A classic book on chaos and fractals that I have consulted many times over the years. One of my favorites. College-level mathematics is probably needed to handle most of the material but it is fascinating. It seems nature's book is written with a lot of fractals and self-similar objects at varying scales, also tends to follow power laws for scaling. You will learn about fractal dimensions, and coastline of England, Hausdorf and box-counting metrics, Various kinds of statistical noise, and the power spectrums of White, Brown, Pink, and Black noise, percolation of forest fires, Logistic curves, period doubling, Feigenbaum constants, Koch curves, and cantor dust. This book has the works and some equations so keep that college math handy.
Lovely math book that reviews across many fragments how certain phenomena, and mathematical questions relate to chaos, fractals and power laws.
What is frustrating is that inevitably you will find yoir favourites and be annoyed that the author only dedicated 3 pages to the problem you really care about.
A little too diverse and fragmented... but a fun math book.