Comet Rag

Man looking at a comet passing by, through a telescopehttps://scholarsjunction.msstate.edu/cht-sheet-music/13717/thumbnail.jp

College Boys : March and Two-Step

https://digitalcommons.library.umaine.edu/mmb-ps/2331/thumbnail.jp

The impact of digitization and digital resource design on the scholarly workflow in art history

The technological progress of the past decades has had a transformative effect on both cultural institutions and academic research. It is generally accepted that mass digitization projects led by museums, libraries and archives have allowed institutions to reach new audiences and increase the impact of their collections, while the emergence of digital libraries and other types of digital resources has opened up new opportunities for scholars in terms of accessing diverse types of information. Yet, our knowledge of the impact of these resources on the scholarly workflow beyond the stage of discovery remains limited; this paper argues for the importance of understanding user behavior and needs for building digital resources that have a positive effect on the whole scholarly workflow. By employing an ethnographic approach to the study of art historians’ habits we get a detailed view of the effect that digitization and digital resource design can have on scholars’ work, from the seeking of the information to the construction of the research argument. The complex information behavior of art historians and the challenges they often face when interacting with digital resources make them a great example to demonstrate the impact that these can have on the research process

Embedding creativity into digital resources: Improving information discovery for art history

Over the past decades, technological advancement and the mass digitization of information resources have led to the development of a range of digital resources for academic scholarship. Understanding the needs of scholars when employing digital resources for their work can lead to the building of digital infrastructure that not only enables access to the required information but also has the potential to transform scholarship through having a positive effect on the whole scholarly workflow. Through this article, we show how the design of digital libraries and resources can be improved to enhance information discovery and use in art history, while also benefiting other key areas of the research process. By employing an ethnographic approach to the study of scholarly practices, we developed a sound understanding of art historians’ behaviour when interacting with information at different stages of the scholarly workflow. Our results show that scholars exhibited highly creative behaviour when conducting core scholarly activities, such as information seeking and use. Yet, the challenges they often encountered showed that there is still more work to be done to improve digital infrastructure and tools for scholarship in the field. Part of this article will focus on the user requirements for designing systems that facilitate discovery, encourage creative use of information, and trigger inspiration

The Gladiator : March Two-Step

https://digitalcommons.library.umaine.edu/mmb-ps/2338/thumbnail.jp

Cold adaptation and replicable microbial community development during long-term low temperature anaerobic digestion treatment of synthetic sewage

The development and, activity of a cold-adapting microbial community was monitored during low temperature anaerobic digestion (LtAD) treatment of wastewater. Two replicate hybrid anaerobic sludge bed-fixed-film reactors treated a synthetic sewage wastewater at 12°C, at organic loading rates of 0.25–1.0 kg Chemical Oxygen Demand (COD) m−3 d−1, over 889 days. The inoculum was obtained from a full-scale AD reactor, which was operated at 37˚C. Both LtAD reactors readily degraded the influent with COD removal efficiencies regularly exceeding 78% for both the total and soluble COD fractions. The biomass from both reactors was sampled temporally and tested for activity against hydrolytic and methanogenic substrates at 12˚C and 37˚C. Data indicated that significantly enhanced low-temperature hydrolytic and methanogenic activity developed in both systems. For example, the hydrolysis rate constant (K) at 12°C had increased 20–30-fold by comparison to the inoculum by day 500. Substrate affinity also increased for hydrolytic substrates at low temperature. Next generation sequencing demonstrated that a shift in community structure occurred over the trial, involving a 1-log-fold change in 25 SEQS (OTU-free approach) from the inoculum. Microbial community structure changes and process performance were replicable in the LtAD reactors

You are the One I Love

https://digitalcommons.library.umaine.edu/mmb-vp/6250/thumbnail.jp