ÿþ<HTML> <HEAD> <STYLE> BODY {background-color:#FBFFFF; margin:0.25in; font-size:10pt; font-family:Arial,sans-serif} H1 {margin-left:0.05in; position:relative; top:-6; text-align:center; font-weight:bold; font-size:18; font-family:Verdana,sans-serif; color:#006400} H2 {margin-left:0.25in; position:relative; top:-16; text-align:center; font-size:13; font-family:Verdana,sans-serif; color:#006400} TABLE {position:relative; top:-10; valign:top; table-layout:fixed; border-collapse:collapse} TD {text-align:center} TD {font-weight:bold; font-size:11pt; border-color:#6495ED} .tsel {color:#FFFFFF; background-color:#6495ED} .tun {color:#00008B; background-color:#B8DEFA} .tover {color:#0000CD; background-color:#B8E6FF; cursor:hand} .f {background-color:#FFFFFF; border:'1.5pt solid #6495ED'; position:relative; top:-10} .ph1 {color:#2E8B57; font-weight:bold; cursor:} .ph2 {margin-left:0.2in; color:#2E8B57; font-weight:bold; cursor:} .pover1 {color:#006000; font-weight:bold; cursor:hand} .pover2 {margin-left:0.2in; 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if (theGroup.style.display == "none") { theGroup.style.display="block"; } else { theGroup.style.display="none"; } window.event.cancelBubble = true; } //returns the name of the element containing the text associated with each tab function getAssociated(e) { if (e.tagName == "TD") { switch (e.id) { case "DescTab": return (Description); case "SpatialTab": return (Spatial); case "AttribTab": return (Attributes); } } } //centers the thumbnail function position() { var e; e = document.all("thumbnail"); if (e != null) { b = document.body; w1 = b.clientWidth - 80; w2 = w1 - thumbnail.width; var margin = Math.floor(w2 * .5); thumbnail.style.visibility = "hidden"; thumbnail.style.marginLeft = margin; thumbnail.style.visibility = "visible"; } } //parse text to respect line breaks added - increases readability. //lines beginning with a ">" character are presented with a monospace //(fixed-width) font - e.g., so equations will appear correctly function fix(e) { var par = e.parentNode; e.id = ""; var pos = e.innerText.indexOf("\n"); if (pos > 0) { while (pos > 0) { var t = e.childNodes(0); var n = document.createElement("PRE"); var s = t.splitText(pos); e.insertAdjacentElement("afterEnd", n); n.appendChild(s); e = n; pos = e.innerText.indexOf("\n"); } var count = (par.children.length); for (var i = 0; i < count; i++) { e = par.children(i); if (e.tagName == "PRE") { pos = e.innerText.indexOf(">"); if (pos != 0) { n = document.createElement("DIV"); e.insertAdjacentElement("afterEnd", n); n.innerText = e.innerText; e.removeNode(true); } } } if (par.children.tags("PRE").length > 0) { count = (par.childNodes.length); for (i = 0; i < count; i++) { e = par.children(i); if (e.tagName == "PRE") { e.id = ""; if (i < (count-1)) { var e2 = par.children(i + 1); if (e2.tagName == "PRE") { e.insertAdjacentText("beforeEnd", e2.innerText+"\n"); e2.removeNode(true); count = count-1; i = i-1; } } } } } } else { n = document.createElement("DIV"); par.appendChild(n); n.innerText = e.innerText; e.removeNode(true); } } --></SCRIPT> </HEAD> <BODY onload="position();" onresize="position();" oncontextmenu="return true"> <H1>2008 FEMA Flood Zones</H1> <H2>SDE Feature Class </H2> <TABLE cols="3" frame="void" rules="cols" width="315" height="28"> <COL WIDTH="105" /><COL WIDTH="105" /><COL WIDTH="105" /> <TR height="28" onmouseover="doHilite()" onmouseout="doHilite()" onclick="changeTab(this)"> <TD ID="DescTab" CLASS="tsel" TITLE="Click to see a description of the data">Description</TD> <TD ID="SpatialTab" CLASS="tun" TITLE="Click for details about the spatial data">Spatial</TD> <TD ID="AttribTab" CLASS="tun" TITLE="Click for details about the attribute data">Attributes</TD> </TR> </TABLE> <DIV ID="Group" CLASS="f"> <DIV ID="Description" CLASS="pv" STYLE="display:block"><BR /> <IMG ID="thumbnail" ALIGN="absmiddle" STYLE="height:144; border:'2 outset #FFFFFF'; position:relative" SRC="file:///C:\Documents and Settings\ebilici\Desktop\2008_FEMA0.bmp" /> <BR /><BR /> <DIV CLASS="pn">Keywords</DIV> <DIV STYLE="margin-left:0.2in" CLASS="lt2"><SPAN CLASS="pn">Theme: </SPAN> Map Flood Hazard Area, Floodplain Boundaries, 100 Year Flood, 500 Year Flood, 1% annual chance flood hazard, 0.2% annual chance flood hazard, DFIRM, Digital Flood Insurance Rate Map, FIRM, Flood Insurance Rate Map, Floodway, Riverine flooding, Special Flood Hazard Area, Coastal flooding</DIV> <DIV STYLE="margin-left:0.2in" CLASS="lt2"><SPAN CLASS="pn">Place: </SPAN> Union County, City of Monroe, City of Monroe Extraterritorial Jurisdiction, Town of Fairview, Town of Hemby Bridge, Town of Indian Trail, Town of Marshville, Town of Mineral Springs, Town of Mint Hill, Town of Stallings, Town of Unionville, Town of Waxhaw, Town of Weddington, Town of Wingate, Village of Lake Park, Village of Marvin, North Carolina</DIV> <BR /> <DIV CLASS="pn">Description</DIV> <DIV CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Abstract <DIV CLASS="pe2" STYLE="display:"> <SPAN CLASS="lt"><PRE ID="original">MapFldHazAr is a GIS shapefile representing the area within the flood mapping boundaries defined by the engineering models for the 100 year, 500 year and floodway. The MapFldHazAr spatial table contains information about the flood hazard within the study area. These zones are used by FEMA to designate the Special Flood Hazard Area (SFHA), identify areas of coastal high hazard flooding, and for insurance rating purposes. These data are the flood hazard areas that are or will be depicted on the FIRM.</PRE></SPAN><BR /> <SCRIPT>fix(original)</SCRIPT> </DIV> </DIV> <DIV CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Purpose <DIV ID="Purpose" CLASS="pe2" STYLE="display:"> <SPAN CLASS="lt"><PRE ID="original">These data were collected and derived by the North Carolina Floodplain Mapping Program (www.ncfloodmaps.com) as part of its effort to modernize FEMA Flood Insurance Rate Maps (FIRM) statewide. The North Carolina Floodplain Mapping Program was established through a Cooperating Technical State (CTS) agreement with FEMA in response to the extensive damage caused by Hurricane Floyd in 1999.</PRE></SPAN><BR /> <SCRIPT>fix(original)</SCRIPT> </DIV> </DIV> <DIV STYLE="text-align:center; color:#6495ED">_________________</DIV><BR /> <DIV CLASS="ph1" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Status of the data <DIV CLASS="pe2" STYLE="display:none"> Complete<BR /><I>Data update frequency: </I> As needed<BR /></DIV> </DIV> <BR /> <DIV CLASS="ph1" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Time period for which the data is relevant <DIV CLASS="pe2" STYLE="display:none"> <DIV><I>Date and time: </I> 20081016</DIV> <DIV> <I>Description: </I> <SPAN CLASS="lt"><PRE ID="original">publication date</PRE></SPAN><BR /> <SCRIPT>fix(original)</SCRIPT> </DIV> </DIV> </DIV> <BR /> <DIV CLASS="ph1" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Publication Information <DIV CLASS="pe2" STYLE="display:none"><SPAN CLASS="lt2"> <I>Who created the data: </I>North Carolina Floodplain Mapping Program, North Carolina Division of Emergency Management<BR /></SPAN> <DIV><I>Date and time: </I> 20081016</DIV> <DIV><I>Publisher and place: </I> North Carolina Floodplain Mapping Program, North Carolina Division of Emergency Management, Raleigh, NC </DIV> </DIV> </DIV> <DIV STYLE="text-align:center; color:#6495ED">_________________</DIV><BR /> <DIV CLASS="ph1" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Data storage and access information <DIV CLASS="pe2" STYLE="display:none"> <I>File name: </I>gis_data.SDE.FEMA_2008<BR /> <I>Type of data: </I>vector digital data<BR /> <DIV><I>Location of the data: </I></DIV><DIV><LI STYLE="margin-left:0.2in">Server=gis1; Service=5151; Database=gis_data; User=sde; Version=sde.DEFAULT</LI></DIV> <I>Data processing environment: </I><SPAN CLASS="lt">Microsoft Windows XP Version 5.1 (Build 2600) Service Pack 2; ESRI ArcCatalog 9.3.1.1850</SPAN><BR /> <DIV CLASS="ph1" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Accessing the data <DIV CLASS="pe2" STYLE="display:none"> <I>Data format: </I>ASCII<BR /> <I>Data transfer size: </I>2.0-4.0 MB MB<BR /> <I>How to decompress the file: </I>PC-based PKZip compatible products (WinZip, unzip) may be used to decompress the dataset.<BR /> <DIV CLASS="pn">Network location:</DIV><DIV CLASS="pe2"> <LI>(To be determined)</LI> </DIV> <BR /> </DIV> </DIV> <DIV CLASS="ph1" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Constraints on accessing and using the data <DIV CLASS="pe2" STYLE="display:none"> <I>Access constraints: </I> <SPAN CLASS="lt">None<BR /></SPAN><DIV> <I>Use constraints: </I> <SPAN CLASS="lt"><PRE ID="original">These data were created with the highest consideration of accuracy and data integrity. However, as with all other geospatial datasets, users must take into consideration the consequences of using the data for specific applications, business processes, decisions, and map display. For example, surface conditions may have changed in some areas since the initial data was captured. A full metadata record is provided to help the user understand the date, map scale and accuracy standard applied in the collection and data development process. The data should not be used without full review and comprehension of the metadata. Acknowledgement of the North Carolina Floodplain Mapping Program is appreciated when using the data set. Data further derived from this data set should be fully documented using the federal metadata standard and listed via the NC Geospatial Data Clearinghouse.</PRE></SPAN><BR /> <SCRIPT>fix(original)</SCRIPT> </DIV> </DIV> </DIV> </DIV> </DIV> <BR /> <DIV CLASS="ph1" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Details about this document <DIV CLASS="pe2" STYLE="display:none"> Contents last updated: 20090113 at time 17230400 <DIV CLASS="ph1" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Who completed this document <DIV CLASS="pe2" STYLE="display:none"> David Key<BR />Watershed Concepts<BR /><I>mailing and physical address:</I><BR /><DIV STYLE="margin-left:0.3in"> <DIV CLASS="lt"> <PRE ID="original">3333 Regency Parkway, Suite 120</PRE> <SCRIPT>fix(original)</SCRIPT> </DIV> <DIV> Cary, NC 27511</DIV> </DIV> <BR /> 919-460-6895 (voice)<BR />919-460-6896 (fax)<BR /><BR /> </DIV> </DIV> <DIV CLASS="ph1" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Standards used to create this document <DIV CLASS="pe2" STYLE="display:none"> <I>Standard name: </I>FGDC Content Standards for Digital Geospatial Metadata<BR /> <I>Standard version: </I>FGDC-STD-001-1998<BR /> <I>Time convention used in this document: </I>local time<BR /> Metadata profiles defining additonal information<LI STYLE="margin-left:0.2in"> ESRI Metadata Profile: <A TARGET="viewer" HREF="http://www.esri.com/metadata/esriprof80.html">http://www.esri.com/metadata/esriprof80.html </A> </LI> <LI STYLE="margin-left:0.2in"> ESRI Metadata Profile: <A TARGET="viewer" HREF="http://www.esri.com/metadata/esriprof80.html">http://www.esri.com/metadata/esriprof80.html </A> </LI> </DIV> </DIV> </DIV> </DIV> <BR /> </DIV> <DIV ID="Spatial" class="pv" STYLE="display:none"><BR /> <DIV CLASS="pn">Horizontal coordinate system</DIV> <DIV STYLE="margin-left:0.2in"><I>Projected coordinate system name: </I>NAD_1983_StatePlane_North_Carolina_FIPS_3200_Feet</DIV> <DIV STYLE="margin-left:0.2in"><I>Geographic coordinate system name: </I>GCS_North_American_1983</DIV> <DIV CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Details <DIV CLASS="pe2" STYLE="display:none"> <DIV CLASS="sr1"><SPAN CLASS="pn">Map Projection Name: </SPAN>Lambert Conformal Conic</DIV> <DIV CLASS="sr2"><I>Standard Parallel: </I>34.333333<BR /> <I>Standard Parallel: </I>36.166667<BR /> <I>Longitude of Central Meridian: </I>-79.000000<BR /> <I>Latitude of Projection Origin: </I>33.750000<BR /> <I>False Easting: </I>2000000.002617<BR /> <I>False Northing: </I>0.000000<BR /> </DIV> <BR /> <DIV CLASS="sr1"><SPAN CLASS="pn">Planar Coordinate Information</SPAN></DIV> <DIV CLASS="sr2"><I>Planar Distance Units: </I>survey feet</DIV> <DIV CLASS="sr2"><I>Coordinate Encoding Method: </I>coordinate pair</DIV> <DIV CLASS="srh2">Coordinate Representation</DIV> <DIV CLASS="sr3"><I>Abscissa Resolution: </I>0.000244</DIV> <DIV CLASS="sr3"><I>Ordinate Resolution: </I>0.000244</DIV> <BR /> <DIV CLASS="srh1">Geodetic Model</DIV> <DIV CLASS="sr2"><I>Horizontal Datum Name: </I>North American Datum of 1983</DIV> <DIV CLASS="sr2"><I>Ellipsoid Name: </I>Geodetic Reference System 80</DIV> <DIV CLASS="sr2"><I>Semi-major Axis: </I>6378137.000000</DIV> <DIV CLASS="sr2"><I>Denominator of Flattening Ratio: </I>298.257222</DIV> </DIV> </DIV> <BR /> <DIV CLASS="srh1">Altitude System Definition</DIV> <DIV CLASS="sr2"><I>Resolution: </I>1.000000</DIV> <DIV CLASS="sr2"><I>Encoding Method: </I>Explicit elevation coordinate included with horizontal coordinates</DIV> <DIV STYLE="text-align:center; color:#6495ED">_________________</DIV><BR /> <DIV CLASS="pn">Bounding coordinates</DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn">Horizontal</DIV> <DIV STYLE="margin-left:0.4in" CLASS="pn">In decimal degrees</DIV> <DIV STYLE="margin-left:0.6in"><I>West: </I> -80.844755</DIV> <DIV STYLE="margin-left:0.6in"><I>East: </I> -80.271402</DIV> <DIV STYLE="margin-left:0.6in"><I>North: </I> 35.208141</DIV> <DIV STYLE="margin-left:0.6in"><I>South: </I> 34.808301</DIV> <DIV STYLE="margin-left:0.4in" CLASS="pn">In projected or local coordinates</DIV> <DIV STYLE="margin-left:0.6in"><I>Left: </I>1448948.369718</DIV> <DIV STYLE="margin-left:0.6in"><I>Right: </I>1618409.145837</DIV> <DIV STYLE="margin-left:0.6in"><I>Top: </I>533135.010518</DIV> <DIV STYLE="margin-left:0.6in"><I>Bottom: </I>390259.473854</DIV> <DIV STYLE="text-align:center; color:#6495ED">_________________</DIV><BR /> <DIV CLASS="pn">Lineage</DIV> <DIV CLASS="pn" STYLE="margin-left:0.2in">FGDC lineage</DIV> <DIV CLASS="ph2" STYLE="margin-left:0.4in" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Process step 1 <DIV CLASS="pe2" STYLE="margin-left:0.2in; display:none"> <I>Process description: </I>For streams restudied by detailed and limited detail methods, the 1% and 0.2% annual chance floodplains were delineated using flood elevations determined at each cross section. Between cross sections, the boundaries were interpolated using topographic data acquired using airborne LIDAR. This LIDAR data was acquired during the winter 2000-2001 flying season. The topographic data satisfies a vertical root-mean-square error (RMSE) accuracy standard of 20cm (1.3 feet accuracy at the 95% confidence limit) for the Outer Banks and 25 cm (1.6 feet accuracy at the 95% confidence limit) for those portions of the basin lying west of the Outer Banks. These data could be contoured at roughly a 2-foot vertical contour interval. All elevations were referenced to the NAVD 88 and reflect orthometric heights. Variably spaced, bare-earth digital topographic data in ASCII point file format were combined with imagery (either flown concurrently with the LIDAR data or using existing digital orthophotos) to establish a Triangulated Irregular Network (TIN) of digital elevation points, which include selected breaklines to be used for hydraulic modeling. Furthermore, a uniformly spaced sampling of the TIN resulted in uniformly spaced Digital Elevation Models (DEMs), with 20 ft x 20 ft post spacing, which was generated in multiple file formats. For coastal floodplains, after analyzing wave heights along each transect, wave elevations were interpolated between transects. Various source data were used in the interpolation, including topographic data described above. Controlling features affecting the elevations were identified and considered in relation to their positions at particular transect and their variation between transects. The 1% annual chance floodplain boundary corresponds to the boundary of the areas of special flood hazards (Zones VE, AO, AH, A99, AR, A, and AE), and the 0.2% annual chance floodplain boundary corresponds to the boundary of areas of moderate flood hazards. In cases where the 1% and 0.2% annual chance floodplain boundaries are close together, only the 1% annual chance floodplain boundaries have been shown. The floodways were computed for certain stream segments on the basis of equal conveyance reduction from each side of the floodplain. Floodway widths were computed at cross sections. Between cross sections, the floodway boundaries were interpolated. The computed floodway is shown on the FIRM. In cases where the floodway and 1% annual chance floodplain boundaries are either close together or collinear, only the floodway boundary is shown.<BR /> <I>Process date: </I>Unknown <BR /> <BR /></DIV> </DIV> <DIV CLASS="ph2" STYLE="margin-left:0.4in" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Process step 2 <DIV CLASS="pe2" STYLE="margin-left:0.2in; display:none"> <I>Process description: </I>Metadata imported.<BR /> <I>Source used: </I>C:\DOCUME~1\ebilici\LOCALS~1\Temp\xml1DD.tmp<BR /> <I>Process date: </I>20090113 at time 15474100<BR /> </DIV> </DIV> <DIV CLASS="pn" STYLE="margin-left:0.4in">Sources</DIV> <DIV CLASS="ph2" STYLE="margin-left:0.6in" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Source 1: MapFldHazAr (MapFldHazAr)<DIV CLASS="pe2" STYLE="margin-left:0.2in; display:none"> <I>Media: </I>Shapefile<BR /> <I>Contribution: </I>For streams restudied by detailed and limited detail methods, the 1% and 0.2% annual chance floodplains were delineated using flood elevations determined at each cross section. Between cross sections, the boundaries were interpolated using topographic data acquired using airborne LIDAR. This LIDAR data was acquired during the winter 2000-2001 flying season. The topographic data satisfies a vertical root-mean-square error (RMSE) accuracy standard of 20cm (1.3 feet accuracy at the 95% confidence limit) for the Outer Banks and 25 cm (1.6 feet accuracy at the 95% confidence limit) for those portions of the basin lying west of the Outer Banks. These data could be contoured at roughly a 2-foot vertical contour interval. All elevations were referenced to the NAVD 88 and reflect orthometric heights. Variably spaced, bare-earth digital topographic data in ASCII point file format were combined with imagery (either flown concurrently with the LIDAR data or using existing digital orthophotos) to establish a Triangulated Irregular Network (TIN) of digital elevation points, which include selected breaklines to be used for hydraulic modeling. Furthermore, a uniformly spaced sampling of the TIN resulted in uniformly spaced Digital Elevation Models (DEMs), with 20 ft x 20 ft post spacing, which was generated in multiple file formats. For coastal floodplains, after analyzing wave heights along each transect, wave elevations were interpolated between transects. Various source data were used in the interpolation, including topographic data described above. Controlling features affecting the elevations were identified and considered in relation to their positions at particular transect and their variation between transects. The 1% annual chance floodplain boundary corresponds to the boundary of the areas of special flood hazards (Zones VE, AO, AH, A99, AR, A, and AE), and the 0.2% annual chance floodplain boundary corresponds to the boundary of areas of moderate flood hazards. In cases where the 1% and 0.2% annual chance floodplain boundaries are close together, only the 1% annual chance floodplain boundaries have been shown. The floodways were computed for certain stream segments on the basis of equal conveyance reduction from each side of the floodplain. Floodway widths were computed at cross sections. Between cross sections, the floodway boundaries were interpolated. The computed floodway is shown on the FIRM. In cases where the floodway and 1% annual chance floodplain boundaries are either close together or collinear, only the floodway boundary is shown.<BR /> <DIV CLASS="ph1" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Currentness of this source <DIV CLASS="pe2" STYLE="display:none"> <DIV><I>Date and time: </I> 20081016</DIV> </DIV> </DIV> </DIV> </DIV> <BR /> <DIV STYLE="margin-left:0.2in" CLASS="pn">ESRI geoprocessing history</DIV> <DIV CLASS="ph2" STYLE="margin-left:0.4in" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">1. Process<DIV CLASS="pe2" STYLE="display:none"> <I>Date and time:</I> 20090113 at time 164936<BR /> <I>Tool location:</I> C:\Program Files\ArcGIS\ArcToolbox\Toolboxes\Conversion Tools.tbx\FeatureClassToFeatureClass<BR /> <DIV CLASS="srh1">Command issued</DIV> <DIV CLASS="sr2">FeatureClassToFeatureClass "U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008" "Database Connections\Connection to gis1.sde\gis_data.SDE.Environmental" FEMA_2008 # "FLD_AR_ID 'FLD_AR_ID' true true false 25 Text 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,FLD_AR_ID,-1,-1;HYDROID 'HYDROID' true true false 25 Text 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,HYDROID,-1,-1;ZONE_LID 'ZONE_LID' true true false 5 Text 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,ZONE_LID,-1,-1;FLDWAY_LID 'FLDWAY_LID' true true false 5 Text 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,FLDWAY_LID,-1,-1;SFHA_TF 'SFHA_TF' true true false 2 Short 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,SFHA_TF,-1,-1;V_DATM_LID 'V_DATM_LID' true true false 5 Text 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,V_DATM_LID,-1,-1;LEN_LID 'LEN_LID' true true false 5 Text 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,LEN_LID,-1,-1;VEL_LID 'VEL_LID' true true false 5 Text 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,VEL_LID,-1,-1;AR_REVERT 'AR_REVERT' true true false 6 Text 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,AR_REVERT,-1,-1;CST_MDL_ID 'CST_MDL_ID' true true false 25 Text 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,CST_MDL_ID,-1,-1;BFE_REVERT 'BFE_REVERT' true true false 8 Double 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,BFE_REVERT,-1,-1;DEPTH 'DEPTH' true true false 8 Double 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,DEPTH,-1,-1;DEP_REVERT 'DEP_REVERT' true true false 8 Double 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,DEP_REVERT,-1,-1;STATIC_BFE 'STATIC_BFE' true true false 8 Double 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,STATIC_BFE,-1,-1;VELOCITY 'VELOCITY' true true false 8 Double 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,VELOCITY,-1,-1;METAID 'METAID' true true false 25 Text 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,METAID,-1,-1;SHAPE_Length 'SHAPE_Length' false true true 8 Double 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,SHAPE_Length,-1,-1;SHAPE_Area 'SHAPE_Area' false true true 8 Double 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,SHAPE_Area,-1,-1;Label 'Label' true true false 50 Text 0 0 ,First,#,U:\environmental\PrelimFEMA\Data\1_12_09 Revised by GIS\Union_Final_Effective_PGDB.mdb\MAPPING\FEMA2008,Label,-1,-1" # "Database Connections\Connection to gis1.sde\gis_data.SDE.Environmental\gis_data.SDE.FEMA_2008"</DIV> </DIV> </DIV> <DIV STYLE="text-align:center; color:#6495ED">_________________</DIV><BR /> <DIV CLASS="pn">Spatial data description</DIV> <DIV CLASS="pn" STYLE="margin-left:0.2in">Vector data information</DIV> <DIV STYLE="margin-left:0.4in" CLASS="pn">ESRI description</DIV> <DIV CLASS="ph2" STYLE="margin-left:0.6in" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> gis_data.SDE.FEMA_2008 <DIV CLASS="pe2" STYLE="display:none"> <I>ESRI feature type: </I>Simple<BR /> <I>Geometry type: </I>Polygon<BR /> <I>Topology: </I>FALSE<BR /> <I>Feature count: </I>737<BR /> <I>Spatial Index: </I>TRUE<BR /> <I>Linear referencing: </I>FALSE<BR /> </DIV> </DIV> <BR /> <DIV CLASS="ph2" STYLE="margin-left:0.4in" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">SDTS description <DIV CLASS="pe2" STYLE="display:none"> <DIV>Feature class: SDTS feature type, feature count</DIV> <DIV STYLE="margin-left:0.2in"> <LI> gis_data.SDE.FEMA_2008: G-polygon, 737 </LI> </DIV> </DIV> </DIV> <BR /> </DIV> <DIV ID="Attributes" class="pv" STYLE="display:none"><BR /> <DIV CLASS="pn">Details for gis_data.SDE.FEMA_2008</DIV> <DIV STYLE="margin-left:0.2in"><I>Type of object: </I>Feature Class</DIV> <DIV STYLE="margin-left:0.2in"><I>Number of records: </I>737</DIV> <DIV STYLE="margin-left:0.2in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)">Description <DIV CLASS="pe2" STYLE="display:none"> <SPAN CLASS="lt">Polygon Geometry file that is the physical representation of the Flood Mapping Boundaries that are calculated from the Engineering Models</SPAN><BR /> <SPAN CLASS="lt"><I>Source: </I>NC-FMIS Database Design Review and Physical Model (State of North Carolina, North Carolina Floodplain Mapping Program, September 2002)</SPAN><BR /> <BR /> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> Attributes<DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> OBJECTID <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>OBJECTID<BR /> <I>Data type: </I>OID<BR /> <I>Width: </I>4<BR /> <I>Precision: </I>10<BR /> <I>Scale: </I>0<BR /> <SPAN CLASS="lt"><I>Definition: </I><PRE ID="original">Internal feature number.</PRE></SPAN> <SCRIPT>fix(original)</SCRIPT> <SPAN CLASS="lt"><I>Definition Source: </I><PRE ID="original">ESRI</PRE></SPAN> <SCRIPT>fix(original)</SCRIPT> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> Shape <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>Shape<BR /> <I>Data type: </I>Geometry<BR /> <I>Width: </I>4<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <SPAN CLASS="lt"><I>Definition: </I><PRE ID="original">Feature geometry.</PRE></SPAN> <SCRIPT>fix(original)</SCRIPT> <SPAN CLASS="lt"><I>Definition Source: </I><PRE ID="original">ESRI</PRE></SPAN> <SCRIPT>fix(original)</SCRIPT> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> FLD_AR_ID <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>FLD_AR_ID<BR /> <I>Data type: </I>String<BR /> <I>Width: </I>25<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> HYDROID <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>HYDROID<BR /> <I>Data type: </I>String<BR /> <I>Width: </I>25<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> ZONE_LID <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>ZONE_LID<BR /> <I>Data type: </I>String<BR /> <I>Width: </I>5<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> FLDWAY_LID <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>FLDWAY_LID<BR /> <I>Data type: </I>String<BR /> <I>Width: </I>5<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> SFHA_TF <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>SFHA_TF<BR /> <I>Data type: </I>SmallInteger<BR /> <I>Width: </I>2<BR /> <I>Precision: </I>5<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> V_DATM_LID <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>V_DATM_LID<BR /> <I>Data type: </I>String<BR /> <I>Width: </I>5<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> LEN_LID <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>LEN_LID<BR /> <I>Data type: </I>String<BR /> <I>Width: </I>5<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> VEL_LID <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>VEL_LID<BR /> <I>Data type: </I>String<BR /> <I>Width: </I>5<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> AR_REVERT <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>AR_REVERT<BR /> <I>Data type: </I>String<BR /> <I>Width: </I>6<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> CST_MDL_ID <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>CST_MDL_ID<BR /> <I>Data type: </I>String<BR /> <I>Width: </I>25<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> BFE_REVERT <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>BFE_REVERT<BR /> <I>Data type: </I>Double<BR /> <I>Width: </I>8<BR /> <I>Precision: </I>38<BR /> <I>Scale: </I>8<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> METAID <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>METAID<BR /> <I>Data type: </I>String<BR /> <I>Width: </I>25<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <SPAN CLASS="lt"><I>Definition: </I><PRE ID="original">Foreign key, link to Metadata table should be the same as for the flood hazard lines</PRE></SPAN> <SCRIPT>fix(original)</SCRIPT> <SPAN CLASS="lt"><I>Definition Source: </I><PRE ID="original">NC-FMIS Database Design Review and Physical Model (State of North Carolina, North Carolina Floodplain Mapping Program, September 2002)</PRE></SPAN> <SCRIPT>fix(original)</SCRIPT> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> DEP_REVERT <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>DEP_REVERT<BR /> <I>Data type: </I>Double<BR /> <I>Width: </I>8<BR /> <I>Precision: </I>38<BR /> <I>Scale: </I>8<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> STATIC_BFE <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>STATIC_BFE<BR /> <I>Data type: </I>Double<BR /> <I>Width: </I>8<BR /> <I>Precision: </I>38<BR /> <I>Scale: </I>8<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> VELOCITY <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>VELOCITY<BR /> <I>Data type: </I>Double<BR /> <I>Width: </I>8<BR /> <I>Precision: </I>38<BR /> <I>Scale: </I>8<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> DEPTH <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>DEPTH<BR /> <I>Data type: </I>Double<BR /> <I>Width: </I>8<BR /> <I>Precision: </I>38<BR /> <I>Scale: </I>8<BR /> <SPAN CLASS="lt"><I>Definition: </I><PRE ID="original">Depth value. For AO zones, shown beneath the zone label on the FIRM. Usually a whole number between 1 - 3 feet.</PRE></SPAN> <SCRIPT>fix(original)</SCRIPT> <SPAN CLASS="lt"><I>Definition Source: </I><PRE ID="original">NC-FMIS Database Design Review and Physical Model (State of North Carolina, North Carolina Floodplain Mapping Program, September 2002)</PRE></SPAN> <SCRIPT>fix(original)</SCRIPT> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> Label <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>Label<BR /> <I>Data type: </I>String<BR /> <I>Width: </I>50<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> Shape.area <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>Shape.area<BR /> <I>Data type: </I>Double<BR /> <I>Width: </I>0<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <DIV STYLE="margin-left:0.2in" CLASS="pn"> <DIV STYLE="margin-left:0.25in" CLASS="ph2" onmouseover="doHilite()" onmouseout="doHilite()" onclick="hideShowGroup(this)"> Shape.len <DIV CLASS="pe2" STYLE="display:none"> <I>Alias: </I>Shape.len<BR /> <I>Data type: </I>Double<BR /> <I>Width: </I>0<BR /> <I>Precision: </I>0<BR /> <I>Scale: </I>0<BR /> <BR /> </DIV> </DIV> </DIV> <BR /> </DIV> </DIV> </BODY> </HTML>