Challenges Of Systematics In Research Paper

Systematics is the scientific study of the diversity of organisms (Mayr 1969), which incorporate the origin, evolution, diversity and distribution of living organisms. The main challenge of systematics, and one of the key challenges of science as a whole, it is to understand the extent and cause of biological diversity which is sometimes referred to as biodiversity (Wilson 1985). It differs from ecology in the sense that ecology is focused with interactions of individuals at a given time in a given area or space, whereas biodiversity is concerned with the diversification of lineages through time. The field of systematics involves two major components. Biosystematics and taxonomy, the discovery of the basic units of biodiversity, that is, different species. What follows from biosystematics and biodiversity is the reconstruction of patterns of interactions between species at successively higher levels. Over the years, researchers have shown that systematics, in general, has undergone a revolution in its basic paradigm.

The revolution that is talked about is the step that leads to a progression that has aligned advances in other academic disciplines through the history of man. This area of study forms

Foremost, it needs uncomplicated choices about features to be used as surrogates for overall biodiversity. A systematic conservation planning can be seen as a process in different stages. The rapid development of interest in biodiversity has provided unprecedented opportunities for interactions among disciples. Although systematics- and conservation- biology have developed largely independently of one another, it is clear now from the burgeoning literature that conservation concerns can motivate systematic studies and that better knowledge of the systematics of organisms can provide critical information for the conservation and management of biodiversity (Funk et al.