Abstract: A metaverse system generates a metaverse for an activity to be performed by a user in a geographical region at a future time period. The metaverse is generated based on predicted micro-weather and a predicted topographical map of the geographical region for the future time period, and a plurality of behavioral aspects of a plurality of biodiversity elements associated with the geographical region predicted for the future time period. The generated metaverse includes the predicted topographical map, one or more biodiversity avatars of one or more biodiversity elements, respectively, that are predicted to be present in the geographical region at the future time period based on the plurality of behavioral aspects, and a user avatar of the user. The generated metaverse is presented to the user to enable the user to immersively experience the activity that is to be performed at the future time period.

Abstract: A metaverse system generates a metaverse for an activity to be performed by a user in a geographical region at a future time period. The metaverse is generated based on predicted micro-weather and a predicted topographical map of the geographical region for the future time period, and a plurality of behavioral aspects of a plurality of biodiversity elements associated with the geographical region predicted for the future time period. The generated metaverse includes the predicted topographical map, one or more biodiversity avatars of one or more biodiversity elements, respectively, that are predicted to be present in the geographical region at the future time period based on the plurality of behavioral aspects, and a user avatar of the user. The generated metaverse is presented to the user to enable the user to immersively experience the activity that is to be performed at the future time period.