Hi Meteo Data. Thabks for the great content. Its always very helpful in many ways than you can imagine. Please can you make a video on Global or regional climate model validation using Taylor's Diagram in Python or R?.. Is it even possible at all?. If it is, cam you teach us on how to do it?
Thank you for doing a great job, in fact there is a video that you have calculated the maximum breaks but is it possible instead of calculating these maximum breaks to calculate the breaks per class for durations of (2-3), (4-6), (7-15) and (16-21) days
Hello Sir. Please could you make a tutorial on Climate Model validation using python? I mean precisely, can we do data comparison using Taylor's Diagram in Python. Is this possible to achieve with Python??.. I will be anticipating your response Sir. Thank You for the great channel contents
this is interesting. i have tried to use this same procedure to characterize drought with calculated spi values. unfortunately i have not succeeded. could you please do something on drought characterization with spi or spei?
Find an SPI computational method here: th-cam.com/video/StfUmmP-44A/w-d-xo.html... Afterwards, apply this spell method on the SPI output making use of drought threshold you set per the SPI drought metrics.
@@meteodata Thank you very much. In fact I have followed this SPI computation method since the first day you posted it. The main challenge I have is that the data is monthly basis, and I am unable to make the time axis correspond to year and month consecutively for 10 years or 30. Maybe it's because I am still a novice to programming as a whole.
Very Nice tips! Thanks for share with us.
Glad it is helpful. Cheers!
Thank you very much, very insightful
Glad to know. Cheers!
Powerful !!!. Thank you Meteodata squad.
Thank you too!
Thanks a lot. Great job
Welcome. Glad it was useful.
Thanks
Good Job 🙏
Welcome.
❤❤❤❤❤
I can see you've only applied the dry spells, could you please do wet spells as well. thank you.
please keep up the good work
Duly noted. We'll attempt something at that.
@@meteodata Thank you, ill kindly appreciate if the process is replicated on station data aswell
Hi Meteo Data. Thabks for the great content. Its always very helpful in many ways than you can imagine. Please can you make a video on Global or regional climate model validation using Taylor's Diagram in Python or R?.. Is it even possible at all?. If it is, cam you teach us on how to do it?
Very possible. Check this live session we held. th-cam.com/video/DiAG4Wi93CE/w-d-xo.html
Thank you for doing a great job, in fact there is a video that you have calculated the maximum breaks but is it possible instead of calculating these maximum breaks to calculate the breaks per class for durations of (2-3), (4-6), (7-15) and (16-21) days
Duly noted. We'll attempt something at that.
Hello Sir. Please could you make a tutorial on Climate Model validation using python? I mean precisely, can we do data comparison using Taylor's Diagram in Python. Is this possible to achieve with Python??..
I will be anticipating your response Sir. Thank You for the great channel contents
Very possible. Check this live session we held. th-cam.com/video/DiAG4Wi93CE/w-d-xo.html
this is interesting. i have tried to use this same procedure to characterize drought with calculated spi values. unfortunately i have not succeeded. could you please do something on drought characterization with spi or spei?
Find an SPI computational method here: th-cam.com/video/StfUmmP-44A/w-d-xo.html...
Afterwards, apply this spell method on the SPI output making use of drought threshold you set per the SPI drought metrics.
@@meteodata Thank you very much. In fact I have followed this SPI computation method since the first day you posted it. The main challenge I have is that the data is monthly basis, and I am unable to make the time axis correspond to year and month consecutively for 10 years or 30. Maybe it's because I am still a novice to programming as a whole.
@@yungsieugenensungni2513 I doubt I fully get you.
You can reach us with your question via metdata.knust@gmail.com
SUre that will help.