (55% / 56%), Puerto Princesa City, Mimaropa (49% / 56%), Santo Tomas, Calabarzon (58% / 58%), Batangas, Calabarzon (58% / 58%), Marilao, Central Luzon (60% / 60%), Concepcion, Central Luzon (60% / 60%), Hermosa, Central Luzon (63% / 63%), Bocaue, Central Luzon (65% / 65%), Baguio City, Cordillera (70% / 70%), Taal, Calabarzon (70% / 70%), Pasay, Metro Manila (72% / 72%), Santa Ana, Central Luzon (74% / 74%), Floridablanca, Central Luzon (77% / 77%), Cainta, Calabarzon (77% / 77%), Tarlac City, Central Luzon (78% / 78%), San Jose del Monte, Central Luzon (79% / 79%), Tanza, Calabarzon (79% / 79%), Manila, Metro Manila (82% / 82%)
Graph from NetBlocks showing network connectivity by region in Philippines from November 4, 2025, to November 8, 2025. The y-axis represents normalized connectivity, ranging from 0% to 100%, and the x-axis represents the dates. The graph indicates connectivity disruptions in Philippines starting on the evening of November 8. The drop in connectivity aligns with power cuts due to Typhoon Fung Wong's passage. The chart has a dark background and connectivity lines for each city are color-coded. Tagkawayan, Calabarzon (3% / 4%), Majayjay, Calabarzon (12% / 12%), Malabon, Metro Manila (25% / 25%), Dagupan, Ilocos (34% / 34%), Talugtug, Central Luzon (37% / 37%), Tuguegarao City, Cagayan Valley (41% / 41%), Province of Ilocos Sur, Ilocos (44% / 44%), Caba, Ilocos (47% / 47%), Kawit, Calabarzon (53% / 53%), San Jose, Central Luzon (55% / 56%), Puerto Princesa City, Mimaropa (49% / 56%), Santo Tomas, Calabarzon (58% / 58%), Batangas, Calabarzon (58% / 58%), Marilao, Central Luzon (60% / 60%), Concepcion, Central Luzon (60% / 60%), Hermosa, Central Luzon (63% / 63%), Bocaue, Central Luzon (65% / 65%), Baguio City, Cordillera (70% / 70%), Taal, Calabarzon (70% / 70%), Pasay, Metro Manila (72% / 72%), Santa Ana, Central Luzon (74% / 74%), Floridablanca, Central Luzon (77% / 77%), Cainta, Calabarzon (77% / 77%), Tarlac City, Central Luzon (78% / 78%), San Jose del Monte, Central Luzon (79% / 79%), Tanza, Calabarzon (79% / 79%), Manila, Metro Manila (82% / 82%)
Graph from NetBlocks showing network connectivity by region in Philippines from November 4, 2025, to November 8, 2025. The y-axis represents normalized connectivity, ranging from 0% to 100%, and the x-axis represents the dates. The graph indicates connectivity disruptions in Philippines starting on the evening of November 8. The drop in connectivity aligns with power cuts due to Typhoon Fung Wong's passage. The chart has a dark background and connectivity lines for each city are color-coded. Tagkawayan, Calabarzon (3% / 4%), Majayjay, Calabarzon (12% / 12%), Malabon, Metro Manila (25% / 25%), Dagupan, Ilocos (34% / 34%), Talugtug, Central Luzon (37% / 37%), Tuguegarao City, Cagayan Valley (41% / 41%), Province of Ilocos Sur, Ilocos (44% / 44%), Caba, Ilocos (47% / 47%), Kawit, Calabarzon (53% / 53%), San Jose, Central Luzon (55% / 56%), Puerto Princesa City, Mimaropa (49% / 56%), Santo Tomas, Calabarzon (58% / 58%), Batangas, Calabarzon (58% / 58%), Marilao, Central Luzon (60% / 60%), Concepcion, Central Luzon (60% / 60%), Hermosa, Central Luzon (63% / 63%), Bocaue, Central Luzon (65% / 65%), Baguio City, Cordillera (70% / 70%), Taal, Calabarzon (70% / 70%), Pasay, Metro Manila (72% / 72%), Santa Ana, Central Luzon (74% / 74%), Floridablanca, Central Luzon (77% / 77%), Cainta, Calabarzon (77% / 77%), Tarlac City, Central Luzon (78% / 78%), San Jose del Monte, Central Luzon (79% / 79%), Tanza, Calabarzon (79% / 79%), Manila, Metro Manila (82% / 82%)
NetBlocks
@netblocks@mastodon.social  ·  activity timestamp 2 weeks ago
Graph from NetBlocks showing network connectivity by region in Philippines from November 4, 2025, to November 8, 2025. The y-axis represents normalized connectivity, ranging from 0% to 100%, and the x-axis represents the dates. The graph indicates connectivity disruptions in Philippines starting on the evening of November 8. The drop in connectivity aligns with power cuts due to Typhoon Fung Wong's passage. The chart has a dark background and connectivity lines for each city are color-coded. Tagkawayan, Calabarzon (3% / 4%), Majayjay, Calabarzon (12% / 12%), Malabon, Metro Manila (25% / 25%), Dagupan, Ilocos (34% / 34%), Talugtug, Central Luzon (37% / 37%), Tuguegarao City, Cagayan Valley (41% / 41%), Province of Ilocos Sur, Ilocos (44% / 44%), Caba, Ilocos (47% / 47%), Kawit, Calabarzon (53% / 53%), San Jose, Central Luzon (55% / 56%), Puerto Princesa City, Mimaropa (49% / 56%), Santo Tomas, Calabarzon (58% / 58%), Batangas, Calabarzon (58% / 58%), Marilao, Central Luzon (60% / 60%), Concepcion, Central Luzon (60% / 60%), Hermosa, Central Luzon (63% / 63%), Bocaue, Central Luzon (65% / 65%), Baguio City, Cordillera (70% / 70%), Taal, Calabarzon (70% / 70%), Pasay, Metro Manila (72% / 72%), Santa Ana, Central Luzon (74% / 74%), Floridablanca, Central Luzon (77% / 77%), Cainta, Calabarzon (77% / 77%), Tarlac City, Central Luzon (78% / 78%), San Jose del Monte, Central Luzon (79% / 79%), Tanza, Calabarzon (79% / 79%), Manila, Metro Manila (82% / 82%)
Graph from NetBlocks showing network connectivity by region in Philippines from November 4, 2025, to November 8, 2025. The y-axis represents normalized connectivity, ranging from 0% to 100%, and the x-axis represents the dates. The graph indicates connectivity disruptions in Philippines starting on the evening of November 8. The drop in connectivity aligns with power cuts due to Typhoon Fung Wong's passage. The chart has a dark background and connectivity lines for each city are color-coded. Tagkawayan, Calabarzon (3% / 4%), Majayjay, Calabarzon (12% / 12%), Malabon, Metro Manila (25% / 25%), Dagupan, Ilocos (34% / 34%), Talugtug, Central Luzon (37% / 37%), Tuguegarao City, Cagayan Valley (41% / 41%), Province of Ilocos Sur, Ilocos (44% / 44%), Caba, Ilocos (47% / 47%), Kawit, Calabarzon (53% / 53%), San Jose, Central Luzon (55% / 56%), Puerto Princesa City, Mimaropa (49% / 56%), Santo Tomas, Calabarzon (58% / 58%), Batangas, Calabarzon (58% / 58%), Marilao, Central Luzon (60% / 60%), Concepcion, Central Luzon (60% / 60%), Hermosa, Central Luzon (63% / 63%), Bocaue, Central Luzon (65% / 65%), Baguio City, Cordillera (70% / 70%), Taal, Calabarzon (70% / 70%), Pasay, Metro Manila (72% / 72%), Santa Ana, Central Luzon (74% / 74%), Floridablanca, Central Luzon (77% / 77%), Cainta, Calabarzon (77% / 77%), Tarlac City, Central Luzon (78% / 78%), San Jose del Monte, Central Luzon (79% / 79%), Tanza, Calabarzon (79% / 79%), Manila, Metro Manila (82% / 82%)
Graph from NetBlocks showing network connectivity by region in Philippines from November 4, 2025, to November 8, 2025. The y-axis represents normalized connectivity, ranging from 0% to 100%, and the x-axis represents the dates. The graph indicates connectivity disruptions in Philippines starting on the evening of November 8. The drop in connectivity aligns with power cuts due to Typhoon Fung Wong's passage. The chart has a dark background and connectivity lines for each city are color-coded. Tagkawayan, Calabarzon (3% / 4%), Majayjay, Calabarzon (12% / 12%), Malabon, Metro Manila (25% / 25%), Dagupan, Ilocos (34% / 34%), Talugtug, Central Luzon (37% / 37%), Tuguegarao City, Cagayan Valley (41% / 41%), Province of Ilocos Sur, Ilocos (44% / 44%), Caba, Ilocos (47% / 47%), Kawit, Calabarzon (53% / 53%), San Jose, Central Luzon (55% / 56%), Puerto Princesa City, Mimaropa (49% / 56%), Santo Tomas, Calabarzon (58% / 58%), Batangas, Calabarzon (58% / 58%), Marilao, Central Luzon (60% / 60%), Concepcion, Central Luzon (60% / 60%), Hermosa, Central Luzon (63% / 63%), Bocaue, Central Luzon (65% / 65%), Baguio City, Cordillera (70% / 70%), Taal, Calabarzon (70% / 70%), Pasay, Metro Manila (72% / 72%), Santa Ana, Central Luzon (74% / 74%), Floridablanca, Central Luzon (77% / 77%), Cainta, Calabarzon (77% / 77%), Tarlac City, Central Luzon (78% / 78%), San Jose del Monte, Central Luzon (79% / 79%), Tanza, Calabarzon (79% / 79%), Manila, Metro Manila (82% / 82%)
NetBlocks
@netblocks@mastodon.social  ·  activity timestamp 2 weeks ago
Graph from NetBlocks showing network connectivity by region in Philippines from November 4, 2025, to November 9, 2025. The y-axis represents normalized connectivity, ranging from 0% to 100%, and the x-axis represents the dates. The graph indicates connectivity disruptions in Philippines starting on the evening of November 8. The drop in connectivity aligns with power cuts due to Typhoon Fung Wong's passage. The chart has a dark background and connectivity lines for each region are color-coded. Cagayan Valley (15% / 15%), Cordillera (21% / 21%), Ilocos (29% / 29%), Mimaropa (62% / 65%), Central Luzon (68% / 68%), Calabarzon (76% / 79%), Metro Manila (78% / 87%)
Graph from NetBlocks showing network connectivity by region in Philippines from November 4, 2025, to November 9, 2025. The y-axis represents normalized connectivity, ranging from 0% to 100%, and the x-axis represents the dates. The graph indicates connectivity disruptions in Philippines starting on the evening of November 8. The drop in connectivity aligns with power cuts due to Typhoon Fung Wong's passage. The chart has a dark background and connectivity lines for each region are color-coded. Cagayan Valley (15% / 15%), Cordillera (21% / 21%), Ilocos (29% / 29%), Mimaropa (62% / 65%), Central Luzon (68% / 68%), Calabarzon (76% / 79%), Metro Manila (78% / 87%)
Graph from NetBlocks showing network connectivity by region in Philippines from November 4, 2025, to November 9, 2025. The y-axis represents normalized connectivity, ranging from 0% to 100%, and the x-axis represents the dates. The graph indicates connectivity disruptions in Philippines starting on the evening of November 8. The drop in connectivity aligns with power cuts due to Typhoon Fung Wong's passage. The chart has a dark background and connectivity lines for each region are color-coded. Cagayan Valley (15% / 15%), Cordillera (21% / 21%), Ilocos (29% / 29%), Mimaropa (62% / 65%), Central Luzon (68% / 68%), Calabarzon (76% / 79%), Metro Manila (78% / 87%)
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.
NetBlocks
@netblocks@mastodon.social  ·  activity timestamp 2 weeks ago
Graph from NetBlocks showing network connectivity by region in Philippines from November 4, 2025, to November 8, 2025. The y-axis represents normalized connectivity, ranging from 0% to 100%, and the x-axis represents the dates. The graph indicates connectivity disruptions in Philippines starting on the evening of November 8. The drop in connectivity aligns with power cuts due to Typhoon Fung Wong's passage. The chart has a dark background and connectivity lines for each city are color-coded. Tagkawayan, Calabarzon (3% / 4%), Majayjay, Calabarzon (12% / 12%), Malabon, Metro Manila (25% / 25%), Dagupan, Ilocos (34% / 34%), Talugtug, Central Luzon (37% / 37%), Tuguegarao City, Cagayan Valley (41% / 41%), Province of Ilocos Sur, Ilocos (44% / 44%), Caba, Ilocos (47% / 47%), Kawit, Calabarzon (53% / 53%), San Jose, Central Luzon (55% / 56%), Puerto Princesa City, Mimaropa (49% / 56%), Santo Tomas, Calabarzon (58% / 58%), Batangas, Calabarzon (58% / 58%), Marilao, Central Luzon (60% / 60%), Concepcion, Central Luzon (60% / 60%), Hermosa, Central Luzon (63% / 63%), Bocaue, Central Luzon (65% / 65%), Baguio City, Cordillera (70% / 70%), Taal, Calabarzon (70% / 70%), Pasay, Metro Manila (72% / 72%), Santa Ana, Central Luzon (74% / 74%), Floridablanca, Central Luzon (77% / 77%), Cainta, Calabarzon (77% / 77%), Tarlac City, Central Luzon (78% / 78%), San Jose del Monte, Central Luzon (79% / 79%), Tanza, Calabarzon (79% / 79%), Manila, Metro Manila (82% / 82%)
Graph from NetBlocks showing network connectivity by region in Philippines from November 4, 2025, to November 8, 2025. The y-axis represents normalized connectivity, ranging from 0% to 100%, and the x-axis represents the dates. The graph indicates connectivity disruptions in Philippines starting on the evening of November 8. The drop in connectivity aligns with power cuts due to Typhoon Fung Wong's passage. The chart has a dark background and connectivity lines for each city are color-coded. Tagkawayan, Calabarzon (3% / 4%), Majayjay, Calabarzon (12% / 12%), Malabon, Metro Manila (25% / 25%), Dagupan, Ilocos (34% / 34%), Talugtug, Central Luzon (37% / 37%), Tuguegarao City, Cagayan Valley (41% / 41%), Province of Ilocos Sur, Ilocos (44% / 44%), Caba, Ilocos (47% / 47%), Kawit, Calabarzon (53% / 53%), San Jose, Central Luzon (55% / 56%), Puerto Princesa City, Mimaropa (49% / 56%), Santo Tomas, Calabarzon (58% / 58%), Batangas, Calabarzon (58% / 58%), Marilao, Central Luzon (60% / 60%), Concepcion, Central Luzon (60% / 60%), Hermosa, Central Luzon (63% / 63%), Bocaue, Central Luzon (65% / 65%), Baguio City, Cordillera (70% / 70%), Taal, Calabarzon (70% / 70%), Pasay, Metro Manila (72% / 72%), Santa Ana, Central Luzon (74% / 74%), Floridablanca, Central Luzon (77% / 77%), Cainta, Calabarzon (77% / 77%), Tarlac City, Central Luzon (78% / 78%), San Jose del Monte, Central Luzon (79% / 79%), Tanza, Calabarzon (79% / 79%), Manila, Metro Manila (82% / 82%)
Graph from NetBlocks showing network connectivity by region in Philippines from November 4, 2025, to November 8, 2025. The y-axis represents normalized connectivity, ranging from 0% to 100%, and the x-axis represents the dates. The graph indicates connectivity disruptions in Philippines starting on the evening of November 8. The drop in connectivity aligns with power cuts due to Typhoon Fung Wong's passage. The chart has a dark background and connectivity lines for each city are color-coded. Tagkawayan, Calabarzon (3% / 4%), Majayjay, Calabarzon (12% / 12%), Malabon, Metro Manila (25% / 25%), Dagupan, Ilocos (34% / 34%), Talugtug, Central Luzon (37% / 37%), Tuguegarao City, Cagayan Valley (41% / 41%), Province of Ilocos Sur, Ilocos (44% / 44%), Caba, Ilocos (47% / 47%), Kawit, Calabarzon (53% / 53%), San Jose, Central Luzon (55% / 56%), Puerto Princesa City, Mimaropa (49% / 56%), Santo Tomas, Calabarzon (58% / 58%), Batangas, Calabarzon (58% / 58%), Marilao, Central Luzon (60% / 60%), Concepcion, Central Luzon (60% / 60%), Hermosa, Central Luzon (63% / 63%), Bocaue, Central Luzon (65% / 65%), Baguio City, Cordillera (70% / 70%), Taal, Calabarzon (70% / 70%), Pasay, Metro Manila (72% / 72%), Santa Ana, Central Luzon (74% / 74%), Floridablanca, Central Luzon (77% / 77%), Cainta, Calabarzon (77% / 77%), Tarlac City, Central Luzon (78% / 78%), San Jose del Monte, Central Luzon (79% / 79%), Tanza, Calabarzon (79% / 79%), Manila, Metro Manila (82% / 82%)
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.
The Japan Times
@thejapantimes@mastodon.social  ·  activity timestamp 2 weeks ago
The Japan Times
@thejapantimes@mastodon.social  ·  activity timestamp 2 weeks ago
The Japan Times
@thejapantimes@mastodon.social  ·  activity timestamp 2 weeks ago
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