![]() ![]() We found one example in Excel (Luke, 2019) and one produced using R (Hood, 2014), but nothing using Python. These diagrams are often produced by hand, and there seems to be little in the way of support for them in standard visualisation packages. There may be many types of grass, plants and insects for example distributed over the shore at different points.Ī variety of species can be found along a seashore (Photo by Life Of Pix from Pexels) ![]() This allows researchers to see the relative abundance of certain species in different places in a habitat such as a seashore. Kite diagrams are a way of seeing the change in abundance of the various species along a transect. The number of species in the square can then be counted at each point. 1m2) frame that is moved along the transect. Data can also be collected using a quadrat, this involves using a square (e.g. These are referred to as abiotic (not alive) factors. The distribution of the various species can be affected by various different factors including predators and also by other environmental factors like heat, light and moisture levels. The quantity of various species can be counted at regular intervals along the transect. This is often done manually with string, rope etc. A transect is a line placed across a part of a habitat, or an entire habitat. So what are Kite diagrams? Kite diagrams provide a graphical summary of different observations made along a transect. KITE DRAWING HOW TOThis short post will explain how to automate this process with Python 3 and the matplotlib library. Despite this, there are few options for creating these diagrams in standard software visualisation packages, and most seem to still be hand drawn. Kite diagrams are classically used in both ecology and biology studies and also form part of the school syllabus on A-Level Biology courses in the UK. A hand drawn Kite plot (Image by authors) ![]()
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