Paper list
Last updated 19/01/10. A7000 Rdg.This list is in preparation
| Author(s) | Title | Reference | Comments |
A | |||
| Abbas M.M., Michelsen H.A., Gunson M.R., Abrams M.C., Newchurch M.J., Salawitch R.J., Chang A.Y., Goldman A., Irion F.W., Manney G.L., Moyer E.J., Nagaraju R., Rinsland C.P., Stiller G.P., Zander R. | Seasonal variations of water vapour in the lower stratosphere inferred from ATMOS/ATLAS-3 measurements of H2O and CH4 | Geophys. Res. Lett. 23 pp.2401-2404 (1996) |
|
| Alves O., Robert C. | Tropical Pacific Ocean model error covariances from Monte Carlo simulations | Q.J.R.Meteor.Soc. 131 pp.3643-3658 (2005) | Ensemble Kalman filter
|
| Anderson J.L. | Exploring the need for localization in ensemble data assimilation using a hierarchical ensemble filter | Physica D 230 pp.99-111 (2007) |
|
| Andersson E., Haseler J., Unden P., Courtier P., Kelly G., Vasiljevic D., Brankovic C., Cardinali C., Gaffard C., Hollingsworth A, Jakob C., Janssen P., Klinker E., Lanzinger A., Miller M., Rabier F., Simmons A., Strauss B., Theoaut J-N., Viterbo P. | The ECMWF implementation of three-dimensional variational assimilation (3D-Var). Part III: experimental results | Q.J.R.Meteor.Soc. 124 pp.1831-1860 (1998) |
|
| Andersson E., Fisher M., Munro R., McNally A. | Diagnosis of background errors for radiances and other observable quantities in a variational data assimilation system, and the explanation of a case of poor convergence | Q.J.R.Meteor.Soc. 126 pp.1455-1472 (2000) | Randomization method
(Do not have this paper) |
| Andersson E., Jarvinen H. | Variational quality control | Q.J.R.Meteor.Soc. 125 pp. 697-722 (1999) | Non-Gaussian
|
| Argaud J.-P., Bouriquet B., Hunt J. | Data assimlation from operational and industrial applications to complex systems | Global System Dynamics (2008/9?) | ECMI 2008 conference
|
| Author(s) | Title | Reference | Comments |
B | |||
| Baker W.E., Bloom S.C., Woollen J.S., Nestler M.S., Brin E., Schlatter T.W., Branstator G.W. | Experiments with a three-dimensional statistical objective analysis scheme using FGGE data | Mon. Wea. Rev. 115 pp.272-296 (1987) |
|
| Baldwin M.P., Gray L.J., Dunkerton T.J., Hamilton K., Haynes P.H., Randel W.J., Holton J.R., Alexander M.J., Hirota I., Horinouchi T., Jones D.B.A., Kinnersley J.S., Marquardt C., Sato K., Takahashi M. | The quasi-biennial oscillation | Rev. Geophys. 39 pp.179-229 (2001) |
|
| Balgovind R., Dalcher A., Ghil M., Kalnay E. | A stochastic model for the spatial structure of forecast error statistics | Mon. Wea. Rev. 111 pp.701-722 (1983) | Rossby radius
|
| Bannister R.N. | Can wavelets improve the representation of forecast error covariances in variational data assimilation? | Mon. Wea. Rev. 135 pp.387-408 (2007) |
|
| Bannister R.N. | A review of forecast error covariance statistics in atmospheric variational data assimilation. I: Characteristics and measurements of forecast error covariances | Q.J.R.Meteor.Soc. 134 pp. 1951-1970 (2008) | Background error statistics, balance, calibration, multivariate, separability
|
| Bannister R.N. | A review of forecast error covariance statistics in atmospheric variational data assimilation. II: Modelling the forecast error covariance stastics | Q.J.R.Meteor.Soc. 134 pp. 1971-1996 (2008) | Balance, control variable transforms, flow dependency, multivariate
|
| Bannister R.N., Katz D., Cullen M.J.P., Lawless A.S., Nichols N.K. | Modelling of forecast errors in geophysical fluid flows | Int. J. Numer. Meth. Fluids 56 pp. 1147-1153 (2008) | Keywords
|
| Bannister R.N., O'Neill A., Gregory A.R., Nissen K.M. | The role of the south-east Asian monsoon and other seasonal features in creating the 'tape-recorder' signal in the Unified Model | Q.J.R.Meteor.Soc. 130 pp.1531-1554 (2004) | General circulation model, Stratosphere-tropopsphere exchange, Stratospheric water vapour, Tropical tropopause
|
| Barker D. M., Huang W., Guo Y.-R., Bourgeois A.J., Xiao Q.N. | A three-dimensional variational data assimilation system for MM5: implementation and initial results | Mon. Wea. Rev. 132 pp.897-914 (2004) |
|
| Barker D.M. | Southern high-latitude ensemble data assimilation in the Antarctic Mesoscale Prediction System | Mon. Wea. Rev. 133 pp.3431-3449 (2005) |
|
| Barker D.M., Lorenc A.C. | The use of synoptically-dependent background error structures in 3dVar. | Var. Scientific Documentation Paper 26 pp.1-11 (2005 (and 1999)) | Errors of the day
|
| Barkmeijer J.M., van Gijzen, Bouttier F. | Singular vectors and estimates of the analysis error covariance metric | Q. J. Royal. Met. Soc. 124 pp.1695-1713 (1998) |
Referenced by Fisher and Andersson, 2001 |
| Barkmeijer J., Buizza R., Palmer T.N. | 3d-Var Hessian singular vectors and their potential use in the ECMWF ensemble prediction system | Q.J.R. Meteor. Soc. 125 pp.2333-2351 (1999) |
Referenced by Fisher and Andersson, 2001 |
| Bartello P., Mitchell H.L. | A continuous three-dimensional model of short-range forecast error covariances | Tellus 44A pp.217-235 (1992) |
|
| Bartello P. | Geostrophic adjustment and inverse cascades in rotating stratified turbulence | J. Atmos. Sci. 52 pp.4410-4428 (1995) |
|
| Bates J.J., Jackson D.L. | Trends in upper tropospheric humidity | Geophys. Res. Lett. 28 pp.1695-1698 (2001) |
|
| Beck A., Ehrendorfer M. | Singular vector-based covariance propagation in a quasigeostrophic assimilation system | Mon. Wea. Rev. 133 pp.1295-1310 (2005) | Reduced rank Kalman filter
|
| Benedetti A., Stephens G.L., Tomislava V. | Variational assimilation is radar reflectivities in a cirrus model. I: Model description and adjoint sensitivity studies | Q.J.R.Meteor.Soc. 129 pp.277-300 (2003) | Adjoint sensitivity studies, Cirrus microphysics model, Radar data assimilation
|
| Benedetti A., Stephens G.L., Tomislava V. | Variational assimilation is radar reflectivities in a cirrus model. II: Optimal initialization and model bias estimation. | Q.J.R.Meteor.Soc. 129 pp.301-319 (2003) | Cirrus cloud modelling, Radar data assimilation, Variational retrievals
Model error |
| Bengtsson L., Hagemann S., Hodges K.I. | Can climate trends be calculated from reanalysis data? | J. GeoPhys. Res. 109 D11111 pp.1-8 (2004) |
|
| Benjamin S.G., Brewster K.A., Brummer R., Jewett B.F., Schlatter T.W., Smith T., Stamus P.A. | An isentropic three-hourly data assimilation system using ACARS observations | Mon. Wea. Rev. 119 pp.888-906 (1991) | Isentropic co-ordinates
|
| Berre L. | Estimation of synoptic and mesoscale forecast error covariances in a limited area model | Mon. Wea. Rev. 128 pp.644-667 (2000) | Diminishing geostrophic balance
|
| Berre L., Stefanescu S.E., Pereira M.B. | The representation of the analysis effect in three error simulation techniques | Tellus 58A pp.196-209 (2006) | NMC, Lagged NMC, Ensemble
|
| Berrisford P., Brugge R., Li D., Steenman-Clark L. | Diagnosis of the ECMWF re-analysis dataset by the centre for global atmospheric modelling | pp.13 (1998) |
|
| Berrisford P. | Isentropic potential vorticity inversions on the hemisphere | pp.21 (2002) | PV conservation, PV inversion, Invertibility
|
| Berrisford P. | A case study of cyclogenesis in an isentropic PV model | Submitted pp. (2007) |
|
| Bishop C.H., Etherton B.J., Majumdar S.J. | Adaptive sampling with the ensemble transform Kalman filter. Part I: theoretical aspects | Mon. Wea. Rev. 129 pp.420-436 (2001) |
|
| Bishop C.H., Hodyss D. | Flow-adaptive moderation of spurious ensemble correlations and its use in ensemble-based data assimilation | Q.J.R. Meteorol. Soc. 133 pp. 2029-2044 (2007) | Covariance localization, local ensemble Kalman filter, smoother, SENCORP
|
| Bishop C.H., Hodyss D. | Ensemble covariances adaptively localized with ECO-RAP, Part 1: tests on simple error models | Tellus 61A pp. 84-96 (2009) | Adaptive localization
|
| Bishop C.H., Hodyss D. | Ensemble covariances adaptively localized with ECO-RAP, 2: a strategy for the atmosphere | Tellus 61A pp. 97-111 (2009) | Adaptive localization
|
| Bloom S.C., Takacs L.L., da Silva A.M., Ledvina D. | Data assimilation using incremantal analysis updates | Mon. Wea. Rev. 124 pp.1256-1271 (1996) | IAU
(Do not have this paper) |
| Bocquet M. | Reconstruction of an atmospheric tracer source using the principle of maximum entropy. I: theory | Q.J.R. Meteorol. Soc. 131 pp.2191-2208 (2005) | Sources and sinks
Adjoint equations |
| Bourke W. | An efficient, one level, primitive equation spectral model | Mon. Wea. Rev. 100 pp.683-691 (1972) | Spherical harmonics, Associated Legendre polynomials
First prinicples |
| Bouttier F. | Application of Kalman filtering to numerical weather prediction | Proceedings of the 1996 ECMWF seminar on data assimilation pp.61-90 (1996) |
Mentions weak justification for NMC method |
| Bouttier F. | The AROME mesoscale project | Proceedings of the 2003 ECMWF seminar on Recent developments in data assimilation for atmosphere and ocean pp.433-448 (2003) |
|
| Bowler N.E., Arribas A., Mylne K.R., Robertson K.B., Beare S.E. | The MOGREPS short-range ensemble prediction system | Q.J.R.Meteor.Soc. 134 pp.703-722 (2008) | ETKF
|
| Brewer A.W. | Evidence for a world circulation provided by the measurements of helium and water vapour distributions in the stratosphere | Q.J.R.Meteor.Soc. 75 pp.351-363 (1949) |
|
| Brooks M. | Can you believe the weather? | New Scientist pp.32-35 (2007) | Performance statistics
|
| Budd C.J., Williams J.F. | Moving mesh generation using the parabolic Monge-Ampere equation | 30 pp. (2008) |
|
| Buehner M. | Ensemble derived stationary and flow dependent background error covariances: Evaluation in a quasi-operational NWP setting | Q.J.R.Meteor.Soc. 131 pp.1013-1043 (2005) | NMC, Monte Carlo
|
| Buehner M., Gauthier P., Liu Z. | Evaluation of new estimates of background and observation error covariances for variational assimilation | Q.J.R.Meteor.Soc. 131 pp.3373-3384 (2005) | NMC
|
| Buehner M., Charron M. | Spectral and spatial localization of background-error correlations for data assimilation | Q.J.R.Meteor.Soc. 133 pp.615-630 (2007) |
|
| Author(s) | Title | Reference | Comments |
C | |||
| Cardinali C. | Monitoring the observation impact on the short-range forecast | Q.J.R.Meteor.Soc. 135 pp. 239-250 (2009) | Keywords
|
| Caron J.-F., Fillion L. | An examination of the incremental balance in a global ensemble-based 3D-Var data assimilation system | Submitted Mon. Wea. Rev. (Jan. 2010) | Keywords
|
| Carter A.H. | A class of inverse problem in physics | Am. J. Phys. 68 pp.698-703 (2000) | Inverse problem
Teaching journal |
| Charlton A.J., O'Neill A.O., Berrisford P., Lahoz W.A. | Can the dynamical impact of the stratosphere on the troposphere be described by large-scale adjustment to the stratospheric PV distribution? | Q.J.R.Meteor.Soc. pp. () | Arctic oscillation, PV inversion
|
| Charney J.G., Drazin P.G. | Propagation of planetary-scale disturbances from the lower into the upper atmosphere | J. Geophys. Res. 66 pp.83-109 (1961) |
Longer lengthscales in stratosphere due to forcing |
| Chevallier F., Breon F.-M., Rayner P.J. | Contribution of the Orbiting Carbon Observatory to the estimation of CO2 source and sinks: theoretical study in a variational data assimilation framework | J. GeoPhys. Res. 112 pp. 1-11 (2007) |
|
| Chevallier F., Lopez P., Tompkins A.M., Janiskova M., Moreau E. | The capability of 4d-Var systems to assimilate cloud-affected satellite infrared radiances | Q.J.R.Meteor.Soc. 130 pp.917-932 (2004) | Clouds, Satellite observations
|
| Chown M. | Chaotic heavens | New Scientist 28 Feb pp.32-35 (2004) | Planetary allignment
|
| Christakos G. | On the assimilation of uncertain physical knowledge bases: Bayesian and non-Bayesian techniques | Adv. in Water Resources 25 pp.1257-1274 (2002) | Conditionalization, Chernobyl
|
| Christakos G. | Critical conceptualism in environmental modeling and prediction | Environ. Sci. Technol. 37 pp.4685-4693 (2003) |
|
| Christakos G. | Methodological developments in geophysical assimilation modelling | Rev. Geophys. 43 pp.10 (2005) | Epistemic cognition vs. ontologic assimilation
|
| Cohn S., Da Silva A., Guo J., Sienkiewicz M., Lamich D. | Assessing the effects of data selection with the DAO physical-space statistical analysis system | Mon. Wea. Rev. 126 pp.2913-2926 (1998) | PSAS
|
| Corazza M., Kalnay E., Patil D.J., Yang S.-C., Morss R., Cai M., Szunyogh I., Hunt B.R., Yorke J.A. | Use of the breeding technique to estimate the structure of the analysis "errors of the day" | Nonlinear Processes in Geophysics 10 pp.233-243 (2003) |
Errors of the day |
| Courtier P., Thepaut J.N., Hollingsworth A. | A strategy for operational implementation of 4d-Var, using an incremental approach | Q.J.R.Meteor.Soc. 120 pp.1367-1387 (1994) |
|
| Courtier P., Rabier F. | The use of adjoint equations in numerical weather prediction | In Numerical methods in atmosphere and ocean modelling. The Andre Robert memorial volume. Eds. Lin C., Laprise R., Ritchie H. pp.303-322 (1997) | Sensitivity
|
| Courtier P., Andersson E., Heckley W., Pailleux J., Vasiljevic D., Hollingsworth A., Fisher M., Rabier F | The ECMWF implementation of three-dimensional variational assimilation (3D-Var). Part I: formulation | Q.J.R.Meteor.Soc. 124 pp.1783-1807 (1998) | Jc term
|
| Cullen M.J.P., Davies T. | A conservative split-explicit integration scheme with fourth-order horizontal advection | Q.J.R.Meteor.Soc. 117 pp. 993-1002 (1991) |
|
| Cullen M.J.P., Davies T., Mawson M.H. | Unified model documentation paper No. 10: Conservative finite difference schemes for a unified forecast/climate model | pp. (1993) |
|
| Cullen M.J.P. | New mathematical developments in atmosphere and ocean dynamics, and their application to computer simulation | Forecasting research scientific paper No. 48 pp.61 (1997) | PV control variable
|
| Cullen M.J.P. | New mathematical developments in atmosphere and ocean dynamics, and their application to computer simulation | pp.84 (2001) | PV control variable
Chapter 8, Figures in FRSP No. 48 |
| Cullen M.J.P. | Use of potential vorticity as a control variable within a 4d variational data assimilation system | ECMWF Tech. Memo (& submitted to Q.J.R.Meteor.Soc.) 358 pp.1-22 (2002) | Mass-wind coupling
Zero mode |
| Cullen M.J.P. | Lecture Notes | pp.21 (2004) | Gravity wave equation
Exeter Univ. lecture notes |
| Cullen M.J.P. | The governing equations and asymptotic approximations to them | Chapter 2 of book pp.9-49 (2004) | SG 3d equations
|
| Cullen M. | Modelling atmospheric flows | Acta Numerica pp.67-154 (2007) |
|
| Author(s) | Title | Reference | Comments |
D | |||
| Daley R. | The effect of serially correlated observations and model error on atmospheric data assimilation | Mon. Wea. Rev. 120 pp.164-177 (1992) | Correlated observations
|
| Daley R., Barker E. | NAVDAS: formulation and diagnostics | Mon. Wea. Rev. 129 pp.869-883 (2001) |
|
| Dalu G.A., Baldi M. | Mesoscale nonhydrostatic and hydrostatic pressure gradient forces - theory | J. Atmos. Sci. 60 pp. 2249-2266 (2003) |
|
| Dance S.L. | Issues in high resolution limited area data assimilation for quantitative precipitation forecasting | Physica D 196 pp.1-27 (2004) |
|
| Danielsen E.F. | A dehydration mechanism for the stratosphere | Geophys. Res. Lett. 9 pp.605-608 (1982) | Convective overshooting
Sigma patterns in T profile |
| Danielsen E.F. | In situ evidence of rapid, vertical irreversible transport of lower tropopspheric air into the lower tropical stratosphere by convective cloud currets and by larger-scale upwelling in tropical cyclones | J.Geophys.Res. 98 pp.8665-8681 (1993) | Convection
|
| Davies T., Cullen M.J.P., Malcolm A.J., Mawson M.H., Staniforth A., White A.A., Wood N. | A new dynamical core for the Met Office's global an regional modelling of the atmosphere | Q.J.R.Meteor.Soc. 131 pp.1759-1782 (2005) | Climate modelling, Deep atmosphere, Fully compressible, Non-hydrostatic, NWP predictor-corrector Semi-implicit, Semi-Lagrangian
|
| Deckmyn A., Berre L. | A wavelet approach to representing background error covariances in a limited area model | Mon. Wea. Rev. 133 pp.1279-1294 (2005) | Hybrid approach
|
| Dee D.P., Da Silva A.M. | The choice of variable for atmospheric moisture analysis | Mon. Wea. Rev. 131 pp.155-171 (2003) | Pseudo relative humidity
|
| Dee D.P., Todling R. | Data assimilation in the presence of forecast bias: the GEOS moisture anaysis | Mon. Wea. Rev. 128 pp.3268-3282 (2000) |
|
| Dee D.P. | An adaptive scheme for cycling background error variances during data assimilation | ECMWF/GEWEX workshop on humidity analysis pp.15 (July 2002) | Error propagation
|
| de Pondeca M.S.F.V., Purser R.J., Parrish D.F., Derber J.C. | Comparison of strategies for the specification of anisotropies in the covariances of a three-dimensional atmospheric data assimilation | ? ? pp.8 pp. (?) |
|
| Derber J., Rosati A. | A global oceanic data assimilation system | J. Phys. Oceanogr. 19 pp. 1333-1347 (1989) | Diffusion operators
|
| Derber J., Bouttier F. | A reformulation of the background error covariance in the ECMWF global data assimilation system | Tellus 51A pp.195-221 (1999) | Var, balance and unbalance
|
| Deshler T., Hervig M.E., Hofmann D.J., Rosen J.M., Liley J.B. | Thirty years of in situ stratospheric aerosol sise distribution measurements from Laramie, Wyoming (41N), using balloon measurements | J. GeoPhys. Res. 108, D5 pp.4-1 - 4-13 (2003) | Volcanic
|
| Desroziers G. | A coordinate change for data assimilation in spherical geometry of frontal structures | Mon. Wea. Rev. 125 pp.3030-3038 (1997) | Semigeostrophic theory, Geostrophic cocordinate transform
Description of B |
| Desroziers G., Lafore J.P. | A coordinate transformation for objective frontal analysis | Mon. Wea. Rev. 121 pp.1531-1553 (1993) | Semigeostrophic theory, Geostrophic cocordinate transform
Description of B |
| Dethof A., O'Neill A., Slingo J.M., Smit H.G.J. | A mechanism for moistening the lower stratosphere involving the Asian summer monsoon | Q.J.R.Meteor.Soc. 125 pp.1079-1106 (1999) | Water vapour
|
| Dethof A., O'Neill A., Slingo J.M., Berrisford P. | Quantification of isentropic water vapour transport into the lower stratosphere | Q.J.R.Meteor.Soc. 126 pp.1771-1788 (2000) | Water vapour
|
| Dethof A., Holm E.V. | Ozone assimilation in the ERA-40 reanalysis project | Quart. J. Roy. Met. Soc. 130 pp.2851-2872 (2004) |
Ozone background error covariances |
| Dixon M.A.G., Thorpe A.J., Browning K.A. | Layer-wise attribution of vertical motion and the influence of potential-vorticity anomalies on synoptic development | Q.J.R.Meteor.Soc. 129 pp.1761-1778 (2003) | Cyclone classification, Cyclogenesis, FASTEX
|
| Dixon M.A.G. | Description of the latent heat nudging scheme | Working Doc. 10 pp.6 (2004) | Mesoscale data assimilation
|
| Dubal M.R. | Use of a geostrophic coordinate transform in 3d-var | pp.10 (2001) | Semigeostrophic theory, Geostrophic cocordinate transform
Read with Desroziers |
| Author(s) | Title | Reference | Comments |
E | |||
| Ehrendorfer M., Tribbia J.J. | Optimal prediction of forecast error covariances through singular vectors | J. Atmos. Sci. 54 pp.286-313 (1997) |
|
| Ehrendorfer M., Bouttier F. | An explicit low resolution extended Kalman filter: Implementation and preliminary eperimentation. | ECMWF Tech. Memo. 259 pp.1-x (1998) |
|
| Ehrendorfer M. | A review of issues in ensemble-based Kalman filtering | Meteorol. Z. 16, pp. 795-818 (2007) |
|
| Elbern H., Schmidt H. | Ozone episode by four-dimensional variational chemistry data assimilation | J. GeoPhys. Res. 106 pp.3569-3590 (2001) | Ozone, Chemical data assimilation
|
| Eluszkiewicz J., Hemler R.S., Mahlman J.D., Bruhwiler L., Takacs L.L. | Sensitivity of age-of-air calculations to the choice of advection scheme | J. Atmos. Sci. 57 pp.3185-3201 (2000) | Age of air, Advection schemes
Eurerian, Lagrangian, Semi-Lagrangian comparisons |
| Errico R.M., Bauer P., Mahfouf J.-F. | Issues regarding the assimilation of cloud and precipitation data | J. Atmos. Sci. 64 pp.3785-3798 (2007) |
|
| Errico R.M., Ohring G., Bauer P., Ferrier B., Mahfouf J.-F., Turk J., Weng F. | Assimilation of satellite cloud and precipitation observations in numerical weather prediction models: Introduction to the JAS special collection | J. Atmos. Sci. 64 pp.3737-3741 (2007) |
|
| Evensen G. | The Ensemble Kalman Filter: Theoretical Formulation and Practical Implementation | Ocean Dynamics 53 pp.343-367 (2003) |
|
| Eyre J.R. | Inversion of cloudy satellite sounding radiances by nonlinear optimal estimation: I: Theory and simulation for TOVS | Q.J.R.Meteor.Soc. 115 pp.1001-1026 (1989) | Radiances, Cloud clearing,
OSSEs performed, changing background errors |
| Eyring V., Butchart N., Waugh D.W., Akiyoshi H., Austin J., Bekki S., Bodeker G.E., Boville B.A., Bruhl C., Chipperfield M.P., Cordero E., Dameris M., Deushi M., Fioletov V.E., Frith SM., Garcia R.R., Gettelman A., Giorgetta M.A., Grewe V., Jourdain L., Kinnison D.E., Mancini E., Manzini E., Marchand M., Marsh D.R., Nagashima T., Newman P.A., Nielsen J.E., Pawson S., Pitari G., Plummer D.A., Rozanov E., Schraner M., Shepherd T.G., Shibata K., Stolarski R.S., Struthers H., Tian W., Yoshiki M. | Assessment of temperature, trace species, and ozone in chemistry-climate model simulations of the recent past | J. GeoPhys. Res. - Atmos. 111 Art No. D22308 (2006) |
Towards chemistry-climate modelling, many different climate models are compared |
| Author(s) | Title | Reference | Comments |
F | |||
| Feng L., Palmer P.I., Bosch H., Dance S. | Estimating surface CO2 fluxes from space-borne CO2 dry air mole fraction observations using an ensemble Kalman filter | Atmos. Chem. Phys. 9 pp. 2619-2633 (2009) |
|
| Fillion L. | Diabatic balanced increments | Pers. Comm. pp.1-3 (2007) |
Complementary to ECMWF flow-dependent workshop report |
| Fillion L., Tanguay M., Lapalme E., Denis B., Desgagne M., Lee V., Ek N., Liu Z, Lajoie M., Caron J.-F., Page C. | The Canadian regional data assimilation and forecasting system | Submitted Weather and Forecasting (Dec. 2009) |
|
| Fischer C., Montmerle T., Berre L., Auger L., Stefanescu S.E. | An overview of the variational assimilation in the ALADIN/France numerical weather prediction system | Q.J.R.Meteor.Soc. 131 pp.3477-3492 (2005) | Mesoscale
|
| Fisher M. and Coutier P. | Estimating the covariance matrices of analysis and forecast error in variational data assimilation | ECMWF Technical Memo No. 220 pp.28 pp (1995) | Lanczos
|
| Fisher M. | Development of a simplified Kalman filter | ECMWF Technical Memo No. 260 pp.16 pp (1998) |
|
| Fisher M. | Minimization algorithms for variational data assimilation. Recent developments in numerical methods for atmospheric modelling | ECMWF (1998) | Conjugate gradient algorithm
(Do not have this paper) |
| Fisher M., Andersson E. | Developments in 4d-Var and Kalman filtering | ECMWF Research Report No. 347 pp.36 (2001) | Wavelets, 3d-fgat
|
| Fletcher S.J., Zupanski M. | A data assimilation method for log-normally distributed observational errors | Q.J.R. Meteor. Soc. 132 pp.2505-2519 (2006) |
|
| Ford R., McIntyre M.E., Norton W.A. | Balance and the slow manifold: some explicit results | J. Atmos. Sci. 57 pp.1236-1254 (2000) | Quasi slow manifold, Lighthill radiation, Balance
|
| Fournier A., Dixon M., Bannister R.N., Ballard S.P. | Wavelet representation of localized multiscale flow structures in high-resolution variational data assimilation | Met Office contract report (2008) |
|
| Freeden W., Windheiser | Spherical wavelet transform and its discretization | Adv. Comput. Math. 5 pp.51-94 (1996) | Wavelets
|
| Author(s) | Title | Reference | Comments |
G | |||
| Gaffen D.J., Santer B.D., Boyle J.S., Christy J.R., Graham N.E., Ross R.J. | Multidecadal changes in the vertical temperature structure of the tropical tropopause | Science 287 pp.1242-1245 (2000) | Temperature trends
|
| Gaspari G., Cohn S.E. | Construction of correlation functions in two and three dimensions | D.A.O. Note 96-03R1 pp.1-53 (1996) |
Published in 199 in Q.J.R.Meteor.Soc. |
| Gaspari G., Cohn S.E. | Construction of correlation functions in two and three dimensions | Q.J.R.Meteor.Soc. 125 pp.723-757 (1999) | Convolution, compactly supported
|
| Gauthier P., Charette C., Fillion L., Koclas P., Laroche S. | Implementation of a 3d variational data assimilation system at the Canadian Meteorological Centre. Part I: The global analysis. | Atmosphere Ocean 37 pp. 103-156 (1999) |
|
| Geer A.J., Peubey C., Bannister R.N., Brugge R., Jackson D.R., Lahoz W.A., Migliorini S., O'Neill A.O., Swinbank R. | Assimilation of stratospheric ozone from MIPAS into a global general-circulation model: the September 2002 vortex split | Q.J.R.Meteor.Soc. 132 pp.231-257 (2006) | Model bias, Ozone photochemistry parametrizations, Stratospheric transport
Anomalous vertical transport |
| Gettelman A., Forster P.M. de F. | A climatology of the tropical tropopause layer | J. Meterol. Soc. Jpn. 80 pp.911-924 (2002) | Stratosphere troposphere exchange
|
| Gettelman A., Holton J.R. | Simulations of water vapor in the lower stratosphere and upper troposphere | J.Geophys.Res. 105 pp.9003-9023 (2000) | Chemical tracer model
Transport and subsaturated restriction only |
| Gettelman, A., Randel W.J., Wu F., Massie S.T. | Transport of water vapour in the tropical tropopause | Geophys. Res. Lett. 29 pp.9-1 - 9-4 (2002) | Cirrus extinction, convection, ice, trajectories
100 hPa |
| Gettelman A., Salby M.L., Sassi F. | The distribution and influence of convection in the tropical tropopause region | Submitted to J.Geophys.Res. pp. (Submitted November 2000) | Convection Tropopause
Correlation between deep convection and low temperatures |
| Ghil M. | The compatible balancing approach to initialization, and four-dimensional data assimilation | Tellus 32, pp. 198-206 (1980) | Shallow water equations
Diagnostic equations |
| Ghil M., Malanotte-Rizzoli P. | Data assimilation in meteorology and oceanography | Adv. in Geophys. 33 pp.1991 (141-266) |
|
| Giannakopoulou E.-M. | Flood prediction and uncertainty | M.Sc. dissertation 71 pp. (2008) | Ensemble Kalman filters
|
| Giering R., Kaminski T. | Recipes for adjoint code construction | Acm. T. Math. Software 24 pp.437-474 (1998) | Adjoint construction
|
| Giering R. | Tangent linear and adjoint model compiler: Users manual | pp.64 (1999) |
Automatic adjoint compiler |
| Gneiting T. | Correlation functions for atmospheric data analysis | Q.J.R.Meteor.Soc. 125 pp.2449-2464 (1999) |
|
| Gough D.O., Leibacher J.W., Scherrer P.H., Toomre J. | Perspectives in helioseismology | Science 272 pp.1281-1283 (1996) |
Miscellaneous |
| Gray L.J. | A model study of the influence of the quasi-biennial oscillation on trace gas distributions in the middle and upper stratosphere | ? ? pp.? (?) |
|
| Gregory A.R., West V. | The sensitivity of a model's tape-recorder to the choice of advection scheme | Q.J.R.Meteor.Soc. 128 pp.1827-1846 (2002) | Advection schemes
Comparison of tape speeds to advection schemes |
| Gregory D., Rowntree P.R. | A mass flux convection scheme with representation of cloud ensemble characteristics and stability-dependent closure | Mon. Wea. Rev. 118 pp.1483-1506 (1990) |
|
| Gregory D., Inness P. | Unified model documentation paper No. 27: Convection scheme | pp. (1996) |
|
| Gregory D., Kershaw R., Inness P. | Parametrization of momentum transport by convection II: Tests in single-column and general circulation models | Q.J.R. Meteorol. Soc. 123 pp.1153-1183 (1997) |
|
| Griffith A.K., Nichols N.K. | Accounting for model error in data assimilation using adjoint methods | Computational Differentiation: Techniques, Applications and Tools, SIAM pp.195-204 (1996) |
|
| Griffith A.K., Martin M.J., Nichols N.K. | Techniques for treating systematic model error in 3d and 4d data assimilation | Pro. Third NMO Int. Symp. on Assimilation of Observations in Meteorology and Oceanography, WMO/TD 986 pp.9-12 (2000) | Model error
|
| Griffith A.K., Nichols N.K. | Adjoint methods in data assimilation for estimating model error | J. of Flow Turbul Combust 65 pp.469-488 (2000) | Model error, Bias estimation Nonlinear shallow water equations
|
| Guerin R., Desroziers G., Arbogast P. | 4d-Var analysis of potential vorticity pseudo-observations | Quart. J. Roy. Met. Soc. 132 pp.1283-1298 (2006) |
|
| Guidard V., Fischer C. | Introducing the coupling information in a limited-area variational assimilation | Q.J.R.Meteor.Soc. 134 pp. 723-735 (2008) |
|
| Gurney K.R., Law R.M., Denning A.S., Rayner P.J., Baker D., Bousquet P., Bruhwiler L., Chen Y.H., Ciais P., Fan S., Fung I.Y., Gloor M., Heimann M., Higuchi K., John J., Maki T., Maksyutov S., Masarie K., Peylin P., Prather M., Pak B.C., Randerson J., Sarmiento J., Taguchi S., Takahashi T., Yuen C.W. | Towards robust regional estimates of CO2 sources and sinks using atmospheric transport models Nature 415 (6872) pp.626-630 (2002) |
|
|
| Gustafsson N., Berre L., Hornquist S., Huang X.Y., Lindskog M., Navascues B., Mogensen K.S., Thornsteinsson S. | Three-dimensional variational data assimilation for a limited area model | Tellus 53A pp.425-446 (2001) | HIRLAM
Parameters used as control variables |
| Author(s) | Title | Reference | Comments |
H | |||
| Hakim G.J. | Vertical structure of midlatitude analysis and forecast errors | Mon. Wea. Rev. 133 pp.567-578 (2005) | Ensembles, non-separability
|
| Hall G.R., Walsh J.A. | In the weather chaotic? | pp.18 (>1996) | Chaos, Sensitive dependence, Transitivity, Lyapunov exponent
|
| Hamill T.M., Mullen S.L., Snyder C., Toth Z., Baumhefner D.P. | Ensemble forecasting in the short to medium range: report from a workshop | Bull. Am. Met. Soc. 81, No. 11 pp.2653-2664 (2000) |
|
| Hamill T.M., Snyder C. | A hybrid ensemble Kalman filter-3d variational analysis scheme | Mon. Wea. Rev. 128 pp.2905-2919 (2000) |
|
| Hamill T.M., Whitaker J.S., Synder C. | Distance-dependent filtering of background error covariance estimates in an ensemble Kalman filer | Mon. Wea. Rev. 129 pp.2776-2790 (2001) | Shur product
Flow dependence |
| Haynes P.H., Marks C.J., McIntype M.E., Shepherd T.G., Shine K.P. | On the "downward control" of extratropical diabatic circulations by eddy-induced mean zonal forces | J. Atmos. Sci. 48 pp.651-678 (1991) |
|
| Hello G., Bouttier F. | Using adjoint sensitivity as a local structure function in variational data assimilation | Nonlinear Proc. in GeoPhys. 8 pp.347-355 (2001) | Simplfied Kalman filter
|
| Hoffman R.N., Lui Z., Louis J.-F., Grassotti C. | Distortion representation of forecast errors | Mon. Wea. Rev. 123 pp.2758-2770 (1995) |
|
| Hollingsworth A., Lonnberg P. | The statistical structure of short-range forecast errors as determined from radiosonde data. Part I: The wind field | Tellus 38A pp.111-136 (1986) | Background errors
|
| Holm E., Andersson E., Beljaars A., Lopez P., Mahfouf J-F., Simmons A., Thepaut J-N | Assimilation and modelling of the hydrological cycle: ECMWF's status and plans | ECMWF Tech. Memo 383 pp.55 (2002) | Gaussian humidity variable
|
| Holton J.R., Gettelman, A. | Horizontal transport and the dehydration of the stratosphere | Geophys. Res. Lett. 28 pp.2799-2802 (2001) | Simple model, diabatic cooling, subsidence, cirrus
|
| Holton J.R., Haynes P.H., McIntyre M.E., Douglass A.R., Rood R.B., Pfister L. | Stratosphere-troposphere exchange | Rev. Geophys. 33 pp.403-439 (1995) | Tape recorder, wave pumping
Review article |
| Honda Y., Nishijima M., Koizumi K., Ohta Y., Tamiya K., Kawabata T., Tsuyuki T. | A pre-operational variational data assimilation system for a non-hydrostatic model at the Japan Meteorological Agency: Formulation and preliminary results | Q.J.R.Meteor.Soc. 131 pp.3465-3475 (2005) | Mesoscale
|
| Hoskins B., Berrisford P. | A potential vorticity perspective of the storm of 15-16 October 1987 | Weather 43 pp.122-129 (1988) | Potential vorticity
|
| Hoskins B.J., McIntyre M.E., Robertson A.W. | On the use and significance of isentropic potential vorticity maps | Q.J.R.Meteor.Soc. 111 pp.877-946 (1985) | Conservation, Invertibility
|
| Hoskins B.J., Simmons A.J. | A multi-layer spectral mode and the semi-implicit method | Q.J.R.Meteor.Soc. 101 pp.637-655 (1975) |
|
| Houser P.R. | Land surface processes and Assimilation of land surface data | In NATO ASI book pp.321-343 (2003) |
|
| Houtekamer P.L., Lefaivre L., Derome J., Ritchie H., Mitchell H.L. | A system simulation approach to ensemble prediction | Mon. Wea. Rev. 124 pp.1225-1242 (1996) |
Ensemble method of computing covariances |
| Houtekamer P.L., Mitchell H.L. | A sequential ensemble Kalman filter for atmospheric data assimiltion | Mon. Wea. Rev. 129 pp.123-137 (2001) |
Spurious long-range correlations |
| Houtekamer P.L., Mitchell H.L. | Ensemble Kalman filtering | Q.J.R.Meteor.Soc. 131 pp. 3269-3289 (2005) |
|
| Houtekamer P.L., Mitchell H.L., Pellerin G., Buehner M., Charron M., Spacek L., Hansen B. | Atmospheric data assimilation with an ensemble kalman filter: results with real observations | Mon. Wea. Rev. 133 pp.604-620 (2005) |
|
| Author(s) | Title | Reference | Comments |
I | |||
| Ingleby N.B. | The statistical structure of forecast errors and its representation in the Met Office global 3-dimensional variational data assimilation scheme | Q.J.R.Meteor.Soc. 127 pp.209-231 (2001) | Forecast errors, Error covariances, Variational data assimiltion
|
| Author(s) | Title | Reference | Comments |
J | |||
| Jackson D.R., Methven J., Pope V.D. | Transport in the low latitude tropopause zone diagnosed using particle trajectories | J. Atmos. Sci. 58 pp.173-192 (2001) | Trajectories
|
| Jackson D., Saunders R. | Ozone data assimilation: preliminary system | Forecast Research Report 394 pp.18 (2002) | HIRS channel 9
|
| Jackson D.R., Keil M., Devenish B.J. | Use of Canadian quick covariances in the Met Office data assimilation system | Q.J.R.Meteor.Soc. pp. (submitted 2008) |
|
| Jarvinen H., Andersson E., Bourrier F. | Variational assimilation of time sequencies of surface observations with serially correlated errors | Tellus A 51 pp.469-488 (1999) | Correlated observations
|
| Jarvinen H. | Temporal evolution of innovation and residual statistics in the ECMWF variational data assimilation systems | Tellus A 53 (3) pp.333-347 (2001) | NMC method
|
| Jeuken A.B.M., Eskes H.J., van Velthoven P.F.J., Kelder H.M., Holm E.V. | Assimilation of total ozone satellite measurements in a three-dimensional tracer transport model | J. Geophys. Res. 104 pp.5551-5563 (1999) | Optimal interpolation
|
| JMA | Global and mesoscale data assimilation system | www.jma.go.jp/ JMA_HP/ jma/ jma-eng/ jma-center/ nwp/ outline-nwp/ index.html pp. (?) |
Description of JMA system |
| Johnson C., Hoskins B.J., Nichols N.K. | A singular vector perspective of 4d-Var: filtering and interpolation | Q.J.R.Meteor.Soc. 131 pp.1-19 (2005) |
Inverse correlation matrix with Laplacian |
| Author(s) | Title | Reference | Comments |
K | |||
| Kalnay E., Toth Z. | Removing growing errors in the analysis cycle | Preprints, 10th Conf. Numerical Weather Prediction, Portland OR, Amer. Meteor. Soc. pp.212-215 (1994) | Bred modes
Applied to Lorenz 3-variable model |
| Kalnay E., Corazza M., Cau M. | Are bred vectors the same as Lyaounov vectors? | pp.10 () |
Dynamical theory |
| Katz D., Lawless A.S., Michols, N.K., Cullen M.J.P., Bannister R.N. | A comparison of potential vorticity-based and vorticity-based control variables | Numerical Analysis Report (Maths, Reading Univ.) 8/2006 pp.1-34 (2006) |
|
| Keil M. | Assimilating data from a simulated global constellation of stratospheric balloons | Q.J.R.Meteor.Soc. 130 pp.2475-2493 (2004) | Long duration balloons, alaysis, observation network
|
| Kilcoyne H. | Past and current methods of data assimilation at leading weather and anaysis centers | pp. (1997) |
History of data assimilation |
| Klinker E., Rabier F., Gelaro R. | Estimation of ket analysis errors using the adjoint technique | Q.J.R.Meteor.Soc. 124 pp.1909-1933 (1998) |
|
| Knopf B., Held H., Schellnhuber H.J | Forced versus coupled dynamics in Earth system modelling and prediction | Nonlinear Processes in Geophysics 12 pp.311-320 (2005) |
Towards coupled atmosphere-ocean modelling |
| Author(s) | Title | Reference | Comments |
L | |||
| Lagarde T., Thual O., Piacentini A. | A new representation of data assimiltion methods: The PALM flow charting technique | Q.J.R. Meteorol. Soc. 127 pp.189-207 (2001) | Kalman filter, Variational methods
Diagramatic representation of algorithms |
| Lahoz W.A. | Data assimilation | pp.27 (1997) | Variational methods
|
| Lahoz W.A., Geer A.J. | Some challenges in the assimilation of stratosphere / tropopause satellite data | ECMWF/SPARC Workshop on Modelling and Assimilation for the Stratosphere and Tropopause pp.117-136 (2003) |
Use of RH as control variable |
| Lahoz W.A., Geer A.J., Bekki S., Bormann N., Ceccherini S., Elbern H., Errera Q., Eskes H.J., Fonteyn D., Jackson D.R., Khattatov B., Massart S., Peuch V.-H., Rharmill S., Ridolfi M., Segers A., Talagrand O., Thornton H.E., Vik A.F., von Clarmann T. | The assimilation of Envisat Data (ASSET) project | Atmos. Chem. Phys. Discuss. 6 pp.12769-12824 (2006) |
Use of RH as control variable, Canadian quick stat method (found better than NMC) |
| Lahoz W.A., Geer A.J., Orsolini Y.J. | Northern hemisphere stratospheric summer from MIPAS observations | Q.J.R.Meteor.Soc. 133 pp.197-211 (2007) | Vortex break-up
|
| Lahoz W.A., Fonteyn D., Swinbank R. | Data assimilation of atmospheric constituents: a review | Atmos. Chem. Phys. Discuss. (in prep) ? pp.? (?) |
|
| Laroche S., Gauthier P., St-James J., Morneau J. | Implementation of a 3d variational data assimilation system at the Canadian Meteorological Centre. Part II: the regional analysis. | Atmosphere-Ocean 37 pp. 281-307 (1999) | Keywords
|
| Lau K., Lim H. | Thermally driven motions in an equatorial beta-plane: Hadley and Walker circulations during the winter monsoon | Mon. Wea. Rev. 110 pp.336-353 (1982) | Shallow water equations
|
| Lawless A.S., Nichols N.K., Reinmuller K., Ballard S.P. | A comparison of two methods for deriving the tangent linear model | Pro. Third NMO Int. Symp. on Assimilation of Observations in Meteorology and Oceanography, WMO/TD 986 pp.105-108 (2000) |
|
| Leith C.E. | Numerical Models of Weather and Climate | Plasma Phys. Control. Fusion 35 pp.919-927 (1993) |
Data assimilation as struggle between chaotic destruction of information and resoration by observations |
| Lerner J.A., Weisz E., Kirchengast G. | Temperature and humidity retrieval from simulated Infrared Atmospheric Sounding Interferometer (IASI) measurements | J. GeoPhys. Res. 107 pp.D14 ACH 4-1 - 4-11 (2002) | Weighting functions, Averaging kernels
|
| Leutbecher M. | A reduced rank estimate of forecast error variance changes due to intermittent modifications of the observing network | J. Atmos. Sci. 60 pp.729-742 (2003) |
|
| Lewis J.M. | Sasaki's pivotal contribution: Calculus of variations applied to weather map analysis | Mon. Wea. Rev. ? pp.? (2008) |
Historical |
| Li Z., Navon I.M. | Optimality of variational data assimilation and its relationship with the Kalman filter and smoother | Q.J.R.Meteor.Soc. 127 pp.661-683 (2001) |
|
| Lindskog M., Gustafsson N., Mogensen S. | Representation of background error standard deviations in a limited area model data assimilation system | Tellus 58A pp.430-444 (2006) | HIRLAM
Climatological index and the Eady-based index (flow dependency of B the B-matrix) |
| Lindzen R.S., Fox-Rabinovitz M. | Consistent vertical and horizontal resolution | Mon. Wea. Rev. 117 pp.2575-2583 (1989) |
|
| Lipps F.B., Hemler R.S. | A scale analysis of deep moist convection and some related numberical calculations | J. Atmos. Sci. 39 pp. 2192-2210 (1982) |
|
| Liu C., Xiao Q., Wang B. | An ensemble-based four-dimensional variational data assimilation scheme. Part I: technical formation and preliminary test | Mon. Wea. Rev. 136 pp. 3363-3373 (2008) | No tangent linear or adjoint models needed
|
| Lock A. | Boundary Layer Processes. The parametrization of turbulent fluxes above the surface | Unified Model Documentation Paper 24 pp.1-31 (2003) |
|
| Lonnberg P., Hollingsworth A. | The statistical structure of short-range forecast errors as determined from radiosonde data. Part II: The covariance of height and wind errors | Tellus 38A pp.137-161 (1986) | Background errors
|
| Lorenc A.C. | A global three-dimensional multivariate statistical interpolation scheme | Mon. Wea. Rev. 109 pp.701-721 (1981) |
Benefit of b/g covs demonstrated |
| Lorenc A.C. | Analysis methods for numerical weather prediction | Q.J.R.Meteor.Soc. 112 pp.1177-1194 (1986) | Bayesian probability
Deriving cost function |
| Lorenc A. | Iterative analysis using covariance functions and filters | Q.J.R.Meteor.Soc. 118 pp.569-591 (1992) | Covariances
Choice of inner product |
| Lorenc A.C., Ballard S.P., Bell R.S., Ingleby N.B., Andrews P.L.F., Barker D.M., Bray J.R., Clayton A.M., Dalby T., Li D., Payne T.J., Saunders F.W. | The Met Office global 3-dimensional variational data assimilation scheme | Q.J.R.Meteor.Soc. 126 pp.2991-3012 (2000) | Variational data assimilation
|
| Lorenc A.C. | Modelling of error covariances by four dimensional variational assimilation | Forecasting Research Scientific Paper No. 68 pp.19 (2002) | Kalman filter, 3d Var, 4d Var
|
| Lorenc A.C. | The potential of the ensemble Kalman filter for NWP - a comparison with 4d-Var | Q.J.R.Meteor.Soc. 129 pp.3183-3203 (2003) | Variational data assimilation, Ensemble Kalman filter
|
| Lorenc A., Roulstone I., White A. | On the choice of control fields in Var. | Forecasting Research Technical Report No. 419 pp.35 (2003) | Balanced, unbalanced
Geostrophic adjustment, balanced pressure |
| Lorenc A.C., Payne T. | 4D-Var and the butterfly effect: Statistical four-dimensional data assimilation for a wide range of scales | Q.J.R.Meteor.Soc. 133 pp.607-614 (2007) | Spurious minima
|
| Lorenc A.C. | A study of o-b monitoring statistics from radiosondes, composited for low-level cloud layers | FRTP 504 pp.1-30 (2007) |
|
| Lorenz E.N. | Deterministic nonperiodic flow | J. Atmos. Sci. 20 pp.130-141 (1963) |
|
| Lorenz E.N. | The predictability of a flow which possesses many scales of motion | Tellus 21 pp. 289-307 (1969) | Three types of predictability
|
| Lorenz E.N. | A look at some details of the growth of initial uncertainties | Tellus 57A pp.1-11 (2005) | Sensitive dependence, Chaos
|
| Lovelock J. | Gaia (speech, University of Reading) | pp. (15th November 1999) |
|
| Lui Z.-Q., Rabier F. | The interaction between model resolution, observation resolution and observation density in data assimilation: A one-dimensional study | Q.J.R.Meteor.Soc. 128 pp.1367-1386 (2002) | Correlated observations
|
| Lupu C., Gauthier P. | Impact of a flow-dependent background error covariance model based on sensitivity functions in a 3d-Var | Envisat meeting poster pp.1-2 (2006) | Reduced rank Kalman filter
|
| Lynch P. and Huang X.-Y. | Initialization of the HIRLAM model using a digital filter | Mon. Wea. Rev. 120 pp.1019-1034 (1992) |
|
| Lynch P. | Richardson's Marvellous Forecast | in The Life Cycles of Extratropical Cyclones pp.61-73 (1999) | Numerical model, Initialization
History of DA |
| Author(s) | Title | Reference | Comments |
M | |||
| Magnusson L., Nycander J., Kallen E. | Flow-dependent versus flow-independent initial perturbations for ensemble prediction | Tellus 61A pp. 194-209 | Total dry energy norm, Eady index, simplex transformation
|
| Manney G.L., Lahoz W.A., Sabutis J.L., O'Neill A., Steenman-Clark L. | Simulations of fall and early winter in the stratosphere | Q.J.R.Meteor.Soc. 128 pp.2205-2237 (2002) | Interannual variablility, Stratosphere-mesosphere model, Stratospheric polar vortex development
|
| Mahfouf J.-F. | Physical parametrizations and data assimiltion ECMWF training course | pp. () |
|
| McIntype M.E. | Atmospheric dynamics: some fundamentals, with observational implications | Proc. Int. School Phys. "Enrico Fermi" CXV Course pp.313-386 (1992) |
|
| McIntyre M.E. | On global-scale atmospheric and oceanic circulations | Developments in fluid mechanics: a collection for the Millennium (ed. Batchelor G.K., Moffatt H.K., Worster M.G.) pp. (2000) | Wave propagation, gyroscopic pumping, balance
|
| McIntype M.E., Norton W.A. | Potential vorticity inversion on a hemisphere | J. Atmos. Sci. 57 pp.1214-1235 (2000) | Balance, Shallow water equations
|
| McIntyre M.E., Roulstone I. | Are there higher-accuracy analogues of semigeostrophic theory? | JCMM Int. Rep. 128 pp. (2001) |
|
| McIntyre M.E. | Potential vorticity | Encylopedia of Atmospheric Sciences pp.16 () | Kelvin-Bjerknes, Ertel
|
| McIntyre M.E. | Balanced flow | Encylopedia of Atmospheric Sciences pp.12 () | Geostrophy, Slow Manifold, Bolin-Charney, Geostrophic adjustment, Lighthill radiation
|
| McLinden C.A., Olsen S.C., Hannegan B., Wild O., Prather M.J., Sundet J. | Stratospheric ozone in 3d models: a simple chemistry and the cross-tropopause flux | J. Geophys. Res. 105 pp.14653-14665 (2000) | Cariolle scheme
|
| Menard R., Chang L.-P. | Assimilation of stratospheric chemical tracer observations using a Kalman filter. Part II: chi-squared validated results and analysis of varaince and correlation dynamics | Mon. Wea. Rev. 128 pp.2672-2686 (2000) |
Flow dependence |
| Menard R., Daley R. | The application of Kalman smoother theory to the estimation of 4d-Var error statistics | Tellus 48A pp.221-237 (1996) |
|
| Methven J. | Offline trajectories: Calculation and accuracy | UGAMP TECH. REP. 44 pp.18 (1997) |
|
| Migliorini S. | Note on assimilation of retrievals + note by Rodgers C.D. | DARC Technical Report No. 4 pp. (2002) | Averaging kernals
|
| Migliorini S., Piccolo C., Rodgers C.D. | Use of the information content in satellite measurements for an efficient interface to data assimilation | Mon. Wea. Rev. 136 pp. 2633-2650 (2008) |
|
| Montmerle T., Lafore J.-P., Berre L., Fischer C. | Limited-area model error statistics over Western Africa: Comparisons with midlatitude results | Q.J.R.Meteor.Soc. 132 pp.213-230 (2006) |
|
| Mote P.W., Rosenlof K.H., Holton J.R., Harwood R.S., Waters J.W. | Seasonal variations of water vapour in the tropical lower stratosphere | Geophys. Res. Lett. 22 pp.1093-1096 (1995) | Tape recorder, MLS
|
| Mote P., RosenLof K.H., McIntyre,M.E., Carr,E.S., Gille,J.C., Holton,J.R., Kinnersley,J.S., Pumphrey,H.C., Russell III,J.M., Waters,J.W. | An atmospheric tape recorder: the imprint of tropical tropopause temperatures on stratospheric water vapour | J. Geophys. Res. 101 pp.3989-4006 (1996) | Tape recorder
Main paper on tape recorder |
| Muccino J.C., Hubele N.F., Bennett A.F. | Significance testing for variational assimilation | Q.J.R.Meteor.Soc. 130 pp.1815-1838 (2004) | Kolmogorov-Smirnov test, Recurrent processes, Representer method
|
| Author(s) | Title | Reference | Comments |
N | |||
| Newell R.E., Gould-Stewart S. | A stratospheric fountain? | J.Atmos.Sci. 38 pp.2789-2796 (1981) | Stratospheric entry
Maritime Continent/Bay of Bengal |
| Norton W.A. | Longwave heating of the tropical lower stratosphere | Geophys. Res. Lett. 28 pp.3653-3656 (2001) |
|
| Author(s) | Title | Reference | Comments |
O | |||
| Okamoto K., Kazumori M., Owada H. | The assimilation of ATOVS radiances in the JMA global analysis system | J. Met. Soc. Japan 83 (2) pp.201-217 (2005) |
Ref tp JMA system, Has non-standard ref to JMA system |
| O'Neill A. | Stratospheric sudden warmings | in Encyclopedia of Atmospheric Science pp.1342-1352 (2002?) | Major warming, Stratopause, Wave 1, Wave 2
|
| Orsolini Y.J., Grant W.B. | Seaonal formation of nitrous oxide laminae in the mid and low latitude stratosphere | Geophys. Res. Lett. 27 pp.1119-1122 (2000) |
|
| Ovarlez J., Ovarlez H., Teitelbaum H. | In situ water vapour measurement, and a case study of the drying mechanism of the tropical lower stratosphere | Q.J.R.Meteor.Soc. 122 pp.1447-1458 (1996) | Anvil clouds, Convection, Tape recorder
|
| Author(s) | Title | Reference | Comments |
P | |||
| Page C., Fillion L., Zwack P. | Diagnosing summertime mesoscale vertical motion: implications for atmospheric data assimilation | Mon. Wea. Rev. pp. () | omega equation
|
| Pailleix J. | Assimilation of satellite data using variational techniques | From "Developments in the use of satellite data in numerical weather prediction" pp.129-141 (1993) |
Includes interpolation, satellite lidar, and total column water vapour example operators |
| Palmer P.I., Jacob D.J., Jones D.B.A., Heald C.L., Yantosca R.M., Logan J.A. | Inverting for emissions of carbon monoxide from Asia using aircraft observations over the western Pacific | J. Geophys. Res. 108 D21 pp.49 1-12 (2003) | Sources and sinks
|
| Palmer P.I., Suntharalingham P., Jones D.B.A., Jacob D.J., Streets D.G., Fu Q., Vay S.A., Sachse G.W. | Using CO2:CO correlations to improve inverse analyses of carbon fluxes | Submitted pp. (2005?) | Sources and sinks
|
| Panagi P. | Assimilation of the surface precipitation rate: implementation in Var. | Report pp.16pp (2005) |
|
| Pannekoucke O., Berre L., Desroziers G. | Filtering properties of wavelets for local background-error correlations | Q.J.R.Meteor.Soc. 133 pp.363-379 (2007) |
|
| Park S.K., Zupasnski D. | Four-dimensional variational data assimilation for mesoscale and storm scale applications | Meteorol. Atmos. Phys. 82 pp.173-208 (2003) |
|
| Parrish D.F., Derber J.C. | The National Meteorological Center's spectral statistical-interpolation analysis system | Mon. Wea. Rev. 120 pp.1747-1793 (1992) | Variational data assimilation, NMC method, Control variable transforms
|
| Parrish D.F., Derber J.C., Purser R.J., Wu W.S., Pu Z.X. | The NCEP global analysis system: recent improvements and future plans | J. Meteor. Soc. Japan 75 pp. 359-365 (1997) |
|
| Pavelin E.G., English S.J., Eyre J.R. | The assimilation of cloud-affected infrared satellite radiances for numerical weather prediction | Draft for sub to Q.J.R.Meteor.Soc. pp. (2007?) | Cloudy radiances
|
| Pawson S., Kodera K., Hamilton K., et al... | The GCM reality intercomparison project for SPARC (GRIPS): scientific issues and intial results | Bulletin Am. Meteor. Soc. 81 pp.781-796 (2000) |
|
| Payne T. | Introduction to PV-based transform | (Doc. 1) pp.4 (1998) |
|
| Payne T. | Summary of current parameter transform equations | (Doc. 2) pp.5 (1999) |
|
| Payne T. | Transform equations with z as vertical coordinate | (Doc. 3) pp.5 (1999) |
|
| Payne T. | Parameter transform equations in a form suitable for var | (Doc. 4/5) pp.9 (1999) | PV control variable
|
| Payne T. | General properties of control variable transforms and related properties of B and J | (Doc. 8) pp.12 (1999) |
|
| Payne T. | Exact results on control variable transforms using the shallow water equations | (Doc. 7) pp.10 (1999/2000) |
|
| Payne T. | Advantages of PV as principal control variable | (Doc. 9) pp.7 (2000) | Balanced, Unbalanced, Ergodicity
|
| Pereira M.B., Berre L. | The use of an ensemble approach to study the background error covariances in a global NWP moel | Mon. Wea. Rev. 134 pp.2466-2489 (2006) |
|
| Petron G., Granier C., Khattatov B.V., Lamarque J.-F., Yudin V.A., Muller J.-F., Gille J. | Inverse modelling of carbon monoxide surface emissions using Climate Monitoring and Diagnostics Laborary network observations | J. GeoPhys. Res. 107 pp.10pp (2002) |
|
| Petron G., Granier C., Khattatov B.V., Yudin V.A., Lamarque J.-F., Emmons L.K., Gille J.C., Edwards D.P. | Monthly CO surface sources inventory based on the 2000-2001 MOPITT satellite data | Geophys. Res. Lett. 31 pp.5pp (2004) |
|
| Phillips N.A. | The spatial statistics of random geostrophic modes and first-guess errors | Tellus 38A pp.314-332 (1986) | Background errors
Horizontal and vertical length scales, b/g errors in normal mode representation |
| Polavarapu S., Ren S., Rochon Y., Sankey D., Ek N., Koshyk J., Tarasick D. | Data assimilation with the Canadian middle atmosphere model | Atmos.-Ocean 43 pp.77-100 (2005) | Covariances
Canadian quick stat method, comparision of methods of computing B-matrix |
| de Pondeca M.S.F.V., Manikin G., Parrish D.F., Purser R.J., Wu W.-S., DiMego G., Derber J.C., Benjamin S.G., Horel J., Lazarus S., Anderson L., Colman B., Mandt B. | The status of the real time mesoscale analysis system at NCEP | Preprints, 22nd Conf. on WAF/18th Conf. on NWP, Park City, UT., Amer. Meteor. Soc. 4A.5 pp.1-7 (2007) | RTMA, Anisotropy
|
| Pope V.D. et al. | Unified model validation note No. 51: HadAM3 (run abald, AMIPII, 58 levels) versus HadAM3 (run abbcn, AMIPII, 30 levels) | pp. (1999) |
|
| Pope V.D., Gallani M.L., Rowntree P.R., Stratton R.A. | The impact of new physical parametrizations in the Hadley Centre climate model - HadAM3 | Clim. Dyn. 16 pp.123-146 (2000) |
|
| Pope V.D., Pamment J.A., Jackson D.R., Slingo A. | The representation of water vapour and its dependence on vertical resolution in the Hadley Centre climate model | Submitted to J.Clim. pp. (Summitted April 2000) | Resolution, Tropopause
Explain low humidity, 100 hPa over Indian Ocean in Summer? |
| Potter B.E., Holton J.R. | The role of monsoon convection in the dehydration of the lower tropical stratosphere | J. Atmos. Sci. 52 pp.1034-1050 (1995) | Hedydration
Convection induced buoyancy waves |
| Pu Z.-X., Kalnay E., Parrish D., Wu W., Toth Z. | The use of bred vectors in the NCEP global 3d variational analysis scheme | Weather and Forecasting 12 pp.689-695 (1997) |
Errors of the day |
| Pumphrey H.C., Clark H.L., Harwood R.S. | Lower stratospheric water vapour measured by UARS MLS | Geophys. Res. Lett. 27 pp.1691-1694 (2000) |
Zonal mean fields |
| Purser R.J., Wu W.S., Parrish D.F., Roberts N.M. | Numerical aspects of the application of recursive filters to variational statistical analysis. Part I: Spatially homogeneous and isotropic Gaussian covariances | Mon. Wea. Rev. 131 pp.1524-1535 (2003) |
|
| Purser R.J., Wu W.S., Parrish D.F., Roberts N.M. | Numerical aspects of the application of recursive filters to variational statistical analysis. Part II: Spatially inhomogeneous and anisotropic general covariances | Mon. Wea. Rev. 131 pp.1536-1548 (2003) |
|
| Author(s) | Title | Reference | Comments |
Q | |||
| Author(s) | Title | Reference | Comments |
R | |||
| Rabier F., McNally T. | Evaluation of forecast error covariance matrix | ECMWF Tech. Memo. 195 pp.1-30 (1993) |
NMC results |
| Rabier F., Klinker E., Courtier P., Hollingsworth A. | Sensitivity of forecast errors to initial conditions | Q.J.R.Meteor.Soc. 122 pp.121-150 (1996) |
|
| Rabier F., Mahfouf J.F., Fisher M., Jarvinen H., Simmons A., Andersson E., Bouttier F., Courtier P., Hamrud M., Haseler J., Hollingsworth A., Isaksen L., Klinker E., Saarinen S., Temperton C., Thepaut J-N., Unden P., Vasiljevic D. | Recent experimentation on 4d-Var. and first results from a simplified kalman filter | ECMWF Tech. Memo. 240 pp.1-41 (1997) |
Propogation of b/g errors in 4d-Var. (included here?) |
| Rabier F., McNally A., Andersson E., Courtier P., Unden P., Eyre J., Hollingsworth A., Bouttier F. | The ECMWF implementation of three-dimensional variational assimilation (3D-Var). Part II: structure functions | Q.J.R.Meteor.Soc. 124 pp.1809-1829 (1998) |
|
| Rabier F. | Overview of global data assimilation developments in numerical weather prediction centres | Q.J.R.Meteor.Soc. 131 pp.3215-3233 (2005) |
|
| Ravela S., Emanuel K., McLaughlin D. | Data assimilation by field allignment | Physica D 230 127-145 (2007) | Position errors, Amplitude errors
|
| Rawlins F., Ballard S.P., Bovis K.J., Clayton A.M., Li D., Inverarity G.W., Lorenc A.C., Payne T.J. | The Met Office global four-dimensional variational data assimilation scheme | Q.J.R.Meteor.Soc. 133 pp.347-362 (2007) |
|
| Randel W.J., Gettelman A., Russell J.M., Zawodny J.M., Oltmans S.J. | Seasonal variations of water vapour in the lower stratosphere observed in HALOE data | J. Geophys. Res-Atmos 106 (D13) pp.14313-14325 (2001) | Seasonal cycle
Meridional gradient above tropopause |
| Raymond W.H., Gardner A. | A review of recursive and implicit filters | Mon. Wea. Rev. 119 pp.477-495 (1991) | For numerical modelling
|
| Riishojgaard L.P. | A direct way of specifying flow-dependent background error correlations for meteorological analysis systems | Tellus 50A pp.42-57 (1998) |
|
| Rind D., Chiuo E.W., Chu W., Oltmans S., Lerner J, Larsen J., McCormick M.P., McMaster L. | Overview of the stratospheric aerosol and gas experiment II water vapour observations: method, validation and data characteristics | J. Geophys. Res. 98 pp.4835-4856 (1993) |
|
| Roberts N.M. | Assessing the spatial and temporal variation in the skill of precipitation forecasts from an NWP model | Mon. Wea. Rev. 136 pp.78-97 (2008) |
|
| Roberts N.M., Lean H.W. | Scale-selective verification of rainfall accumulations from high-resolution forecasts of convective events | Mon. Wea. Rev. 136 pp.78-97 (2008) |
|
| Rodgers C.D. | Retrieval of atmospheric temperature and composition from remote measurements of thermal radiation | Rev. GeoPhys. and Space Phys. 14 pp.609-624 (1976) |
|
| Rood R.B. | Reanalysis | In NATO ASI book pp.361-372 (2003) |
|
| Rood R. | Assimilation of stratospheric meteorological and constituent observations: a review | ? ? pp.31-37 (? > 2004) | Chemical data assimilation
Source unknown - SPARC? |
| Rosenlof K.H. | Seasonal cycle of the residual mean meridional circulation in the stratosphere | J. Geophys. Res. 100 pp.5173-5191 (1995) | TEM
|
| Roulstone I., Keeley N., Semple A., Swarbrick S. | Using dynamical theory to improve var | pp.18 (2000) | Balance, Control variable transforms, Geostrophic coordinate transform
Talk overheads |
| Rudd A. | Assimilation of dynamical information from satellite imagery | MPhil/PhD transfer report (Univ. of Surrey) pp.1-40 (2006) | Cloud imagery
|
| Rutherford I.D. | Data assimilation by statistical interpolation of forecast error fields | J. Atmos. Sci. 29 pp.809-815 (1972) |
Analysis of innovations for determination of background errors |
| Author(s) | Title | Reference | Comments |
S | |||
| Sadiki W., Fischer C., Geleyn J.-F. | Mesoscale background error covariances: recent results obtained with the limited area model ALADIN over Morocco | Mon. Wea. Rev. 128 pp.3927-3935 (2000) |
|
| Sadiki W., Fischer C. | A posteriori validation applied to the 3d-Var Arpege and Aladin data assimilation systems | Tellus 57A pp.21-34 (2005) |
References to OI, Jmin |
| Saha S., Nadiga S., Thiaw C., Wang J., Wang W., Zhang Q., Van den Dool H.M., Pan H.L., Moorthi S., Behringer D., Stokes D., Pena M., Lord S., White G., Ebisuzaki W., Peng P., Xie P. | The NCEP Climate Forecast System | J. Clim. 19 pp.3483-3517 (2006) |
Operational coupled atmosphere-land-ocean modelling system |
| Sasaki Y. | Some basic formalisms in numerical variational analysis | Mon. Wea. Rev. 98 pp.875-883 (1970) | 4dVar, Adjoint, Euler-Lagrange eqations, Strong constraint, Weak constraint
|
| Schlatter T.W. | Variational assimilation of meteorological observations in the lower atmosphere: a tutorial on how it works | J. Atmos. and Solar-Terr. Phys. 62 pp.1057-1070 (2000) | Data assimlation, Variational data assimlation, Meteorological data assimilation, 3dVar, 4dVar
Proxy observations |
| Seaman N.L. | Future directions of meteorology related to air quality research | Environment International 29 pp.245-252 (2003) |
Complex models - mentions data assimilation |
| Seaman R.S. | Absolute and differential accuracy of analyses achievable with specified observational network characteristics | Mon. Wea. Rev. 105 pp.1211-1222 (1977) |
|
| Segers A.J., Eskes H.J., Van der A R.J., Van Oss R.F, Van Velthoven P.F.J. | Assimilation of GOME ozone profiles and a global chemistry-transport model using a Kalman filter with anisotropic covariance | Q.J.R.Meteor.Soc. 131 pp.477-502 (2005) |
|
| Semple A.T. | An error breeding system for the Met Office 'new dynamics' | Forecating Research Technical Report 413 pp.40 pp (2002) | Bred modes
Positive and negative impact. No impact on structure functions. |
| Sharpe M.C. | Why the quasi-geostrophic omega equation? | pp.28 (2004) |
Derivation of QG |
| Sharpe M.C., O'Keeffe U.M., Li D. | A method for variational assimilation of cloud information in operational numerical weather prediction | Draft for sub to Q.J.R.Meteor.Soc. pp. (2007?) |
Use Smith cloud scheme |
| Shepherd T.G. | The middle atmosphere | J.Atmos.Solar-Terr.Phys. 62 pp.1587-1601 (2000) |
Review, includes tropical tropopause \ extra-tropical dynamics link |
| Sherwood S.C., Dessler A.E. | On the control of stratospheric humidity | Geophys.Res.Lett. 27 pp.2513-2516 (2000) | Mixing layer hypothesis, Tropopause transition layer
Runs through possible control mechanisms |
| Shinbrot, T., Grebogi C., Wisdom J., Yorke J.A. | Chaos in a double pendulum | Am. J. Phys. 60 pp.491-499 (1992) | Apparatus
|
| Simmons A.J., Burridge D.M. | An energy and angular momentum conserving vertical finite-difference scheme and hybrid vertical coordinates | Mon. Wea. Rev. 109 pp.758-766 (1981) |
|
| Simmons A.J., Temperton C. | Stability of a two-time-level semi-implicit integration scheme for gravity wave motion | Mon. Wea. Rev. 125 pp.600-615 (1997) | Integration scheme
|
| Simmons A.J., Untch A., Jakob C., Kallberg P., Unden P. | Stratospheric water vapour and tropical tropopause temperatures in ECMWF analysis and multi-year simulations | Q.J.R.Meteor.Soc. 125 pp.353-386 (1999) | Humidity, Numerical modelling, Stratosphere
|
| Siroka M., Fischer C., Casse V., Brozkova R. and Geleyn J.-F. | The definition of mesoscale selective forecast error covariances for a limited area variational analysis | Meteorol. Atmos. Phys. 82 pp.227-244 (2003) | Lagged NMC method
|
| Smith C.A., Toumi R., Haigh D. | Seasonal trends in stratospheric water vapour | Geophys. Res. Lett. 27 pp.1687-1690 (1999) | HALOE
|
| Smith R.N.B. | A scheme for predicting layer clouds and their water content in a general circulation model | Q.J.R.Meteor.Soc. 116 pp.435-460 (1990) | Cloud conserved variables
|
| Smith R.N.B., Gregory D., Wilson C., Bushell A.C. | Unified model documentation paper No. 29: Calculation of saturated specific humidity and large-scale cloud | pp. (1997) |
|
| Song J.L., Pielke R.A., Segal M., Arritt R.W., Kessler R.C. | A method to determine nonhydrostatic effects within subdomains in a mesoscale model | J. Atmos. Sci. 42 pp. 2110-2120 (1985) |
|
| Stone E.M., Pan L.W., Sandor B.J., Read W.G., Waters J.W. | Spatial distributions of upper tropospheric water vapour measurements from the UARS microwave limb sounder | J. Geophys. Res. 105 pp.12149-12161 (2000) | Hadley circulation, Walker circulation
PV tracing |
| Stratton R.A. | A high resolution AMIP integration using the Hadley Centre model HadAM2b | Clim. Dyn. 15 pp.9-28 (1999) |
|
| Struthers H., Brugge R., Lahoz W.A., O'Neill A., Swinbank R. | Assimilation of ozone profiles and total column measurements into a global general circulation model | Submitted pp. (2002) | Satellite retrievals
Analysis correction scheme |
| Sugimoto S., Crook N.A., Sun J., Xiao Q., Barker D. | An examination of WRF 3DVAR radar data assimilation on its capability in retrieving unobserved variables and forecasting precipitation through observing system simulation experiments | Mon. Wea. Rev. 137 pp. 4011-4029 | OSSE
|
| Sun J., Crook N.A. | Dynamical and microphysical retrieval from doppler radar observations using a cloud model and its adjoint. Part I: model development and simulated data experiments | J. Atmos. Sci. 54 pp.1642-1661 (1997) | Reflectivity
|
| Sun J., Guo Y., Lim E., Huang X., Xiao Q., Sugimoto S. | Assimilation and forecasting experiments using radar observations and WRF 4DVar | ERAD 5 pp. (2008) | Total water
|
| Sutton R.T., Allen M.R. | Decadal predictability of North Atlantic sea surface temperature and climate | Nature 388 pp.563-567 (1997) | Ocean-atmosphere coupling
|
| Sutton R.T., Jewson S.P., Jones C., Slingo J. | Climate anomalies during boreal winter 97/98: the role of Atlantic SST | ? ? pp.? (?) | Ocean-atmosphere coupling
|
| Sutyrin G.G. | Agradient velocity, vortical motion and gravity waves in a rotating shallow-water model | Q.J.R.Meteor.Soc. 130 pp.1977-1989 (2004) | Balanced flow, Potential vorticity inversion
|
| Swinbank R., Ingleby N.B., Boorman P.M., Renshaw R.J. | A 3D variational data assimilation system for the stratosphere and troposphere | FR Scientific Paper 71 and sub. to JGR pp. (2002) | Balance, length scales, rotation, implied covariances
|
| Swinbank R., Lahoz W.A., O'Neill A., Douglas C.S., Heaps A., Podd D. | Middle atmosphere variability in the UK Meteorological Office Unified Model | Q.J.R.Meteor.Soc. 124 pp.1485-1525 (1998) |
|
| Swinbank R., Jackson D.R., Thornton H. | A possible new moisture control variable | MetO working paper pp. () | Unbalanced humidity, total humidity
|
| Szyndel M.D.E., Collard A.D., Eyre J.R. | A simulation study of 1d variational cloud retrieval with infrared satellite data from multiple fields of view | Q.J.R.Meteor.Soc. 130 pp.1489-1503 (2004) |
|
| Author(s) | Title | Reference | Comments |
T | |||
| Talagrand O., Courtier P. | Variational assimilation of meteorological observations with the adjoint vprticity equation. I: Theory | Q.J.R.Meteor.Soc. 113 pp.1311-1328 (1987) | Adjoint, Inner product
|
| Talagrand O. | A posteriori evaluation and verification of analysis and assimilation algorithms | Pro. of Workshop on Diagnosis of Data Assimilation Systems, ECMWF pp. (1998) | Objective evaluation
O-A, O-B |
| Tan W.W., Geller M.A., Pawson S., da Silva A. | A case study of excessive subtropical transport in the stratosphere of a data assimilation system | J. GeoPhys. Res. 109 pp.14 (2004) |
|
| Tangborn A. | Wavelet approximation of error covariance propagation in data assimilation | Tellus 56A pp.16-28 (2004) | Daubechies wavelets, Kalman filter, Burgers equation
|
| Tarantola A. | Inverse Problem Theory - Methods for data fitting and model parameter estimation | pp. (1987) | Inverse problems
|
| Temperton C. | Implicit normal mode initialization | Mon. Wea. Rev. 116 pp.1013-1031 (1988) | Normal mode initialization
|
| Temperton C. | Implicit normal mode initialization for spectral models | Mon. Wea. Rev. 117 pp.436-451 (1989) | Normal mode initialization
Read earlier paper first! |
| Temperton C. | Treatment of the Coriolis terms in semi-lagrangian spectral models | In Numerical methods in atmosphere and ocean modelling. The Andre Robert memorial volume. Eds. Lin C., Laprise R., Ritchie H. pp.293-302 (1997) | Semi implicit
|
| Thacker W.C. | Three lectures on fitting numerical models to observations | pp. (1988) | Adjoints
|
| Thepaut J.-N., Courtier P., Belaud G., Lemaitre G. | Dynamical structure functions in a four-dimensional variational assimilation: A case study | Q.J.R.Meteor.Soc. 122 pp.535-561 (1996) | Evolving structure functions
|
| Thepaut J.-N. | Assimilation of remote sensing observations in numerical weather prediction | In NATO ASI book pp.225-240 (2003) |
|
| Thuburn J., Craig G.C. | Stratospheric influence on tropopause height: the radiative constraint | J. Atmos. Sci. 57 pp.17-28 (2000) | Surface temperature, IR
|
| Thuburn J., Wood N., Staniforth A. | Normal modes of deep atmospheres. I: Spherical geometry | Q.J.R.Meteor.Soc. 128 pp.1771-1792 (2002) | Shallow atmosphere, Traditional approximation, Vertical grid staggering
|
| Thuburn J., Wood N., Staniforth A. | Normal modes of deep atmospheres. II: f-F-plane geometry | Q.J.R.Meteor.Soc. 128 pp.1793-1806 (2002) | Inertial modes, Traditional approximation
|
| Todling R., Cohn S.E. | Suboptimal schemes for atmospheric data assimilation based on the Kalman filter | Mon. Wea. Rev. 122 pp.2530-2557 (1994) |
|
| Tompkins A.M., Janiskova M. | A cloud scheme for data assimilation: description and initial tests | Q.J.R.Meteor.Soc. 130 pp.2495-2517 (2004) | Cloud and radiation observations, Linearized physics, 4d-Var assimilation
|
| Toth Z., Kalnay E. | Ensemble forecasting at NMC: the generation of perturbations | Bull. Am. Met. Soc. 74, No. 12 pp.2317-2330 (1993) | Bred modes
Forecast differences |
| Toth Z., Kalnay E. | Ensemble forecasting at NCEP and the breeding method | Mon. Wea. Rev. 125 pp.3297-3319 (1997) | Bred modes
Similarity between breeding and analysis cycle |
| Tremolet Y. | Accounting for imperfect model in 4D-Var | Q.J.R.Meteor.Soc. 132 pp.2483-2504 (2006) | Weak constraint, Model bias correction, Model error forcing, Model state control
|
| Trepte C.R., Veiga R.E., McCormick M.P. | The poleward dispersal of Mount Pinatubo volcanic aerosol | J Geophys. Res. 98 pp.18563-18573 (1993) | SAGE II
|
| Tribbia J.J., Baumhefner D.P. | Scale interactions and atmospheric predictability: an updated perspective | Mon. Wea. Rev. 132 pp. 703-713 | Growth rate, scale dependence
Updated from Lorenz (1969), cited by Lorenc and Payne (2007) |
| Tuck A.F., Hovde S.J., Kelly K.K., Mahoney M.J., Proffitt M.H., Richard E.C., Thompson T.L. | Exchange between the upper tropical troposphere and the lower stratosphere studied with aircraft observations | J. GeoPhys. Res. 108 D23 pp.1-17 (2003) | Upper tropical troposphere, Multifractal
|
| Author(s) | Title | Reference | Comments |
U | |||
| Author(s) | Title | Reference | Comments |
V | |||
| van Leeuwen P.J. | Particle filtering in geophysical systems | Review paper accepted for publication (2009?) |
|
| Vomel H., Oltmans S.J., Kley D., Crutzen P.J. | New evidence for the stratospheric dehydration mechanism in the equatorial Pacific | Geophys. Res. Lett. 22 pp.3235-3238 (1995) | Convective overshooting, Ice
Ice evaporation |
| Author(s) | Title | Reference | Comments |
W | |||
| Wang X., Bishop C.H. | A comparison of breeding and ensemble transform Kalman filter ensemble forecast schemes | J. Atmos. Sci. 60 pp. 1140-1158 (2003) |
|
| Weaver A.T., Courtier P. | Correlation modelling on the sphere using a generalized diffusion equation | Q.J.R.Meteor.Soc. 127 pp.1815-1846 (2001) |
1, 2, and 3-D |
| Weaver A.T., Deltel C., Machu E., Ricci S., Daget N. | A multivariate balance operator for variational ocean data assimilation | ECMWF Tech. Memo. 491 pp.19 pp. (2006) |
Use of control variable transforms in ocean data assimilation |
| Weaver A.T., Deltel C., Machu E., Ricci S., Daget N. | A multivariate balance operator for variational ocean data assimilation | Quart. J. Roy. Met. Soc. 131 pp.3605-3626 (2005) |
Use of control variable transforms in ocean data assimilation |
| Webster S., Thuburn J., Hoskins B., Rodwell M. | Further developments of a hybrid-isentropic GCM | Q.J.R.Meteor.Soc. 125 pp.2305-2331 (1999) | General circulation model, Isentropic coordinate, Numerical techniques
|
| Weinstock E.M., Hintsa E.J., Dessler A.E., Anderson J.G. | Measurements of water vapour in the tropical lower stratosphere during the CEPEX campaign: results and interpretation | Geophys. Res. Lett. 22 pp.3231-3234 (1995) |
|
| Williamson D.L., Laprise R. | Numerical approximations for global atmospheric global circulation models | In Numerical modelling of the global atmosphere for climate prediction. Eds. Mote P., O'Neill A. pp.extract 163-171 (1998) | Spherical harmonics, Associated Legendre polynomials
First prinicples |
| Wlasak M.A., Nichols N.K. | Application of variational data assimilation to the Lorenz equations using the adjoint method | Numerical methods in fluid dynamics VI, ICFD pp.555-561 (1998) |
|
| Wlasak M.A. | The examination of balanced and unbalanced flow using potential vorticity in atmospheric modelling | Thesis pp. (2002) | Balance, Shallow water equations
As submitted |
| Wlasak M.A., Nichols N.K., Roulstone I. | Use of potential vorticity for incremental data assimilation | Numerical Analysis Report (Maths, Reading Univ.) 1/06 pp.1-20 (2006) | Rosby radius
|
| Wlasak M., Nichols N.K., Roulstone I. | Use of potential vorticity for incremental data assimilation | Q.J.R.Meteor.Soc. 132 pp.2867-2886 (2006) |
|
| Wu W.S., Purser R.J., Parrish D.F. | Three-dimensional variational analysis with spatially inhomogeneous covariances | Mon. Wea. Rev. 130 pp.2905-2916 (2002) |
|
| Author(s) | Title | Reference | Comments |
X | |||
| Xie Y., Lu C., Browning G.L. | Impact and formulation of cost function and constraints on three-dimensional variation data assimlation | Mon. Wea. Rev. 130 pp.2433-2447 (2002) | Forms of control variables
Application to mesoscale data assimilation |
| Xu Q., Wei L., Van Tuyl A., Barker E.H. | Estimation of three-dimensional error covariances. Part I: Analysis of height innovation vectors | Mon. Wea. Rev. 129 pp.2126-2135 (2001) |
|
| Author(s) | Title | Reference | Comments |
Y | |||
| Yoden S. | Atmospheric Predictability | J. Meterol. Soc. Jpn. 85B pp.77-102 (2007) | Chaos, turbulence, Lyapunov, singular vectors, ensembles, THORPEX
|
| Yudin V.A., Petron G., Lamarque J.-F., Khattatov B.V., Hess P.G., Lyjak L.V., Gille J.C., Edwards D.P., Deeter M.N., Emmons L.K. | Assimilation of the 2000-2001 CO MOPITT retrievals with optimized surface emissions | Geophys. Res. Lett. 31 pp.5pp (2004) |
|
| Yulaeva E., Holton J.R., Wallace J.M. | On the cause of the annual cycle in tropical lower-stratospheric temperatures | J.Atmos.Sci. 51 pp.169-174 (1994) | Annual cycle
Temperature \ extra-tropical dynamics link |
| Author(s) | Title | Reference | Comments |
Z | |||
| Zagar N., Gustafsson N., Kallen E. | Dynamical response of equatorial waves in four-dimensional variational data assimilation | Tellus-A 56 pp.29-46 (2004) | Tropical modes
|
| Zagar N., Gustafsson N., Kallen E. | Variational data assimilation in the tropics: The impact of a background error covariance constraint | Q.J.R.Meteor.Soc. 130 pp.103-125 (2004) | Tropical modes
|
| Zagar N., Andersson E., Fisher M. | Balanced tropical data assimilation based on a study of equatorial waves in ECMWF short-range forecast errors | Q.J.R.Meteor.Soc. 131 pp.987-1011 (2005) | Covariance modelling, ensemble
|
| Zerroukat M. | Iterative solvers | pp.24 (2000) | GCR solver, Helmholtz problem
Met Office document |
| Zhang F. | Dynamics and structure of mesoscale error covariance of a winter cyclone estimated through short-range ensemble forecasts | Mon. Wea. Rev. 133 pp.2876-2893 (2005) |
|
| Zhu Y., Newell R.E., Read W.G. | Factors controlling upper-tropospheric humidity | J. Clim. 13 pp.836-848 (2000) |
Eddy fluxes |
| Zupanski D. | A general weak constraint applicable to operational 4dVar data assimilation systems | Mon. Wea. Rev. 125 pp.2274-2291 (1997) | 4dVar, Weak constraint
|
| Zupanski M., Zupanski D., Vukicevic T., Eis K., Vonder Haar T. | CIRA/CSU four dimensional variational data assimilation system | Mon. Wea. Rev. 133 pp.829-843 (2005) | Algorithm, Control variables
Application to mesoscale |
| Keywords
|
|||
Journals
- Geophys. Res. Lett.
- Rev. Geophys.
- J. Atmos. Sci.
- Geophys. Res. Lett.
- Q.J.R.Meteor.Soc.
- Mon. Wea. Rev.
- Am. J. Phys.
- New Scientist
- Adv. in Water Resources
- Adv. in Geophys.
- Environ. Sci. Technol.
- Tellus
- J. GeoPhys. Res.
- Science
- Meteorol. Z.
- J. Meterol. Soc. Jpn.
- J. of Flow Turbul Combust
- Weather
- Bulletin Am. Meteor. Soc.
- Clim. Dyn.
- J. Atmos. and Solar-Terr. Phys.
- Nature
- J. Clim.
- Nonlinear Processes in Geophysics
- Environment International
- Pers. Comm.
- Atmos. Chem. Phys.
- Atmos. Chem. Phys. Discuss.
- Physica D