@idefix37 Hello! We appreciate your interest in new drought monitoring layers. Soil types and plant cover are considered. The current model uses vegetation information from ERA5-Land and information about the soil types based on the SoilGrids product.

@wadhwa Hello, you can find more detailed information about the model setup in Řehoř et al. 2021.

Hello, we are using the pro version of the forecast API and encountering the following error, leading to no data layers loading to our map view. Could you help us navigate the solution?

'Access to XMLHttpRequest at 'https://ims-s.windy.com/im/v3.0/forecast/intersucho/minifest2.json?1313' from origin 'https://www.intersucho.cz' has been blocked by CORS policy: No 'Access-Control-Allow-Origin'

@jgbrown14 Hello, which drought monitoring layer are you referring to? Both Drought Intensity and Moisture anomaly show deviation from the long-term average for a specific place and time. For these, too, there might still be a negative anomaly if the soil is drier than usual (average of 1961-2010 period). On the other hand, the Soil Moisture layer shows actual modelled soil moisture content, so in case of a heavy rain event, this one should capture it in "real-time".

Dear Valentine,
Please get in touch with me at blahova.m@czechglobe.cz to discuss further details. Thank you! Monika

@wadhwa Hello, you can find more detailed information about the model setup in Řehoř et al. 2021.

@idefix37 Hello! We appreciate your interest in new drought monitoring layers. Soil types and plant cover are considered. The current model uses vegetation information from ERA5-Land and information about the soil types based on the SoilGrids product.