Ecological niche modeling using the kepler workflow system
- Deana D. Penningtona(Author),
- Dan Higginsc(Author),
- A. Townsend Petersond(Author),
- Matthew B. Jonesc(Author),
- Bertram Ludäscherb(Author),
- aUniversity of New Mexico,
- bUniversity of California,
- cNational Center for Ecological Analysis and Synthesis,
- dUniversity of Kansas
Research Output: Chapter in Book/Report/Conference proceeding Chapter
Abstract
Changes in biodiversity have been linked to variations in climate and human activities [295]. These changes have implications for a wide range of socially relevant processes, including the spread of infectious disease, invasive species dynamics, and vegetation productivity [27, 70, 203, 291, 294, 376, 426]. Our understanding of biodiversity patterns and processes through space and time, scaling from genes to continents, is limited by our ability to analyze and synthesize multidimensional data effectively from sources as wide-ranging as field and laboratory experiments, satellite imagery, and simulation models.
Sustainable Development Goals
SDG 3 Good Health and Well
SDG 15 Life on Land