Defining Heritage Values and Significance for Improved Resource Management: an application to Australian tourism

The values and significance of heritage resources are often acknowledged but not integrated into the management process. This paper presents a framework for explicitly identifying these resource qualities and applying them to site management. It defines values in terms of a resource's intrinsic (objectively measurable) and extrinsic (largely subjectively measurable) qualities. The derivative assessment of significance then creates direction for decision making where conservation takes precedence over resource exploitation and renewable resource exploitation takes precedence over the exploitation of non-renewable resources. The framework, developed from a study of World Heritage values of the Great Sandy Region, Australia, provides a basis for achieving agreement between resource owners/managers and resource users on the nature of permissible activities using valued resources.     

Exploring the Factors for Budget Stability and Punctuations: A Preliminary Analysis of State Government Sub-Functional Expenditures

Disproportionate information processing theory asserts that sudden, dramatic changes punctuate otherwise stable growth patterns in U.S. policy and budget processes. The present paper uses state government sub-functional expenditures to explore what factors cause budget stability and punctuations. First, the findings in the present paper generally confirm the observations made in other studies that distributions of governmental budgets are Paretian. Second, while future research is warranted to identify more specific causes, this preliminary analysis suggests that institutional frictions and information oversupply tend to increase both budget stability and punctuations. It also suggests that availability of efficient information reduces budget stability but not necessarily budget punctuations. However, when examined at the level of different fund-type expenditures, which have differing degrees of institutional friction and availability of information that can be efficiently processed, more subtle and distinguishable differences in patterns of budget stability and punctuations emerge, which was not accounted for in disproportionate information processing theory.     

Late Pleistocene Technology at Rose Cottage Cave: A Search for Modern Behavior in an MSA Context

Recent excavations at Rose Cottage Cave, located in the Free State, South Africa, have revealed both a transitional assemblage, dated to ca. 20,000 bp, and a final Middle Stone Age (MSA) assemblage, dated to ca. 28,000 bp. Preliminary analysis of these assemblages was undertaken to determine if the current European model of a cultural revolution for the emergence of the Upper Palaeolithic can be applied to the southern African evidence. Examination of these assemblages revealed that differences occurred between the transition in Europe and that in southern Africa in both the chronology of the transition and the degree to which this complete cultural package is linked to the emergence of Late Stone Age (LSA) technology. The methods of lithic production, the chronology of the MSA/LSA transition, and the associated behavioral characteristics were examined and results indicated that the technological change which occurred during the MSA/LSA transition was not a dramatic innovation in technology but, rather, a shift in the emphasis of production from a level of technology already in place and demonstrate a level of continuity between the MSA and the LSA. As a gradual occurrence, the MSA/LSA transition does not seem to fit the time frame for the European Upper Palaeolithic; it both occurs at a later period and takes longer to transpire. In addition, the origins of symbolic use of lithics appear to lie within the MSA, indicating that a more complex set of behavioral adaptation was occurring in the late Pleistocene in southern Africa, and that the MSA/LSA transition in this region does not adequately conform to the model of a revolutionary shift in behavior and technology that is proposed for the Middle/Upper Palaeolithic transition in Europe     

基于核心资源视角的古城镇家庭旅馆竞合模型研究——以信任、战略联盟为中介变量

本文通过对凤凰古城117家家庭旅馆的实证研究,发现家庭旅馆的核心资源通过信任、战略联盟对竞合关系产生综效,其中物质核心资源的作用仅限于促成结盟,社会核心资源进一步影响竞合关系的结构及竞合形态的转换。进一步比较信任、战略联盟在模型中的价值和中介作用,结果显示目前家庭旅馆的竞合行为还处于初级阶段,经营者对竞合关系的选择较大程度上依赖于人际互信。     

A new record of an aristonectine elasmosaurid (Sauropterygia,Plesiosauria) from the Upper Cretaceous of New Zealand: implications for the Mauisaurus haasti Hector, 1874 hypodigm

O’Gorman, J.P., Otero, R.A. & Hiller, N., 2014. A new record of an aristonectine elasmosaurid (Sauropterygia, Plesiosauria) from the Upper Cretaceous of New Zealand: implications for the Mauisaurus haasti Hector, 1874 Hector, J., 1874. On the fossil Reptilia of New Zealand. Transactions and Proceedings of the New Zealand Institute 6, 333–358. [Google Scholar] hypodigm. Alcheringa 38, 504–512. ISSN 0311-5518

An indeterminate aristonectine elasmosaurid is recorded from a lower Maastrichtian bed of the Conway Formation, Waipara River, South Island, New Zealand. The described specimen (CM Zfr 104), previously considered part of the hypodigm of Mauisaurus haasti, came from the upper part of the Alterbidinium acutulum biozone, the same zone from which the only well-known aristonectine from New Zealand, Kaiwhekea katiki, is recorded. The cervical vertebrae of CM Zfr 104 have the same distinctive features (i.e., with extremely broad rather than long centra) as those from previously recorded juvenile aristonectines from Argentina, Chile and Antarctica. This new record is congruent with the biogeographic relationships of Cretaceous marine amniotes from the Weddellian Palaeobiogeographic Province (i.e., Patagonia, western Antarctica, New Zealand and southeastern Australia). Therefore, this type of vertebra is regarded as a distinctive feature of the Weddellian aristonectine elasmosaurids.

José P. O’Gorman [joseogorman@fcnym.unlp.edu.ar], División Paleontología Vertebrados, Museo de La Plata, Universidad Nacional de La Plata, Paseo del Bosque s/n., B1900FWA, La Plata, Argentina; [CONICET (Consejo Nacional de Investigaciones Científicas y Técnicas)]; Rodrigo A. Otero [paracrioceras@gmail.com], Red Paleontológica U-Chile. Laboratorio de Ontogenia y Filogenia, Departamento de Biología, Facultad de Ciencias, Universidad de Chile, Av. Las Palmeras 3425, Santiago, Chile; Norton Hiller, [norton.hiller@canterbury.ac.nz], Department of Geological Sciences, University of Canterbury, PB 4800, Christchurch, 8001, New Zealand and Canterbury Museum, Rolleston Avenue, Christchurch, New Zealand, 8013.