Michael Ierardi


Michael received an A.A degree in Geography and an A.A. degree in Cartography  from Montgomery College, along with a bachelors degree from the University of Maryland in Geography in 1987. He started working at the USGS, Reston, Virginia facility in 1989 with the Geologic Division - the Branch of Atlantic Marine Geology (BAMG). Michael maintained GIS and technical support for the Coastal Marine Program, the Wetlands Program and the Global Warming Program offices located in Woods Hole, Mass., St. Petersburg, Florida and Reston, Va. In 1993, he joined the USGS Office of Water Information (OWI), maintaining GIS support, technical information, IT related duties, and the production of official USGS publications for the WRD offices of - Publications Assistance Unit (PAU), Customer Relations & Communications (CRC), Water Informaton Coordination Program (WICP), National Water-Quality Assessment Program (NAWQA) and Water Information Computer Application Support (WICAS).

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Computer Advisory Board Liason for Water - CAB Member http://servicedesk.usgs.gov/nationalcenter/nccab/, 2008- present

Scientific and Technical Educational Development Member - STED Member http://water.usgs.gov/usgs/sted/, 2009-present

H2o Help Team gs-w-hq_h2oteam@usgs.gov, 2007-present

Lead Geospatiial Metadata Liason for Water Resources Divison http://water.usgs.gov/usgs/gis/addcoverage_form.html, 2007-present

ArcGIS Talk gs_gis_talk@usgs.gov, 1994-present

Adobe Illustrator Help gs_help_illustrator@usgs.gov, 2000-present

Area Safety Monitor Section A4, 2006-present

Art Hallway Committee Member, 2004-2010

Fine Arts Committee Member, 2003-2010



Water Resources Division (WRD) National Spatial Data Infrastructure (NSDI) Node, by Michael C. Ierardi, 2011, The National Map Users Conference and USGS Geographic Information Science (GIS) Workshop, May 10-13, 2011, Lakewood, Colorado. [Download File]

Science in Your Watershed: A Graphical Interactive System for Accessing Hydrologic Information in Watersheds of the United States, by Michael C. Ierardi, The National Map Users Conference and USGS Geographic Information Science (GIS) Workshop, May 10-13, 2011, Lakewood, Colorado. [Download File]

Working To Bring You Water Data (abstract printed and poster presented at ITEM 2007) [Download File]

Ierardi, Michael and Toni M. Johnson. U.S. Geological Survey, The National Water Quality Monitoring Council, The National Council on Science, Policy and the Environment - Forecasting Environmental Changes, Feb 3-4, 2005, at the Ronald Reagan Building and International Trade Center in Washington, DC. [Link]

Smith, Richard; Alexander, Richard B.; Schwarz, Gregory E. and Michael C. Ierardi. U.S. Geological Survey. Effects of Structural Changes in U.S. Animal Agriculture on Fecal Coliform Contamination of Streams. Forecasting Environmental Changes. February 3-4, 2005 at the Ronald Reagan Building and International Trade Center in Washington, DC. [Link]

Ierardi, M.C., R.B. Alexander, G.E. Schwarz, and R.A. Smith, 2004, SPARROW-WEB: A graphical interactive system for displaying reach-level water-resource information for rivers of the conterminous United States, Proceedings of the AWRA Spring Specialty Conference, Geographic Information Systems and Water Resources III, Nashville, Tennessee, May 17-19, 2004. [Link]

Gregory Schwarz, R.A. Smith, A.B. Hoos, R.B. Alexander, J.V. Nolan, M.C. Ierardi, SPARROW: A Statistical Model of Surface Water Pollution (Paper), American Water Resources Association Proceedings of the 2004 AWRA Spring Conference: GIS and Water Resources III. [Link]

U.S. Geological Survey Digital Data Series 37, Data from Selected U.S. Geological Survey National Stream Water-Quality Monitoring Networks (WQN) - Michael Ierardi produced final versions of these photos for use in the Web pages. [Link]

Science and Technical Employee Development (STED) @ http://water.usgs.gov/usgs/STED/ (Internal Access Only). The Scientific and Technical Employee Development (STED) function is to provide guidance and feedback on employee development and training within the Water Resources Division. The objective is to provide information on and give links to training options specifically for hydrologic data collectors and hydrologists looking for career paths and training opportunities within the hydrologic field - including Water Quality, Surface Water, Ground Water and Water Use disciplines. Internal USGS Only. [Link]

ArcIMS Server9.1 @ http://igsaaahmwsw223/ (Local Host/Virtual Machine-Internal Access Only) [Link]

ArcServer9.3/ArcIMS @ http://igsaaahmwsw057/ (Local Host/Virtual Machine-Internal Access Only). Integrated Environmental Resource Application & Research Developmental Interface (IERARDI). Internal USGS Only. [Link]

SPARROW WEB @ http://water.usgs.gov/nawqa-only/sparrowweb (Internal Access Only). The interactive tool SPARROW Web displays water-resources information for the drainage basins above ~62,000 RF1 river reaches, including drainage area, mean-annual discharge, land use, and predictions of mean-annual nutrient concentrations and yields and nutrient sources from the SPARROW watershed model. Internal USGS Only. [Link]

USGS Science Impact @ http://www.usgs.gov/science_impact (Public Access). Understanding the Role of Science in Public Decisionmaking. [Link]

USGS Environmental Affairs Program @ http://water.usgs.gov/eap (Public Access). As a Federal agency with special expertise in the earth sciences, the U.S. Geological Survey (USGS) is required to evaluate, review, and prepare technical comments on environmental impact statements (EIS) and associated documents prepared by other Federal agencies. In addition, through its Environmental Affairs Program (EAP), the USGS has established policies to implement the National Environmental Policy Act (NEPA). [Link]

USGS Recreation @ http://recreation.usgs.gov (Public Access). Your Earth Science Gateway for a Safer and More Enjoyable Experience of the Outdoors. [Link]

USGS WRD NSDI GIS Node @ http://water.usgs.gov/lookup/getgislist (Public Access). Spatial Data Sets Available on the WRD NSDI Node. Operates, updates and maintains the Spatial Data Sets Available on the WRD NSDI Node (http://water.usgs.gov/lookup/getgislist) in association with the National Spatial Data Infrastructure policy. These duties include ensuring that the metadata is validate, the maintainance all GIS datasets. checks that the correct dataset naming conventions and formats are utilized and verifies that all spatial data, file formats, schema, and associated GIS files follow the FGDC compliancy standards before installation; along with identifying problems for correction and resolution. [Link]

USGS Science in Your Watershed @ http://water.usgs.gov/wsc (Public Access). Enables you to identify and locate a specific watershed, find scientific publications or research work going on there, and begin to integrate observations of your watershed with other data. [Link]

Louisiana Barrier Island Erosion Study Atlas of Shoreline Changes in Louisiana From 1853 - 1989, Miscellaneous Investigation Series I-2150- A. Atlas compilation [Link]

Shoreline Changes of the Isles Dernieres Barrier Island Arc Lousiana, from 1853 to 1989, I-2186. I-map compilation [Link]

National Capital Area ARC/INFO Users Conference, January 9-10, 1992, Surficial Sediment Classification Maps Offshore Louisiana, Best Use of Arcplot, Overall Best Poster [Link]

National Capital Area ARC/INFO Users Conference 1993. Second Place. I compiled into digital form using Arc/info GIS software, the Robert H. Chabreck and Greg Linscombe vegetation type map of theLouisiana coastal marshes over a 10 year duration. Salt marshes, fresh marshes, brackish marshes and intermediate marshes were identified and areas, perimeters, and rates of change among the various marsh types were determined. [Link]

National Capital Area ARC/INFO Users Conference 1993. Best Project to Work On Award. Glaciological and coastal-change maps of the coastal regions of Antarctica at 1:1,000,000 and 1:500,000 scales. Generated and transformed maps into Lambert conformal projection with appropriate standard parallels of latitude for each map; longitudes were plotted and annotated every 15 minutes. The grid and graticules of projection were extended 4 degrees of longitude and 1 degree of latitude beyond the map boundary to ensure map accuracy and proper tiling of the map sheets, with the name located in upper right corner of each plot. Extracted various geographic data from other sources (maps, digial tapes, etc.) and transformed that data to Lambert Conformal projection. Digitized linear segments, glaciological features, geodetic control points, contours and other geographic information to the projected database. Transformed Landsat images into Lambert Conformal Conic Projection using the image integrator (Arc/info module) and merged all data together for the Antarctica database. [Link]