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U.S. Department of the Interior U.S. Geological Survey Cool data stuff at USGS Rich Signell USGS Woods Hole, MA IOOS DMAC Steering Team Meeting Washington DC, Feb 27-28, 2013

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USGS Mission  To provide geologic, topographic, and hydrologic information that contributes to the wise management of the Nation's natural resources and that promotes the health, safety, and well- being of the people  Slogan: “Science for a Changing World”

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USGS Mission Areas alligned in 2010 with science themes  Climate and Land Use Change  Water  Ecosystems  Energy and Minerals  Environmental Health  Natural Hazards  Core Science Systems

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USGS is a small agency  USGS $1.1B (FY12)  NOAA $5.5B, NASA $18B, USGOV $3,670B  USGS is $0.03 on a $100 dollar bill Total: $3,670B nationalpriorities.org

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R&D Budget by Agency Source: http://www.aaas.org/spp/rd/fy2013/total13c.pdf MIL: $79.1B NASA: $9.1B NSF: $5.5B NOAA: $0.6B USGS: $0.6B EPA: $0.6B -------------- Total: $144B

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Mission Area: Climate and Land Use Change

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Katama Bay Animation

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ESRI RESTful Image Web Service

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Same services accessed by ESRI client

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The National Elevation Dataset (NED)

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1/9-arc-second = ~ 3 m 1/3-arc-second = ~ 10 m 1-arc-second = ~ 30 m

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NED is updated every 2 months

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NED 1/9 second, Falmouth, MA 81 Queen St, 4.1m above MSL

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In Aug 2012, NED entered the ocean… Adding bathy to the NED is a collaboration between NOAA/NGDC, USGS/CMG and USACE

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Mission Area: Water

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Old School

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New School

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New School

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CIDA GDP Climate Downscaling Tool Built on: THREDDS OPeNDAP WCS WMS CSW WPS

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Python & Matlab interfaces to GDP

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CIDA Code on GitHub

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Mission Area: Ecosystem Science

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Mission Area: Energy and Minerals

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Mission Area: Environmental Health Programs

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Mission Area: Natural Hazards

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Did You Feel It? Crowdsourcing

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Superstorm Sandy Erosion Forecast USGS Coastal and Marine Program, St. Petersburg

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228 surge sensors deployed by water offices in each state, 8 realtime, 950 verified high water marks Led by Brian McCallum, USGS Georgia Water Science Center

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Mission Area: Core Science Systems

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Community for Data Integration (CDI) $500K annually for proposals

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Scientific Analysis tools at USGS  Majority of scientists use ArcGIS as their primary scientific analysis and visualation tool  ArcGIS 10 uses Python as it’s scripting and interface language  Use of Python allows ArcGIS users to utilize 100s of community packages  In 2012, USGS bought an Enthought Python Distribution (EPD) site license to facilitate interoperability of science workflows

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OPeNDAP UGRID → ArcGIS TIN New 10.1 Python Toolbox import netCDF4 import arcpy netCDF4.Dataset(URL) arcpy.LandXMLToTin_3d(.. arcpy.TinRaster_3d(…

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Assessing a 30 year ocean hindcast in the Gulf of Maine  One 15 TB dataset from 4D ocean model served via the THREDDS data server at UMASS/SMAST (commissioned by Mass CZM for Mass Ocean Plan)  600 time series datasets from 3 different THREDDS catalogs (USGS, NOAA/NMFS, WHOI) in Woods Hole

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IOOS Model Data Interoperability Design ROMS POM WW3 WRF ECOM NcML NcML NcML NcML NcML Common Data Model OPeNDAP+CF WCS NetCDF Subset THREDDS Data Server Standardized (CF) Virtual Datasets Nonstandard Model Output Files (distributed) Web Services Matlab Panoply IDV ERDDAP Clients NetCDF -Java Library or Service NcML, NetCDF-Java, Common Data Model and THREDDS Data Server built and supported by Unidata under NSF-support WMS ncISO ArcGIS NetCDF4 -Python FVCOM Python EDC ERDDAP NetCDF-Java SOS GeoPortal Server GeoNetwork GI-CAT Gridded data, time series, point, profile, trajectory,swath

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GI-CAT catalog broker service

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Kellndorfer and Walker, 2012 Woods Hole Research Center NASA SRTM USGS NED USGS NLDC + Forest Service Ground Truth

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Conclusions  USGS & DMAC are on same services bandwagon (OGC, OPeNDAP/CF + ESRI + Custom)  USGS has a lot of cool data and products  But USGS should not be an organizing principle for data – we want to facilitate cross- agency, cross- sector, and cross-discipline mashups  Keep USGS CDI, NOAA DMIT, IOOS DMAC, CMSP (now Ocean Planning), OGC, ESIP circles overlapped  Keep building out the services, service-consuming web apps, science work flows, standards-based tools in Matlab, Python, R, ArcGIS and listening to scientists & developers