2,036 research outputs found
Detroit to Flint and Back Again: Solidarity Forever
For several years the authors have been working in Detroit with grassroots coalitions resisting Emergency Management. In this essay, we focus on how community groups in Detroit and Flint advanced common struggles for clean, safe, affordable water as a human right, particularly during the period of 2014 to 2016. We explore how, through a series of direct interventions – including public meetings and international gatherings, independent journalism and social media, community-based research projects, and citizen-led policy initiatives – these groups contributed to challenging neoliberal governance, to undermining the legitimacy of state officials and their policies, and to shifting public consciousness around the human right to water
Pathogen dose infectivity curves as a method to analyze the distribution of host susceptibility : a quantitative assessment of maternal effects after food stress and pathogen exposure
Shooting our wildlife: an analysis of the law and policy governing the killing of kangaroos
Although we kill around 3 million kangaroos annually, the current widespread commercial and non-commercial killing of kangaroos has yet to be proven necessary according to this report.
Over the last decade in Australia, the Federal and State governments have approved an annual commercial kill of some four to six million kangaroos and wallabies each year. On average three million kangaroos are actually ‘harvested’/killed.2 Around three hundred thousand young at foot and 800,000 pouch young are either killed or left to die each year as collateral of the commercial industry. In addition, up to 200,000 kangaroos and wallabies are killed for non-commercial reasons each year. A further unknown number are killed without government authorisation. This is the largest land-based slaughter of wildlife in the world.
This report provides an analysis of the law and policy governing the killing of kangaroos. It provides an historical outline of kangaroo killing in Australia and examines the reasons for and against the kill. The report describes and analyses the legislative and regulatory framework governing the killing of kangaroos, in order to assist policymakers understand an area which is complex and often misunderstood.
The conclusion of this report is that the current widespread commercial and non-commercial killing of kangaroos has yet to be proven necessary. Governments do not provide any clear justification for the killing such as through a proper consideration of the reasons for and against control. State governments once treated kangaroos as agricultural pests yet today they are treated as a resource. These practices result in poor welfare outcomes for many kangaroos and joeys and may pose a risk to Australia’s sustainability
Developing a Standard Protocol for Assessing Suburban Deer Impacts to Vegetation
Over the past 30 years, populations of white-tailed deer (Odocoileus virginianus) have increased dramatically in suburban communities, causing significant economic and ecological impacts. Homeowners have observed such deer population explosions and must cope with the problems of living in close proximity to deer with few reliable solutions. By applying knowledge of deer biology, behavior, and habitat requirements, this assessment protocol provides a scale to estimate the severity of deer damage, and the potential success of control measures. It will prove valuable by achieving a greater understanding of suburban deer management through a methodical and standardized analysis of impact indicators. Furthermore, by instituting periodic assessments, reduction in plant damage can be optimized, leading to long-term coordination of effective solutions
Bound states in a nonlinear Kronig-Penney model
We study the bound states of a Kronig Penney potential for a nonlinear
one-dimensional Schroedinger equation. This potential consists of a large, but
not necessarily infinite, number of equidistant delta-function wells. We show
that the ground state can be highly degenerate. Under certain conditions
furthermore, even the bound state that would normally be the highest can have
almost the same energy as the ground state. This holds for simple periodic
potentials as well.Comment: TeX file, figures available as postscript files upon reques
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