The SAURON project – V. Integral-field emission-line kinematics of 48 elliptical and lenticular galaxies     

Marc Sarzi  Jesús Falcón-Barroso  Roger L. Davies  Roland Bacon  Martin Bureau  Michele Cappellari  P. Tim de Zeeuw  Eric Emsellem  Kambiz Fathi  Davor Krajnovi&#;  Harald Kuntschner  Richard M. McDermid  Reynier F. Peletier 《Monthly notices of the Royal Astronomical Society》2006,366(4):1151-1200

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Central stellar populations of early-type galaxies in low-density environments     

Maela Collobert  Marc Sarzi  Roger L. Davies  Harald Kuntschner  Matthew Colless 《Monthly notices of the Royal Astronomical Society》2006,370(3):1213-1222

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Non-linear axisymmetric pulsations of rotating relativistic stars in the conformal flatness approximation     

Harald Dimmelmeier  Nikolaos Stergioulas  José A. Font 《Monthly notices of the Royal Astronomical Society》2006,368(4):1609-1630

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Editorial     

Harald LejenäsEditor-in-Chief Tellus A  Henning RodheEditor-in-Chief Tellus B 《Tellus. Series B, Chemical and physical meteorology》2003,55(5):951-951

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Sensitivities of species compositions of the mixed forest in eastern Eurasian continent to climate change   总被引：2，自引：0，他引：2  

Guofan Shao  Xiaodong Yan  Harald Bugmann 《Global and Planetary Change》2003,37(3-4):307

Sensitivities of species compositions of the broadleaf–conifer mixed forest in eastern Eurasian continent to climate change were evaluated with three forest gap models, namely KOPIDE, NEWCOP, and ForClim. Testing sites are located on Changbai Mountain, the middle of the distribution range for the mixed forest. Six climate change scenarios characterizing increase in temperature and increase/decrease in precipitation were used to test the sensitivities of species composition to climate change. Simulations suggest that the mixed forest in temperate Monsoon Asia will face changes in species composition should climate change be almost certain. At the minimum level, the order of dominant species is going to change due to species competition, resulting in the increase in the proportion of broadleaved tree species in the forest. If air temperature increases and precipitation decreases, Pinus koraiensis is going to disappear from the forest and the mixed forest will become hardwood forest. This experiment supports some earlier predictions under other climate change scenarios.  相似文献   

Dynamical Evolution of High Velocity Clouds     

Christian Konz  Guido T. Birk  Harald Lesch 《Astrophysics and Space Science》2004,289(3-4):391-394

HI observations of high-velocity clouds(HVCs) indicate that they are interacting with their ambientmedium. The question on the dynamical and thermal stabilization of a cold dense neutral cloud in a hot, thin, and magnetized ambient halo plasma is investigated by plasma-neutral gas simulations.The simulations show the formation of a comet-likehead-tail structurecombined with a magnetic barrier whichexerts a stabilizing pressure on the cloud and hindershot plasma from diffusing into the cloud.  相似文献   

Water and carbon fluxes of European ecosystems: an evaluation of the ecohydrological model RHESSys     

Bärbel Zierl  Harald Bugmann  Christina L. Tague 《水文研究》2007,21(24):3328-3339

This study investigated whether the regional hydro-ecological simulation system RHESSys is a suitable tool for long-term global change impact studies under selected climatic conditions of Europe, taking advantage of the strongly varying climate along elevational gradients in mountain regions. We performed a validation of RHESSys using daily, monthly and yearly data on (1) streamflow and snow cover in five Alpine catchments and (2) water and carbon fluxes at 15 EUROFLUX sites. The simulation results generally agreed well with observations. RHESSys reasonably reproduced daily and monthly streamflow, as well as the seasonal cycle and amplitude of typical Alpine discharge regimes. Furthermore, RHESSys was capable of capturing the key features of the carbon cycle of various forested ecosystems, including significant differences between managed and close-to-natural forests, and more subtle distinctions between coniferous and deciduous systems. Our analyses confirmed that RHESSys is a suitable tool for studying global change impacts on mountain hydrology. Regarding the simulation of the carbon cycle, this investigation detected some data and model limitations that are discussed in detail. Finally, suggestions for model improvements are made, mainly concerning the formulations of decomposition and respiration rates in biogeochemical models. Copyright © 2006 John Wiley & Sons, Ltd.  相似文献   

Change in the ownership of Tellus     

Harald Lejenäs Editor-in-Chief  Tellus A  Henning Rodhe Editor-in-Chief  Tellus B 《Tellus. Series B, Chemical and physical meteorology》2007,59(1):1-1

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The SAURON project – XI. Stellar populations from absorption-line strength maps of 24 early-type spirals     

Reynier F. Peletier  Jesús Falcón-Barroso  Roland Bacon  Michele Cappellari  Roger L. Davies  P. T. de Zeeuw  Eric Emsellem  Katia Ganda  Davor Krajnovi&#;  Harald Kuntschner  Richard M. McDermid  Marc Sarzi  Glenn van de Ven 《Monthly notices of the Royal Astronomical Society》2007,379(2):445-468

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Erratum to: Determination of a terrestrial reference frame via Kalman filtering of very long baseline interferometry data     

Benedikt Soja  Tobias Nilsson  Kyriakos Balidakis  Susanne Glaser  Robert Heinkelmann  Harald Schuh 《Journal of Geodesy》2016,90(12):1329-1329

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