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\"Towards a New Ethnohistory engages respectfully in cross-cultural dialogue and interdisciplinary methods to co-create with Indigenous people a new, decolonized ethnohistory. This New Ethnohistory reflects Indigenous ways of knowing and is a direct response to critiques of scholars who have for too long foisted their own research agendas onto Indigenous communities. Community-engaged scholarship invites members of the Indigenous community themselves to identify the research questions, host the researchers while they conduct the research, and participate meaningfully in the analysis of the researchers' findings. The historical research topics chosen by the Stó:lo community leaders and knowledge keepers for the contributors to this collection range from the intimate and personal, to the broad and collective. But what principally distinguishes the analyses is the way settler colonialism is positioned as something that unfolds in sometimes unexpected ways within Stó:lo history, as opposed to the other way around. This collection presents the best work to come out of the world's only graduate-level humanities-based ethnohistory fieldschool. The blending of methodologies and approaches from the humanities and social sciences is a model of twenty-first century interdisciplinarity.\"- Provided by publisher.

Global climate change may become one of the most pressing challenges to Pacific Salmon conservation and management for southeast Alaska in the 21st Century. Predicted hydrologic change associated with climate change will likely challenge the ability of specific stocks to adapt to new flow regimes and resulting shifts in spawning and rearing habitats. Current research suggests egg-to-fry survival may be one of the most important freshwater limiting factors in Pacific Salmon's northern range due to more frequent flooding events predicted to scour eggs from mobile spawning substrates. A watershed-scale hydroclimatic sensitivity index was developed to map this hypothesis with an historical stream gauge station dataset and monthly multiple regression-based discharge models. The relative change from present to future watershed conditions predicted for the spawning and incubation period (September to March) was quantified using an ensemble global climate model average (ECHAM5, HadCM3, and CGCM3.1) and three global greenhouse gas emission scenarios (B1, A1B, and A2) projected to the year 2080. The models showed the region's diverse physiography and climatology resulted in a relatively predictable pattern of change: northern mainland and steeper, snow-fed mountainous watersheds exhibited the greatest increases in discharge, an earlier spring melt, and a transition into rain-fed hydrologic patterns. Predicted streamflow increases for all watersheds ranged from approximately 1-fold to 3-fold for the spawning and incubation period, with increased peak flows in the spring and fall. The hydroclimatic sensitivity index was then combined with an index of currently mapped salmon habitat and species diversity to develop a research and conservation priority matrix, highlighting potentially vulnerable to resilient high-value watersheds. The resulting matrix and observed trends are put forth as a framework to prioritize long-term monitoring plans, mitigation experiments, and finer-scale climate impact and adaptation studies.

We synthesized an expert review of climate change implications for hydroecological and terrestrial ecological systems in the northern coastal temperate rainforest of North America. Our synthesis is based on an analysis of projected temperature, precipitation, and snowfall stratified by eight biogeoclimatic provinces and three vegetation zones. Five IPCC CMIP5 global climate models (GCMs) and two representative concentration pathways (RCPs) are the basis for projections of mean annual temperature increasing from a current average (1961–1990) of 3.2 °C to 4.9–6.9 °C (5 GCM range; RCP4.5 scenario) or 6.4–8.7 °C (RCP8.5), mean annual precipitation increasing from 3130 mm to 3210–3400 mm (3–9 % increase) or 3320–3690 mm (6–18 % increase), and total precipitation as snow decreasing from 1200 mm to 940–720 mm (22–40 % decrease) or 720–500 mm (40–58 % decrease) by the 2080s (2071–2100; 30-year normal period). These projected changes are anticipated to result in a cascade of ecosystem-level effects including: increased frequency of flooding and rain-on-snow events; an elevated snowline and reduced snowpack; changes in the timing and magnitude of stream flow, freshwater thermal regimes, and riverine nutrient exports; shrinking alpine habitats; altitudinal and latitudinal expansion of lowland and subalpine forest types; shifts in suitable habitat boundaries for vegetation and wildlife communities; adverse effects on species with rare ecological niches or limited dispersibility; and shifts in anadromous salmon distribution and productivity. Our collaborative synthesis of potential impacts highlights the coupling of social and ecological systems that characterize the region as well as a number of major information gaps to help guide assessments of future conditions and adaptive capacity.

The forests of southeastern Alaska remain largely intact and contain a substantial proportion of Earth's remaining old-growth temperate rainforest. Nonetheless, industrial-scale logging has occurred since the 1950s within a relatively narrow range of forest types that has never been quantified at a regional scale. We analyzed historical patterns of logging from 1954 through 2004 and compared the relative rates of change among forest types, landform associations, and biogeographic provinces. We found a consistent pattern of disproportionate logging at multiple scales, including large-tree stands and landscapes with contiguous productive old-growth forests. The highest rates of change were among landform associations and biogeographic provinces that originally contained the largest concentrations of productive old growth (i.e., timber volume >46.6 m 3 /ha). Although only 11.9% of productive old-growth forests have been logged region wide, large-tree stands have been reduced by at least 28.1%, karst forests by 37%, and landscapes with the highest volume of contiguous old growth by 66.5%. Within some island biogeographic provinces, loss of rare forest types may place local viability of species dependent on old growth at risk of extirpation. Examination of historical patterns of change among ecological forest types can facilitate planning for conservation of biodiversity and sustainable use of forest resources. Los bosques del sureste de Alaska permanecen en su mayoría intactos y contienen una proporción sustancial de los bosques lluviosos templados maduros de la Tierra. Sin embargo la tala a escala industrial ha ocurrido desde los 1950s dentro de un rango relativamente estrecho de tipos de bosque que nunca se ha cuantificado en una escala regional. Analizamos los patrones históricos de tala de 1954 hasta 2004 y comparamos las tasas relativas de cambio entre tipos de bosque, asociaciones de formaciones terrestres y provincias biogeográficas. Encontramos un patrón consistente de tala desproporcionada en escalas múltiples, incluyendo grandes fragmentos y paisajes con bosques maduros productivos contiguos. Las tasas más altas de cambio estuvieron entre las asociaciones de formaciones terrestres y provincias biogeográficas que originalmente contenían la mayor concentración de bosque maduro productivo (p.ej.: volumen de madera >46.6 m3/ha). Aunque solo 11.9% de los bosques maduros productivos han sido talados a lo largo de la región, los fragmentos se han reducido al menos en 28.1%, bosques de karst en 37%, y paisajes con el volumen más alto de bosque maduro contiguo en 66.5%. Dentro de algunas provincias biogeográficas aisladas, la pérdida de tipos raros de bosque puede ubicar la viabilidad local de especies dependientes del bosque maduro en riesgo de extirpación. Examinar los patrones históricos de cambio entre tipos de bosque ecológicos puede facilitar la planeación para la conservación de la biodiversidad y el uso sustentable de los recursos forestales.

Spatial patterns of estuarine biota suggest that some nearshore ecosystems are functionally linked to interacting processes of the ocean, watershed, and coastal geomorphology. The classification of estuaries can therefore provide important information for distribution studies of nearshore biodiversity. However, many existing classifications are too coarse-scaled to resolve subtle environmental differences that may significantly alter biological structure. We developed an objective three-tier spatially nested classification, then conducted a case study in the Alexander Archipelago of Southeast Alaska, USA, and tested the statistical association of observed biota to changes in estuarine classes. At level 1, the coarsest scale (100–1000’s km²), we used patterns of sea surface temperature and salinity to identify marine domains. At level 2, within each marine domain, fjordal land masses were subdivided into coastal watersheds (10–100’s km²), and 17 estuary classes were identified based on similar marine exposure, river discharge, glacier volume, and snow accumulation. At level 3, the finest scale (1–10’s km²), homogeneous nearshore (depths <10 m) segments were characterized by one of 35 benthic habitat types of the ShoreZone mapping system. The aerial ShoreZone surveys and imagery also provided spatially comprehensive inventories of 19 benthic taxa. These were combined with six anadromous species for a relative measure of estuarine biodiversity. Results suggest that (1) estuaries with similar environmental attributes have similar biological communities, and (2) relative biodiversity increases predictably with increasing habitat complexity, marine exposure, and decreasing freshwater. These results have important implications for the management of ecologically sensitive estuaries.

2 Because RRP in children probably results from transmission of these HPV types from the mother, 3 we agree that the incidence of RRP will probably decrease at the same rate as genital warts after the quadrivalent vaccine is introduced. 1 The burden of RRP on patients and their families is clear. Four year efficacy of prophylactic human papillomavirus quadrivalent vaccine against low grade cervical, vulvar, and vaginal intraepithelial neoplasia and anogenital warts: randomised controlled trial.

The aim of this study is to gain additional understanding regarding psychologists’ use of imagery in their clinical work. The data for this study was collected via an original survey that was distributed, via e-mail, to a random sample of psychologists throughout the United States. An analysis of the data collected revealed: (1) statistically significant, strong positive correlations between (i) the degree to which participants utilize imagery in their therapeutic practice and the degree to which participants pay attention to client’s imagery in describing life experiences, (ii) the degree to which participants utilize imagery in their therapeutic practice and the degree to which participants attend to their own spontaneous images when meeting with clients, and (iii) the degree to which participants pay attention to client’s imagery and the degree to which participants pay attention to their own spontaneous imagery when meeting with clients; (2) a noticeable difference in the use of imagery with clients of different age groups; (3) a statistically significant, moderate positive correlation between the total number of treatment modalities reported (e.g. ACT, Cognitive or CBT, Psychodynamic or Psychoanalytic, etc.) and the degree to which participants utilize imagery in their therapeutic practice; (4) significant differences in the use of imagery by participants who used particular treatment modalities (e.g. significant difference in the use of imagery by participants who reported use of Cognitive or CBT and participants who did not report use of these modalities); and (5) statistically significant correlations between the use of imagery for certain therapeutic purposes (e.g. relaxation training, trauma processing, etc.) and (i) the degree of proficiency and confidence in such use, (ii) the degree of perceived effectiveness of such use, (iii) the amount of graduate training for such use, and (iv) the amount of post-graduate training for such use. The study findings are novel in that they analyze data collected from questions that have not previously been asked of psychologists.

Global climate change may become one of the most pressing challenges to Pacific Salmon conservation and management for southeast Alaska in the 21st Century. Predicted hydrologic change associated with climate change will likely challenge the ability of specific stocks to adapt to new flow regimes and resulting shifts in spawning and rearing habitats. Current research suggests egg-to-fry survival may be one of the most important freshwater limiting factors in Pacific Salmon's northern range due to more frequent flooding events predicted to scour eggs from mobile spawning substrates. A watershed-scale hydroclimatic sensitivity index was developed to map this hypothesis with an historical stream gauge station dataset and monthly multiple regression-based discharge models. The relative change from present to future watershed conditions predicted for the spawning and incubation period (September to March) was quantified using an ensemble global climate model average (ECHAM5, HadCM3, and CGCM3.1) and three global greenhouse gas emission scenarios (B1, A1B, and A2) projected to the year 2080. The models showed the region's diverse physiography and climatology resulted in a relatively predictable pattern of change: northern mainland and steeper, snow-fed mountainous watersheds exhibited the greatest increases in discharge, an earlier spring melt, and a transition into rain-fed hydrologic patterns. Predicted streamflow increases for all watersheds ranged from approximately 1-fold to 3-fold for the spawning and incubation period, with increased peak flows in the spring and fall. The hydroclimatic sensitivity index was then combined with an index of currently mapped salmon habitat and species diversity to develop a research and conservation priority matrix, highlighting potentially vulnerable to resilient high-value watersheds. The resulting matrix and observed trends are put forth as a framework to prioritize long-term monitoring plans, mitigation experiments, and finer-scale climate impact and adaptation studies.

\"O where are the sympathies of Christians for the slave and where are their exertions for their liberation? . . . It seems as if the church were asleep.\" David Ingraham, 1839 In 2015, the historian Chris Momany helped discover a manuscript that had been forgotten in a storage closet at Adrian College in Michigan. He identified it as the journal of a nineteenth-century Christian abolitionist and missionary, David Ingraham. As Momany and a fellow historian Doug Strong pored over the diary, they realized that studying this document could open new conversations for twenty-first-century Christians to address the reality of racism today. They invited a multiracial team of fourteen scholars to join in, thus launching the Dialogue on Race and Faith Project. Awakening to Justice presents the groundbreaking work of these scholars. In addition to reflecting on Ingraham's journal, chapters also explore the life and writings of two of Ingraham's Black colleagues, James Bradley and Nancy Prince. Appendixes feature writings by all three abolitionists so readers can engage the primary sources directly. Through considering connections between the revivalist, holiness, and abolitionist movements; the experiences of enslaved and freed people; abolitionists' spiritual practices; various tactics used by abolitionists; and other themes, the authors offer insight and hope for Christians concerned about racial justice. They highlight how Christians associated with Charles Finney's style of revivalism formed intentional, countercultural communities such as Oberlin College to be exemplars of interracial cooperation and equality. Christians have all too often compromised with racism throughout history, but that's not the whole story. Hearing the prophetic witness of revivalist social justice efforts in the nineteenth century can provide a fresh approach to today's conversations about race and faith in the church.