Dismembered Bodies, Dismembered Texts: Supernatural Anthologies and the Re-animation of the Dead in Post-revolutionary France (1802-1822)

The import of British Gothic novels in post-revolutionary France, from 1797 onwards, triggered French publisher to capitalize on the vogue of supernatural narratives. One of the results was the publication of a number of anthologies, hastily composed by cutting and pasting Old Regime collections, whose first example was the anonymous Le Livre des prodiges (1802). This essay reinstates the supernatural anthologies of 1802-1822 as a powerful link between the British Gothic and later French fantastic literature (particularly Alexandre Dumas), at the same time analysing how the very operation of cutting and pasting pre-revolutionary texts resonates with distinctly post-revolutionary anxieties

Caracterización petrológica y geoquímica de las rocas plutónicas de la Sierra de La Aguada, Provincia de San Luis, Argentina: Implicaciones genéticas con el arco magmático Famatiniano

This study presents a synthesis on the geology of the crystalline complex that constitute the Sierra de la Aguada, San Luis province, Argentine, from an approach based on field relations, petrologic and structural features and geochemical characteristic. This mountain range exposes a basement dominated by intermediate to mafic calcalkaline igneous rocks and peraluminous felsic granitoids, both emplaced in low to medium grade metamorphic rocks stabilized under low amphibolite facies. All this lithological terrane has been grouped in the El Carrizal-La Aguada Complex. Field relations, petrographic characterization and geochemical comparison of the plutonic rocks from the study area with those belonging to the Ordovician Famatinian suit exposed in the Sierra Grande de San Luis, suggest a genetic and temporal relation linked to the development of the Famatinian magmatic arc.El presente trabajo expone una síntesis de la geología que comprende al complejo cristalino que constituye la Sierra de La Aguada, provincia de San Luis, Argentina, desde un enfoque basado en las relaciones de campo, los rasgos petrológico-estructurales y las características geoquímicas. Dicha serranía expone un basamento dominado por rocas plutónicas intermedias-máficas de afinidad calcoalcalina y granitoides félsicos peraluminosos, en conjunto intruidas en metamorfitas de bajo a medio grado metamórfico estabilizadas en condiciones de facies de anfibolita. Todo el conjunto litológico ha sido agrupado dentro del denominado complejo El Carrizal-La Aguada. El análisis de las relaciones de campo, la petrografía y la comparación de las características geoquímicas de las rocas plutónicas del área estudiada y aquellas pertenecientes a la suite ordovícica Famatiniana expuestas en la Sierra Grande de San Luis, sugiere una posible relación genética-temporal vinculada al desarrollo del arco magmático Famatiniano

Second release of the CoRe database of binary neutron star merger waveforms

We present the second data release of gravitational waveforms from binaryneutron star merger simulations performed by the Computational Relativity(CoRe) collaboration. The current database consists of 254 different binaryneutron star configurations and a total of 590 individual numerical-relativitysimulations using various grid resolutions. The released waveform data containthe strain and the Weyl curvature multipoles up to $\ell=m=4$. They span asignificant portion of the mass, mass-ratio,spin and eccentricity parameterspace and include targeted configurations to the events GW170817 and GW190425.CoRe simulations are performed with 18 different equations of state, seven ofwhich are finite temperature models, and three of which account fornon-hadronic degrees of freedom. About half of the released data are computedwith high-order hydrodynamics schemes for tens of orbits to merger; the otherhalf is computed with advanced microphysics. We showcase a standard waveformerror analysis and discuss the accuracy of the database in terms offaithfulness. We present ready-to-use fitting formulas for equation ofstate-insensitive relations at merger (e.g. merger frequency), luminosity peak,and post-merger spectrum.<br

New national and regional Annex I Habitat records: from #60 to #82

New Italian data on the distribution of the Annex I Habitats are reported in this contribution. Specifically, 8 new occurrences in Natura 2000 sites are presented and 49 new cells are added in the EEA 10 km × 10 km reference grid. The new data refer to the Italian administrative regions of Campania, Calabria, Marche, Piedmont, Sardinia, Sicily, Tuscany and Umbria. Relevés and figures are provided as Supplementary material respectively 1 and 2. Copyright Antonio Morabito et al

Improving instruments for infrared remote sensing

Remote sensing of the Earth's atmosphere, typically performed in the infrared region of the spectrum, plays an important role in scientific research. In the past the instruments used to perform these observations have been large, massive devices and correspondingly have only been able to be placed on large satellites. There is currently a trend toward smaller Earth observing platforms, so-called micro-satellites, and there is therefore a need for smaller, less massive instruments. Typically these instruments utilise a semiconductor device that responds to incoming infrared radiation in a known way. Such devices are subject to a number of noise sources that reduce their performance. By cooling them to temperatures around 80K it is possible to significantly reduce the amplitude of this noise compared to the incoming radiation of interest, thus increasing the signal-to-noise ratio (SNR). Typically this cooling is performed by a mechanical cooler, but currently many of them are too massive and require too much power to be suitable for use on a small remote sensing satellite. By considering a typical application, a performance target for a miniature cooler was determined to be a heat lift of 200mW at a cold tip temperature of 80K. Hardware has been created to investigate the feasibility of achieving this aim with a hybrid cooler/radiator. The cooler is a miniature integral Stirling machine and uses flat spiral flexures with a newly designed linear motor to drive the compressor piston; the displacer is driven pneumatically. The prototype initially underwent characterisation without first being pre-cooled by the radiator. Although significant cooling was observed (to below 170K), initial characterisation highlighted a low thermal resistance between the warm end of the cooler and the cold tip. With pre-cooling the cold tip was able to reach a minimum no-load cold tip temperature of 92K, and with 200mW applied to the cold tip a temperature of 122.4 K was sustainable. Attempts were made to increase the thermal resistance between the warm end and cold tip by introducing thermal breaks into the regenerator, and whilst these did increase the thermal resistance, the overall performance of the cooler decreased. The concept of a hybrid miniature cooler/radiator has been shown to be feasible. To achieve the target performance of a heat lift of 200mW at 80K further work needs to be performed to characterise loss processes within the cooler and increase the thermal resistance between the warm end and cold tip.</p

CO-LAND OVERVIEW

Coastal landscapes across Europe are often characterized by overlapping and competing land uses. They are focus areas for settlements and infrastructure, especially road and train networks, and many industries and commercial zones that benefit from close access to harbours. Conversely, the tourism industry is also a major driving force with its own development dynamics and typical spatial patterns. All those economic potentials have attracted people to settle on the coast. This process is ongoing, leading to unsustainable development such as urban sprawl and irreversible consumption of soil and other natural resources. However, water-based recreation has various positive effects on human health and wellbeing – in relation to physical exercise and mental wellbeing, which is one of the main reasons to pursue the widest possible access to the seaside. The urban-land interface is also an important and often vulnerable habitat zone for flora and fauna which brings additional demands on such areas and also places them at risk from damage and degradation the territory. Being a pole of human settlement since early times, coastal landscapes are also often extremely rich in cultural heritage and form part of our collective memory and identity. Their sustainable and integrated planning, design and management is crucial for the mental, social, physical and economic well-being of the citizens. The ERASMUS+ strategic partnership ‘COLAND – Inclusive Coastal Landscapes’ is developing an innovative study module by combining online and site-based learning activities. In the light of the sensitive nature of coastal landscapes and their relevance to society, economy and the environment it is vital that planners and designers learn how to manage these territories in a sustainable way. Course participants will develop a profound understanding of the specific character of coastal landscapes. They will learn which driving forces are influencing the landscape system and which impact types are most relevant for planning and design responses. Participants will further learn about various approaches to landscape assessment in order to specify the challenges and potentials of a coastal landscape. They will have the opportunity to define and test assessment models and derive relevant knowledge for planning and design, such as the introduction of green-blue infrastructures in coastal landscapes. Different approaches to strategy building, planning and design in the context of coastal landscapes will be presented. Hence, the course participants will be able to draft a strategy and a master plan for a coastal area taking economic, ecological and social aspects and current policies into account

Lessons learned and follow up. Overview of the Tallinn ISP

The extensive coastline of Tallinn is diverse with several peninsulas on which ports, industry, natural and even undeveloped coastal areas juxtaposed directly adjacent to one another. The Kopli Peninsula was chosen for the ISP workshop because it is a location where this fore-mentioned confrontation is quite intense with many shipyards and factories as well as workers’ homes. As a representative depiction of the Tallinn coastline, Kopli peninsula is diverse. However, it is poorly accessible and has been undergoing intensive development for approximately ᴀve years.Some areas are very natural and informal due to the lack of any interventions while Kopli was a border zone. After the fall of communism, this formerly inaccessible coastline opened to the public. It is part-owned by the city, while some areas have been privatised and are under development. With its very diverse history, Kopli has a lot of potential and challenges for future redevelopment as part of Tallinn’s comprehensive planning. In addition, Kopli was chosen for the ISP because this coastal area is the subject of an experimental spatial intervention of the BlueHealth project led by EMU