As a by-product of the tests on the K2 data, we find that for longer period sinusoidal signals the detection rate decreases (after an optimum value is reached) as the number of light curves used for systematics filtering increases.
Systematics aims to increase our understanding of biological diversity by identifying and classifying organisms and using phylogenies to understand the relationships between organisms.
However, due to the relatively recent introduction of molecular systematics and a rapid increase in the number of genome sequences that are available, bacterial classification remains a changing and expanding field.
Recent worldwide activity in mirid systematics and biology testifies to increasing interest in plant bugs.
In crystallographic studies, the structural systematics approach is used to increase our knowledge and understanding of the assembly of organic molecules into crystal structures [1-10].
Fortunately, the rapid development of genetic approaches for identification of species, such as the Barcode of Life (University of Guelph, Ontario, Canada), has increased interest in taxonomy and systematics of marine taxa in Canada.
While our knowledge of the systematics and biogeography of the Fabaceae is increasing steadily, there are still remarkable gaps.
The increase in use of molecular systematics in studies of angiosperm evolution has resulted in numerous phylogenies describing relationships across a range of evolutionary history [ 1].
In fact, VL-PI was designed especially for the purpose of increasing study time in plant systematics courses, so it is entirely possible that the students did study more because of the assigned scripts.
However, several systematics reviews have shown that e-learning has increased participants' knowledge [ 18, 19].
