Topics created by idefix37

@TZ You are right, this is obvious when latitude-longitude grid is shown (see Settings). The reflection of the sun moves a little more north each day and will disappear before reappearing around September 20 at the time of the equinox.

I've customize this color scale based on wind force and hurricane scales. Red is used for tropical storm/gale force winds, as the winds are dangerous enough to produce certain damages. Light white/purple indicates hurricane force winds (Category 1), and grey is used for major hurricane (Category 3). Dark blue indicates winds for jet stream and other extremely rare winds.

Here is some further information: Tropical update Late season, tropical storm Pablo has formed, will move over east Azores tonight. https://www.severe-weather.eu/tropical-weather/tropical-storm-pablo-azores-fa/

Hi @idefix37, thank you for your message. We're working on this issue.

Yes confirmed, fixed :)

🤔 FB doesn't like the article... Requested a review, we'll see what's going on there...

@TomSlavkovsky Please consider using different contour intevals. https://community.windy.com/topic/7387/geopotential-height-and-precip-question/8

Fantastic write up, Thanks

WOW first article publisher

@idefix37 Today, same temperature inversion in the morning. With a comparison of temperature at Geneva airport weather station. The 9km resolution of the ECMWF model does not allow to show this local effect. Sorry there are 30 minutes between these 2 screenshots which explains the 2°C difference at WS.

Would it be possible to add wave height and maximum wave height to the buoy data?

Accumulated Wind

@wxcycles You may try it. Personally I’m not convinced that sailors are so familiar with these standardised colours. I started with the following choice of colours: Green: the best conditions for sailing. Enjoy wind and sea. Orange: conditions becoming tougher. Be careful Red: hard conditions for a standard 30’ - 40’ cruising boat. Better to stay sheldered. The result is may be not artistic but efficient. I like to explain the Beaufort scale also with this table from F.Singleton, with a little humour : https://rmets.onlinelibrary.wiley.com/doi/pdf/10.1002/wea.153