Speech training for primary grades / issued by the Department of public instruction, Agnes Samuelson, superintendent, 1938

This bulletin is intended to provide teachers of the early elementary grades with outlines and suggestions which they may use to improve the speech habits of their pupils.

Iowa Department of Public Health Regulatory Plan FY 2016, August 1, 2015

The Department’s vision and mission statements broadly describe the obligations imposed on the Department of Public Health by statute. This plan was approved by Gerd Clabaugh, MPA, Director of the Iowa Department of Public Health. The following table, arranged by Department Divisions, summarizes the administrative rules currently under active consideration or development for fiscal year 2016.

Iowa Department of Public Health, Occupational Health & Safety Surveillance Program Annual Report, July 1, 2013- June 30, 2014, August 1, 2014

The mission of the Iowa OHSSP is to promote and protect the health and safety of Iowans in the workplace. The fundamental or core program provides administrative coordination and continuity across all IDPH OHSSP projects, explores options to improve the surveillance and data translation capacity of the entire program, and provides outreach, dissemination, and evaluation functions to support each project. The core program is also responsible for the Occupational Health Indicators project and Adult Blood Lead Epidemiology and Surveillance (ABLES), as well as working with external partner projects and reports.

Iowa Department of Public Health Maternal and Child Health Administrative Manual 4th Edition, October 23, 2012

The MCH Administrative Manual provides the basis for the development of business practices and programming for maternal and child health services made available through an Iowa Department of Public Health (IDPH) competitive bid process every five years. For each five year project period, policies in the manual provide the basis for the competitive Request for Proposal (RFP). During intervening years, policies provide the basis for the RFP and the Request for Application (RFA) covering the applicable contract year.

Report on the Iowa Department of Public Health for the year ended June 30, 2015

Report on the Iowa Department of Public Health for the year ended June 30, 2015

Report on the Iowa Department of Public Safety for the year ended June 30, 2015

Report on the Iowa Department of Public Safety for the year ended June 30, 2015

Iowa Department of Public Health's Office of Multicultural Health Strategic Plan FY 2007-2011, September 26, 2008

The Iowa Department of Public Health's Office of Multicultural Health invited 21 representatives, key informants throughout the State of Iowa and five state personnel to help chart a strategic map for the OMH staff and it constituents to travel during the next 3-5 years, as the office strengthens its infrastructure and continues to meet its mission.

Iowa Department of Public Health Office of Minority and Multicultural Health Strategic Plan 2012 to 2017, February 19, 2013

The Iowa Department of Public Health's Office of Multicultural Health invited 21 representatives, key informants throughout the State of Iowa and five state personnel to help chart a strategic map for the OMH staff and it constituents to travel during the next 3-5 years, as the office strengthens its infrastructure and continues to meet its mission. This two day strategic planning session brought forth the consensus of maintaining the four major function areas held within the 2007 to 2011 strategic plan. Those four areas are: education, advocacy, data and training and development. 2

Iowa Plan of Physical Education for Use in Elementary School, Iowa Public Instruction Department, 1941

This pamphlet is a reprint (with extensive rev1s10n and added material) of a pamphlet prepared under the auspices of this department by interested workers in the area of physical education, and printed and distributed by the Iowa State Teachers Association.Mr. Louis E. Hutto, then Supervisor of Physical Education in the Des Moines school system, served as chairman of the original committee of three. Miss Monica R. Wild, Head of the Department of Physical Education for Women in Iowa State Teachers College, and Miss Doris E. White, of her staff, were the other members. These latter two, recently appointed as a Committee on Revision, have rewritten and enlarged the pamphlet, while retaining the plan of the earlier edition. Teachers of physical education in Iowa, this department, and all interested in the subject feel a debt of gratitude for the painstaking and efficient service rendered by these devoted workers. This debt I am most happy to acknowledge.

2013 survey of Iowa groundwater and evaluation of public well vulnerability classifications for contaminants of emerging concern (2015)

Studies in Iowa have long documented the vulnerability of wells with less than 50 feet (15 meters) of confining materials above the source aquifer to contamination from nitrate and various pesticides. Recent studies in Wisconsin have documented the occurrence of viruses in untreated groundwater, even in wells considered to have little vulnerability to contamination from near-surface activities. In addition, sensitive methods have become available for analyses of pharmaceuticals and pesticides. This study represents the first comprehensive examination of contaminants of emerging concern in Iowa’s groundwater conducted to date, and one of the first conducted in the United States. Raw groundwater samples were collected from 66 public supply wells during the spring of 2013, when the state was recovering from drought conditions. Samples were analyzed for 206 chemical and biological parameters; including 20 general water-quality parameters and major ions, 19 metals, 5 nutrients, 10 virus groups, 3 species of pathogenic bacteria, 5 microbial indicators, 108 pharmaceuticals, 35 pesticides and pesticide degradates, and tritium. The wells chosen for this study represent a diverse range of ages, depths, confining material thicknesses, pumping rates, and land use settings. The most commonly detected contaminant group was pesticide compounds, which were present in 41% of the samples. As many as 6 pesticide compounds were found together in a sample, most of which were chloroacetanilide degradates. While none of the measured concentrations of pesticide compounds exceeded current benchmark levels, several of these compounds are listed on the U.S. Environmental Protection Agency’s Contaminant Candidate List and could be subject to drinking water standards in the future. Despite heavy use in the past decade, glyphosate was not detected, and its metabolite, aminomethylphosphonic acid, was only detected in two of 60 wells tested (3%) at the detection limit of 0.02 μg/L. Pharmaceutical compounds were detected in 35% of 63 samples. Of the 14 pharmaceuticals detected, six had reported concentrations above the method reporting limit, with the maximum reported concentration of 826 ng/L for acetaminophen. Diphenhydramine was the only pharmaceutical to have two detections above the reporting limit, at 24.5 and 145 ng/L. Eight pharmaceuticals had confirmed detections at concentrations below the method reporting limit. Caffeine was the most frequently detected pharmaceutical compound (25%), followed by the caffeine metabolite, 1,7-dimethylxanthine (16%). Microorganisms were detected in 21% of the wells using quantitative polymerase chain reaction methodologies. The most frequently detected microorganism was the pepper mild mottle virus (PMMV), a plant pathogen found in human waste. PMMV was detected in 17% of samples at concentrations ranging from 0.4 to 6.38 gene copies per liter. GII norovirus, human polyomavirus, bovine polyomavirus, and Campylobacter were also detected, while adenovirus, enterovirus, GI norovirus, swine hepatitis E, Salmonella, and enterohemmorhagic E. coli were not detected. No correlations were found between viruses or pathogenic bacteria and microbial indicators. Wells with less than 50 feet (15 meters) of confining material were shown to have greater incidence of surface-related contaminants; however, significant relationships (p<0.05) between confining layer thickness and contaminants were only found for nitrate and herbicides.