1. Data Services Branch U.S. Department of the Interior U.S. Geological Survey Douglas Binnie USGS EROS Center

2. Mission Area Data Acquisition, Archiving and Access Ensure that scientists, decision makers, and the public have ready access to land change information and to safeguard and expand the national archive of remotely sensed land data. Preserve and distribute the centers data and information products Manage the NASA EOS/DAAC requirements Operate existing user interfaces and develop future information access methodologies Manage hazards and disaster response activities Operate user services and application assistance support in concert with the other branch's Support the development, implementation, and operation continuum thru direct coordination with science based personnel

3. Data Services Branch Chief D. Binnie Long Term Archive Project Manager R. Longhenry Spatial Data Warehouse Manager C. Rusanowski Acting LS Access and Dist. O&M Sentinel 2 K. Kline LP DAAC Manager C. Doescher LP DAAC Scientist 1 - Vacant Term 1 - Vacant Perm (AB Staff) LP DAAC Operations Manager C. Torbert Emergency Operations Project Manager R. Longhenry Emergency Ops Liaison B.Jones Data Management Specialist R. Saleh Computer Scientist C. Rusanowski FMO Staff Support L. DeBoer Emergency Ops Liaison Vacant Administration Support N. Vandenbussche Data Services Branch Organization Customer Engagement R. Lamb

4. EROS Consolidated Report on Data Managed All Projects with Detail – Monthly/Cumulative

5. EROS Consolidated Report on Data Distributed All Projects with Detail – Monthly/Cumulative

6. DSB - Functions Data Ingest Data Management Data Processing Mass Storage System Backup Data Discovery Data Access Bulk Download

7. Data Management Film Archives. 1939 to Present. 24 Major Collections. Multiple film formats/sizes. Multiple Agencies Digital Archives. 1972 to Present. 1 to 2 Terabytes / Day. Static and Active Collections. Expanding to contain film archives Over 8 Petabytes 59,000 rolls of film 14.4 million images

8. Aerial Photography Collections U.S. Geological Survey Photography1939 - 1995 National High Altitude Photography1980 - 1989 National Aerial Photography Program1987 - 2004 Space Acquired Photography1969 - 1984 Other U.S. Federal Aerial Photography1937 - 1999 Side-Looking Airborne Radar1980 - 1994 High Resolution Orthorectified2003 - Present National Agriculture Imagery Program2003 - Present Cartographic - Topographic Collections Digital Line Graphs 1:24,000* 1:100,000 Digital Elevation Models 7.5 o 15’Alaska 2 Arc Second** 1:250,000 Digital Raster Graphics 1:24,000 1:100,000 1:250,000 Digital Orthophoto Quads National Atlas National Elevation Database SRTM Satellite Collections Declass 1 (Corona) 1960 – 1972 Declass 2 (KH-7, KH-9) 1963 – 1980 SPOT Pan/Multispectral 1986 – 1998 Landsat MSS 1972 – 1992 Landsat Thematic Mapper 1982 – Present Landsat 7 ETM+ 1999 – Present Landsat 8 OLI/TIRS 2013 -- Present EOS/MODIS 2000 – Present EOS/ASTER 2000 – Present AVHRR LAC/HRPT 1986 – Present EO-1 2001 – Present SIR-C 1994 Commercial Data Purchases 2002 – Present Data Holdings Collection Diversity Aerial Cartographic Topographic Satellite Digital and film archive media Static and growing collections

9. Robotic Tape Library System Utilizes an StorageTek SL8500 tape library systems Currently holds approximately 8 PB with 85 PB capacity Media are periodically updated as new technology becomes available Implementation of hierarchical store management enables distribution directly from the archive Utilizes varying “tiers” of disk (SATA/SAS/Solid State) that are used as a front end cache to the tape

10. Robotic Tape Library System

11. Data Archiving Data is managed and preserved using 3 copies: nearline, offline, and offsite Offsite copies are stored NARA’s Kansas City facility Multiple media types are utilized to ensure long term readability Currently using LTO-6 and T10k-D tapes Media are periodically updated as tapes technology advances. Records management schedules are worked with NARA

12. Film Scanning Produce on-demand high-resolution scanned products from the historical film archive based on customer requests. 25, 14 and 7 micron $30/file - Internet delivery All Declass scanned images put on-line for future access Archive scanning of not-standard film sizes Chip film - TM, MSS, RBV Declass, Large Format Camera Phoenix V Systematically scan USGS archive to 25 micron Web enabled at no-charge over the internet Nine Phoenix V scanners operational (3 more planned) Designed, built and integrated on-site 24 X 5 operations Initial focus on vinegar syndrome (4 yrs) 14,000 frames scanned per week on average Currently, over 2.5 million images scanned Leica Scanner

13. New Work – Sentinel 2 Activities  European Space Agency (ESA) Sentinel-2 consist of two satellites (one launched in June the other planned for next year), providing global land imagery comprising 13 spectral bands with a swath width of 290km.  Satellite orbit is approximately 800km with coverage repeat cycle of ten days at the equator, and six days at mid-latitudes.  With two satellites coverage cycle is doubled.  Mission lifecycle is designed for 7.5 years with consumables for 12 years.

14. Baseline Requirements 1) Products distributed world-wide, without restriction, at no cost to users. 2) Product equivalent to the Landsat L1T product (implies the S2 L1C product). 3) S2 and Landsat products available via coincident searching (implies the same interface). 4) Data ingest of S2 L1C data requires no additional processing. 5) Data archived in the US (driven by the Purpose, above). 6) Data ingest at EROS via network from Europe (assume no downlink at EROS). 7) Imagery acquired covers global land and coastal areas (current Landsat practice). 8) Scalability and multi-mission capability

15. Sentinel 2 (cont’d)  We plan to distribute the L1C product as processed by ESA that is analogous to Landsat L1T.  L1C product is ortho-rectified 100x100km 2 tiles with datasize of 500MB.  NASA Ames will retrieve L1C data to create Surface Reflectance (SR) product to be archived and made available for distribution.

16. Sentinel 2 (cont’d)  This estimate is for the data archive and distribution of Sentinel-2 L1C and Surface Reflectance products.  Total data archive 6.4TB per day  L1C data archive of 3.2TB per day  SR data archive of 3.2TB per day  Total data distribution of 9.6TB per day  L1C data retrieval by NASA Ames of 3.2TB per day  L1C data retrieval by Canada Centre for Remote Sensing (CCRS) of 3.2TB per day  L1C and SR public data distribution of 3.2TB per day

17. Current Status Implementation of Sentinel 2 Archive and Distribution FY15 Equipment has been received and is on line but we are still working minor configuration issues Initial Bandwidth data transfer test have been done but awaiting access to the international data hub for increased bandwidth Received test acquisition and have developed initial ingest script, we know this was preliminary, more ingest scripting is anticipated Planning the Characterization effort for implementation of Tier 2 priorities in FY16 17

18. Sentinel Network Connectivity

19. Support of NGP and Other Agencies Support data access and distribution requirements of the National Geospatial Program‘s National Map Historically supported the production, archiving and distribution of LiDAR and elevation information. This has moved to the NGTOC in Rolla. Continue to maintain a historic archive of LIDAR data. Currently support Orthoimagery and Landcover distribution. NGP Orthoimagery ingest will stop in FY16 and the distribution of Orthoimagery will discontinue in the FY18 time frame. Landcover distribution is planned to move to the public cloud

20. Support of NGP and Other Agencies Provides data, access and distribution services thru service level agreements to multiple federal agencies including: National Geospatial-Intelligence Agency (NGA) Federal Emergency Management Agency’s (FEMA) Flood Insurance Rate Map (FIRM) Program USDA Forest Service (Fire and Aviation Management) USFS/USACE/USGS WRD - GOES National Guard Bureau – GIIEP NIFC – Greenness Mapping with AVHRR BLM – Archival Film Scanning NRCS – Color Imagery Scanning

21. Liaison Activities Provide 24x7 on-call support and coordination for satellite and aerial image access, acquisition and delivery. Provide USGS representation and operational support to the International Charter Space and Major Disasters. Assist in requirements development, content definition, and usability testing for USGS emergency response systems. Emergency Operations Support Assure appropriate data is ingested and available. Operate and maintain the Emergency Operations Portal web pages including establishment of event presence. Emergency Operations

22.  Fiscal Year 2014  Number of Events: 77  Domestic: 35  International: 42  Fiscal Year 2015 (As of Sept 12)  Number of HDDS Events (total): 79  Domestic: 42 – includes more events as several storms and fires were grouped under a single HDDS event. 42 HDDS events = 72 actual events  International: 37  FY2015 events included: Active western U.S. fire season (CA, OR, WA, ID, MT, AK) Animas River / Gold King Mine Spill (CO) Ebola Crisis in West Africa Earthquake and Landslides in Nepal Sustained image collections for Kilauea, Mount Sinabung, and Cotopaxi Volcanoes – HVO, VDAP EO Event Support

23. Image Access and Delivery  Federal Government  Bureau of Indian Affairs (BIA)  Bureau of Land Management (BLM)  Center for Disease Control (CDC)  Department of Health and Human Services (HHS)  Department of Homeland Security (DHS)  Department of Interior (DOI)  Environmental Protection Agency (EPA)  Federal Emergency Management Agency (FEMA)  National Aeronautics and Space Administration (NASA)  National Geospatial Intelligence Agency (NGA)  National Guard Bureau (NGB)  National Park Service (NPS)  National Oceanic and Atmospheric Administration (NOAA)  National Transportation and Safety Board (NTSB) Federal Stakeholders  National Weather Service (NWS)  US Air Force (USAF)  US Army  US Army Corps of Engineers (USACE)  US Navy  US Northern Command (NORTHCOM)  US Department of Agriculture (USDA)  US Forest Service (USFS)  USGS (e.g. Earthquake Hazards, Water Science Centers, Volcano Hazards)  State Department  US Agency for International Development  Office of Foreign Disaster Assistance  Department of Veterans Affairs

24. Data Contributors  International Charter Space and Major Disasters  Civil Air Patrol (CAP)  Federal Emergency Management Agency (FEMA)  National Geospatial-Intelligence Agency (NGA)  National Oceanic and Atmospheric Administration (NOAA)  National Aeronautics and Space Administration (NASA)  State and Local Offices  US Army Corps of Engineers (USACE)  US Department of Agriculture (USDA)  US Geological Survey (USGS)  US Department of Homeland Security (DHS)  US National Guard (USNG)  US Department of Defense  Commercial entities

25. An International agreement among participating Agencies to provide space-based data and information in support of relief efforts during emergencies caused by major disasters. Member of the International Charter The Charter’s capacities can be activated through a single access point which is available 24 hours, seven days a week. Space agencies contribute Priority satellite tasking Archive Retrievals Organisation of map production

26. Natural events Man-made events Earthquakes Oil spills FiresIndustrial accidents Floods Ice jams Landslides Tsunamis Ocean storms Volcanic eruptions Disaster Types Supported The Charter supports large, often sudden events with high impact in terms of lives, infrastructure, and/or environment. (slow-onset disasters, such as droughts, are not covered by the Charter)

27. Charter Members CSA Canada NOAAUSGSUSA CONAE Argentina CNES France Europe ESA EUMETSAT ISROIndia JAXAJapan CNSAChina KARIKorea ROSCOSMOSRussia INPE Brasil UKSA/DMCUK DLRGermany

28. Land Processes Distributed Active Archive Center (LP DAAC)

29. Funded by NASA per interagency MOU First went operational in 1994 Supports two types of instruments and three missions ASTER MODIS Other community type data sets (NASA proposals) South Dakota State U. – Web Enabled Landsat Data (WELD) U. of Maryland - Global Forest Cover Change (GFCC) U. of Arizona – Vegetation Index and Phenology (VIP) Jet Propulsion Laboratory - NASA Digital Elevation Model Uses integrated set of NASA and USGS systems NASA systems are owned and Configuration Managed by NASA USGS, USGS contractor, and NASA contractor staff maintain the equipment Data ingested and distributed via USGS networks NASA pushes hard for technology advancement 2.5 PB of disk, all data is on spinning disk Data will eventually transition to USGS in the 2020 timeframe

30. Dataset level information provided to multiple government catalog services Data.gov USGS Science Data Catalog Metadata information populated automatically from the Earth Explorer user interface Key collections tagged as FGDC National Geospatial Data Assets (NGDA) Government Catalog Interaction

31. User Management and Demographics User registration required for data downloads Includes Earth Explorer, HDDS, GloVis, Landsat Look, and CIDR user interfaces Login/Registration enables the creation of detailed metrics and demographic reports Agency/Affiliation Detail on data usage Tracking of downloads by dataset and user type Login requirements also allow for data rights management Licensed commercial imagery Preliminary data

32. Accessing Data EarthExplorer  http://earthexplorer.usgs.gov http://earthexplorer.usgs.gov Global Visualization Viewer  http://glovis.usgs.gov/ http://glovis.usgs.gov/ LandsatLook  http://landsatlook.usgs.gov/ http://landsatlook.usgs.gov/ NASA ECHO  https://wist.echo.nasa.gov/api/ https://wist.echo.nasa.gov/api/ Hazards Data Dist. System  http://hdds.usgs.gov/hdds http://hdds.usgs.gov/hdds

33. Discussion topics Customer Services Expanding Customer Services (Tier 2 Activities) Need to increase Level of effort. New Products, Product changes (Landsat Sentinel2, LCMAP) Increase our Web work, Documentation - Training and Outreach Data Management Support for Science Adherence to 4 USGS Instructional Memorandum Policy By October 2016 All Research data needs to have data management plans, appropriate metadata, and be released to the pubic at the time of publication. Recommend putting in place the service organization to support this within DSB. Establish a Landsat (LSDS) User Working group which is in addition to the Landsat Science Panel.

34. Discussion topics Declassified Data Sets transferred from NGA to NARA. LRS Requirement for Periodic Archiving/Production distribution Reports from EROS Customer Satisfaction Survey

35. Questions