Our experiences of the natural world are increasingly mediated, which is why I use citizen science to bring ecology students outside and learn naturalist skills
: All quantitative research methods are based on models. All statistical tests, all summary statistics, all raw data, and even our ideas are models. Failing to appreciate the ubiquity of models leads to misunderstanding the epistemology of science itself. Conversely, realizing that all science is an act in model building leads to more creative and robust inquiries, and, ultimately, better inference.
Meditations and discoveries on cleaning one’s desk
Latest “Reflections of the Past” post. This is a series by Hari Sridhar who interviews authors of well-known papers in ecology. Posts in this series are archived at reflectionsonpaperspast.wordpress.com.
Over the last century, a predominant number of biological investigations utilized either model systems or laboratory populations for experimentation. While model organisms are extensively studied from diverse perspectives (genetics, behaviour, life-history, etc.) it would be imprudent to assume new organism-oriented discoveries are behind us. Most recently, Stewart et al. (2018) revealed the existence of a new male type in the laboratory model organism, the bulb mite Rhizoglyphus robini.
This is a series of posts entitled “Reflections on the Past”, a series by Hari Sridhar. Hari interviews authors of well-known papers in ecology for first-hand accounts of the ins-and-outs of high-impact research. Posts in this series are archived at reflectionsonpaperspast.wordpress.com.
We are in great need of an integrative framework that allows ecologists to predict life history strategies from functional traits that inform on population performance. The aim of a recent British Ecological Society cross-journal Special Feature is to link organismal functions, life history strategies and population performance. Here I discuss a test published within this Special Feature that shows how a recently developed dynamic energy budget population model can be used to infer from life history traits the population performance of bulb mites (Rhizoglyphus robini) in the lab.