Strong self‐limitation promotes the persistence of rare species - Yenni - 2012 - Ecology - …
GM Yenni was supported by a fellowship from the Utah State University Ecology Center and an …

… recommend our paper on data management for continuously collected data, which includes
a tutorial on how to set up some of the aspects of automation described in this paper (Yenni …

Advances in artificial intelligence for computer vision hold great promise for increasing the
scales at which ecological systems can be studied. The distribution and behavior of …

… Our results, which are consistent with the theory developed by Yenni et al. (2012), suggest
that in many communities persistent rare species do not share similar niches with competitors …

Over the past decade, biology has undergone a data revolution in how researchers collect
data and the amount of data being collected. An emerging challenge that has received limited …

Composite materials are novel inventions of material science which are often used as
viable solutions in many technologically challenging situations like aero-space and satellite …

This is a data paper for the Portal Project, a long-term ecological study of rodents, plants,
and ants located in southeastern Arizona, USA This paper contains an overview of methods …

For many species, a well documented response to anthropogenic climate change is a shift
in various aspects of its life history, including its timing or phenology. Often, these …

Desert ecosystems have long served as model systems in the study of ecological concepts (eg,
competition, resource pulses, top-down/bottom-up dynamics). However, the inherent …

Desert ecosystems have long served as model systems in the study of ecological concepts (eg,
competition, resource pulses, top‐down/bottom‐up dynamics). However, the inherent …