This separate analysis revealed a distinct firing sequence: first the small, then medium and finally the large amplitude units (Fig. 7A).
At BMC, a distinct within-fire-shed contrast in fire frequency was difficult to explain without invoking the possibility of spatially-variable human-caused ignitions.
Conclusions: These 26 loci allowed us to assess the effects of distinct fire regimes on the genetic structure of V. squamata populations with the aim of establishing strategies for the conservation of this endemic species.
Therefore, we aimed to develop and validate microsatellite markers, or simple sequence repeats (SSRs), to assess the effects of distinct fire regimes on the genetic structure of V. squamata populations to establish strategies for the conservation of this important species.
These cut-off dates were selected to be in line with work on Alpine forest fires from Austria (Arpaci et al., 2013), neighbouring Switzerland (Conedera et al., 2006) and north-eastern Italy (Valese, 2009), all of which suggest that there may be two distinct fire seasons in alpine Central Europe.
These loci will allow us to investigate the effects of distinct fire regimes on the genetic structure of V. squamata populations, which will in turn aid in the adequate management of this important species that is endemic to the Brazilian cerrado.
The first group of BLA neurons (type-1; n = 10) showed a distinct tonic firing pattern in the open field box: their firing rates increased gradually, reaching the maximal values within 15 20 min, and then maintained at high levels during the rest of the open-field tests (Figure 1B, left).
Thalamocortical neurons exhibit two distinct firing modes depending on membrane status: a low voltage-activated T-type Ca2+ channel-dependent burst of high-frequency action potentials upon hyperpolarization or tonic firing of singular action potentials during depolarization (Llinas and Jahnsen, 1982; Sherman, 2001).
The sensors detect distinct fires — or clusters of fires — to the resolution of a 1-km2 pixel.
In that case, one could envisage that distinct firing patterns arising from these receptive fields could provide a mechanism for tracking movement at the single-afferent level.
