Research in the Kitzes Lab focuses on measuring, understanding, and predicting biodiversity loss on a planet increasingly dominated by human activities. The central question that guides our research is
How does human alteration of natural habitat impact species abundance and diversity at large spatial scales?
In order to answer this question, we pursue three complementary research themes.
- Bioacoustics: To improve our ability to measure biodiversity change in the field, we develop new methods and tools for surveying biodiversity using automated acoustic recorders and machine learning models.
- Conservation: To better understand and prevent impacts on individual species, we conduct field surveys and data analysis focused on understanding the relationships between specific species populations, habitat changes, and human activities.
- Spatial Macroecology: To better explain and predict large scale biodiversity patterns, we develop new theory and models that seek to uncover the general patterns and processes underlying species distributions and community organization.
Our research involves a wide variety of taxa, although our main groups of interest at the moment are temperate breeding birds and anurans. All of our work is heavily quantitative, drawing on both mathematical and computational methods. Our work has been financially supported by the National Science Foundation, National Geographic, Microsoft, the Moore Foundation, and the Academic Data Science Alliance.