1,575 research outputs found

    Moving from Jobs to Careers: Engaging Low-Wage Workers in Career Advancement

    Get PDF
    The Work Advancement and Support Center (WASC) demonstration offers a new approach to helping low-wage and dislocated workers advance by increasing their wages or work hours, upgrading their skills, or finding better jobs. At the same time, these workers are encouraged to augment and stabilize their income by making the most of available work supports, such as food stamps, public health insurance, subsidized child care, and tax credits. This report presents preliminary information on the effectiveness of strategies that were used to attract people to the WASC program and engage them in services

    Toward Growth and Equality: A Framework for Monitoring Outcomes for Residents and Housing Markets in Camden and the South Jersey Region

    Get PDF
    This paper offers a framework for tracking the extent to which demographic, labor, and housing market conditions are moving in or out of alignment with a range of goals for redevelopment in Camden, New Jersey

    From Getting By to Getting Ahead: Navigating Career Advancement for Low-Wage Workers

    Get PDF
    From just getting by at the end of each month to getting ahead is a hard climb for many low-wage workers. This report, from MDRC's Work Advancement and Support Center (WASC) demonstration, explores how WASC career coaches help low-wage workers understand the complex interactions between earnings and eligibility for work support programs and guide them to make the best advancement decisions possible

    The Double Bind of Redevelopment: Camden During Receivership

    Get PDF
    This working paper finds that successful redevelopment efforts in Camden, New Jersey, under state receivership were able to build on groups' existing capacities and their past work in neighborhoods, were marked by more effective participatory dynamics and the limited use of eminent domain, and benefited from good relationships with the State of New Jersey and with private-sector partners. It concludes that attempts to build public capacity to revitalize cities may need to be complemented by efforts to build civic capacity, or the ability to solve problems in coordination with major partners

    Welfare Time Limits: An Update on State Policies, Implementation, and Effects on Families

    Get PDF
    One of the most controversial features of the 1990s welfare reforms was the imposition of time limits on benefit receipt. This comprehensive review, written by The Lewin Group and MDRC, includes analyses of administrative data reported by states to the federal government, visits to several states, and a literature review

    A global analysis approach for investigating structural resilience in urban drainage systems

    Get PDF
    Copyright © 2015 Elsevier. NOTICE: this is the author’s version of a work that was accepted for publication in Water Research. Changes resulting from the publishing process, such as peer review, editing, corrections, structural formatting, and other quality control mechanisms may not be reflected in this document. Changes may have been made to this work since it was submitted for publication. A definitive version was subsequently published in Water Research (2015), DOI: 10.1016/j.watres.2015.05.030Building resilience in urban drainage systems requires consideration of a wide range of threats that contribute to urban flooding. Existing hydraulic reliability based approaches have focused on quantifying functional failure caused by extreme rainfall or increase in dry weather flows that lead to hydraulic overloading of the system. Such approaches however, do not fully explore the full system failure scenario space due to exclusion of crucial threats such as equipment malfunction, pipe collapse and blockage that can also lead to urban flooding. In this research, a new analytical approach based on global resilience analysis is investigated and applied to systematically evaluate the performance of an urban drainage system when subjected to a wide range of structural failure scenarios resulting from random cumulative link failure. Link failure envelopes, which represent the resulting loss of system functionality (impacts) are determined by computing the upper and lower limits of the simulation results for total flood volume (failure magnitude) and average flood duration (failure duration) at each link failure level. A new resilience index that combines the failure magnitude and duration into a single metric is applied to quantify system residual functionality at each considered link failure level. With this approach, resilience has been tested and characterized for an existing urban drainage system in Kampala city, Uganda. In addition, the effectiveness of potential adaptation strategies in enhancing its resilience to cumulative link failure has been tested.UK Commonwealth PhD scholarshipEngineering & Physical Sciences Research Council (ESPRC) - Safe & SuRe research fellowshi

    Quantifying the Resilience of Urban Drainage Systems Using a Hydraulic Performance Assessment Approach

    Get PDF
    13th International Conference on Urban Drainage, Sarawak, Malaysian Borneo, 7-12 September 2014Although considerable progress has been made towards achieving sustainable urban water management, urban drainage systems (UDSs) are increasingly threatened by multiple and uncertain drivers of future change. Building the resilience of UDSs to flooding is increasingly recognised as an imperative to promoting the long term sustainability of the urban areas they serve. This paper describes a methodology that combines the use of hydraulic performance assessment with utility performance functions to quantify the resilience of UDSs during flooding (exceedance) conditions. Utility performance functions, which relate the overall UDS performance to flood depths, are derived from existing flood depth-damage data for UK residential properties for various rainfall return periods and are used to estimate UDS residual functionality and hence resilience to pluvial flooding. The study shows that by introducing a storage tank for flow attenuation, the duration of nodal flooding and the flooded volume can be reduced by 6 to 10% and 18 to 38%, respectively and the overall system resilience to flooding can be increased by 8.0 to 9.5%.UK Department for International Development (DFID) - Commonwealth PhD scholarship awardEPSRC (Engineering and Physical Sciences Research Council) Safe & SuRe Project fellowshi

    Statistical Downscaling Methods for Climate Change Impact Assessment on Urban Rainfall Extremes for Cities in Tropical Developing Countries – a Review

    Get PDF
    International Conference on Flood Resilience: Experiences in Asia and Europe, Exeter, UK, 5-7 September 2013Results of most global and regional climate model simulations cannot be directly applied in future change impacts and adaptation studies of urban drainage and flood risk management. A form of downscaling is required to increase the spatial and temporal resolution of the modelled rainfall data. This paper provides a critical review of the current state of the art statistical downscaling techniques that can be applied to quantify climate change impacts on urban rainfall extremes. Emphasis is placed on delta change methods and Poisson cluster stochastic rainfall models. The paper discusses the applicability and key limitations of statistical downscaling in climate impact and adaptation studies for cities in tropical developing countries. From the review, it can be concluded that simpler statistical downscaling techniques with modest resource requirements such as climate impact sensitivity analyses, use of simple Markov chain or semi-empirical models, construction of climate analogues and spatial interpolation of grid point data are appropriate for scoping of climate impacts and evaluation of mitigation and adaptation strategies at the city scale. Emerging resilience based approaches that combine both scenario based climate model projections and acceptability thresholds defined by key flood risk management stakeholders are promising for application in climate impact and adaptation studies for cities in tropical developing countries.UK Commonwealth Scholarship Commission - PhD scholarshi
    corecore