Using wavelet analysis to examine bark microrelief

Abstract

An improved quantification of variations in bark microrelief is presented that uses wavelets on a circular domain from data acquired using the LaserBark™ automated tree measurement system. An important metric of canopy structure, bark microrelief affects both the hydrology and biogeochemistry of forests. Increased bark microrelief leads to reduced stemflow… (More)
DOI: 10.1007/s00468-013-0959-9

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