Quantum Ecology, Paperback by Orloci, Laszlo, Brand New, Free shipping in the US

$ 13.94

Publication Year: 2015 ISBN: 9781517432935 Edition: 2 Item Weight: 6.1 Oz Item Length: 9 in Number of Pages: 80 Pages Illustrator: Yes Book Title: Quantum Ecology : Energy Structure and Its Analysis Author: Laszlo Orloci Item Height: 0.2 in width: 6 in Format: Trade Paperback Publisher: CreateSpace Item Width: 6 in Language: English Genre: Science Topic: Life Sciences / Ecology, Physics / Quantum Theory height: 0.2 in

Description

Quantum Ecology, Paperback by Orloci, Laszlo, Brand New, Free shipping in the US. Quantum Ecology, Paperback by Orloci, Laszlo, ISBN 1517432936, ISBN-13 9781517432935, Brand New, Free shipping in the US The infusion of quantum theoretical principles allows the study focus of ecological energetics to shift from the conventional calorific (trophic) flow in ecosystems to the potential energy structure of the vegetation. Ths contents cover the theory and techniques in a unique account centred on the energy equation. The equation’s component terms define energy footprints specific to ecology’s basic processes, such as historic phylogeny, current environmental mediation of transience, and chance. What gives practical value to the energy equation is its ability to be parameterised by the usual type of survey or experimental data. Quantum Ecology, Paperback by Orloci, Laszlo, ISBN 1517432936, ISBN-13 9781517432935, Brand New, Free shipping in the US The infusion of quantum theoretical principles allows the study focus of ecological energetics to shift from the conventional calorific (trophic) flow in ecosystems to the potential energy structure of the vegetation. Ths contents cover the theory and techniques in a unique account centred on the energy equation. The equation’s component terms define energy footprints specific to ecology’s basic processes, such as historic phylogeny, current environmental mediation of transience, and chance. What gives practical value to the energy equation is its ability to be parameterised by the usual type of survey or experimental data.