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LROC RDR

The Lunar Reconnaissance Orbiter Camera (LROC) is designed to address two of the prime LRO measurement requirements. 1) Assess meter- and smaller-scale features to facilitate safety analysis for potential lunar landing sites near polar resources, and elsewhere on the Moon The LROC consists of two narrow-angle cameras (NACs), a wide-angle camera (WAC), and a common Sequence and Compressor System (SCS). Each NAC (see Figure 2.1) has a 700 mm focal-length Cassegrain (Ritchey-Chretien) telescope that images onto a 5,064 pixel charge coupled device (CCD) line-array providing a cross-track field-of-view (FOV) of 2.86° RDR Products The WAC global mosaic is comprised of over 15,000 images acquired between November 2009 and February 2011. The WAC maps the whole Moon in one month, however the solar incidence angle at the equator changes about 28° from the beginning to the end of the month LROC EDR/CDR/RDR Archive. Section 2, Archive Volume Generation, describes the procedure for transferring data products to archive media. Section 3, Archive Volume Contents, describes the structure of the archive volumes and the contents of each file. Section 4, Archive Volume Format, describes the file formats used on the archive volumes. Finally, Section 5, Support Staff and Cognizant Persons.

Further references are encouraged for specific LROC RDR products when utilized in research. Examples include (but are not all-inclusive): Henriksen, M.R., et. al. (2017). Extracting accurate and precise topography from LROC narrow angle camera stereo observations. Icarus 283: 122-137. Klem, S.M., et. al. (2014). Controlled LROC Narrow Angle. LROC 43C PDS Data Release. The 43C LROC Planetary Data System release includes NAC and WAC images acquired from 2020-05-16 through 2020-06-15. This release contains 21,373 EDR images - totaling 2.6 TBytes, and 21,373 CDR images - totaling 5.5 TBytes. The RDR volume directory has been reorganized based on comments from a review

Viewing WAC Global Morphologic Ma

  1. LROC was not designed as a stereo system, but can obtain stereo pairs through images acquired from two orbits (with at least one off-nadir slew). Off- nadir rolls interfere with the data collection of the other instruments, so LROC slew opportunities are limited to four per day. Due to the time-intensive process, not all of the stereo pairs have been made into DTMs
  2. LROC RDR Products (Global Products, Polar Products, Regional Products, Shapefile Products, Topographic Products) Diviner (Reduced Products, Global Data Products, Polar Resource Products) LOLA Gridded Data Products (Data Counts, Digital Elevation Model, Roughness, Slope) LOLA Polar Products (Albedo, Topography, Slope, Roughness) LOLA and Kaguya DE
  3. Attached is the screen capture of the LROC RDR (orange color, NAC_ROI_VIKRAM__LOC_P708S0237_5M.TIF) overlain on a WAC mosaic near the South Pole area together with its spatial reference information. The feature matches well. If everything is correct in the book, it looks to me equation 20-15 is a better fit for this case. Have you checked other parameters or steps in your calculation? If you.
  4. This section describes the contents of the LROC EDR/CDR/RDR Archive volumes, including the file names, file contents, file types, and organization responsible for providing the files. 2.1. Root Directory Contents Files in the Root Directory include an overview of the archive, a description of the volume for the PDS Catalog, and a list of errata or comments about the archive. The following.
  5. RDR Products The WAC Digital Terrain Model (DTM; or Global Lunar DTM 100 meter topographic model GLD100) was derived from WAC observations, and covers 98.2% of the lunar surface. Using digital photogrammetric techniques, the GLD100 was computed from 69,000 WAC stereo models
  6. To date, the LROC Team has delivered 2,863,322 EDRs (totaling 422.4 TBytes), 2,861,306 CDRs (totaling 781.3 TBytes), and 39,773 derived (RDR) data products (totaling 17.0 TBytes) to the NASA Planetary Data System. The current RDR collection is comprised of: NAC DTMs, NAC ROI Mosaics, NAC North/South Polar Mosaics, WAC Global Morphology mosaic, WAC Monthly Global mosaics; WAC DTM, WAC Color.

About Lunar Reconnaissance Orbiter Camer

  1. LROC has been releasing data to PDS quarterly since 2009, soon after the project began. In October 2018, EDRs and CDRs were switched to monthly releases while RDRs continue to be released quarterly. LRO-L-LROC-2-EDR-V1./ LRO-L-LROC-3-CDR-V1./ LRO-L-LROC-5-RDR-V1.
  2. The LROC RDR Data Archive is stored on one volume and is designated LROLRC_0001. 2. FILE FORMATS Document files and tables are stored as UTF-8 encoded plain text files or Portable Document Files (PDF). For plain text files, records (lines of text) are separated by a carriage-return and line-feed character sequence
  3. LRO-L-LROC-5-RDR-V1.. MDREMP. Empirically Normalized Wide Angle camera Mosaic Data Record. Description: This empirically normalized WAC mosaic was constructed from 137,400 color WAC images acquired from January 21, 2010 to January 31, 2013 over a broad range of lighting and viewing geometries.Each pixel from the WAC observations were photometrically normalized to a standard geometry of 30.
  4. Processing of Lunar Reconnaissance Orbiter Camera Narrow Angle Camera Image Frames with ISIS 3 featuring How to Create NAC CDRs. February 201
  5. ANAGLY - Special Data Record WAC Digital Terrain Map . Instrument: Lunar Reconnaissance Orbiter Camera PDS Data Set ID: LRO-L-LROC-5-RDR-V1. For more information about LROC Special products, see the RDR Product SIS.. For more information about all LROC products, see the LROC Archive Volume SIS.. For more information about all LROC Anaglyph products, see the Data Set Description
  6. The Lunar Reconnaissance Orbiter Camera (LROC) is a system of three cameras mounted on the LRO that capture high resolution black and white images and moderate resolution multi-spectral images of the lunar surface (ASU, 2019)

The LROC Team is also making its first Reduced Data Record (RDR) release this week, which represents a culmination of many months of work calibrating, map projecting, and creating mosaics and topographic maps from NAC and WAC images. The RDR release includes a global WAC monochrome mosaic, NAC mosaics for 40 regions of interest (ROI), numerous NAC DTM products, NAC North and South Polar. Lunaserv Global Explorer. Base Layer. LROC WAC global 100 m/px. LROC WAC normalized reflectance. LROC WAC color shaded relief. LROC alternate color shaded GLD100. LROC WAC TiO2 abundances - grayscale. LROC WAC TiO2 abundances - color. LAMP Lyman-alpha nightside albedo Lunar QuickMap spring 2020 update delivers exciting new features and layers for enhanced user customization and data analysis. LROC is thrilled to announce the Lunar QuickMap spring 2020 update release! The update, which was officially released earlier today, includes many exciting new layers and features, as well as enhancements to previously released layers and tools that you may be familiar. Lunar Reconnaissance Orbiter (LRO) Online Data Volumes. Online data volumes may be found at one or more sites. To access a volume, click on the icon (s) shown by the volume name. Contains experiment data record (EDR) data acquired 9/15/09-12/14/09 by LRO LAMP The 40B LROC Planetary Data System release includes NAC and WAC images acquired from 2019-07-16 through 2019-08-15. This release contains 18,065 EDR images - totaling 2.5 TBytes, and 18,065 CDR images - totaling 5.1 TBytes. To date, the LROC Team has delivered 2,676,358 EDRs (totaling 394.7 TBytes), 2,656,413 CDRs (totaling 729.0 TBytes), and 29,961 derived (RDR) data products (totaling 8.31.

LROC 43C PDS Data Release Lunar Reconnaissance Orbiter

Displaying Rdr group 3221 - 3230 of 3523 in total Name Title Type; NAC_ROI_MOSCOVNSLOD: NW Mare Moscoviense low-Sun controlled NAC mosaic (D) low-Sun controlled NAC mosaic (D) Regional Product: NAC_ROI_MOSCOVNSLOE: Mare Moscoviense NW Rim low-Sun controlled NAC mosaic (E) Regional Product : NAC_ROI_MOSCOVNSLOF: Mare Moscoviense Western Rim low-Sun controlled NAC mosaic (F) Regional Product. The 46A LROC Planetary Data System release includes NAC and WAC images acquired from 2020-12-16 through 2021-01-15. This release contains 19,710 EDR images - totaling 2.5 TBytes, and 19,710 CDR images - totaling 5.2 TBytes. To date, the LROC Team has delivered 2,985,121 EDRs (totaling 440.7 TBytes), 2,983,105 CDRs (totaling 815.3 TBytes), and 40,943 derived (RDR) data products (totaling 17.5. The LROC Team is also making its first Reduced Data Record (RDR) release this week, which represents a culmination of many months of work calibrating, map projecting, and creating mosaics and topographic maps from NAC and WAC images. The RDR release includes a global WAC monochrome mosaic, NAC mosaics for 40 regions of interest (ROI), numerous NAC DTM products, NAC North and South Polar.

LROC RDR NAC DTM Footprints can be turned on by selecting the relevant checkbox under Layers: Regional Products. Using the LGE interactive tools on an area will open a list of overlapping DTMs, associated derived products, and links to the LROC PDS node for download. Current Production and Future Work. Numerous DTMs have been created that cover sites deemed high-priority exploration targets by. PDS Data Set ID: LRO-L-LROC-5-RDR-V1.. For more information about LROC BDR products, see the RDR Product SIS. For more information about all LROC products, see the LROC Archive Volume SIS. The Lunar Reconnaissance Orbiter Camera (LROC) Binned Data Record Wide Angle Camera Monthly Global Coverage Mosaic (BDRWMV) data product contains a map-projected single-band basemap derived from Wide Angle.

Viewing Apollo 11 Landing Site DT

Data Set ID : LRO-L-LROC-5-RDR-V1.0: Release : 0021: Data Set Name : LRO MOON LROC 5 RDR V1.0: Description */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 46080 FILE_RECORDS = 15361 LABEL_RECORDS = 1 ^IMAGE = 2 /* Identification Information */ DATA_SET_ID = LRO-L-LROC-5-RDR-V1.0 DATA_SET_NAME = LRO MOON LROC 5 RDR V1.0 VOLUME_ID = 'LROLRC_2001' PRODUCER_INSTITUTION_NAME = ARIZONA STATE UNIVERSITY PRODUCER_ID = LRO_LROC_TEAM PRODUCER_FULL_NAME = MARK ROBINSON, PH.D PRODUCT_ID = WAC_GLD100. Lunar Reconnaissance Orbiter (LRO) Cameras (LROC) (ASU) Serves a wide variety of LROC EDR, CDR, RDR products Images, mosaics, derived products, maps, GIS shapefiles, etc The 10th LROC Planetary Data System release includes images acquired between 2011-12-16 to 2012-03-15. This release contains 72,338 EDR images totaling 8.9 TB and 72,338 CDR images totaling 19 TB. An additional 11 LROC NAC DTM products were also added to the LROC RDR Dataset. To date, the LROC Team has delivered 740,643 LROC images and over 8376 derived (RDR) data products to the NASA. LRO-LROC Release 13 - RDR Includes derived RDR data products, from select LROC products acquired 2012-09-15 through 2012-12-14, processed for inclusion within (Region Of Interest) Mosaic products , 530GB

Lunar Reconnaissance Orbite

  1. New mosaicked data products from the LROC Team. Lunar Planet. Sci. Conf. 46, abstract #1473 (2015). 41. Scholten, F. et al. GLD100: the near-global lunar 100 m raster DTM from LROC WAC stereo.
  2. LRO-L-LROC-5-RDR-V1. : Release : 0026: Data Set Name : LRO MOON LROC 5 RDR V1.0 : Description : LRO-LROC Release 26 - RDRs Note: This release includes a mixture (31 count) of several new RDR products, with total RDR storage size of ~142GB
  3. 1. Introduction [2] Herein we present the first near-global lunar digital terrain model (DTM) with both a lateral resolution generally ≪1 km and a vertical accuracy of ∼10 m. The model was derived via stereo-photogrammetric analysis of cross-track stereo overlap of Lunar Reconnaissance Orbiter Camera (LROC) Wide-angle Camera (WAC) images [Robinson et al., 2010]
  4. As part of the March 2011 PDS release, the LROC team posted the global map in ten regional tiles. Eight of the tiles are equirectangular projections that encompass 60° latitude by 90° longitude. In addition, two polar stereographic projections are available for each pole from ±60° to the pole. These reduced data records (RDR) products will be available for download on March 15, 2011. As.
  5. LRO-LROC Release 21 - RDR Includes derived RDR data products (~400 count), from select LROC products acquired at various time intervals. Total Size TBD. Release includes NAC DTMs, NAC ROI mosaics, WAC Normalized Reflectance, and NAC Anaglyphs
  6. LRO MOON LROC 5 RDR V1.0 : Description : LRO-LROC Release 28 - RDRs This update represents the following RDR additions/updates: - 2 new NAC ROIs - 4 new NAC DTMs - one re-released DTM with improved accuracy - 108 new NAC anaglyph products in the EXTRAS director

Details needed for LROC NAC mosaic

  1. Moon LRO LROC WAC Global Morphology Mosaic 100m v3. Product Information: Lunar Reconnaissance Orbiter Camera (LROC) Wide Angle Camera (WAC) aboard the Lunar Reconnaissance Orbiter (LRO) has allowed the instrument team to create a global mosaic comprised of over 15,000 images acquired between November 2009 and February 2011
  2. LROC imagery can be explored graphically using its Quickmap interface and searched on its RDR Product Select page. Of particular interest are the Topographic Products (menu option in the upper left of the page), which are matched with high-resolution DEMs derived from stereo image pairs. This dataset includes all of the Apollo landing sites and dozens of other locations of interest
  3. RDR Products The two Narrow Angle Cameras (NACs) provide high-resolution (0.5 to 2.0 m/pixel) panchromatic images over a combined 5 km swath. NAC images acquired on consecutive orbits, or occasionally over non-consecutive orbits under very similar lighting conditions (e.g. less than 5° difference in incidence angle and the same sun direction), can be combined to create controlled mosaics
  4. Оригинал снимка можно посмотреть на сайте миссии lroc или скачать на компьютер в максимальном разрешении:. wac_hapke_3band_e350n0450.img - (416.54 mb). wac_hapke_3band_e350n0450.tif - (104.17 mb). wac_hapke_3band_e350n0450.pyr.tif - (146.26 mb). Кратер Евдокс (лат

Viewing GLD100 WAC Global DTM - Arizona State Universit

LROC 44A PDS Data Release Lunar Reconnaissance Orbiter

The LROC instrument itself consists of three cameras: two identical Narrow Angle Cameras (NACs) and a Wide Angle Camera (WAC) (Robinson et al. 2010) that respectively provide panchromatic, high-resolution (pixel scale of 0.5 to 2.0 m) views and seven-band color observations (pixel scale of 100 m). Using the stereo observations acquired by the NACs, together with the ranging observations from. Show Image Details. Download EDR. Download CDR. Download CDR PTIF (multi-resolution, lossy compression) View this NAC's pair: M106999539LE. Product. M106999539RE. Pds dataset name. LRO-L-LROC-2-EDR-V1.

Since I last wrote, we've hired a new full-time employee. His name is Scott and we assigned him the task of learning ASP and LROC. The first utilities he'll be contributing back to ASP are lronacjitreg and lronac2mosaic.py.The first utility is very similar to the ISIS utility with a similar name designed for HiRISE HiRISE or LROC NAC DEM to printable 3D model I have not actually had a 3D model produced on a 3D printer but this method should create a file ready to print. The issue I encountered was not the ability to create a 3D scene and/or converted to a proper format, but a 3D model as a solid required by 3D printers. When making a model using a digital elevation model (DEM) also called digital terrain.

CV LRO mission (LROC introduction). 美国观测轨道计划,卫星发射与2009年6月28日,是美国重返月球计划的一部分。. Meter-scale coverage overlapping with Apollo era Panoramic images (1-2 m/pixel) to document the number of small impacts since 1971-1972, to ascertain hazards for future surface operations and. For the last decades different modifications of the photogrammetric and photoclinometric techniques have been exploited in planetology and, particularly, in lunar explorations (e.g., Muinonen et al., 1990; Oberst et al., 1996; Wu et al., 2018; Liu and Wu, 2020).In this paper, we apply such a technique for removal of geometric and photometric topographic effects on LROC NAC albedo and phase. 10. Stereo Processing Examples — Ames Stereo Pipeline 2.7.0 documentation. 10. Stereo Processing Examples ¶. This chapter showcases a variety of results that are possible when processing different data sets with the Stereo Pipeline. It is also a shortened guide that shows the commands used to process specific mission data Lunar Reconnaissance Orbiter (LRO) March 15, 2021. LRO Release 45 includes new LEND , Diviner , LOLA , and Mini-RF data. Search Tools. The Lunar Orbital Data Explorer (ODE) at the Geosciences Node provides search capabilities for all LRO data sets. The Planetary Image Atlas at the Imaging Node provides search capabilities for LAMP and LROC data

LROC PDS Archiv

Updated LAMP EDR and RDR products from July 6th, 2009 to December 15th, 2020 Updated LEND EDR_SCI, EDR_HK, RDR_RSCI, and RDR_CHK products from June 18th, 2009 to December 14th, 2020 Updated LEND RDRALD, RDR_DLD and RDR_DLX products from June 27th, 2009 to September 14th, 2020 Updated Diviner EDR and RDR products from July 5th, 2009 to December 15th, 2020 Updated LROC EDR, CDR and RDR products. Fortunately, LROC allows for the identification of boulders of similar scale at which Diviner is likely to be sensitive (∼1 m). As shown in Figure 13 and is apparent in many other locations, there is good agreement on a qualitative level between the relative abundance of blocks visible in LROC images and the Diviner derived rock concentration values Each individual LROC NAC frame is generated from raw NAC EDR LOLA RDR (Reduced Data Record) shot elevation measurements of Chang'e-4 landing area, overlain on Kaguya TC image mosaic, and (B) their histogram. The yellow star in panel A denotes the Chang'e-4 landing site. All the maps for the studied landing area in this paper are projected into a lambert conformal projection, centered at. Creating interactive 3D Moon models with QGIS Tommi Ropponen, URSA Solar system meeting Feb 13 th 2021, Finlan

Orbital Data Explorer User's Manua

  1. al and extended Mission phases Launch Oct 2008, No
  2. pds_version_id = pds3 dd_version_id = pdscat1r100 label_revision_note = 2017-05-01, david p. mayer (usgs), initial pds3 label pointing to geotiff; record_type = fixed_length data_set_id = lro-l-lroc-5-rdr-v1. producer_id = lro_lroc_team producer_full_name = mark robinson, ph.d producer_institution_name = arizona state university product_id = wac_gld100_100m instrument_host_name = lunar.
  3. HiRISE or LROC NAC DEM to printable 3D model. I have not actually had a 3D model produced on a 3D printer but this method should create a file ready to print. The issue I encountered was not the ability to create a 3D scene and/or converted to a proper format, but a 3D model as a solid required by 3D printers. When making a model using a digital elevation model (DEM) also called digital.

LROC News System The 10th LROC Planetary Data System release includes images acquired between 2011-12-16 to 2012-03-15. This release contains 72,338 EDR images totaling 8.9 TB and 72,338 CDR images totaling 19 TB. An additional 11 LROC NAC DTM products were also added to the LROC RDR Dataset. To date, the LROC Team has delivered 740,643 LROC images and over 8376 derived (RDR) data products to. The LROC WAC will provide 100 meter per pixel images with Sun angles optimal for morphological mapping (the Sun 15 deg to 35 deg above the horizon), except in polar regions where the Sun is always very low on the horizon. The WAC global map will improve efforts to characterize terrains based on crater counts, especially on the far side of the Moon where existing images from earlier missions.

Mars Reconnaissance Orbiter (MRO) Context Camera (CTX) The Mars Reconnaissance Orbiter (MRO) Context Camera (CTX) is currently orbiting Mars and acquring grayscale (black & white) images at 6 meters per pixel scale over a swath 30 kilometers wide. CTX provides context images for the MRO HiRISE and CRISM, is used to monitor changes occurring on. The 10th LROC Planetary Data System release includes images acquired between 2011-03-16 to 2012-06-14. This release contains 76,715 EDR images totaling 9.4 TB and 76,715 CDR images totaling 20 TB. An additional 10 LROC NAC DTM and 3 NAC Region of Interest (ROI) products were also added to the LROC RDR Dataset

Moon LROC WAC DTM GLD100 118m v1 USGS Astrogeology

lroc; mini-rf; 1 reply; 423 views; June Wang; February 26; ODE - The February 2021 PDS Release of MRO HiRISE data loaded into ODE By June Wang, February 10 ode; mro (and 6 more) Tagged with: ode; mro; hirise; february 2021 release; edr; rdr; dtm; anaglyph; 0 replies; 316 views; June Wang; February 10; ODE - Release of PDS4 Migrated Lunar Prospector Data Archives at the Geosciences Node Loaded. The 13th LROC Planetary Data System release includes images acquired between 2012-09-16 to 2012-12-15. This release contains 75,274 EDR images totaling 8.09 TB and 75,274 CDR images totaling 16.68 TB. An additional 9 LROC NAC Digital Terrain Models (DTM) and 6 NAC Region of Interest (ROI) products were also added to the LROC RDR Dataset (f) LROC-NAC images (ID: M116092939LE, M116092939RE, M1215204576RE) of the EAA region overlaid on TC images. Yellow boxes locate the northwest (g) and (h) southeast flanks of EAA, respectively. Yellow arrows indicate scarps and regolith ripples in the possible caldera. An unannotated version o Moon LRO LOLA DEM 118m v1. Product Information: This digital elevation model (DEM) is based on data from the Lunar Orbiter Laser Altimeter (LOLA; Smith et al., 2010), an instrument on the National Aeronautics and Space Agency (NASA) Lunar Reconnaissance Orbiter (LRO) spacecraft (Tooley et al., 2010)

LROC PDS Release Number 5 Lunar Reconnaissance Orbiter

LROC Wide Angle Camera (WAC) images (100 m per pixel) provide contextual views of the surrounding landscape. NAC images with low incidence angles (Sun high in the sky; no shadows) and high incidence angles (Sun low in the sky; long shadows) provide complementary views of each scene, where the former is well suited for measuring reflectance differences and the latter for discerning geomorphology The NSRS provides a consistent national coordinate system to support mapping, charting, navigation, boundary determination, property delineation, infrastructure development, resource evaluation surveys, and scientific applications. The CORS system enables positional accuracies that approach a few centimeters relative to the NSRS, both. Import an LROC NAC image as an Isis cube lronac2pds: Convert from cube to pds format lronaccal: Radiometrically calibrates a LROC NAC image lronacecho: Removes echo effects from a LRO NAC image lronacpho: Apply general LROC NAC photometric correction to multiband cubes lrowac2isis: Import LRO WAC EDR images to ISIS cube format lrowac2pds: Convert from cube to PDS IMG format lrowaccal: This. On 3 January 2019, China's Chang'E-4 (CE-4) successfully landed on the eastern floor of Von Kármán crater within the South Pole-Aitken Basin, becoming the first spacecraft in history to land on the Moon's farside. Here, we report the observations made by the Lunar Penetrating Radar (LPR) onboard the Yutu-2 rover during the first two lunar days

Alfred Law (1860-1939), English politician Sir Alfred Joseph Law (31 May 1860 - 18 July 1939) was a Conservative Party politician in the United Kingdom. Born in West Bromwich, he was elected at the 1918 general election as Member of Parliament (MP) for the Rochdale constituency in Lancashire, but was defeated at the 1922 general election A new thermal correction model and experimentally validated relationships between absorption strength and water content have been used to construct the first global quantitative maps of lunar surface water derived from the Moon Mineralogy Mapper near-infrared reflectance data. We find that OH abundance increases as a function of latitude, approaching values of ~500 to 750 parts per million (ppm) Converts HiRISE RDR cubes into PDS standard format hisharpen: HiSharpen uses a linear frequency domain filter to remove the minor blur caused by the optical system of the HiRISE camera. hist: Generates a histogram table of cube in text format histat: Generates statistics about a HiRISE cube and ancillary data histeq: Apply histogram equalization to a cube. histitch: Merge a HiRISE channel pair. µ8KîT^­#»¨ø|Ò»ƒÑo,ºû +¹Ô¸i‡À~ú )¾ ?¼Ù ËH*0TÚ¦%5LDjµ Ó á3´ñÇ ÓÖ-Rp‹ Ò`ñ$IàEÌ ñAî жˆä­Zë å¨Nëÿê˜Eã Ó9¡Z. tÞÚ) s:ª Ù FsŠ½R³ç1ZÛ¯œß G q©Û Ø-å'ÛR­dÑ x ü1x4ø½?8~xL½¡>³DŽÚø çì q¾Ç•ƒI+ÏñxŠçSÜ Wb͇)2«®ù §g ß{NLQ‰iç91mFm®Œëd|Þ½¼ßDqÝ\ r1®;é kõÍHÜšæÿ Ø6çjQ¹ ø¶ E(Ófúç¨ 3½™Ö9˜vrðð 6í0 /¶-é çÚøÌÁ Üö »)âæ»&슌 pè ^éƒÇ]ShÈæñ¿PK.

LROC Observation M1304938571R

i 1. i i i i : ,:. i i i i .11.1 i i ', i i i i -1 0 1 1 1 i i i -1 - i i i -1 i'll i i i i : i i i i , i i : i i i i i : i i . i i19 w;, :. ,; -'i- i i i i i i. - __ ___ i i i i i i i i . i i i i __ _____ -----..-- ___ _____ ___ 1-1 --- __ of ____ _/_ _____ ____ ____ ,_-, -_1 _. i i ; i ; 1 11 , : 11 i i i i ;_ i : i i i i i. üƒNY{g †h:OÎøu/ñ5˜Í~Û^;;1ýq¢Ÿ1L7]oƒ^;u¿©€çå¥ òQ:; @O eà~D°ôr¸ôQùcˆ|ŽäAƒ@ÿ\ 'æ n\¶6ß´6 µÞ,; Wÿy½ÖÞ¹ÚÞ¾ÝÚ|ìÞ¾X. CO-V/E/J/S/SS-RPWS-3-RDR-LRFULL-V1. PDS 3 CERTIFIED Start Time: 1997-10-25 17:00:00 - Stop Time: 2017-09-15 17:00:00 These files are Portable Network Graphics (PNG Specification, Second Edition, ISO/IEC 15948:2003 E) images of Cassini RPWS Low Rate Full Resolution Spectrograms. This volume contains documentation and all available Cassini Radio and Plasma Wave Science (RPWS) data from the.

Lunar Pioneer: The replicators have arrivedLROC Observation M1101125745RLROC Observation M1125714939RViewing WAC Color Shaded ReliefLROC Observation M1338893882C
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