In this post Thomas White and Laura Graham, two of our Associate Editors with expertise in Application articles, highlight their favourite of our papers about R packages.
In this post, three of our Associate Editors with expertise in acoustic monitoring, Sarab Sethi, Camille Desjonquèresand Lian Pin Koh, select their favourite MEE papers in this field.
A single time-step projection of a historical matrix projection model (hMPM), for a 7 life stage life history model of Cypripedium parviflorum, the small yellow lady’s slipper. In this case, the vector of biologically plausible stage pairs in time 2 is equal to the full projection matrix multiplied by the vector of biologically plausible stage pairs in time 1.
Matrix projection modeling is a mainstay of population ecology. Ecologists working in natural area management and conservation, as well as in theoretical and academic realms such as the study of life history evolution, develop and use these models routinely. Matrix projection models (MPMs) have advanced dramatically in complexity over the years, originating from age-based and stage-based matrix models parameterized directly from the data, to complex matrices developed from statistical models of vital rates such as integral projection models (IPMs) and age-by-stage models. We consider IPMs to be a class of function-based MPM, while age-by-stage MPMs may be raw or function-based, but are typically the latter due to a better ability to handle smaller dataset. The rapid development of these methods can leave many feeling bewildered if they need to use these methods but lack sufficient understanding of scientific programming and of the background theory to analyze them properly.
Aquatic animal telemetry has revolutionized our understanding of the behaviour of aquatic animals. One of the important advantages of telemetry methods, including acoustic telemetry, is that they provide information at the individual level. This is very relevant because it enables investigating the natural variability in behaviour within populations (like here or here), but also because one can investigate what happens to each individual animal and relate it to its natural behaviour. Knowing “what happens to each individual” is normally referred to as “fate” and it can take many forms: some fish may end-up eaten by predators, other may be fished, some of them may disperse, etc. Knowing the fate of each individual fish is crucial as it links ecological processes at the individual level to evolutionary outcomes at the population level.
In this post, two of our Associate Editors with expertise in remote sensing, Sarah Goslee and Hooman Latifi, share their favourite MEE papers in the fields of remote sensing and biomass estimation.
Following an open call for applicants in July, we are pleased to welcome 30 new Associate Editors to the Methods in Ecology and Evolution Editorial Board. The researchers joining us span 16 different countries, including our first editors working in Iran, Italy and Portugal. Find out more about them below.
We are really delighted to have further expanded the expertise on our board so that we can continue to promote the development of new methods in ecology and evolution.
Senior Editor Aaron Ellison has selected six Featured Articles this month. You can find out about all of them below. We also have eight Applications articles and seven Practical Tools articles in the November issue that are freely available to everyone – no subscription required!