According to the normalized total-influential matrix earlier presented in Table 7, generally, (C_{3})'s (fuel cost) classification as part of the causal cluster is not depicted statistically in this table.
However, the Fuel Characteristic Classification System (FCCS) [27] considers the litter/lichen/moss layer on the ground as a part of the aboveground biomass (i.e., the aboveground biomass consists of trees (canopy, snags, and ladder), shrubs, grasses, dead wood, litter/lichen/moss layer on the ground); and the ground layer (or organic soil layer).
Vegetation fuels are mapped based on the Fuel Characteristic Classification System (FCCS), developed by the US Forest Service to assess fuel characteristics that determine potential fire behavior, fire effects, and smoke emissions [ 19].
However, the Fuel Characteristic Classification System (FCCS) [ 27] considers the litter/lichen/moss layer on the ground as a part of the aboveground biomass (i.e., the aboveground biomass consists of trees (canopy, snags, and ladder), shrubs, grasses, dead wood, litter/lichen/moss layer on the ground); and the ground layer (or organic soil layer).
The fraction of woody and herbaceous fuels associated with each class was determined using information from the Fuels Characterization Classification System (FCCS; [43, 44]).
The fraction of woody and herbaceous fuels associated with each class was determined using information from the Fuels Characterization Classification System (FCCS; [ 43, 44]).
Several surface fuel and canopy classification efforts have used various remote sensing and ecological relationships as core methods to develop the spatial layers.
We also discuss the mixed global response, which has largely been fueled by the classification of the virus as a potential bioterrorism agent and its potential to migrate beyond its traditional eastern African boundaries.
The entire nuclear fuel cycle involves partitioning classification and transmutation recycling.
The modelled variables were used for a classification of fuel types compatible with the continuous data.
In order to ascertain how well ASTER data can provide an exhaustive classification of fuel properties a sample area characterized by mixed vegetation covers was analysed.
