Kodandapani et al. (2004, 2008, and 2009) studied fire history, fire return interval, ecological impact of fire, and conservation threats of forest fire in the Western Ghats from 1989 to 2005 with changing fire regime, and they found that species diversity and regeneration initially increases in low fire frequencies and then start decreasing.
This finding is inconsistent with the recent study by Kanz [ 20] who found increased seed germination in low fires compared to the control as well as that of Okello and Young [ 31] who found increased germination of unburnt seeds.
Do I have to worry about lead contamination? A. Lead is found in low-fire glazes, which are often used in imported pottery.
In this state, the functional networks are in a low firing stable state while they are continuously pulled towards multiple other configurations.
Although this scenario has some similarities with the one displayed by SCs in the low firing frequency regime, the two are qualitatively different.
This suggests that the product of the firing rate and release probability should decrease as brains increase in size, with a power of about -0.15, which is in accord with the low firing rates in humans estimated from their basal cerebral metabolic rate [ 21, 42].
In contrast, high (low) firing rate episodes and get longer when the system is closer to a transition into high (low) tonic firing (e.g., seizure-like plateau).
Lead oxide is also a major component in glass solders or in sealing glasses with low firing temperatures.
It was found that depressing synapses are optimal in this sense at low firing rates (0.5 5 Hz) while facilitating synapses are optimal at higher rates (9 70 Hz).
Another variant of the troponin C-based calcium sensors (i.e., TNXXL) showed superior sensitivity, linearity, and produced changes in fluorescence even at low firing rates [46].
