@InProceedings{MichilesGiel:2004:RaEnSt,
author = "Michiles, Alessandro Augusto and Gielow, Ralf",
affiliation = "{CPTEC-INPE-Cachoeira Paulista-12630-000-SP-Brasil}",
title = "Rates of energy storage and stem heat fluxes in a terra firme
forest in Central Amazonia",
booktitle = "Anais...",
year = "2004",
organization = "Conferencia Cientifica do LBA, 3.",
abstract = "To obtain the rate of energy storage (RES) in a {"}Terra Firme{"}
forest during the dry season, an experiment was effected in
Central Amazonia. Thus, the temperatures in three heigths and
several radial depths of 4 stems of dominant species among the 670
trees of an 1 hectare site selected at the Esta{\c{c}}{\~a}o
ZF-2 (02°3645{"} S, 60°1240{"} W), plus the air temperatures and
moistures, were measured. To compute the RES, all components which
store energy during the day were considered: litter, minor
components (palm trees and lianas), stem, branches, twigs, leaves
and air. To obtain the RES of the stems, three methods were used.
The first one uses all stem temperature measurements. The other
ones, which are based on an analytical solution of the heat
conduction equation, depend only on the temperature measurements
in one radial depth of a tree with the average characteristics of
the complete set. The RES of the other components was determined
with the air and the average tree stem surface temperature
measurements, plus the air moisture. One third of the RES of the
forest is due to the stems, while other third is due to the air;
finally, the last one is divided among the other parts. During the
night and the transition periods, the RES of the forest (S) may
constitute a sizable fraction of the net radiation (Rn), or even
exceed it. On a daily basis, the values of S were observed between
1 and 10% of Rn, depending on the weather conditions.",
conference-location = "Brasilia",
conference-year = "27-29 jul.",
copyholder = "SID/SCD",
language = "en",
organisation = "LBA",
targetfile = "Michiles_Ratesofenergy_P{\^o}ster LBA.pdf",
urlaccessdate = "15 maio 2024"
}