Profiling unauthorized natural resource users for better targeting of conservation interventions

Unauthorized use of natural resources is a key threat to many protected areas. Approaches to reducing this threat include law enforcement and integrated conservation and development (ICD) projects, but for such ICDs to be targeted effectively, it is important to understand who is illegally using which natural resources and why. The nature of unauthorized behavior makes it difficult to ascertain this information through direct questioning. Bwindi Impenetrable National Park, Uganda, has many ICD projects, including authorizing some local people to use certain nontimber forest resources from the park. However, despite over 25 years of ICD, unauthorized resource use continues. We used household surveys, indirect questioning (unmatched count technique), and focus group discussions to generate profiles of authorized and unauthorized resource users and to explore motivations for unauthorized activity. Overall, unauthorized resource use was most common among people from poor households who lived closest to the park boundary and farthest from roads and trading centers. Other motivations for unauthorized resource use included crop raiding by wild animals, inequity of revenue sharing, and lack of employment, factors that created resentment among the poorest communities. In some communities, benefits obtained from ICD were reported to be the greatest deterrents against unauthorized activity, although law enforcement ranked highest overall. Despite the sensitive nature of exploring unauthorized resource use, management‐relevant insights into the profiles and motivations of unauthorized resource users can be gained from a combination of survey techniques, as adopted here. To reduce unauthorized activity at Bwindi, we suggest ICD benefit the poorest people living in remote areas and near the park boundary by providing affordable alternative sources of forest products and addressing crop raiding. To prevent resentment from driving further unauthorized activity, ICDs should be managed transparently and equitably

Spacing Out: Towards a Critical Geography of Law

The authors analyze the interconnections between space, law, and power and forge links between critical studies in law and geography. Analytical categories of space-for example, the divide between public and private space, or the concept of national citizenship-are all politically constructed. The authors analyze Canadian and American concepts of federalism and their impact on regulating worker safety. A common judicial mapping of work, local space, and state regulation determines whether local officials have enforcement authority in contexts where national worker safety regulations apply. Through this analysis, the authors illustrate the potential for future studies in critical legal geography

Spacing Out: Towards a Critical Geography of Law

The authors analyze the interconnections between space, law, and power and forge links between critical studies in law and geography. Analytical categories of space-for example, the divide between public and private space, or the concept of national citizenship-are all politically constructed. The authors analyze Canadian and American concepts of federalism and their impact on regulating worker safety. A common judicial mapping of work, local space, and state regulation determines whether local officials have enforcement authority in contexts where national worker safety regulations apply. Through this analysis, the authors illustrate the potential for future studies in critical legal geography

Static imaginations and the possibilities of radical change: reflecting on the Arab Spring

Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/94464/1/area1110.pd

Are Tents a \u27Home\u27? Extending Section 8 Privacy Rights for the Precariously Housed

The home, for most of us, is an obvious zone to assert privacy and property rights. However, this is not the case for those whose control of residential space is precarious. Our paper focuses on privacy rights under the Canadian constitution for those living in tents and, specifically, the judicial rejection of a tent as a home garnering legal protection under the Charter of Rights and Freedoms. We focus on a 2018 case from British Columbia, R. v. Picard, the only judicial decision that we could locate that has explored this question. In holding that the tent is not a home, Picard draws from the venerable castle doctrine, the deeply rooted legal principle that cements enhanced legal protection for the home. Drawing from legal geography, we argue that the castle doctrine is grounded in a particular legal-spatial imaginary, such that the home is represented in its ideal form as a privately owned detached dwelling. The connection between privacy rights and the home, as reflected in jurisprudence, is grounded in property rights, which formally excluded all but white men in colonial North America and continues to be linked to systemic inequality. As we illustrate in this paper, the exclusion of those in tents and other forms of precarious housing, including those dwelling in cars, from exercising enhanced privacy rights afforded to the home exacerbates the inequalities of the most vulnerable, such that the legal protections of “home” are not available to those living in tents. We conclude that the basis for the denial of tents as homes is legally flawed and should be reconsidered in future jurisprudence

High throughput data streaming of individual longitudinal electron bunch profiles in a storage ring with single-shot electro-optical sampling

The development of fast detection methods for comprehensive monitoring of electron bunches is a prerequisite to gain comprehensive control over the synchrontron emission in storage rings with their MHz repetition rate. Here, we present a proof-of-principle experiment with at detailed description of our implementation to detect the longitudinal electron bunch profiles via single-shot, near-field electro-optical sampling at the Karlsruhe Research Accelerator (KARA). Our experiment is equipped with an ultra-fast line array camera providing a high-throughput MHz data stream. We characterize statistical properties of the obtained data set and give a detailed description for the data processing as well as for the calculation of the charge density profiles, which where measured in the short-bunch operation mode of KARA. Finally, we discuss properties of the bunch profile dynamics on a coarse-grained level on the example of the well-known synchrotron oscillation.Comment: 8 pages, 5 figure