Small Historically Black Colleges and Universities Bridging Social Capital: The Use of Language, Tone and Content to Share Information on Instagram

The COVID-19 pandemic has strained higher education institutions, especially small Historically Black Colleges and Universities (HBCUs). As campuses closed and reopened, Black communities\u27 digital divide grew, adding to the need to stay connected. This study uses social capital to examine how institutions use language, tone, content, and information to bridge social capital. An analysis of 35 small liberal arts HBCUs’ Instagram posts was undertaken to compare post frequency, types of information, engagement, tone, language, and content in 2019 before the COVID-19 pandemic and during the pandemic, 2020 and 2021. This study indicates that post-oversaturation in 2020 and 2021 and information type may factor into post-engagement from stakeholders. Using a casual tone, language not using your terminology, and content without graphics has more engagement. More comments in 2020 and 2021 indicate that stakeholders may have sought to bridge social capital

Gaining Compliance through Non-Verbal Communication

This article will examine the often de-emphasized and overlooked nonverbal aspects of communication. Understanding the impact of non-verbal messages sharpens one\u27s ability to view seemingly superficial mannerisms and movements as potential cues. Further, this article is designed to prompt individual assessment and increase awareness of one\u27s personal non-verbal mannerisms. This article is intended to encourage members of the ADR and legal communities to thoughtfully observe those around them and implement purposeful movements into their interactions, ultimately becoming more powerful and effective communicators and professionals. This article will consider two methods of gaining compliance through non-verbal signals. The first category examines persuading through liking, by establishing attraction and similarity. Its basic premise is that highlighting shared features, establishing favorable interpersonal relationships, building trust, and fostering credibility through non-verbal behaviors increases a messenger\u27s ability to persuade. The second category considers the use of non-verbal signals to convey power, dominance, and status to increase compliance rates. Reward, threat, punishment, and social and organizational hierarchies are also discussed as means of establishing power, dominance, and status. The goal of this article is to persuade readers that behaviors which communicate attraction and power are the same behaviors that improve one\u27s ability to influence others

Why will rat's go where rats will not

Experimental evidence indicates that regular plurals are nearly always omitted from English compounds (e.g., rats-eater) while irregular plurals may be included within these structures (e.g., mice-chaser). This phenomenon is considered to be good evidence to support the dual mechanism model of morphological processing (Pinker & Prince, 1992). However, evidence from neural net modelling has shown that a single route associative memory based account might provide an equally, if not more, valid explanation of the compounding phenomenon

Plural morphology in compounding is not good evidence to support the dual mechanism model

The compounding phenomena is considered to be good evidence to support the dual mechanism model of morphological processing (Pinker & Prince, 1992). However evidence from initial neural net modeling has shown that a single route associative memory based account might provide an equally, if not more valid explanation of the treatment of plurals in compounds. Further neural net modeling and empirical work is proposed to test this single route accoun

Morphologies of protostellar outflows: An ALMA view

The formation of stars is usually accompanied by the launching of protostellar outflows. Observations with the Atacama Large Millimetre/sub-millimetre Array (ALMA) will soon revolutionalise our understanding of the morphologies and kinematics of these objects. In this paper, we present synthetic ALMA observations of protostellar outflows based on numerical magnetohydrodynamic collapse simulations. We find significant velocity gradients in our outflow models and a very prominent helical structure within the outflows. We speculate that the disk wind found in the ALMA Science Verification Data of HD 163296 presents a first instance of such an observation

The calibration of photographic and spectroscopic films. Part 1: Film batch variations of reciprocity failure in IIaO film. Part 2: Thermal and aging effects in relationship to reciprocity failure. P art 3: Shifting of reciprocity failure points as a function of thermal and aging effects

Reciprocity failure was examined for IIaO spectroscopic film. Three separate experiments were performed in order to study film batch variations, thermal and aging effects in relationship to reciprocity failure, and shifting of reciprocity failure points as a function of thermal and aging effects. The failure was examined over ranges of time between 5 and 60 seconds. The variation to illuminance was obtained by using thirty neutral density filters. A standard sensitometer device imprinted the wedge pattern on the film as exposure time was subjected to variation. Results indicate that film batch differences, temperature, and aging play an important role in reciprocity failure of IIaO spectroscopic film. A shifting of the failure points was also observed in various batches of film

The Apprentice Researcher: Using Undergraduate Researchers\u27 Personal Essays to Shape Instruction and Services

Little is known about the intellectual journey of advanced undergraduates engaged in the research process. Moreover, few studies of this population of library users include students\u27 personal essays as a point of analysis in their scholarly pursuits. To gain insights into the research trajectory of apprentice researchers at the University of Michigan, the Library examined the personal essays that students submitted for its inaugural undergraduate research award. These essays chronicled students\u27 intellectual growth and development throughout the research process. Drawing on observations about the unique needs of these students, the authors analyze the implications for library instruction and services

Single-cell gene expression analysis of cryopreserved equine bronchoalveolar cells

The transcriptomic profile of a cell population can now be studied at the cellular level using single-cell mRNA sequencing (scRNA-seq). This novel technique provides the unprecedented opportunity to explore the cellular composition of the bronchoalveolar lavage fluid (BALF) of the horse, a species for which cell type markers are poorly described. Here, scRNA-seq technology was applied to cryopreserved equine BALF cells. Analysis of 4,631 cells isolated from three asthmatic horses in remission identified 16 cell clusters belonging to six major cell types: monocytes/macrophages, T cells, B/plasma cells, dendritic cells, neutrophils and mast cells. Higher resolution analysis of the constituents of the major immune cell populations allowed deep annotation of monocytes/macrophages, T cells and B/plasma cells. A significantly higher lymphocyte/macrophage ratio was detected with scRNA-seq compared to conventional cytological differential cell count. For the first time in horses, we detected a transcriptomic signature consistent with monocyte-lymphocyte complexes. Our findings indicate that scRNA-seq technology is applicable to cryopreserved equine BALF cells, allowing the identification of its major (cytologically differentiated) populations as well as previously unexplored T cell and macrophage subpopulations. Single-cell gene expression analysis has the potential to facilitate understanding of the immunological mechanisms at play in respiratory disorders of the horse, such as equine asthma