Latest news with #Neumann
USA Today
3 days ago
- Sport
- USA Today
Golden State Warriors jersey history - No. 15 - Paul Neumann (1965-67)
Golden State Warriors jersey history - No. 15 - Paul Neumann (1965-67) The Golden State Warriors have had over 600 players don the more than 60 jersey numbers used by their players over the more than 75 years of existence the team has enjoyed in its rich and storied history. Founded in 1946 during the Basketball Association of America (BAA -- a precursor league of the NBA) era, the team has called home the cities of Philadelphia, San Francisco, Oakland, and even San Diego. To commemorate the players who wore those numbers, Warriors Wire is covering the entire history of jersey numbers and the players who sported them since the founding of the team. For this article, we begin with the 11th of 27 players who wore the No. 15 jersey for the Warriors. That player would be Golden State guard alum Paul Neumann. After ending his college career at Stanford, Neumann was picked up with the 29th overall selection of the 1959 NBA draft by the (then) Syracuse Nationals (now, Philadelphia 76ers). The Newport Beach, California native would play the first four seasons of his NBA career with the Nats/Philadelphia 76ers before they traded him to the (then) San Francisco (now, Golden State) Warriors in 1965. His stay with the team would span three seasons, his last in the league. During his time suiting up for the Warriors, Neumann wore only jersey No. 15 and put up 13.5 points, 3.2 rebounds, and 3.4 assists per game. All stats and data courtesy of Basketball Reference.
Yahoo
06-06-2025
- General
- Yahoo
An osprey was found in the road. It turned out to be a 19-year-old who repopulated Iowa.
Two local bird watchers in West Des Moines rescued an osprey after they found the bird sitting in the middle of Army Post Road in late April. The individuals were able to help the osprey avoid traffic while they waited for Iowa Bird Rehabilitation to come help the bird. The raptor species typically has a 6-foot wingspan and can dive into bodies of water moving as fast as 40 mph, according to the Iowa Department of Natural Resources. This female osprey was found with a band on each leg. When Iowa Bird Rehabilitation looked up the information on one of the bands, they learned it was a 19-year-old osprey who has helped bring back the raptor's population in Iowa. This is an unusually old age for ospreys, said Jenni Boonjakuakul, the founder and executive director of Iowa Bird Rehabilitation. The bird species typically live to be 10-12 years old. Considering ospreys migrate to South America for the winter, Boonjakuakul said it is amazing for one to make it to 19 years old. "So to be 19, it is a significantly older bird," Boonjakuakul said. The bands on the bird's legs were also clues to its history in Iowa. One band, labeled "Y8," told rescuers that the raptor was part of an osprey reintroduction program in Iowa that fran from 2005 to 2011. The female bird came to Iowa from northern Minnesota in 2006 as a 42-day-old bird. "She was banded, and that's the only reason she knew who she was and how old she was," Boonjakuakul said. "Banding is really important for us as we do our conservation work." The conservation program allowed Ospreys to be raised in a hack tower, which is a tower where the birds can live while learning how to eat and build their flying strength. It also protects the ospreys from other predators as they grow to eventually leave and live on their own. The fact that the Y8 osprey still returns to Iowa is a testament to the success of the re-introduction program, Boonjakuakul said. "Those programs are working," Boonjakuakul said. "Birds are surviving. They are reproducing young and they're building our population here in Iowa." It is unclear how the Osprey ended up on the road. When it was taken in for evaluation, no broken bones were found. It is a possibility she ran into a power line and had a concussion, said Boonjakuakul. Given the bird's age Boonjakuakul contacted Saving Our Avian Resources, which specializes in birds of prey, for assistance. "It's just kind of an odd presentation of injuries," Boonjakuakul said. "So we really don't know for sure what happened to her." SOAR took her into rehabilitation, where the osprey spent more than a month building her strength, said Kay Neumann, the executive director. Neumann thinks the Osprey may have experienced some deep bruising and possibly a cracked shoulder blade. "It took her a while to decide that she felt all right to start flying in one of our big flight pens," Neumann said. "So definitely not a hangnail." After some time and care, the two organizations returned the osprey to her home in West Des Moines. This isn't the first time this wise, old osprey has returned to Iowa. Her return to Iowa was recorded around 2009, just three years after her release from the reintroduction program. She has likely returned to the same nesting spot every year since. Most of the offspring in the area likely come from this 19-year-old Y8 Osprey, Boonjakuakul said. The Y8 Osprey's mate was also seen as recently as late May. Ospreys mate for life, so Boonjakuakul is hopeful the two raptors will reunite. "It's fascinating and really promising that all the work and effort that a lot of people did 10-20 years ago is working," Boonjakuakul Kate Kealey is a general assignment reporter for the Register. Reach her at kkealey@ or follow her on Twitter at @Kkealey17. This article originally appeared on Des Moines Register: Rare 19-year-old osprey returns to West Des Moines after being rescued
Malaysian Reserve
01-06-2025
- Climate
- Malaysian Reserve
Swiss glacier collapse offers global warning of wider impact
DUSHANBE (Tajikistan) – The collapse of the Swiss Birch glacier serves as a chilling warning of the escalating dangers faced by communities worldwide living under the shadow of fragile ice, particularly in Asia, experts say. Footage of the May 28 collapse showed a huge cloud of ice and rubble hurtling down the mountainside, into the hamlet of Blatten. Ali Neumann, disaster risk reduction advisor to the Swiss Development Cooperation, noted that while the role of climate change in the specific case of Blatten 'still needs to be investigated', the wider impacts were clear on the cryosphere — the part of the world covered by frozen water. 'Climate change and its impact on the cryosphere will have growing repercussions on human societies that live near glaciers, near the cryosphere, and depend on glaciers somehow and live with them,' he said. The barrage largely destroyed Blatten, but the evacuation of its 300 residents last week averted mass casualties, although one person remains missing. 'It also showed that with the right skills and observation and management of an emergency, you can significantly reduce the magnitude of this type of disaster,' Neumann said at an international UN-backed glacier conference in Tajikistan. Stefan Uhlenbrook, Director for Hydrology, Water and Cryosphere at the World Meteorological Organisation (WMO), said it showed the need for vulnerable regions like the Himalayas and other parts of Asia to prepare. 'From monitoring, to data sharing, to numerical simulation models, to hazard assessment and to communicating that, the whole chain needs to be strengthened,' Uhlenbrook said. 'But in many Asian countries, this is weak, the data is not sufficiently connected.' Swiss geologists use various methods, including sensors and satellite images, to monitor their glaciers. Asia was the world's most disaster-hit region from climate and weather hazards in 2023, the United Nations said last year, with floods and storms the chief cause of casualties and economic losses. But many Asian nations, particularly in the Himalayas, lack the resources to monitor their vast glaciers to the same degree as the Swiss. According to a 2024 UN Office for Disaster Risk Reduction report, two-thirds of countries in the Asia and Pacific region have early warning systems. But the least developed countries, many of whom are in the frontlines of climate change, have the worst coverage. 'Monitoring is not absent, but it is not enough,' said geologist Sudan Bikash Maharjan of the Nepal-based International Centre for Integrated Mountain Development (ICIMOD). 'Our terrains and climatic conditions are challenging, but also we lack that level of resources for intensive data generation.' That gap is reflected in the number of disaster-related fatalities for each event. While the average number of fatalities per disaster was 189 globally, in Asia and the Pacific it was much higher at 338, according to the Belgium-based Centre for Research on the Epidemiology of Disasters' Emergency Events Database. Geoscientist Jakob Steiner, who works in climate adaptation in Nepal and Bhutan, said it is not as simple as just exporting the Swiss technological solutions. 'These are complex disasters, working together with the communities is actually just as, if not much more, important,' he said. Himalayan glaciers, providing critical water to nearly two billion people, are melting faster than ever before due to climate change, exposing communities to unpredictable and costly disasters, scientists warn. Hundreds of lakes formed from glacial meltwater have appeared in recent decades. They can be deadly when they burst and rush down the valley. The softening of permafrost increases the chances of landslides. Declan Magee, from the Asian Development Bank's Climate Change and Sustainable Development Department, said that monitoring and early warnings alone are not enough. 'We have to think… about where we build, where people build infrastructure and homes, and how we can decrease their vulnerability if it is exposed', he said. Nepali climate activist and filmmaker Tashi Lhazom described how the village of Til, near to her home, was devastated by a landslide earlier in May. The 21 families escaped — but only just. 'In Switzerland they were evacuated days before, here we did not even get seconds,' said Lhazom. 'The disparity makes me sad but also angry. This has to change.' –AFP
France 24
31-05-2025
- Climate
- France 24
Swiss glacier collapse underscores urgency of efficient warning systems elsewhere, experts say
The collapse of the Swiss Birch glacier serves as a chilling warning of the escalating dangers faced by communities worldwide living under the shadow of fragile ice, particularly in Asia, experts say. Footage of the May 28 collapse showed a huge cloud of ice and rubble hurtling down the mountainside, into the hamlet of Blatten. Ali Neumann, disaster risk reduction advisor to the Swiss Development Cooperation, noted that while the role of climate change in the specific case of Blatten 'still needs to be investigated', the wider impacts were clear on the cryosphere – the part of the world covered by frozen water. 'Climate change and its impact on the cryosphere will have growing repercussions on human societies that live near glaciers, near the cryosphere, and depend on glaciers somehow and live with them,' he said. The barrage largely destroyed Blatten, but the evacuation of its 300 residents last week averted mass casualties, although one person remains missing. 'It also showed that with the right skills and observation and management of an emergency, you can significantly reduce the magnitude of this type of disaster,' Neumann said at an international UN-backed glacier conference in Tajikistan. Stefan Uhlenbrook, Director for Hydrology, Water and Cryosphere at the World Meteorological Organisation (WMO), said it showed the need for vulnerable regions like the Himalayas and other parts of Asia to prepare. 'From monitoring, to data sharing, to numerical simulation models, to hazard assessment and to communicating that, the whole chain needs to be strengthened,' Uhlenbrook said. 'But in many Asian countries, this is weak, the data is not sufficiently connected.' Need better warning systems Swiss geologists use various methods, including sensors and satellite images, to monitor their glaciers. Asia was the world's most disaster-hit region from climate and weather hazards in 2023, the United Nations said last year, with floods and storms the chief cause of casualties and economic losses. But many Asian nations, particularly in the Himalayas, lack the resources to monitor their vast glaciers to the same degree as the Swiss. According to a 2024 UN Office for Disaster Risk Reduction report, two-thirds of countries in the Asia and Pacific region have early warning systems. But the least developed countries, many of whom are in the frontlines of climate change, have the worst coverage. 'Monitoring is not absent, but it is not enough,' said geologist Sudan Bikash Maharjan of the Nepal-based International Centre for Integrated Mountain Development (ICIMOD). 'Our terrains and climatic conditions are challenging, but also we lack that level of resources for intensive data generation.' That gap is reflected in the number of disaster-related fatalities for each event. While the average number of fatalities per disaster was 189 globally, in Asia and the Pacific it was much higher at 338, according to the Belgium-based Centre for Research on the Epidemiology of Disasters' Emergency Events Database. Heightened risk of landslides Himalayan glaciers, providing critical water to nearly two billion people, are melting faster than ever before due to climate change, exposing communities to unpredictable and costly disasters, scientists warn. Hundreds of lakes formed from glacial meltwater have appeared in recent decades. They can be deadly when they burst and rush down the valley. The softening of permafrost increases the chances of landslides. Declan Magee, from the Asian Development Bank's Climate Change and Sustainable Development Department, said that monitoring and early warnings alone are not enough. 'We have to think ... about where we build, where people build infrastructure and homes, and how we can decrease their vulnerability if it is exposed,' he said. Nepali climate activist and filmmaker Tashi Lhazom described how the village of Til, near to her home, was devastated by a landslide earlier in May. The 21 families escaped – but only just.
Observer
31-05-2025
- Climate
- Observer
Swiss glacier collapse offers global warning of wider impact
The collapse of the Swiss Birch glacier serves as a chilling warning of the escalating dangers faced by communities worldwide living under the shadow of fragile ice, particularly in Asia, experts say. Footage of the May 28 collapse showed a huge cloud of ice and rubble hurtling down the mountainside, into the hamlet of Blatten. Ali Neumann, disaster risk reduction advisor to the Swiss Development Cooperation, noted that while the role of climate change in the specific case of Blatten "still needs to be investigated", the wider impacts were clear on the cryosphere -- the part of the world covered by frozen water. "Climate change and its impact on the cryosphere will have growing repercussions on human societies that live near glaciers, near the cryosphere, and depend on glaciers somehow and live with them," he said. The barrage largely destroyed Blatten, but the evacuation of its 300 residents last week averted mass casualties, although one person remains missing. "It also showed that with the right skills and observation and management of an emergency, you can significantly reduce the magnitude of this type of disaster," Neumann said at an international UN-backed glacier conference in Tajikistan. Stefan Uhlenbrook, Director for Hydrology, Water, and Cryosphere at the World Meteorological Organisation (WMO), said it highlighted the need for vulnerable regions, such as the Himalayas and other parts of Asia, to prepare. "From monitoring, to data sharing, to numerical simulation models, to hazard assessment, and to communicating that, the whole chain needs to be strengthened," Uhlenbrook said. "But in many Asian countries, this is weak, the data is not sufficiently connected." - 'Not enough' - Swiss geologists use various methods, including sensors and satellite images, to monitor their glaciers. Asia was the world's most disaster-hit region due to climate and weather hazards in 2023, according to the United Nations, with floods and storms being the chief causes of casualties and economic losses. But many Asian nations, particularly in the Himalayas, lack the resources to monitor their vast glaciers to the same degree as the Swiss. According to a 2024 UN Office for Disaster Risk Reduction report, two-thirds of countries in the Asia and Pacific region have early warning systems. But the least developed countries, many of whom are in the frontlines of climate change, have the worst coverage. "Monitoring is not absent, but it is not enough," said geologist Sudan Bikash Maharjan of the Nepal-based International Centre for Integrated Mountain Development (ICIMOD). "Our terrains and climatic conditions are challenging, but also we lack that level of resources for intensive data generation." That gap is reflected in the number of disaster-related fatalities for each event. While the average number of fatalities per disaster was 189 globally, in Asia and the Pacific, it was much higher at 338, according to the Belgium-based Centre for Research on the Epidemiology of Disasters' Emergency Events Database. Geoscientist Jakob Steiner, who works in climate adaptation in Nepal and Bhutan, said it is not as simple as just exporting the Swiss technological solutions. "These are complex disasters, working together with the communities is just as, if not much more, important," he said. - 'Sad disparity' - Himalayan glaciers, providing critical water to nearly two billion people, are melting faster than ever before due to climate change, exposing communities to unpredictable and costly disasters, scientists warn. Hundreds of lakes formed from glacial meltwater have appeared in recent decades. They can be deadly when they burst and rush down the valley. The softening of permafrost increases the chances of landslides.
