Description: <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>Sheyenne River Flood Stage Polygons were updated for Cass County North Dakota using the FM 2020 LiDAR. The River Stage profiles were derived from the Reed Township FIS steady state models used to develop the FEMA Floodplain mapping. Profiles are all related to USGS gage 05060400 on the Sheyenne River at Harwood. Profiles were created from River stage 889 to River Stage 892.5 at one-half foot intervals. Permanent and emergency protection measures were used to establish a conceptual line of protection in the study area. Areas were identified as either protected by levee, river flooding or private protection. These data are intended only as a guideline and not for emergency planning. Consult your local city or county flood authority and review the flood plan/emergency planning for your local area. Houston Engineering Inc makes no guarantees, express or implied warranties, and assumes no obligation or liability for the reliability or accuracy of the information contained herein.</SPAN></P></DIV></DIV></DIV>
Description: <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>Sheyenne River Flood Stage Polygons were updated for Cass County North Dakota using the FM 2020 LiDAR. The River Stage profiles were derived from the Reed Township FIS steady state models used to develop the FEMA Floodplain mapping. Profiles are all related to USGS gage 05060400 on the Sheyenne River at Harwood. Profiles were created from River stage 889 to River Stage 892.5 at one-half foot intervals. Permanent and emergency protection measures were used to establish a conceptual line of protection in the study area. Areas were identified as either protected by levee, river flooding or private protection. These data are intended only as a guideline and not for emergency planning. Consult your local city or county flood authority and review the flood plan/emergency planning for your local area. Houston Engineering Inc makes no guarantees, express or implied warranties, and assumes no obligation or liability for the reliability or accuracy of the information contained herein.</SPAN></P></DIV></DIV></DIV>
Description: <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>Sheyenne River Flood Stage Polygons were updated for Cass County North Dakota using the FM 2020 LiDAR. The River Stage profiles were derived from the Reed Township FIS steady state models used to develop the FEMA Floodplain mapping. Profiles are all related to USGS gage 05060400 on the Sheyenne River at Harwood. Profiles were created from River stage 889 to River Stage 892.5 at one-half foot intervals. Permanent and emergency protection measures were used to establish a conceptual line of protection in the study area. Areas were identified as either protected by levee, river flooding or private protection. These data are intended only as a guideline and not for emergency planning. Consult your local city or county flood authority and review the flood plan/emergency planning for your local area. Houston Engineering Inc makes no guarantees, express or implied warranties, and assumes no obligation or liability for the reliability or accuracy of the information contained herein.</SPAN></P></DIV></DIV></DIV>
Description: <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>Sheyenne River Flood Stage Polygons were updated for Cass County North Dakota using the FM 2020 LiDAR. The River Stage profiles were derived from the Reed Township FIS steady state models used to develop the FEMA Floodplain mapping. Profiles are all related to USGS gage 05060400 on the Sheyenne River at Harwood. Profiles were created from River stage 889 to River Stage 892.5 at one-half foot intervals. Permanent and emergency protection measures were used to establish a conceptual line of protection in the study area. Areas were identified as either protected by levee, river flooding or private protection. These data are intended only as a guideline and not for emergency planning. Consult your local city or county flood authority and review the flood plan/emergency planning for your local area. Houston Engineering Inc makes no guarantees, express or implied warranties, and assumes no obligation or liability for the reliability or accuracy of the information contained herein.</SPAN></P></DIV></DIV></DIV>
Description: <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>Sheyenne River Flood Stage Polygons were updated for Cass County North Dakota using the FM 2020 LiDAR. The River Stage profiles were derived from the Reed Township FIS steady state models used to develop the FEMA Floodplain mapping. Profiles are all related to USGS gage 05060400 on the Sheyenne River at Harwood. Profiles were created from River stage 889 to River Stage 892.5 at one-half foot intervals. Permanent and emergency protection measures were used to establish a conceptual line of protection in the study area. Areas were identified as either protected by levee, river flooding or private protection. These data are intended only as a guideline and not for emergency planning. Consult your local city or county flood authority and review the flood plan/emergency planning for your local area. Houston Engineering Inc makes no guarantees, express or implied warranties, and assumes no obligation or liability for the reliability or accuracy of the information contained herein.</SPAN></P></DIV></DIV></DIV>
Description: <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>Sheyenne River Flood Stage Polygons were updated for Cass County North Dakota using the FM 2020 LiDAR. The River Stage profiles were derived from the Reed Township FIS steady state models used to develop the FEMA Floodplain mapping. Profiles are all related to USGS gage 05060400 on the Sheyenne River at Harwood. Profiles were created from River stage 889 to River Stage 892.5 at one-half foot intervals. Permanent and emergency protection measures were used to establish a conceptual line of protection in the study area. Areas were identified as either protected by levee, river flooding or private protection. These data are intended only as a guideline and not for emergency planning. Consult your local city or county flood authority and review the flood plan/emergency planning for your local area. Houston Engineering Inc makes no guarantees, express or implied warranties, and assumes no obligation or liability for the reliability or accuracy of the information contained herein.</SPAN></P></DIV></DIV></DIV>
Description: <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>Sheyenne River Flood Stage Polygons were updated for Cass County North Dakota using the FM 2020 LiDAR. The River Stage profiles were derived from the Reed Township FIS steady state models used to develop the FEMA Floodplain mapping. Profiles are all related to USGS gage 05060400 on the Sheyenne River at Harwood. Profiles were created from River stage 889 to River Stage 892.5 at one-half foot intervals. Permanent and emergency protection measures were used to establish a conceptual line of protection in the study area. Areas were identified as either protected by levee, river flooding or private protection. These data are intended only as a guideline and not for emergency planning. Consult your local city or county flood authority and review the flood plan/emergency planning for your local area. Houston Engineering Inc makes no guarantees, express or implied warranties, and assumes no obligation or liability for the reliability or accuracy of the information contained herein.</SPAN></P></DIV></DIV></DIV>
Description: <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>Sheyenne River Flood Stage Polygons were updated for Cass County North Dakota using the FM 2020 LiDAR. The River Stage profiles were derived from the Reed Township FIS steady state models used to develop the FEMA Floodplain mapping. Profiles are all related to USGS gage 05060400 on the Sheyenne River at Harwood. Profiles were created from River stage 889 to River Stage 892.5 at one-half foot intervals. Permanent and emergency protection measures were used to establish a conceptual line of protection in the study area. Areas were identified as either protected by levee, river flooding or private protection. These data are intended only as a guideline and not for emergency planning. Consult your local city or county flood authority and review the flood plan/emergency planning for your local area. Houston Engineering Inc makes no guarantees, express or implied warranties, and assumes no obligation or liability for the reliability or accuracy of the information contained herein.</SPAN></P></DIV></DIV></DIV>