slide1 l.
Download
Skip this Video
Loading SlideShow in 5 Seconds..
NARP Station Catalogue (monthly values) PowerPoint Presentation
Download Presentation
NARP Station Catalogue (monthly values)

Loading in 2 Seconds...

play fullscreen
1 / 1

NARP Station Catalogue (monthly values) - PowerPoint PPT Presentation


  • 299 Views
  • Uploaded on

NARP Station Catalogue (monthly values) . NARP. WMO. DMS. Desimal degrees. element number. Station name. Init. number. number. Lat./Long. Latitude. Longitude. 101. 111. 112. 121. 122. 401. 601. 602. 701. 801. Faroe Islands. Torshavn. TORS. 06011. 6011.

loader
I am the owner, or an agent authorized to act on behalf of the owner, of the copyrighted work described.
capcha
Download Presentation

NARP Station Catalogue (monthly values)


An Image/Link below is provided (as is) to download presentation

Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author.While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server.


- - - - - - - - - - - - - - - - - - - - - - - - - - E N D - - - - - - - - - - - - - - - - - - - - - - - - - -
    Presentation Transcript
    1. NARP Station Catalogue (monthly values) NARP WMO DMS Desimal degrees element number Station name Init number number Lat./Long. Latitude Longitude 101 111 112 121 122 401 601 602 701 801 Faroe Islands Torshavn TORS 06011 6011 62 01 N 06 46 W 62.0167 -6.7667 1890-1999 1873-1999 1873-1999 1873-1999 1873-1999 1880-1999 1890-1999 1890-1999 1939-1999 1890-1999 Strond Kr.st. STRO 33054 - 62 16 N 06 35 W 62.2667 -6.5833 n.a n.a n.a n.a n.a n.a 1961-1999 1961-1999 n.a n.a Greenland Upernavik UPER 04210 4210 72 47 N 56 10 W 72.7833 -56.1667 1890-1999 1890-1999 1890-1999 1890-1999 1890-1999 1890-1999 1890-1997 1949-1986 1938-1981 1890-1981 Jakobshavn JAKO 04216 4216 69.2167 -51.0667 1890-1991 n.a., ref 4221 n.a., ref 4221 n.a., ref 4221 n.a., ref 4221 1890-1989 1890-1990 1890-1991 1938-1981 1890-1989 Ilulissat Airport ILUL 04221 4221 69 15 N 54 04 W 69.2500 -54.0667 1999 1894-1995,1999 1890-1995,1999 1890-1995,1999 1890-1995,1999 1999 n.a n.a n.a n.a Nuuk NUUK 04250 4250 64 10 N 51 45 W 64.1667 -51.7500 1890-1999 1890-1999 1890-1999 1890-1999 1890-1999 1890-1999 1890-1998 1921-1998 1942-1998 1890-1999 Narsarsuaq NARS 04270 4270 61 12 N 48 10 W 61.2000 -48.1667 1890-1999 1890-1999 1890-1999 1890-1999 1890-1999 1890-1999 1890-1999 1890-1999 1938-1999 1890-1999 Danmarkshavn DANM 04320 4320 76 46 N 18 46 W 76.7667 -18.7667 1949-1999 1949-1999 1949-1999 1949-1999 1949-1999 1949-1999 1949-1999 1949-1999 1957-1999 1949-1999 Ittoqqortoormiit ITTO 04339 4339 70 29 N 22 00 W 70.4833 -22.0000 1923-1999 1923-1990 1924-1999 1949-1999 1949-1999 1923-1999 1949-1999 1949-1999 1993-1999 1923-1999 Tasiilaq TASI 04360 4360 65 36 N 37 38 W 65.6000 -37.6333 1894-1999 1897-1999 1894-1999 1894-1999 1894-1999 1894-1999 1897-1999 1897-1999 1958-1999 1894-1999 Iceland Stykkisholmur STYK 04013 4013 65 05 N 22 44 W 65.0833 -22.7333 1890-1999 1952-1999 1952-1999 1952-1999 1952-1999 1890-1999 1890-1999 1991-1999 1965-1999 1890-1999 Reykjavik REYK 04030 4030 64 08 N 21 54 W 64.1333 -21.9000 1866-1999 1949-1999 1949-1999 1949-1999 1949-1999 1870-1999 1920-1999 1991-1999 1965-1999 1949-1999 Vestmannaeyar VEST 04048 4048 63 24 N 20 17 W 63.4000 -20.2833 1878-1999 1949-1999 1949-1999 1949-1999 1949-1999 1881-1999 1890-1999 1991-1999 1924-1999 1890-1999 Hæll HÆLL 04050 4050 64.0667 -20.4167 1881-1999 n.a n.a n.a n.a n.a n.a n.a n.a n.a Raufarhøfn RAUF 04077 4077 ???????????????? ??.?? ??.?? 1921-1999 1951-1999 1951-1999 1951-1999 1951-1999 n.a 1951-1999 1951-1999 n.a 1951-1999 Akureyri AKUR 04063 4063 65 41 N 18 05 W 65.6833 -18.0833 1882-1999 1949-1999 1949-1999 1949-1999 1949-1999 1874-1999 1928-1999 1991-1999 1924-1999 1949-1999 Grimsey GRIM ????? ????? ??????????????? ??.?? ??.?? ?-? ?-? ?-? ?-? ?-? ?-? ?-? ?-? ?-? ?-? Teigarhorn TEIG 04092 4092 64 18 N 15 12 W 64.3000 -15.2000 1890-1999 1965-1999 1965-1999 1965-1999 1965-1999 1874-1999 1951-1999 1991-1999 1924-1999 1890-1999 Norway Ship M MIKE 76900 - 66 00 N 02 00 W 66.0000 2.0000 1949-1999 1949-1999 1949-1999 1949-1999 1949-1999 1949-1999 n.a. n.a. n.a. 1949-1999 Tromsø TROM 90450 1026 69 39 N 18 56 E 69.6500 18.9333 1880-1999 1931-1999 1880-1999 1876-1999 1880-1999 1880-1999 1880-1999 1880-1999 1901-1994 1906-1999 Vardø VARD 98550 1098 70 22 N 31 05 E 70.3667 31.0833 1880-1999 1931-1999 1880-1999 1876-1999 1880-1999 1880-1999 1893-1999 1893-1999 1901-1994 1880-1999 Bjørnøya BJØY 99710 1028 74 31 N 19 01 E 74.5167 19.0167 1920-1999 1937-1999 1921-1999 1921-1999 1921-1999 1920-1998 1920-1999 1926-1999 1926-1981 1920-1999 Hopen HOPE 99720 1062 76 30 N 25 04 E 76.5000 25.0667 1945-1999 1948-1999 1945-1999 1945-1999 1945-1999 1946-1999 1920-1999 1945-1999 1945-1994 1945-1999 Svalbard Airport SVAL 99840 1008 78 15 N 15 28 E 78.2500 15.4667 1974-1999 1975-1999 1957-1999 1975-1999 1957-1999 1974-1999 1975-1999 1975-1999 1975-1999 1975-1999 Svalbard Airport reconstructed SVAS 99841 - 78 15 N 15 28 E 78.2500 15.4667 1911-1999 n.a. n.a. n.a. n.a. n.a. 1911-1999 n.a. n.a. n.a. Jan Mayen JAN 99950 1001 70 56 N 08 40 W 70.9333 -8.6667 1921-1999 1937-1999 1921-1999 1921-1999 1921-1999 1921-1999 1921-1999 1922-1999 1937-1994 1922-1999 Myggbukta MYGG 99970 - 73 29 N 21 35 W 73.4833 -21.5833 1921-1999 ?-? ?-? ?-? ?-? ?-? ?-? ?-? ?-? ?-? NWP at met.no Marit Helene Jensen, Dag Bjørge and Inger-Lise Frogner HIRLAM at met.no • ECMWF boundaries for HIRLAM10 • Test of ECMWF data directly at the boundaries of HIRLAM10 • (when two sets of ECMWF frames became available) vs HIRLAM20 outer model boundaries • Test period with parallel run: 20021209 - 20030317 HIRLAM is the operational model at met.no. It is run every 6.(12.) hour in three different resolutions: HIRLAM20 and HIRLAM10 are run on ECMWF frames and HIRLAM5 nested within HIRLAM10. HIRLAM20 is run with HIRLAM 3D-VAR assimilation, while HIRLAM10 uses the analyses from HIRLAM20. • HIRLAM version 6.1.0 with 3D-var • HIRLAM20 – 0.2 degree resolution, • (486*378 grid nodes) - 00, 06, 12 and 18 UTC • HIRLAM10 – 0.1 degree resolution, • (284*341 grid nodes) - 00 and 12 UTC • HIRLAM5 - 0.05 degree resolution, • (152*150 grid nodes) – 00 and 12 UTC • All with 40 vertical levels Black: HIRLAM20 boundaries Red: ECMWF boundaries Met Office Unified Model at met.no A partnership between met.no and Met Office was established in 2002 to develop shared interests in very high resolution NWP capability. The Met Office Unified Model has been implemented for a 3km grid covering southern Norway (280*276*38 grid nodes). Since July 2003 the model has been run daily at 00UTC and 12UTC for 48 hours, with initial field and lateral boundaries from the met.no HIRLAM10 model. Later this autumn quasi-operational runs forced with Met Office Euro-LAM 20km model boundaries will be initiated. Special attention will be given to heavy precipitation events and extreme wind cases. The ability to describe events with heavy snow fall and also melting of snow in spring will be studied carefully. One hour accumulated precipitation as measured from radar observation of the same event. Heavy precipitation event in August 2003 forecasted by UM 3km (+15 hours). UM 3km area with topography. LAMEPS – Limited Area Model Ensemble Prediction System (with HIRLAM) • Perturbing HIRLAM with perturbations from ECMWF ensemble system (EPS), targeted to Northern Europe – TEPS • The last years the system has been tested using different set-up for the perturbations, with promising results • Aim to run the system for longer time periods (at least for several weeks and different seasons) • 48h optimization time for targeted singular vectors (TSVs) • HIRLAM analyses used • The approach presented here: • - Perturbed ini. and boundary conditions with ECMWF ensembles based on TSVs + evolved TSVs Verification area Targeted area SVs Test period October 2002: 14 days, 18. – 31. January 2003: 14 days, 10. – 24. + 7 days, 25.- 31. May 2003: 19 days (under production) Integration area HIRLAM Verification with and without evolved pertubations 48 h evolved perturbations Initial perturbations LAMEPS (with) EPS OPR EPS LAMEPS (with) EPS OPR EPS Combination LAMEPS and EPS OPR EPS Combination LAMEPS and EPS OPR EPS Without With Verification time: 42h 10 mm/24h Total precipitation Verification time: 66h 2.5 mm/24h Total precipitation Verification time: 66h 30 mm/24h Total precipitation Verification time: 66h 15 mm/24h Total precipitation Verification time: 66h 30 mm/24h Total precipitation Contacts: Marit Helene Jensen, Norwegian Meteorological Institute, P.O.Box 43 Blindern, N-0313 OSLO, NORWAY. E-mail: marit.h.jensen@met.no