Concepts

Statistical model allowing phenotypic correlations between traits to vary continuously with environmental predictors

The practice of making research data publicly available for verification and reuse

Population estimation method using repeated sampling to remove individuals and estimate total abundance from decline curve

A tool that uses paired statements about morphological characteristics to systematically identify organisms through a series of either/or choices

Spatial sampling design measuring wildlife responses at increasing distances from disturbance sources

Benefits that humans derive from ecosystem processes, including pollination, pest control, and decomposition

Statistical method to identify correlations between species traits and environmental variables

Statistical modeling approach that allows for nonlinear relationships using smooth functions while accounting for random effects structure

The complete sequence of developmental stages from germination through survival, growth, flowering, and reproduction in sessile plants

The study of spatial distribution patterns of microorganisms and the factors controlling these patterns

Sampling methods that do not require capturing or handling animals, such as hair tube traps that collect hair samples

Combining multiple sensor platforms and measurement approaches for comprehensive characterization

Research practices that allow independent researchers to reproduce results using the same methods and data

The integrated biogeochemical, hydrological, and ecological processes that control water, energy, and nutrient cycling within a watershed

An analytical approach where deviations from an individual's average behavior or phenotype are calculated to quantify and analyze how an individual's social phenotype may change over time.

Abundance, Size, Number, Energy framework that uses ecological state variables to predict ecosystem structure functions

Universal probe set targeting 353 gene regions for phylogenomic and metabarcoding studies of flowering plants

Normalizing reaction rates to specific surface area measured by Brunauer-Emmett-Teller gas sorption method

Statistical method that objectively diagnoses major modes of variability in a dataset by decomposing spatial patterns and temporal amplitudes

Statistical method for testing correlations between discrete events in time series by analyzing coincidences within specified time windows

Data should be Findable, Accessible, Interoperable, and Reusable

Matrix used to quantify uncertainty in parameter estimates by computing the inverse of the Hessian of the log-likelihood function