In this paper, we outline the basic principles of using remote sensing to estimate ecosystem carbon fluxes and explain the range of satellite data available for such estimations, considering the indices and models developed to make use of the data.
This might have compromised field research at true high altitude and explained the wide range of bias in cold conditions at 5895 m in the other studies.
Much of the scientific literature on religion attempts to create ad hoc explanations and explain the observed range of religious phenomena, in light of evolutionary benefits at the personal and community levels [1], [2].
These data describe the evolution of resistance after introduction of new antimicrobial agents into clinical medicine and help explain the range of resistance in modern E. coli isolates.
Lay knowledge (or lay epidemiology) has previously been used to understand how health inequalities develop in smokers, 47 49 to inform health-promotion practices in smoking cessation, 50 and to explain the range of self-exempting beliefs used by smokers to avoid quitting.
Yamamoto and Bullough have proposed stress (insufficiency) type fractures as the cause for these syndromes and this theory could explain the range of imaging findings that might or might not progress to more serious presentations including osteonecrosis or even rapid osteolysis of the femoral head [37, 38, 39, 40].
However, a modified matching allele model that allows for partial compatibility and limited infection [ 1, 55] could explain the range of resistance and virulence observed in the Nicotiana-nepovirus interactions observed here.
While the attentional normalization model will undoubtedly need to be extended and refined, its success in explaining the range of phenomena described here suggest that it will prove useful in exploring and understanding the neuronal mechanisms of attention.
To explain the range of clathrin architecture and how these fullerene cages self-assemble, we proposed a hypothesis, the "head-to-tail exclusion rule" (the "Rule").
These results help explain the range of dispersion-aggregation behaviors observed in natural river and estuarine systems.
