Abstract
Despite the fact that their objects of study live in a highly complex
and irregular environment,
soil zoologists have not yet made use of the advantage of fractal
geometry in their work. Less than
1% of papers published during the last 3 years that dealt with fractal
applications in the field of
biological and environmental sciences were directed at studies of
soil fauna. This paper tries to
initiate a more intensive use of fractals in soil zoology and outlines
their potential for different
aspects of research. It reviews a fractal approach to describe soil
nematode movement patterns in
an artificial two-dimensional soil matrix and presents original work
on the impact of habitat
complexity on the abundance:body size distribution of soil microarthropods
and on the potential of
detecting scaling regions of microarthropod aggregations by identifying
scale-dependent changes
of a fractal exponent.
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