But new modeling studies by Marchant and his team have shown that sublimation of deeply buried ice is extremely slow, less than
a tenth of a millimeter per year.
RiseRate = 32; #
tenths of a millimeter per year TotalRise = 0; # zero starting sea - level rise for -LRB-(i = 0; i < 2013 - 125; i + +)-RRB-; # loop year - by - year do -LRB-(RiseRate + = 1)-RRB-; # the rise - rate increases -LRB-(TotalRise + = $ RiseRate)-RRB-; # the total rise increases done; # now convert integer arithmetic to floating - point echo «$ TotalRise / 254/12» bc - l
Not exact matches
Dams on the river have cut the flow
of sediment to one -
tenth of its normal levels, but this probably accounts for only a few
millimeters per year
of the overall subsidence, says Higgins.