The Palaeogeography of Lake Pannon During Deposition of the Congeria rhomboidea Beds

Lake Pannon covered the area of the Pannonian Basin during the late Miocene. According to the seismic profiles, prograding deltas from the NW and NE resulted in the S-SE migration of the northern palaeoshoreline and the gradual aggradation of the lacustrine basin. The molluscan fauna living in the lake underwent a very rapid evolution. For the younger species, the possibilities of spreading became more and more restricted due to the gradual shoaling of the lake. The bivalve species Congeria rhomboidea M. HÖRNES occurs widely in the Upper Pannonian (Pontian sensu Stevanovic) deposits of Hungary and the neighbouring countries. Its evolution is relatively well understood. According to magnetostratigraphic data this species appeared in the lake 8.5 mya. According to the maximal geographical distributions of C. rhomboidea and its ancestor Congeria praerhomboidea STEVANOVIC occurring in sublittoral clay and silt along with the representatives of Prosodacnomya coming from littoral and lagoon deposits of the same age the estimated water coverage was around 75,000 km2 at the time of first emergence of C. rhomboidea in the lake. In the north the distribution of C. praerhomboidea is strictly restricted to the north of that of C. rhomboidea, its descendent, implying a clear S-SE trend in the migration of the lake’s northern palaeoshoreline. Distributions of the littoral Prosodacnomyas in relation to the sublittoral C. rhomboidea of the same age display a similar pattern. Meanwhile the western and southern palaeoshorelines underwent only minor fluctuations

Experiencing local news online: audience practices and perceptions

This article explores how audiences experience local news online. It discusses the findings of an empirical study that examined why audiences consumed local news online, what sources they were most likely to access, how important distributing platforms were in local news use, and what users understood by local news. The research had a qualitative design applying diaries as its main method collecting data in the South-East of England in 2016 and 2017. The findings suggest that there is no shared understanding among audience members about what local news is in the digital environment. The study identified three predominant ways in which participants understood local news: as personally relevant or interesting information, as content produced by legacy local media brands, and as community engagement. The study also found that each of the different understandings of local news was linked to particular online news consumption and engagement patterns. The paper argues that audience perceptions of news should be studied alongside motivations for and practices of news engagement and consumption in order to gain a comprehensive understanding of audiences and news in the digital age

The climate emergency across business, community and campaign groups: motivations and barriers to driving change for the common good

Initiatives to help tackle the climate emergency have tended to focus on large-scale actions that governments can take and smaller-scale actions for individuals, with relatively limited attention given to the mass of groups that form society between these two ends of the spectrum. The aim here is to help close that gap and the chosen areas of study are business, community, and campaign groups. The approach was to assess the existing literature and to conduct three focus groups to identify what motivates these groups to take actions on climate change, while also uncovering the barriers that may drive choices of inaction. The findings indicate that multiple factors motivate environmental engagements across business, community, and campaign groups, but personal ethics and concern for the future play the most vital roles. The most common barriers cited were difficulties in accessing support schemes, a lack of clear accessible information, and financial implications. Better networking and knowledge exchange are considered essential for meaningful progress. This research provides a new framework, upon which many organisations can be better motivated to take actions in helping deal with the global climate emergency facing humanity. Practical action guides may be developed from existing materials, and small taskforces could be trained to provide direct hands-on support to groups across society, especially those in SMEs and local communities. The energies of younger people and campaigners, combined with the experiences of other generations, would create a powerful force for good

Management actions to address the climate emergency: Motivations and barriers for SMEs and other societal micro/meso-level groups

Initiatives to tackle the climate emergency have tended to focus on large-scale actions that governments and investors (societal macro-levels) can take and smaller-scale individual habits, with limited attention given to the groups that form society between those ends of the spectrum (societal micro/meso-levels). This research aims to traverse that gap by studying three societal micro/meso-level groups; from the private, public and voluntary sectors, as represented by business, community and campaign groups. Existing literature and focus groups are used to identify what motivates actions on climate change, while exposing barriers that may drive choices of inaction. The study shows that concerns for the future and personal ethics play vital roles across business, community and campaign groups, while the principal barriers include difficulties in accessing support schemes and changes in political priorities. Better networking and knowledge exchange are considered essential for meaningful progress. This provides a new framework for management education to support organisations in tackling climate-related issues. Action guides may be developed and task-forces trained to provide hands-on support, especially for SMEs and local communities. The enthusiasm of younger people and campaigners, combined with others’ experiences, would create a powerful platform for climate emergency actions

Complete Break Up of Ortho Positronium (Ps)- Hydrogenic ion System

The dynamics of the complete breakup process in an Ortho Ps - He+ system including electron loss to the continuum (ELC) is studied where both the projectile and the target get ionized. The process is essentially a four body problem and the present model takes account of the two centre effect on the electron ejected from the Ps atom which is crucial for a proper description of the ELC phenomena. The calculations are performed in the framework of Coulomb Distorted Eikonal Approximation. The exchange effect between the target and the projectile electron is taken into account in a consistent manner. The proper asymptotic 3-body boundary condition for this ionization process is also satisfied in the present model. A distinct broad ELC peak is noted in the fully differential cross sections (5DCS) for the Ps electron corroborating qualitatively the experiment for the Ps - He system. Both the dynamics of the ELC from the Ps and the ejected electron from the target He+ in the FDCS are studied using coplanar geometry. Interesting features are noted in the FDCS for both the electrons belonging to the target and the projectile.Comment: 14 pages,7 figure

A neutron spectrometer for studying giant resonances with (p,n) reactions in inverse kinematics

A neutron spectrometer, the European Low-Energy Neutron Spectrometer (ELENS), has been constructed to study exotic nuclei in inverse-kinematics experiments. The spectrometer, which consists of plastic scintillator bars, can be operated in the neutron energy range of 100 keV-10 MeV. The neutron energy is determined using the time-of-flight technique, while the position of the neutron detection is deduced from the time-difference information from photomultipliers attached to both ends of each bar. A novel wrapping method has been developed for the plastic scintillators. The array has a larger than 25% detection efficiency for neutrons of approximately 500 keV in kinetic energy and an angular resolution of less than 1 degrees. Details of the design, construction and experimental tests of the spectrometer will be presented. (C) 2013 Elsevier B.V. All rights reserved.</p