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Prediction layer resulting from applying UPRLIMET to HUC12 subwatersheds having LiDAR-derived flowlines in Western Oregon. Two stage UPRLIMET model is described in Penaluna et al. (2022). This layer is a consolidated layer where predictions for individual reaches are combined and dissolved by predicted response. The consequence is a AGOL viewable layer that renders rapidly. For more detailed information for individual reach predictions and covariate information corresponding with predictions, refer to the full prediction dataset housed in a separate file geodatabase. Data depict the predicted distribution of coastal cutthroat trout in western Oregon by classifying presence in terms of "FISH" or "NO FISH". For the location of the discrete upper limit location associated with each stream, refer to the associated data layer titled "Combined_Predicted_Upper_Limit_Locations".
Prediction layer resulting from applying UPRLIMET model to HUC12 subwatersheds having LiDAR-derived flowlines in Western Oregon. Two stage UPRLIMET model is described in Penaluna et al. (2022). This layer is a consolidated where predictions for all subwatersheds are merged into a single data layer. The consequence is a AGOL viewable layer that renders rapidly. For more detailed information for individual reach predictions and covariate information corresponding with predictions, refer to the full prediction dataset housed in a separate file geodatabase. Data depict the predicted discrete upper limit location for coastal cutthroat trout in western Oregon.
HUC12s having training and/or prediction data for the UPRLIMET study