Climbers' Corner • Tree Academy
Monday • Tuesday • Wednesday
Redirects in Rope Systems: Load Dissipation between Natural Anchor Points in Trees
Summary
Redirects are used in work positioning by climbers or to design rigging systems. But the effect on branches as natural anchor points is not well understood. Redirects dissipate load within the crown. The loading experienced by the main anchor and the redirect point were measured during a study and visualized in diagrams. The presentation will point out differences in load dissipation during several climbing actions and quantify the loading of the anchor points. Arborists will gain better understanding of how the application of redirects can alter the loads anchor points are exposed to and thus may increase or decrease the likelihood of failure.
Conference Proceedings Documents
Presenters
Andreas Detter, Brudi &
Partner TreeConsult, Gauting, Germany
With more than fifteen years of
experience as a practical arborist, Detter holds an engineering degree in
Landscape Design. As an appointed expert court witness and co-founder of Brudi
& Partner TreeConsult in Munich, Germany, his chief occupation of the past ten
years has been consulting. Andreas Detter is a member of sag-Baumstatik, an
international association of consultants in tree statics. He is active in the
European Ropes Courses Association, promoting awareness of tree biology and
tree statics in the construction of forest adventure parks. Detter has spoken
at international conferences and is the author of publications on tree-statics,
cabling, and physics in climbing and rigging. He was a co-developer of the
educational software Rigging 1.0. He teaches at the University of Applied
Sciences in Weihenstephan, and held workshops and presentations in the U.S. and
several European countries. Andreas Detter has guided research projects on
arborist safety and tree stability funded by the British Health and Safety Executive
and Forestry Commission as well as the TREE Fund's John Hyland's Grant Program.
Climbers' Corner • Tree Academy
Monday • Tuesday • Wednesday