corner spaces corner
spaces ILRS Home arrow Stations arrow Site Listing arrow Monument Peak spaces
corner spaces corner
spaces
corner spaces corner corner spaces corner
 

Active Sites
Ajaccio (AJAF)
Altay (ALTL)
APOLLO (APOL)
Arequipa (AREL)
Beijing (BEIL)
Borowiec (BORL)
Changchun (CHAL)
Concepcion (CONL)
Golosiiv (GLSL)
Grasse (FTLRS) (GRAF)
Grasse (MeO) (GRSM)
Graz (GRZL)
Greenbelt (GODL)
Greenbelt (GO1L)
Haleakala (HA4T)
Hartebeesthoek (HARL)
Helwan (HLWL)
Herstmonceux (HERL)
Katsively (KTZL)
Koganei (CRL) (KOGC)
Komsomolsk (KOML)
Kunming (KUNL)
Lviv (LVIL)
Maidanak1 (MAIL)
Maidanak2 (MAID)
Matera (MLRO) (MATM)
McDonald (MDOL)
Mendeleevo (MDVL)
Metsahovi2 (METL)
Monument Peak (MONL)
Mt. Stromlo (STL3)
Potsdam (POTL)
Potsdam3 (POT3)
Riga (RIGL)
Riyadh (RIYL)
San Fernando (SFEL)
San Juan (SJUL)
Shanghai (SHA2)
Simeiz (SIML)
Simosato (SISL)
Tahiti (THTL)
Tanegashima (GMSL)
Wettzell (WETL)
Wrightwood (OCTL)
Wuhan (WUHL)
Yarragadee (YARL)
Zimmerwald (ZIML)

Engineering Sites
Mt. Stromlo (STRK)
Stafford (STAL)

Inactive Sites
Mendeleevo2 (MDVS)

Closed Sites
Beijing (TROS) (BEIT)
BeijingA (BEIA)
Brest (BREF)
Burnie_Tafe (BURF)
Cagliari (CGLL)
Chania (CHAF)
Grasse (GRSL)
Grasse (FTLRS) (GRSF)
Greenbelt (TLRS-4) (GO4T)
Haleakala (HALL)
Kashima (KASL)
Koganei (KOGL)
Lhasa (LHAL)
Matera (MATL)
Miura (MIUL)
Mt. Stromlo (STRL)
San Fernando (SFEF)
Shanghai (SHAL)
Tateyama (TATL)
Urumqi (URUL)
Wettzell (TIGO) (WETT)
     satdata navigation structure General Site Log Meteorological Data LAGEOS Performance Satellite Data Info

Monument Peak, California satellite information
as a function of local time and satellite range
timespan is 1, 2008 through November 30, 2009

sitelocal timerange sitelocal timerange
npt rmsnumFR
/npt		npt rmsnumFR
/npt		 npt rmsnumFR
/npt		npt rmsnumFR
/npt
GOCE
5 sec		 MONL GOCE as a function of LclT MONL GOCE as a function of LclT MONL GOCE as a function of Rng MONL GOCE as a function of Rng Beacon-C
15 sec		 MONL Beacon-C as a function of LclT MONL Beacon-C as a function of LclT MONL Beacon-C as a function of Rng MONL Beacon-C as a function of Rng
ANDE_Cas
5 sec		 MONL ANDE_Cas as a function of LclT MONL ANDE_Cas as a function of LclT MONL ANDE_Cas as a function of Rng MONL ANDE_Cas as a function of Rng Jason-1
15 sec		 MONL Jason-1 as a function of LclT MONL Jason-1 as a function of LclT MONL Jason-1 as a function of Rng MONL Jason-1 as a function of Rng
ANDE_Pol
5 sec		 MONL ANDE_Pol as a function of LclT MONL ANDE_Pol as a function of LclT MONL ANDE_Pol as a function of Rng MONL ANDE_Pol as a function of Rng Jason-2
15 sec		 MONL Jason-2 as a function of LclT MONL Jason-2 as a function of LclT MONL Jason-2 as a function of Rng MONL Jason-2 as a function of Rng
ANDE-Act
5 sec		 n/a Ajisai
30 sec		 MONL Ajisai as a function of LclT MONL Ajisai as a function of LclT MONL Ajisai as a function of Rng MONL Ajisai as a function of Rng
ANDE-Pas
5 sec		 n/a LAGEOS-2
120 sec		 MONL LAGEOS-2 as a function of LclT MONL LAGEOS-2 as a function of LclT MONL LAGEOS-2 as a function of Rng MONL LAGEOS-2 as a function of Rng
CHAMP
5 sec		 MONL CHAMP as a function of LclT MONL CHAMP as a function of LclT MONL CHAMP as a function of Rng MONL CHAMP as a function of Rng LAGEOS-1
120 sec		 MONL LAGEOS-1 as a function of LclT MONL LAGEOS-1 as a function of LclT MONL LAGEOS-1 as a function of Rng MONL LAGEOS-1 as a function of Rng
Grace-A
5 sec		 MONL Grace-A as a function of LclT MONL Grace-A as a function of LclT MONL Grace-A as a function of Rng MONL Grace-A as a function of Rng Etalon-1
300 sec		 MONL Etalon-1 as a function of LclT MONL Etalon-1 as a function of LclT MONL Etalon-1 as a function of Rng MONL Etalon-1 as a function of Rng
Grace-B
5 sec		 MONL Grace-B as a function of LclT MONL Grace-B as a function of LclT MONL Grace-B as a function of Rng MONL Grace-B as a function of Rng Etalon-2
300 sec		 MONL Etalon-2 as a function of LclT MONL Etalon-2 as a function of LclT MONL Etalon-2 as a function of Rng MONL Etalon-2 as a function of Rng
TerraSAR-X
30 sec		 MONL TerraSAR-X as a function of LclT MONL TerraSAR-X as a function of LclT MONL TerraSAR-X as a function of Rng MONL TerraSAR-X as a function of Rng GLONASS-100
300 sec		 MONL GLONASS-100 as a function of LclT MONL GLONASS-100 as a function of LclT MONL GLONASS-100 as a function of Rng MONL GLONASS-100 as a function of Rng
ICESat
5 sec		 MONL ICESat as a function of LclT MONL ICESat as a function of LclT MONL ICESat as a function of Rng MONL ICESat as a function of Rng GLONASS-102
300 sec		 MONL GLONASS-102 as a function of LclT MONL GLONASS-102 as a function of LclT MONL GLONASS-102 as a function of Rng MONL GLONASS-102 as a function of Rng
OICETS
30 sec		 n/a GLONASS-109
300 sec		 MONL GLONASS-109 as a function of LclT MONL GLONASS-109 as a function of LclT MONL GLONASS-109 as a function of Rng MONL GLONASS-109 as a function of Rng
SOHLA-1
5 sec		 n/a GLONASS-115
300 sec		 MONL GLONASS-115 as a function of LclT MONL GLONASS-115 as a function of LclT MONL GLONASS-115 as a function of Rng MONL GLONASS-115 as a function of Rng
Larets
30 sec		 MONL Larets as a function of LclT MONL Larets as a function of LclT MONL Larets as a function of Rng MONL Larets as a function of Rng GLONASS-99
300 sec		 MONL GLONASS-99 as a function of LclT MONL GLONASS-99 as a function of LclT MONL GLONASS-99 as a function of Rng MONL GLONASS-99 as a function of Rng
ERS-2
15 sec		 MONL ERS-2 as a function of LclT MONL ERS-2 as a function of LclT MONL ERS-2 as a function of Rng MONL ERS-2 as a function of Rng GPS-35
300 sec		 MONL GPS-35 as a function of LclT MONL GPS-35 as a function of LclT MONL GPS-35 as a function of Rng MONL GPS-35 as a function of Rng
Envisat
15 sec		 MONL Envisat as a function of LclT MONL Envisat as a function of LclT MONL Envisat as a function of Rng MONL Envisat as a function of Rng GPS-36
300 sec		 MONL GPS-36 as a function of LclT MONL GPS-36 as a function of LclT MONL GPS-36 as a function of Rng MONL GPS-36 as a function of Rng
Starlette
30 sec		 MONL Starlette as a function of LclT MONL Starlette as a function of LclT MONL Starlette as a function of Rng MONL Starlette as a function of Rng COMPASS-M1
300 sec		 MONL COMPASS-M1 as a function of LclT MONL COMPASS-M1 as a function of LclT MONL COMPASS-M1 as a function of Rng MONL COMPASS-M1 as a function of Rng
Stella
30 sec		 MONL Stella as a function of LclT MONL Stella as a function of LclT MONL Stella as a function of Rng MONL Stella as a function of Rng GIOVE-A
300 sec		 MONL GIOVE-A as a function of LclT MONL GIOVE-A as a function of LclT MONL GIOVE-A as a function of Rng MONL GIOVE-A as a function of Rng
BLITS
30 sec		 MONL BLITS as a function of LclT MONL BLITS as a function of LclT MONL BLITS as a function of Rng MONL BLITS as a function of Rng GIOVE-B
300 sec		 MONL GIOVE-B as a function of LclT MONL GIOVE-B as a function of LclT MONL GIOVE-B as a function of Rng MONL GIOVE-B as a function of Rng
WESTPAC
15 sec		 n/a ETS-8
300 sec		 n/a

Note: For a larger view, please click on the plot.

Responsible Government Official: Carey Noll
NASA's Privacy, Security, Notices

Send us your comments

Author: Mark Torrence
Maintained by: Carey Noll

 
corner spaces corner corner spaces corner