Dragon09/odtu_chatbot huggingface dataset:
safe healthy and environmental ship recycling

ship recycling refers to the disassembly of a ship in recycling facilities as well as the storage and processing of these materials to reuse them the ship recycling industry enables the reuse of raw materials for industrial purposes and thus is fully in line with the european circular economy action plan and green deal objectives yet in addition to workrelated diseases due to toxic substances unacceptably high levels of fatalities and injuries at current shipbreaking yards makes ship recycling one of the most dangerous occupations in the world ilo 2015besides due to the lack of proper waste management toxic waste from shipbreaking contaminates the coastal areas and exposes the workers to hazardous substances although international regulations exist to reduce and prevent the adverse effects of ships on human health and the environment imo 2009 unep 2011 regulation eu no 12572013 improving the safety and health of workers and stopping the detrimental impact on the environment still remain major challenges of the sectorthe main objective of sherec is to enable the involvement and adoption of innovative robotics data and ai systems into the ship recycling industry to significantly improve the occupational health and safety conditions in this industry and to prevent contamination of hazardous materials both at occupational and environmental levels specifically sherec will 1 semiautomate the preparation process in ship recycling using an aipowered drone inspecting the interior of the ship to locate hazardous materials on the ship 2 create an automated ship recycling plan using a digital twin of the ship and aibased planning methods and 3 automate the cutting and paint removal processes in ship recycling process using two innovative mobile robotic systems that can work autonomously or via teleoperation
innovative blockchain traceability technology and stakeholders engagement strategy for boosting sustainable seafood visibility social acceptance and consumption in europe

current seafood traceability tools and services have the potential to take advantage of novel blockchain technologies to obtain a wide range of data making sustainable seafood practices more visible to consumers sea2see project will fill in existing seafood traceability gaps through development of an innovative endtoend blockchain model and professional and consumer applications to increase trust and social acceptance of sustainably fished and farmed seafood the project will provide technological solutions to answer the need of a valuable source of data collected throughout the whole seafood value chain verified and covering inputs from diverse stakeholders for that purpose a specific focus will be put on active commitment of stakeholders and real empowerment of consumers through the implementation of societal and sectoral strategies for cocreation communication and awareness raising
bauhaus bites positive food environments fortified with naturebased solutions and new european bauhaus

the project will deliver urban food system transformation via bauhaus bites bb food environments cocreated and demonstrated in 7 cities at different levels of societal readiness their transferability discussed with sister projects and europeanglobal networks and the results summarised in a playbook for broad adoption bauhaus bites food environments are urban and periurban ecosystems that commit to implementing sustainable healthy diets amplified by the new european bauhaus and fortified with naturebased solutions ensuring that the transformed food environments of tomorrow are sustainable inclusive and beautifulby merging the key perspectives of european and global strategies such as the farm to fork and food 2030 strategies the planetary health diet and the planetary health diets with the new european bauhaus values and principles bauhaus bites offers a unique approach not yet seen in food system transformation projects that will reimagine these food environments together with local culturally diverse communities customised to meet their needs and anchored in social meeting spaces that carry meaning for them the project will cocreate bb food environments in 3 trailblazers birmingham fundo zagreb and 4 twins murska sobota ostend palermo sarajevo with different geographies sizes demographic challenges and societal readiness boost mutual learning through a community of practice document their added value with sciencebased indicators to inform highlevel policymaking test them for transferability with europeanglobal networks and summarise the learnings guidelines methods and examples in a playbook the bb approach will be based on inclusive participation and cocreation including city and regional authorities community and businessdriven initiatives and inhabitants and end users of the food environments
projecting the fate of arctic and alpine ungulates how past climate and harvesting shaped genetics and demography

conserving biodiversity urgently requires the integration of knowledge across ecologicaltime scales and disciplines aaungulates will fulfil such major ambition developing an innovative framework joining palaeoecology to evolutionary demography by extracting invaluable knowledge from millennia of natural history and detailed demographic data this project will provide advances in predicting species persistence under rapid global changes specifically the project will study 1 the effect of climate and harvest on effective population sizes of arctic and alpine ungulates at historical using subfossil genomics and 2 contemporary using genomics and demography timescales to 3 project their population viability under credible climate scenariosto achieve these novel goals i propose a pioneering approach linking stateoftheart genomics from ancient and modern specimens to individualmonitoring programs to maximize societal impacts the research focuses on charismatic ungulates sharing histories of huntinginduced bottlenecks and inhabiting biomes warming the fastest on earth these unique empirical datasets will allow theoretical advancements by identifying common genetictodemography processes with important insights on how population viability is tied to low genetic diversityto undertake this integrative endeavor a twoway transfer of knowledge will be crucial between the beneficiary universit savoiemont blanc usmb france and i in g yannics expert group i will learn about alpine ecology and paleogenomics and in turn will bring knowledge of arctic ecology and demographic biostatistics a strong collaborative team from 9 institutions in 4 countries gathering eminent specialists in key aspects of aaungulates will further enrich my network and skills the highquality outputs planned supplemented by the diverse earlycareer programs at usmb will give a springboard to become an independent expert in multiscale evolutionary demography
toward efficient and environmentallyfriendly cooling using active electrocaloric regeneration

cooling accounts for 17 of total global electricity consumption vapor compression cooling dominated the markets whichuses refrigerants that can leak to the environment and exhibits low efficiency by contrast cooling based on an electricfielddriven change in temperature of certain materials ie the electrocaloric ec effect promises an environmentallyfriendlytechnology with high efficiency however three key obstacles have prevented ec cooling from becoming commerciallyrelevant small temperature span low fatigue life and high applied voltagethis project has an ambitious goal of gaining insight into a regenerative ec cooler which will enable the design andfabrication of the first regenerative ec device exhibiting a large temperature span with long fatigue life performance targetsinclude a temperature span of 20 k a fatigue life of 10000 cycles and a low applied voltage the research is organized intothree work packages 1 advanced material characterization 2 highfidelity system modelling and 3 demonstration of ahighperformance demonstrator to achieve this challenging goal a strong collaboration will take place between threeleading institutions ie the technical university of denmark the university of cambridge and the university of barcelonathe applicant is currently at forefront of international advances in developing regenerative cooling technologies withinternationally recognized awards 24 peerreviewed publications and 11 innovation patentsthe project will demonstrate a new concept of a robust high performance electrocaloric cooler which is expected totransform the current cooling technology to the new one that is environmentally friendly and efficient a timely award of themarie skodowskacurie fellowship will provide the applicant the necessary resources and access to expertise to makerapid progress in this emerging research area and become an independent researcher ready to compete globally
chronology of the norse transatlantic colonies and territories

for ten thousand years the world was divided in two almost all human societies belonged to either the old or the new worlds amid this consummate isolation the two worlds followed their own cultural and ecological trajectories the loop was finally closed when the norse arrived in the americas in 1021 ce however the story of this closure ironically remains one of the most significant gaps in our knowledge of the past this project addresses the timing duration geographical extent and lasting significance of this period of first contact using the newly developed tools of spike radiocarbon dating and ancient dna provenancing current understanding of the norse transatlantic expansion will be both tested and extended data of unprecedented precision will cast the history of greenland into sharp relief allowing fresh insights to be gained on the role of conflict climate and trade in the ultimate abandonment of the colony furthermore by analysing artefacts on either side of the atlantic the true extent and temporality of the norse presence in the new world will be unveiled drawing all the new evidence together contact will be able to trace the story of the period as it has oscillated down the centuries between fact and fiction in so doing it will establish a framework for reanalysing the earliest connections between the old and the new worlds
program exchange for chiral symmetry

exqiral is a proposed 4year exchange program between the max planck society icfo barcelona the weizmann institute of science israel university of pisa and mit usa the researchers exchange will be based on preexisting scientific program between these partners and will provide the researchers with a collaborative environment to address fundamental questions in the field of topology chirality twistronics or quantum chemistry amongst others many fundamental breakthroughs in science will result from the development of new techniques in this synergetic program exqiral will develop specialized tools for exploring the chiral nature of matter as well as fabricating novel tuneable devices that take advantage of the unique properties of chiral matter exqiral will bring tremendous added value not only to the research programs that it will catalyze and incentivize but also in the training and mentoring of young scientists to carry out research that is bold of high risk and that will lead to the greatest impact on the scientific world and beyond exqiral will create a range of structural components that are designed to promote risk taking both in scientific exploration as well as in the translation of research findings to impact on society a major mission of exqiral will be to foster the careers of the most brilliant young scientists at the participating institutes and especially to create structuexqiral is a fouryear staff exchange multidisciplinary program between 4 academic partners of four european countries icfo spain weizmann israel uni pisa italy mpg dresden and one thirdcountry mit usa this collaboration is based on an existing program and established collaboration amongst these institutions the combination of expertise from the five institutes can benefit a joint research program by offering a comprehensive and synergetic approach to studying novel quantum and topological materials and unresolved mysteries like the ciss effect
coupling biogeochemical analysis environmental dna and ecological network analysis of sediment cores to reconstruct environmental history and ecosystem changes in posidonia oceanica meadows

posidoniarxiv combines multiple disciplines to reconstruct ecosystem processes dynamics and change through time in posidonia oceanica meadows in spain p oceanica is an iconic seagrass in the mediterranean basin forming extensive meadows and dense mats which work to stabilise sediments and form a millenary sedimentary archive while providing habitat for an abundance of marine life p oceanica meadows contribute to global change mitigation and adaptation by sequestering pollutants including co2 and reducing coastal erosion while enhancing biodiversity by providing habitat and breeding areas for marine life including commercial species however seagrasses in general and p oceanica in particular are in decline due to anthropogenic disturbances such as climate change pollution and landuse change these meadows sustain the livelihoods of coastal populations and are located in coastal areas throughout the mediterranean in particular p oceanica inhabits sheltered embayments that also constitute key areas of settlement by ancient civilisations until present posidoniarxiv combines environmental dna biogeochemical analysis and ecological network analysis to understand the historical changes in poceanica meadows firstly sediment cores will collected at sites of high and low anthropogenic disturbance and biogeochemical analysis will be conducted to determine key periods of human or natural disturbance this will inform sampling and edna analysis to reconstructed historical changes in biodiversity at these sites furthermore the edna data will be used for ecological network analysis over millennia timescales to understand biodiversity change and identify mechanisms of resilience in this environment overall posidoniarxiv will strengthen management and restoration targets for poceanica environments and contribute key knowledge to historical reconstructions of whole ecosystems
fluctuations in continuum and conservative stochastic partial differential equations

fluctuations are ubiquitous in real world contexts and in key technological challenges ranging from thermal fluctuations in physical systems to algorithmic stochasticity in machine learning to fluctuations caused by smallscale weather patterns in climate dynamics at the same time such complex systems are subject to an abundance of influences and depend on a large variety of parameters and interactions a systematic understanding of the interplay of stochasticity and complex dynamical behavior aims at unveiling universal properties irrespectively of the many details of the concrete systems at hand its development relies on the derivation and analysis of universal concepts for their scaling limits capturing not only their average behavior but also their fluctuationswe propose to analyze the class of conservative stochastic partial differential equations spde as such a universal fluctuating continuum model and unveil its mathematical analysis as a fruitful field for the discovery of new mathematical structures and methods the key challenges targeted in this proposal are 1 wellposedness of singular conservative spdes 2 singular limits for supercritical conservative spdes 3 stochastic dynamics for conservative spdeswe aim to approach these challenges by a novel combination of recent scientific breakthroughs in the fields of strongly nonlinear conservative spdes and singular spdes we thereby intend to advance the highly active and productive field of singular spdes which has inspired striking mathematical progress in the last decadethe analysis of conservative spdes conjoins several contemporary fields of analysis and probability singular spdes nonlinear pdes kinetic theory supercriticality and stochastic dynamical systems we are therefore confronted with an interplay of stochasticity irregularity and nonlinearity posing new challenges and going far beyond established methods
translation in cellular context elucidating function organization and regulation with nearatomic models in whole cells

translation the fundamental process of protein synthesis catalyzed by ribosomes has been extensively characterized from a biochemical structural and mechanistic perspective however how exactly the translation machinery operates as an interconnected system of millions of ribosomes in cells is poorly understood within the cell ribosomes associate with a multitude of regulatory proteins forming a variety of specialized complexes and distributing across cellular space in a manner that depends on cell state what is the specific composition of those complexes their significance and their functional role how are they defined and regulated by subcellular compartmentalization how do they change in response to cellular stress our transform synergy team brings together experts in method development for incell structural biology and the biology of translation to allow us for the first time to attack these fundamental problems building on our prior achievements we aim to synergistically develop novel methods of cryoelectron tomography with imaging across scales in conjunction with crosslinking mass spectrometry and integrative structural modeling for nearatomic structure determination directly in cells transform will determine the ribosome structural and functional states across the translation cycle in human cells following distinct 40s 80s and disomal particles 80s80s in and out of polysomes and across different protein synthesis regimes we will uncover structural and compositional changes and regulatory mechanisms across cellular space in adaptation to perturbations by stressors and during viral infection our model systems will span from single cells to organoids transform will provide a detailed and comprehensive incell map of the essential process of protein synthesis while delivering innovative methods for the nextgeneration of incell structural biology
deconstructing hypothalamic neurocircuitry architecture and function in metabolic control during health and disease

understanding the exact nature of cnsdependent regulation of body weight has become of utmost societal importance as we are witnessing an everincreasing number of overweight and obese subjects who exhibit a predisposition for a plethora of obesityassociated diseases such as type 2 diabetes mellitus cardiovascular diseases and certain types of cancers however despite the tremendous advances made in defining the neurocircuitry basis underlying the central control of feeding and metabolism critical open questions still remain for example how can we reliably identify the exact anatomical localization of the recently identified molecularly heterogenous cell types in the hypothalamus what are yet unknown energy state or food cueregulated neuronal cell types and what is their functional contribution to energy homeostasis which are yet unidentified neurocircuits critical for the initiation of adverse metabolic effects upon highly palatable food consumption and what are the lipotoxic species accumulating in energy stateregulated neuronal cell types upon obesity development the proposed work program will employ stateoftheart technologies in modern molecular systems neuroscience and mouse genetics and will focus on the following four key aims1establishment of a highresolution spatial transcriptional map of the murine hypothalamus2identification validation and functional characterization of novel hypothalamic neuronal cell types activated during fastingfeeding transitions and upon sensory food perception3discovery of novel hypothalamic neurocircuits activated during obesity development4assessment of cellintrinsic lipidomic changes in metabolism regulatory neurons during obesity developmentthus the proposed work program will not only advance our fundamental understanding of the cnsdependent regulation of metabolism but could also open up new channels of drug discovery for tackling obesity and obesityassociated metabolic diseases
renewable hydrogen for inland waterway emission reduction

the main aim of rh2iwer is to create a solid basis for the acceleration of hydrogen fuel cell powered vessels in inland waterway shipping by demonstrating six commercially operated vessels these vessels are of varying lengths and types 86m 110m and 135m container bulk and tanker vessels with installed power ranging from 06 to 2 mw the project will also work with standardization of containerized fuel cell and hydrogen solutions with the demonstration standardization work and multilevel analysis combined with vigorous dissemination and communication measures rh2iwer project will create a basis on which the shipping industry can significantly reduce their environmental footprint and remove emissions from their entire fleet in the future the inland waterway fleet comprises a total of more than 15000 vessels and the vessels within rh2iwer are representative of the typical dry and liquid cargo vessels in the rhine and danube fleets amounting to 12800 vessels or roughly 80 of the inland waterway fleet the lessons learned from developing fuel cell and hydrogen solutions for the vessels in this project could be applied more or less directly to these vessels which would then immediately reduce the ghg emissions from these ships to zerothe consortium includes 14 european partners with five shipowners future proof shipping theo pouw vt shipping dfds and compagnie fluviale de transport with its affiliated entity sogestion the shipowners are supported by two of the main maritime fuel cell manufacturers ballard europe and nedstackl as well as world leading gas company air liquide and its affiliated entities air liquide belge and lair liquide sa lastly highly respected knowledge institutions vtt stichting projecten binnenvaart and university of genova with their affiliated entity h2boat will assist the companies in successful deployment as well as the dissemination replication and exploitation of these demonstrations and technologies