The purpose of this research was to conduct a needs assessment for the city of Denton, Texas to learn how residents view Denton's aging-friendliness. The research design was based on the Texas Department of Aging and Disability Services' Aging Texas Well Toolkit and was funded by a two year grant from that agency. Both qualitative and quantitative methods were used to gather data on six community indicators: demographics, housing, transportation, health care (including mental health and substance abuse services), recreation, and community supports and services. Input from city residents was gathered through focus groups, followed by a survey of the broader community in the city to validate and prioritize the needs identified. The research found gaps in Denton's aging-friendliness. Denton residents feel that although there are some services for the aging in the area, other services are lacking. The top needs identified by residents were a single point of contact for, and better communication about, resources currently available, as well as a need for increased transportation options.

In this study the activities contributing to the welfare of the farmers of Denton County will be confined to the experiment farm or station and the county extension service. These two educational agencies have proved that adult education can be very successful. Although there is no direct relation between the two, most of the information learned in experimental research is imparted through the extension service.

This investigation has for its aim the determination and the evaluation of the vegetational composition in certain farm pastures in Denton County, Texas.

The purpose of the study is to make an investigation of the need for youth centers, the factors which are necessary for the successful operation of a youth center, and to evaluate the youth center at Denton, Texas, in the light of the information developed in the research.

In this study, two different field experiments were designed to assess the relative influence of urbanization on benthic communities. During spring and summer, four urban and one reference sites from Denton County, Texas were selected for benthic macroinvertebrate evaluation. Statistically significant differences in colonized benthic macroinvertebrate taxa on artificial substrates were observed among the four urban sites and the reference site. Oligochaetes and chironomids were the dominant taxa at all sites. Identification of chironomid larvae at the subfamily and genus level to detect differences between sites had higher statistical power than the evaluation based on total chironomids. At the reference site, Caenis, Cladotanytarsus, Orthocladius, and Ceratopogonidae were the dominant taxa, while the urban sites were dominated by Dero, Physella, Ancylidae, Chironomus, Dicrotendipes, Glyptotendipes, Polypedilum, Pseudochironomus, Stenochironomus, and Tanytarsus. These differences may have been dependent upon differences in hydrologic regime and water quality between sites. Significant differences (ANOVA, p < 0.01) in water quality parameters (alkalinity, hardness, nitrates, phosphates, chlorides, sulfates, calcium, magnesium, potassium, and triazine) were found among water samples collected from the reference and urban sites. During the transfer period, most of the Ephemeroptera and Trichoptera taxa and a few other taxa disappeared from artificial substrates that were colonized at the reference site and then moved to the urban sites. Also, local abundant taxa from the urban site significantly (t test, p < 0.05) increased in number on the transferred artificial substrates. Seasonal differences in colonization patterns were also observed between the spring and summer experimental periods, which indicate that temporal variation is equally important, as is the anthropogenic effect in benthic community evaluation. Field survival and growth experiments using Erpetogomphus designatus larvae were designed to detect differences between evaluated sites. Larvae were collected from the reference site, measured in the laboratory, and exposed at the urban sites for six weeks in using specially designed cages. The exposed larvae demonstrated a higher mortality rate at the urban sites compared to the reference site.

Rain gardens are low impact developments designed to mitigate a suite of issues associated with urban stormwater runoff. The site for this study was a Denton City rain garden at the Denton Waste Water Treatment Plant. Nitrogen and phosphorus removal was examined in light of two overflow events comprised of partially treated wastewater from an upslope anaerobic digester pond. Nitrate removal efficiency was examined across differing dry spell intervals of 5, 8, and 12 d, displaying a moderate negative correlation (r2 = 0.59). Continued phosphorus removal capacity was assessed, showing phosphorus removal in cases where P was in excess of 0.8 mg/L, reflecting an equilibrium phosphorus concentration. A high expanded shale component in the soil media (25%) was likely a factor in the continued removal of phosphorus. Overall the rain garden proved to be a large source of nitrate (+425%) and total nitrogen (+61%) by mass. The study showed that while the rain garden intercepted a large volume of partially treated wastewater during the overflow events, preventing it from reaching a nearby creek, the mitigation of an acute event has extended to a chronic one as nitrogen is gradually processed and flushed from the system as nitrate.

Plates of ceramic samples to accompany a thesis studying the suitability of five clays from the vicinity of Denton, Texas for use in high-school ceramics classes. The abundance of natural clays in Denton County and throughout the state of Texas, the ease with which clays may be obtained, and the ease with which they may be refined for use provide almost unlimited teaching possibilities in high-school art classes. This study of five Denton County clays has proved informative in several respects. It has shown that within the vicinity of Denton there are clays that are suitable for high-school use. Although all these clays may be suitable for one technique of pottery making each may not be suitable for all techniques. Many clays may be used after refining by a simple, quick process without the use of expensive and complicated equipment. Simple glazes, which have an aesthetic as well as a utilitarian value, may be compounded to fit these clays.

This study attempted to examine representative soils of Denton County in an effort to determine seasonal and soil type variations in the fungous flora both quantitatively and qualitatively.

The organization of the Emergency Conservation Work was found to possess many faults. The Seventy-Fifth Congress, taking cognizance of some of the more glaring imperfections, approved a measure reorganizing and re-establishing the Emergency Conservation Work under the name of The Civilian Conservation Corp. The bill eliminated many of the defects of the former organization, and invested authority and defined duties and regulations in such a manner that a more efficient institution resulted.

The purpose of this study is to determine the suitability of five clays from the vicinity of Denton, Texas for use in high-school ceramics classes. The abundance of natural clays in Denton County and throughout the state of Texas, the ease with which clays may be obtained, and the ease with which they may be refined for use provide almost unlimited teaching possibilities in high-school art classes. This study of five Denton County clays has proved informative in several respects. It has shown that within the vicinity of Denton there are clays that are suitable for high-school use. Although all these clays may be suitable for one technique of pottery making each may not be suitable for all techniques. Many clays may be used after refining by a simple, quick process without the use of expensive and complicated equipment. Simple glazes, which have an aesthetic as well as a utilitarian value, may be compounded to fit these clays.