Flood records for regular and partial-record gaging stations are contained in the following pages. Each listing contains the station number .and name, descriptive paragraphs pertaining to the station, and a listing of the flood peaks available through the 1965 water year 1. A water year is the period from October 1 to the following September 30 and has the same yearly designation as September. Peaks above a base as well as annual peaks are listed. These provide the data for a partial-duration flood-frequency curve. Most of the material is self-explanatory and needs no discussion. However, a few items may be made clearer by the brief explanation which follows
The objective of this project was to assess the predictive accuracy of flood frequency estimation fo...
The Flood Plain Information Report on Indian and Dry Creeks, Linn County, Iowa, has been prepared at...
PDFTech ReportStreamflowStream gagesUS Transportation CollectionStatistical summaries of streamflow ...
This report contains flood information for the Rock River Basin in Iowa. Data on water-surface eleva...
Man has always been plagued by floods and it is reasonable to expect that he will continue to be fac...
This report presents station descriptions and tables of peak stages and discharges for 280 continuo...
Statistical summaries of streamflow data collected at 156 streamflow-gaging stations in Iowa are p...
The greatest flood of record in the Little Maquoketa River basin occurred on August 2, 1972, as a re...
Flood hazard information is needed for small streams as well as for large ones. This report explains...
Project HR-3 of the Iowa Highway Research Board has been active since October 1, 1950. The project ...
Cover title.Prepared as part of an investigation conducted by the Engineering Experiment Station, Un...
Floods have caused more damage annually in the United States than any other natural disaster. There ...
Droughts are a recurrent phenomenon and an inevitable part of the existing climate. Over a period of...
The data presented in this report are the result of a study conducted on the possibility of flood co...
This report has been prepared under the general authority contained in Chapter 455A, Code of Iowa 19...
The objective of this project was to assess the predictive accuracy of flood frequency estimation fo...
The Flood Plain Information Report on Indian and Dry Creeks, Linn County, Iowa, has been prepared at...
PDFTech ReportStreamflowStream gagesUS Transportation CollectionStatistical summaries of streamflow ...
This report contains flood information for the Rock River Basin in Iowa. Data on water-surface eleva...
Man has always been plagued by floods and it is reasonable to expect that he will continue to be fac...
This report presents station descriptions and tables of peak stages and discharges for 280 continuo...
Statistical summaries of streamflow data collected at 156 streamflow-gaging stations in Iowa are p...
The greatest flood of record in the Little Maquoketa River basin occurred on August 2, 1972, as a re...
Flood hazard information is needed for small streams as well as for large ones. This report explains...
Project HR-3 of the Iowa Highway Research Board has been active since October 1, 1950. The project ...
Cover title.Prepared as part of an investigation conducted by the Engineering Experiment Station, Un...
Floods have caused more damage annually in the United States than any other natural disaster. There ...
Droughts are a recurrent phenomenon and an inevitable part of the existing climate. Over a period of...
The data presented in this report are the result of a study conducted on the possibility of flood co...
This report has been prepared under the general authority contained in Chapter 455A, Code of Iowa 19...
The objective of this project was to assess the predictive accuracy of flood frequency estimation fo...
The Flood Plain Information Report on Indian and Dry Creeks, Linn County, Iowa, has been prepared at...
PDFTech ReportStreamflowStream gagesUS Transportation CollectionStatistical summaries of streamflow ...