subject: Geographic Information Systems (GIS) subject: Environment

10.4231/D3X63B541

10/17/2013

Guidelines for conducting heat straightening repair have been developed by FHWA and many DOTS. The guidelines establish limits for: (a) the maximum damage that can be repaired, (b) the maximum restraining force, and %(c%) the maximum heating temperature to...

biota Colorado Environment floodplain maps Forestry and Natural Resources Geographic Information Systems (GIS) geoscientific gSSURGO soil Data Hydrology inland water shapefile

10.4231/D3NS0KX8Z

10/17/2013

Guidelines for conducting heat straightening repair have been developed by FHWA and many DOTS. The guidelines establish limits for: (a) the maximum damage that can be repaired, (b) the maximum restraining force, and %(c%) the maximum heating temperature to...

biota Connecticut Environment floodplain maps Forestry and Natural Resources Geographic Information Systems (GIS) geoscientific gSSURGO soil Data Hydrology inland water shapefile

10.4231/D3J09W45G

10/17/2013

Guidelines for conducting heat straightening repair have been developed by FHWA and many DOTS. The guidelines establish limits for: (a) the maximum damage that can be repaired, (b) the maximum restraining force, and %(c%) the maximum heating temperature to...

biota Delaware Environment floodplain maps Forestry and Natural Resources Geographic Information Systems (GIS) geoscientific gSSURGO soil Data Hydrology inland water shapefile

10.4231/D3SF2MC0W

10/17/2013

biota Environment floodplain maps Florida Forestry and Natural Resources Geographic Information Systems (GIS) geoscientific gSSURGO soil Data Hydrology inland water shapefile

10.4231/D3D795B1Q

10/17/2013

biota Environment floodplain maps Forestry and Natural Resources Geographic Information Systems (GIS) Georgia geoscientific gSSURGO soil Data Hydrology inland water shapefile

10.4231/D30Z70W9F

10/17/2013

biota Environment floodplain maps Forestry and Natural Resources Geographic Information Systems (GIS) geoscientific gSSURGO soil Data Hawaii Hydrology inland water shapefile

10.4231/R7H12ZX3

04/22/2014

The first 100 recurrence coefficients for the Bose-Einstein weight function w(x)=x/(e^x-1) on R_+} are obtained to 32 decimal digits from the first 200 moments by using Chebyshev's algorithm in sufficiently high precision; cf. Sec. 4 of "Variable-prec...

Environment floodmaps floodplain maps Forestry and Natural Resources Geographic Information Systems (GIS) geosciences GIS gSSURGO soil Data Hydrology inland water

10.4231/R7MG7MGF

11/30/2016

32-digit values of the first 100 recurrence coefficients for orthogonal polynomials relative to the weight function w(x)=[x/(exp(x)-1)]^r on [0,Inf], r=1, are computed by a moment-based method using the routine sr_boseeinstein(dig,32,100,1), where dig=124...

Environment floodmaps floodplain maps Forestry and Natural Resources Geographic Information Systems (GIS) geosciences GIS gSSURGO soil Data Hydrology inland water

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