Table Of Content

cold regions science and technology Cold Regions Science and Technology 33 (2001) 313-314 www.elsevier.com /locate /coldregions Contents Volume 33 (2001) Research Papers Analysis of a shear zone where a tractor fell into a crevasse, western side of the Ross Ice Shelf, Antarctica Se REE 0 6 noe CCK ORR ERA KRESS HE NSS ESRB A DOE RE RHEE ODER EEE KOH BOS l Sea ice surface temperature in the Weddell Sea (Antarctica), from drifting buoy and AVHRR data ee PR ee OEE, SEE cc cc moe od D eH OES OHEHES HES EEE DOCH O RODEO RE SORE ESOS 19 Dynamics of ice forces on booms Pe CSO SKSN CESS HOH RERRES OCONEE ESA ORES SEEE OO WEEKES R OCR ROSE H ETO ORE we 29 Aerodynamic characteristics of an iced cup-shaped body ie Ee, Ga. FEUD, Eh. SU, ON CUNEO Ew oc cee meee rer se eesereeeeecccneesoees 45 Radiation balance of urban snow: a water management perspective i, SERRE rane, A, LON GG Ee. BI cs cw tthe ee eee ee ewes reer eseeeeereseesens 59 Multi-modal destabilization of a floating ice layer by wind stress OPED 6.6 6.5 6506 OKO 6 OOS SEEK EOS EMSS ERED OEE So wWO eT SEB BE ORO OMS 77 Special Issue: ISSW 2000: International Snow Science Workshop OO ES ee ee ee eek ee ee a ee a ee eee a ee a ee a ee ee ee ee Vv Modeling the changes in microstructure of snow during metamorphism Tce OU, Fae, ED, BMG. ES wet tee eee ee eee eee eee eee eeeeseseosese 91 Quantified loaded column stability test: mechanics, procedure, sample-size selection, and trials ie Cy EMCEE PEs occ cece bbe SSeS EEK SER RER ERO HEE RO HHS OHO EEE. 103 Assessment of the microstructure-based snow-cover model SNOWPACK: thermal and mechanical properties CRE. C566 SEES HRS SHEESERO CEE HESH SCE HHH RH SES RCO Odeo Ee Sede NEO SS 123 The kinetic friction of polyethylen on snow: the influence of the snow temperature and the load FF 8 ee SITTER CELE ECR CELT ELEM E TAC CELE Te 133 Creep instability of the weak layer and natural slab avalanche triggerings PLR SS GRSRSESSSROS SRE OORESD ESS SEES SHEE OHER OCHS BOKER HOOTERS BEES 141 Characteristics of human-triggered avalanches EES SS Toe eT Tee ee ee ee Te CEC ROLE ET CTE 147 Extrapolating the skier stability of buried surface hoar layers from study plot measurements Ba EEE MED ce wee hee wR RHR K ODE KHESHE RHEE HOH HOEK HH OSE OS Oe TOBE SEC ES 163 Snow profile interpretation for stability evaluation Fo ES GEE Bs WOENEEEEIER so oc teh meeH OOH HREK ODeER ORE SOOO SR EEE SOB 179 A verification of numerical weather forecasts for avalanche prediction C. Roeger, D. McClung, R. Stull, J. Hacker and H. Modzelewski . . 0... 2 cc cer eres cre cere sre sesesseses 189 Snow cover properties for skier triggering of avalanches Fe EE SED go eee he HEHEHE HORSES ORE DORE H CHOCO CCHS OHO SHORES SEs 207 Meteorological forecasting variables associated with skier-triggered dry slab avalanches PE. FUE GE Eg ce eH HH HEHEHE ASEH SERED HEHEHE HERR HOHE ES H OS OS 223 A statistical validation of the snowpack model in a Montana climate C.C. Lundy, R.L. Brown, E.E. Adams, K.W. Birkeland and M. Lehning ...... 6... 6. ee ee eee eee ee eee ee es 314 Contents Volume 33 (2001) The formation of faceted layers above crusts S.C. Colbeck and J.B. Jamieson An objective snow profile comparison method and its application to SNOWPACK M. Lehning, C. Fierz and C. Lundy Parameters influencing the recrystallization rate of snow S.A. Sokratov Forecasting for deep slab avalanches B. Jamieson, T. Geldsetzer and C. Stethem Near-surface faceted crystals, avalanches and climate in high-elevation, tropical mountains of Bolivia D. Hardy, M.W. Williams and C. Escobar RAIFoS: Regional Avalanche Information and Forecasting System B. Brabec, R. Meister, U. Stockli, A. Stoffel and T. Stucki Contents Volume 33