hydroweight: Inverse distance-weighted rasters and landscape attributes
Abstract
hydroweight calculates landscape attributes based on distances to waterbodies — areas nearby have more influence than those farther away (i.e., inverse distance-weighting). We implement various scenarios described by Peterson et al. (2011) that include different types of straight-line and flow-path distances to waterbodies. hydroweight provides a set of simple and flexible functions to accommodate a wider set of scenarios and statistics (e.g., numerical and categorical raster and polygon inputs) in R using WhiteboxTools spatial software
Brian Kielstra
Cumulative Effects Research Scientist
I am a landscape/aquatic ecologist generally interested in the cumulative effects of landscape pattern and process on recipient waters
Erik J.S. Emilson
Research Scientist, Watershed Ecology Team Lead, Associate Editor CJFR
I am interested in how forests support freshwater ecosystem services. My research combines microbial and molecular approaches to undertand how forest productivity and disturbances affect ecosystem functions in headwater streams and lakes.