Nominalization and argument structure in early new high german

Recent work on argument selection couched in a lexical decomposition approach (Ehrich & Rapp 2000) postulates different linking properties for verbs and nouns, challenging current views on argument inheritance. In this paper, I show that the different behavior with respect to verbal and nominal linking observed for Present-Day German does not carry over to ung-nominals in Early New High German. Deverbal nouns and corresponding verbs rather behave alike with respect to argument linking. I shall argue that this change is motivated by the growing rift between ung-nominals and their verbal bases both focussing on different parts oftheir lexicosemantic structure in Present-Day German. Evidence for the verb-like behavior of ung-nominals in Early New High German comes from the regular meaning relation between verbs and corresponding derived nouns, the actional properties of event-denoting nouns, and the patterning of ung-nominals with nominalized infinitives. Even their syntactic behavior reflects the verbal character of ung-nominals during that period of the German language. The diachronic facts can be accounted for in a straightforward way once we adopt a lexical decomposition approach to argument selection

Identification and quantification of cannabinol as a biomarker for local hemp retting in an ancient sedimentary record by HPTLC-ESI-MS

Cannabis products have been used in various fields of everyday life for many centuries, and applications in folk medicine and textile production have been well-known for many centuries. For traditional textile production, hemp fibers were extracted from the stems by water retting in stagnant or slow-moving waters. During this procedure, parts of the plant material‚ among them phytocannabinoids‚ are released into the water. Cannabinol (CBN) is an important degradation product of the predominant phytocannabinoids found in Cannabis species. Thus, it is an excellent indicator for present as well as ancient hemp water retting. In this study, we developed and validated a simple and fast method for the determination of CBN in sediment samples using high-performance thin-layer chromatography (HPTLC) combined with electrospray ionization mass spectrometry (ESI-MS), thereby testing different extraction and cleanup procedures‚ as well as various sorbents and solvents for planar chromatography. This method shows a satisfactory overall analytical performance with an average recovery rate of 73%. Our protocol enabled qualitative and quantitative analyses of CBN in samples of a bottom sediment core‚ having been obtained from a small lake in Northern India, where intense local retting of hemp was suggested in the past. The analyses showed a maximum CBN content in pollen zone 4 covering a depth range of 262–209 cm, dating from approximately 480 BCE to 1050 CE. These findings correlate with existing records of Cannabis-type pollen. Thus, the method we propose is a helpful tool to track ancient hemp retting activities

Prolonged vertical prism wearing - a report on its visual and systemic effects

Prolonged vertical prism wearing - a report on its visual and systemic effect

Making Community Engaged Games (Fall 2021)

The students in this immersive learning experience were enrolled in CS215: Introduction to Game Design. This course provides a practical introduction to game design using a systems thinking approach, emphasizing the iterative and creative processes used to create engaging games. The first half of the semester was spent exploring fundamental theories of game design, including an introduction to educational game design. The students devoted their second half of the semester to iterative development of an original game based on the core stories of Minnetrista. George Buss, Jr, Vice President of Visitor Experience at Minnetrista, made several visits to the class to talk about Minnetrista's role in the community and give students feedback on their design ideas. Contained in this showcase are near-final drafts of many students' final projects, all of which are print-and-play games. That means you can download the files, print them up, and try the games for yourself! The authors' contact information should be provided in each packet in case you would like to send them feedback on their designs. Note that the students' projects will be finalized after the deadline for submission to this online showcase, and so the versions submitted to Minnetrista may vary slightly from what is available here. The games created by this semester's students will provide the input into next semester's continuation of this immersive project. The Spring team will work with Minnetrista and their faculty mentor to choose the designs most amenable to digital production, and then we will work together to produce an original video game based on these designs

Record of vegetation, climate change, human impact and retting of hemp in Garhwal Himalaya (India) during the past 4600 years

This study is focused on a 3.55-m-long sediment core retrieved from Badanital (i.e. the BT core) in 2008. Badanital (30°29′50″N, 78°55′26″E, 2083 m a.s.l.) is a small lake located in the upper catchment area of the Ganges in Garhwal Himalaya, northern India. The lake and the regional broad-leaved semi- evergreen forests are under the influence of the Indian Summer Monsoon (ISM) and westerly associated cyclones. Palynological investigation of the BT core revealed past vegetation changes reflecting both climate and human impact during the last 4600 years. Maximum spread of oaks occurred during c. AD 550–1100 and c. AD 1400–1630, that is, the intervals which partly overlap with the ‘Medieval Warm Period’ and the ‘Little Ice Age’, respectively. Three intervals of decreased oak pollen percentages are attributed to (1) continuously drier and cooler climatic conditions and fire activity (c. 2600–500 BC), (2) severe reduction in oak forests followed by secondary succession of alder woods (c. AD 1150–1270) and (3) pre-modern settlement activities since the British imperial occupation (after c. AD 1700). We argue that the high percentages (i.e. up to 28%) of Humulus/Cannabis type and Cannabis type pollen point to intense local retting of hemp c. 500 BC–AD 1050. Based on our age model, Cannabis fibre production at Badanital is contemporaneous with archaeological records of ancient hemp products from different parts of Eurasia suggesting possible linkages to early trade and knowledge exchange routes connecting India and the Himalaya with Central and East Asia and possibly Europe

A Multi-methodological Approach to Word Order Variation in German Infinitival Complementation

Contribution to Linguistic Evidence 202