Citation: S. Soderberg et M. Tjernstrom, Supercritical channel flow in the coastal atmospheric boundary layer: Idealized numerical simulations, J GEO RES-A, 106(D16), 2001, pp. 17811-17829
Citation: P. Samuelsson et M. Tjernstrom, Mesoscale flow modification induced by land-lake surface temperature and roughness differences, J GEO RES-A, 106(D12), 2001, pp. 12419-12435
Citation: G. Svensson et al., The sensitivity of a stratocumulus transition: Model simulations of the Astex first Lagrangian (vol 95, pg 57, 2000), BOUND-LAY M, 98(1), 2001, pp. 173-177
Citation: R. Sundararajan et M. Tjernstrom, Observations and simulations of a non-stationary coastal atmospheric boundary layer, Q J R METEO, 126(563), 2000, pp. 445-476
Citation: M. Tjernstrom et B. Grisogono, Simulations of supercritical flow around points and gapes in a coastal atmosphere, J ATMOS SCI, 57(1), 2000, pp. 108-135
Citation: G. Svensson et al., The sensitivity of a stratocumulus transition: Model simulations of the ASTEX first Lagrangian, BOUND-LAY M, 95(1), 2000, pp. 57-90
Citation: M. Tjernstrom, The sensitivity of supercritical atmospheric boundary-layer flow along a coastal mountain barrier, TELLUS A, 51(5), 1999, pp. 880-901
Citation: P. Samuelsson et M. Tjernstrom, Introduction to the in situ airborne meteorological measurements in NOPEX, AGR FOR MET, 98-9, 1999, pp. 181-204
Citation: P. Samuelsson et M. Tjernstrom, Airborne flux measurements in NOPEX: comparison with footprint estimated surface heat fluxes, AGR FOR MET, 98-9, 1999, pp. 205-225