Studies on Jewish communities in Asia Minor

This thesis examines the evidence for Jewish communities in Asia Minor from the third century BCE through to the third century CE and beyond. The study begins with a discussion of the founding of the Jewish communities in Asia Minor, the nature of Roman support for these communities, and their religious concerns as they are revealed by the literary sources available to us. Chapters 2 to 4 present and analyse the evidence for five particular communities - those at Sardis, Priene, Acmonia, Eumeneia and Apamea. The evidence from archaeology, inscriptions, numismatics and literary sources is discussed in an attempt to draw together the material into a coherent account of the nature of Jewish communal life in these cities. Chapters 5 to 9 are thematic studies. The prominence accorded to women in some Jewish communities and in the cities of Asia Minor is discussed in Chapter 5. In Chapter 6 the use of the title(^a)'T'taro? for Yahweh and for pagan deities is analysed, along with the supposed link between Jewish communities and Sabazios. The existence of a number of "God-worshippers" in the synagogues of Asia Minor is discussed in Chapter 7. Chapter 8 discusses the provision of water sources in the synagogues of Asia Minor and relates this to Jewish purity concerns. Chapter 9 addresses the issue of Jewish communities and local and Roman citizenship and discusses the evidence which suggests that in some places Jewish communities were well integrated into city life.Concluding remarks draw out some of the implications of this study for our view of Diaspora Jewish communities. It seems clear that in Asia Minor Jewish communities were involved in and a part of the cities in which they lived whilst also retaining their identity as Jews. We can also recognise a significant diversity of Jewish life in Asia Minor, with local factors providing a strong formative influence on these communities. Yet they all saw themselves as worthy and legitimate heirs of Old Testament faith.I confirm that no part of the material offered has previously been submitted by me for a degree in this or in any other University

Studying seabird diet through genetic analysis of faeces: a case study on Macaroni Penguins (Eudyptes chrysolophus)

Determination of seabird diet usually relies on the analysis of stomach-content remains obtained through stomach flushing; this technique is both invasive and logistically difficult. We evaluate the usefulness of DNA-based faecal analysis in a dietary study on chick-rearing macaroni penguins (Eudyptes chrysolophus) at Heard Island. Conventional stomach-content data was also collected, allowing comparison of the approaches. Methodology/Principal Findings. Preyspecific PCR tests were used to detect dietary DNA in faecal samples and amplified prey DNA was cloned and sequenced. Of the 88 faecal samples collected, 39 contained detectable DNA from one or more of the prey groups targeted with PCR tests. Euphausiid DNA was most commonly detected in the early (guard) stage of chick-rearing, and detection of DNA from the myctophid fish Krefftichthys anderssoni and amphipods became more common in samples collected in the later (cre`che) stage. These trends followed those observed in the penguins’ stomach contents. In euphausiid-specific clone libraries the proportion of sequences from the two dominant euphausiid prey species (Euphausia vallentini and Thysanoessa macrura) changed over the sampling period; again, this reflected the trend in the stomach content data. Analysis of prey sequences in universal clone libraries revealed a higher diversity of fish prey than identified in the stomachs, but non-fish prey were not well represented. Conclusions/Significance. The present study is one of the first to examine the full breadth of a predator’s diet using DNA based faecal analysis. We discuss methodological difficulties encountered and suggest possible refinements. Overall, the ability of the DNA-based approach to detect temporal variation in the diet of macaroni penguins indicates this non-invasive method will be generally useful for monitoring population-level dietary trends in seabirds

Expanded Consumer Niche Widths May Signal an Early Response to Spatial Protection

Marine management interventions are increasingly being implemented with the explicit goal of rebuilding ocean ecosystems, but early responses may begin with alterations in ecological interactions preceding detectable changes in population-level characteristics. To establish a baseline from which to monitor the effects of spatial protection on reef fish trophic ecology and track future ecosystem-level changes, we quantified temperate reef fish densities, size, biomass, diets and isotopic signatures at nine sites nested within two fished and one five-year old marine protected area (MPA) on the northwest coast of Canada. We calculated rockfish (Sebastes spp.) community and species-specific niche breadth for fished and protected areas based on δ13C and δ15N values. We found that rockfish community niche width was greater inside the MPA relative to adjacent fished reefs due to an expanded nitrogen range, possibly reflecting early changes in trophic interactions following five years of spatial protection. Our data also demonstrated that the MPA had a positive effect on the δ15N signature of rockfish (i.e., trophic position), but the effect of rockfish length on its own was not well-supported. In addition, we found a positive interaction between rockfish length and δ15N signature, such that δ15N signatures of rockfish caught within the MPA increased more rapidly with body size than those caught in fished areas. Differences in rockfish size structure and biomass among fished and unfished areas were not clearly evident. Species of rockfish and lingcod varied in trophic and size responses, indicating that life-history traits play an important role in predicting MPA effects. These results may suggest early changes in trophic behavior of slow-growing rockfish due to predation risk by faster growing higher trophic level predators such as lingcod inside MPAs established on temperate reefs. Consequently, spatial protection may restore both the trophic and behavioral roles of previously fished consumers earlier and in measurable ways sooner than observable changes in abundance and size