Navigating the Child Support System: Lessons from the Fathers at Work Initiative

Research shows that nearly half of all children born in the US today will be eligible for child support before they reach the age of 18. Many low-income, noncustodial fathers -- who often struggle to make these payments -- will seek services from workforce development organizations. Yet, understanding the child support enforcement system can be challenging -- not only for noncustodial fathers but also for the workforce organizations that want to assist them.Navigating the Child Support System aims to help meet this challenge by providing information, resources and tools to use at the intersection of workforce development and child support enforcement. The guide is based on lessons from the Fathers at Work initiative, a three-year, six-site demonstration funded by the Charles Stewart Mott Foundation, which was designed to help young, noncustodial fathers achieve increased employment and earnings, involvement in their children's lives, and more consistent financial support of their children.The guide describes child support enforcement regulations, policies and actions that can affect fathers' willingness to seek formal employment and participate in the system, and provides examples of four services that organizations might offer to benefit fathers and their families. Navigating the Child Support System offers concrete suggestions for incorporating child support services into workforce organizations' assistance to low-income, male participants, including developing partnerships with local child support enforcement agencies. It includes seven tools for learning about child support and setting goals for enhancing services to noncustodial fathers

Word mastery in oral reading: telling versus sounding of unknown words, in grade three.

Thesis (Ed.M.)--Boston University N.B.: Page 71 is misnumbered. No content is missing

Computer collation of manuscript poetry : Dylan Thomas' "Poem on his birthday"

Over the last two decades the computer has relieved man of many tedious chores in nearly every imaginable field. It can diagnose diseases, check income tax returns, and prepare concordances to literary works. Indeed computers have even 'written' music and poetry. However, substituting for man in the creation of poetry seems beyond the province of the computer, no matter how interesting such attempts might be. Yet a computer can aid in examining the process of man's creation of poetry. Therefore I have attempted to provide evidence for studying a poet's methods of composing a poem by using a computer to collate the manuscripts of Dylan Thomas' 'Poem on his Birthday.'Englis

Visualizing the Live Drosophila Glial-neuromuscular Junction with Fluorescent Dyes

Our project identified GFP labeled glial structures at the developing larval fly neuromuscular synapse. To look at development of live glial-nerve-muscle synapses, we developed a larval tissue preparation that had features of live intact larvae, but also had good optical properties. This new preparation also allowed for access of perfusates to the synapse. We used fly larvae, immersed them in artificial hemolymph, and relaxed their normal rhythmic body contractions by chilling them. Next we dissected off the posterior segments of each animal and with a blunt insect pin pushed the mouth parts backward through the body cavity. This everted the larval body wall, like turning a sock inside-out. We completed the dissection with ultra-fine dissection scissors and thus exposed the visceral side of the body wall muscles. The glial structures at the NMJ expressed membrane targeted GFP under the control of glial specific promoters. The post-synaptic membrane, the SSR (Subsynaptic Reticula) in muscle expressed synaptically targeted dsRed. We needed to acutely label the motor neuron terminals, the third part of the synapse. To do this we applied primary antibodies to HRP, conjugated to a far-red emitting flurophore. To test for dye diffusion properties into the perisynaptic space between the motor neuron terminals and the SSR, we applied a solution of large Dextran molecules conjugated to far-red emitting flurophore and collected images

Characteristics of Owners and Nonowners of Personal Computers

Home Economics - Housing, Design and Consumer Resource

A Comprehensive Study of the Alteration of Ignitable Liquids by Weathering and Microbial Degradation

The differing effects of weathering and microbial degradation are described here in a comprehensive study that involved 50 different ignitable liquids from the Ignitable Liquids Database and Reference Collection. Examples of ignitable liquid residues from each of the main classes established by the American Society of Testing and Materials are presented. Weathering was accomplished via evaporation, whereas microbial degradation was carried out on soil at room temperature for periods of up to 21 days. Major trends included the rapid degradation of long n-alkanes and monosubstituted alkyl benzenes (e.g., toluene, ethylbenzene, and propylbenzene). Surprisingly, some longer branched alkanes (e.g., trimethyloctanes) were also susceptible to microbial attack. Although all ignitable liquids examined suffered at least to some extent from microbial degradation, gasoline, petroleum distillates, and oxygenates were the most susceptible. Isoparaffinic and naphthenic–paraffinic products were the most resistant to microbial degradation