NCEAS Project 11601

Unifying approaches to statistical inference in ecology

• King, Aaron
• Rohani, Pej

Abstract
In the face of ecological complexity, it has very often proved useful to formulate mathematical models, which allow us to examine the consequences of specific sets of assumptions. While this approach has generated interesting and important ideas, progress has been frustrated by a fundamental hurdle: direct confrontation of models and data in a statistically robust way. We propose a working group aimed at overcoming this hurdle by synthesizing numerous state-of-the-art techniques. The approaches we will consider explicitly take into account common causes of mismatch between models and data such as process noise (demographic and environmental stochasticity), measurement error, unobserved variables, and nonstationarity. The end result of this working group will be a thorough review of the strengths and weaknesses of the various approaches under different circumstances and a set of easy-to-use statistical tools for use by non-specialists.

• Overview
• Ecology Core Program
• Conservation & Resource Management Program
• Ecoinformatics Program
• Call for Proposals
• NCEAS Public Data Repository
• NCEAS Data Policy