Sentence examples for fire distributions from inspiring English sources

We used a delta index (PΔ) to assess the differences in current and future fire distributions.

Both scenarios showed increasingly higher variability through 2010 2039, 2040 2069, and 2070 2099 conditions (Figure S6), which translated to fire distributions that were increasingly dissimilar to those under current conditions.

Given the success of the statistical models in reproducing present-day fire distributions, we then applied the models to estimate the change in future fire probabilities (PΔ) resulting from the A2 (mid-high emissions) and B1 (lower emissions) climate projections generated by the GFDL CM2.1 AOGCM.

Nonetheless, a decay in the fire distribution should have been observed.

In tropical ecosystems, climate and human impact are generally considered the main determinants of savanna fire distribution, but their relative roles in controlling fire dynamics over the long-term are difficult to assess, due to scarcity of multi-proxy, long-term data.

At 18 07, von Spee issued the order "Fire distribution from left", meaning that each ship would engage its opposite number; the Germans fired first, at 18 34.

Tiger missed Beatty's fire distribution order, as had Queen Mary, and Tiger engaged Moltke, instead of Seydlitz as Beatty intended.

Our goal was to develop models that explained strong patterns of variation in fire distribution while not over-fitting the observed data.

We examined the potential for human ignition to limit fire distribution using the Human Footprint (HF) dataset from the Last of the Wild Project [33] as a proxy for ignition potential.

The normalized relative probability for current conditions (nPc) for each sub-model was calculated as: <img src="http://journals.plos.org/plosone/article/asset?id=info?doi/10.1371/journal.pone.0005102.e002.PNG" class= inline-graphic"/> Parameter estimates from the GAMs were applied to future climate simulations to generate projections of future fire distribution.

The FIRENPP model depicts what the change in fire distribution might be if the future global pattern of NPP remained constant; we did not generate climate change projections from the CASA productivity models, so NPP was essentially held constant in our FIRENPP model projections.