When we picture a wildfire, it's unlikely we would imagine
a smoldering peat fire.
The cutting down of forests across the globe contributes a startling 20 percent of the world's annual greenhouse pollution through burning, gases released from deforested soil and
smoldering peat, scientists say.
Here's Rein's primer on the environmental significance of
smoldering peat fires and other types of uncontrolled underground combustion (I've done a bit of editing to smooth out e-mail shorthand and the like):
The haze was caused by the spread of vast
smoldering peat fires in Indonesia, burning below the surface for months during the El Niño climate event.
Smoldering peat fires creep at a speed of 1 meter per day.
Not exact matches
Last week, after The Times explored the less visible combustion in the region around Moscow — in underground layers of
peat — I sent a couple of questions to Guillermo Rein, an expert on such
smoldering subterranean fires and an assistant professor at the University of Edinburgh in Scotland.
The
peat then
smolders for a much longer time.
Any water content below this means the
peat can
smolder.
Water content of the
peat governs
smoldering ignition.
Their efforts were complicated by a
smoldering layer of
peat.
The most important fuels involved in
smoldering fires are coal and
peat.