Where do we look? With what tools? We build software, simulations, and theories, to understand where we can monitor environmental processes, with a specific focus on biodiversity and disease.
Meta-Modeling Large-Scale Spatial Data Using Convolutional Neural Networks
A Global Biodiversity Observing System to Unite Monitoring and Guide Action
SimpleSDMLayers.jl and GBIF.jl: A Framework for Species Distribution Modeling in Julia
Refocusing Multiple Stressor Research Around the Targets and Scales of Ecological Impacts
Key Questions for Next-Generation Biomonitoring
Testing Predictability of Disease Outbreaks With a Simple Model of Pathogen Biogeography
Omnidirectional and Omnifunctional Connectivity Analyses With a Diverse Species Pool
Computers Can Help Us Find Raccoons and Other Living Creatures
Evaluating Ecological Uniqueness Over Broad Spatial Extents Using Species Distribution Modelling
Optimising Predictive Models to Prioritise Viral Discovery in Zoonotic Reservoirs
SpatialBoundaries.jl: Edge Detection Using Spatial Wombling
Multilayer Biological Networks to Upscale Marine Research to Global Change-Smart Management and Sustainable Resource Use