@idefix37 This is not so straightforward, because cities are considered as points and we show forecast for them. Islands are polygons and we do not have feature providing point forecast for polygons. I admit that it is doable task, but it is also exception that must be handled separately and with care. Some "quick solution" may lead to misunderstandings. Example: many islands have its main big city where most people live and it is tipically on the sea shore. Those people would like to see temperature for their home. But if we would show temperature of the central point of the island it can be something totally different, because many islands have conic shape (mountains) and the temperature on the hill top could be much different.
One extreme example - Big Island of Hawaii, 7 degrees in island center, but 20 degrees in big cities.

Yes, there are approaches to show both island name and reasonable forecast values, but it is not as easy as it may look.

Another effect of equinox is that day/night boundaries are straight and parallel in Mercator projection.

@Gkikas-LGPZ We are expecting the same in Czech Republic :-(

Satellite Goes 17/Goes West (Pacific ocean coverage) is in maintenance mode till 1st of March. During this period there may be missing frames.

@Gkikas-LGPZ Hi, yes you are true that it should be more general. We are going to remove that limit in some future release.

@Benj5612 Hi, this colouring is intended to determine low/high clouds. Low clouds are yellow, high clouds are blue/white. Could you please share a link to colouring that you mentioned?

@Gkikas-LGPZ And I am happy that you find it useful. I have a list of improvements for the sounding graph, but unfortunately it has small priority now.

@Gkikas-LGPZ Hi, I appologize for the delay. My colleague is now working on another upper air task, so he also will add the 250h layer for sounding. If everything goes well, it should be done during this week.

@Gkikas-LGPZ Hi, thank you for your feedback, we will discuss it. I do not know if there is a general approach/formula for recalculating IR intensity to cloud temperature.