Unsustainable – or manageable? We don’t yet know how data centres will impact Australia’s environment 
Swimming in the sweet spot: how marine animals save energy on long journeys 
Hormuz Vessel Traffic Drops to Single Digits 
Asian Bank Stocks Slide as BofA Warning and Rising Yields Hit Sentiment 
Extreme heat, flooding, wildfires – Colorado’s formerly incarcerated people on the hazards they faced behind bars 
How is Antarctica melting, exactly? Crucial details are beginning to come into focus 
Fungi are among the planet’s most important organisms — yet they continue to be overlooked in conservation strategies 
Rice feeds billions of people – but its role in fueling climate change is growing 
Global Central Banks Brace for More Rate Hikes as Inflation Risks Rise 
LA fires: Long-term exposure to wildfire smoke is poorly understood − and a growing risk 
German 2-Year Yield Hits 2023 High as Rate Hike Bets Rise 
An unexpected anomaly was found in the Pacific Ocean – and it could be a global time marker 
BOJ Flags Import Costs and Yen Shocks as Persistent Inflation Risks 
Add as a preferred source on Google
South Korea’s largest offshore wind farm is exhibiting a low capacity utilization rate at 22 percent due to low wind velocity averaging at only 6.03 meters per second last year.
This is lower than the 7 meters per second minimum average standard for offshore wind power generation.
The 60 megawatts (MW) wind farm is located in the coastal waters of Buan, North Jeolla Province.
Over the past year, the wind farm's days with an average wind velocity of less than 4 m/s was 98, while the number of days with a utilization rate of below 10 percent was estimated at 130.
According to the Korea Energy Economics Institute, an offshore wind farm’s unit power generation cost is 275.59 won per kilowatt-hour (kWh), over five times higher than 54 won for nuclear.
An offshore wind farm’s construction cost is estimated at 5.8 billion won per MW, about twice more per MW cost of building a nuclear power plant.
