Dragon09/odtu_chatbot huggingface dataset:
digital transition of catch monitoring in european fisheries

the aim of everyfish is to develop test and promote an ambitious suite of innovative technological solutions for fully automated catch recording and reporting a next generation electronic reporting system ers for use on board eu european fishing vessels as well as to develop innovative governance strategies that make use of the automaticallyreported catch datathe everyfish project will be a close collaboration with between research academic industry and governance actors as well as technology providers across the eu and other european countries these technological innovations will enable the sector to optimise automatic data collection to ensure correct reporting of the catch in terms of the size weight and species the provision of verifiable catch information and improved evidence of compliance with fisheries regulations will streamline compliance activity for both fisheries and regulators as well as generating knowledge and data for future conservation research and governance activities
flexible predictive and renewable electricity powered electrochemical toolbox for a sustainable transition of the catalystbased european chemical industry

the firefly project rises to the sustainable evolution of the catalystbased chemical industry towards its electrification and reduced thirdparty dependence on metals and fossil energy the controversial sustainability challenges and opportunities in catalysts recyclingproduction and catalyzed chemical processes motivated the synergy of 16 partners proposing the firefly concept relying on the development of i electrodriven technologies for metal recycling from spent waste and offspecification catalysts available in europeincluding a modelling optimization and engineering approach ii efficient integration of renewable electricity iii a digital tool for predictive decisionmaking iv production of electrocatalysts for innovative electrochemical processes that overcome traditional production associated with high operating conditions greenhouse gas emissions and lack of circularity the 48month project foresees 3 stages i the technologies involved in the concept will be developed to trl4 accompanied by an integrated sustainability assessment that will support the selection of the most promising technology routes based on their environmental and technoeconomic performance ii the selected flowsheets will form the firefly process in a smallscale pilot they will be demonstrated at trl6 in the predictive res powered and flexible production of new metalbased electrocatalysts from secondary resources as well as in the application of these outputs in innovative electrochemical processes of selected chemicals ammonia and hydrogen peroxide with current environmental and operational concerns depolymerization of lignin and biomass processing for biobased chemicals in support of defossilization of the chemical industry iii the activities and results will be effectively communicated disseminated and exploited to a wide set of stakeholders
mirra microclimate realtime remote applications

climate change and its impacts on ecological agricultural and other societal systems is often studied by relying on temperature data derived from official weather stations yet these data do not capture microclimates influenced by vegetation soil and topography operating at spatial scales relevant to the majority of organisms on earth detecting and attributing climatechange impacts with confidence and certainty will only be possible if we better quantify how temperatures are changing in forests mountains shrublands and other remote habitats policy makers and land managers urgently need open access to more microclimate datahere we develop an open access integrative microclimate realtime remote applications mirra instrument with an associated authoritative online database to solve this problem there is an urgent need for a novel miniature and simple selfassembly open access device with free online data accessthe overarching aim of mirra is to develop a miniature and simple selfassembly instrument for instantaneous longterm and remote measurements of microclimate with optimized power usage and data transfer via cellular connectivity all data become automatically available to everybody online and mirra will thus substantially increase the availability of open access realtime microclimate data from all over the world as a proofofconcept showcase and building on erc stg formica we will install the mirra system in 45 forests spread across europewith the dawn of such novel sensor technology for the longterm lowcost realtime and remote sensing of microclimates we lay the foundation and open a wide range of possibilities to map microclimates in different ecosystems feeding a next generation of models this system will serve a multitude of societal needs now and into the future as climate change accelerates
polynomialtime computation opening the blackboxes in constraint problems

the class p of polynomialtime computable computational problems is the most important and robust complexity class for the study of efficient computation answering what problems belong to p will lead to groundbreaking applications in science and society moreover p is a relatively recent mathematical object and radically different from classical notions studied for centuries thus capturing it promises the discovery of new fundamental theorems in mathematicsour current understanding of p is limited for instance the pnp millenium problem is wide open there neither exists a uniform reduction technique nor a single algorithmic scheme capturing the power of p nor a description of p in purely logical terms we intend to provide these in a context which is so rich and vast that it requires the unification of some of the most important techniques and will enhance our general understanding of pwithin the microcosm of finitedomain constraint satisfaction problems csps the recent resolution of the federvardi conjecture by bulatov and by zhuk provides a satisfactory picture of p our goal is a vast and uniform generalisation of this result in three directions towards approximation via promise csps towards optimisation via valued csps and towards infinite domains via countably categorical csps and csps over numeric domains in particular our setting includes the linear programming problem as a numeric valued csp the approximate graph coloring problem as a promise csp and many problems from qualitative reasoning as infinitedomain csps our methods range from universal algebra model theory ramsey theory to complexity theory building on crossconnections between these extensions we will provide a uniform description of p within this diverse and applicable universe thus making a revolutionary leap in the resolution of the general problem
synoptic precursors for developing improved constraints on extreme rainfall

understanding the impact of climate change on extreme rainfall is vital for informed mitigation and adaptation plans however climate models struggle to produce realistic rainfall splicer will provide unique insight into the origin of european rainfall errors in climate models and help improve future projections of extreme rainfall our approach recognises that localised rainfall extremes are part of a multiscale process starting with the global mean climate and mediated by synoptic weather precursors we exploit two main novelties1 a tiered model approach considering global earth system models regional models and novel kmscale models also known as convectionpermitting or stormresolving in a holistic framework2 a physicallybased decomposition of rainfall drivers into global synoptic and local termsthe analysis is supported by the adaptation of tools from the weather forecasting field which will enable systematic identification and quantification of rainfall precursors in large multimodel datasetsthis interdisciplinary proposal will advance a new mindset linking weather regional climate and global climate modelling communities together and build international research links between the networks of the fellow and the host institution novel insights into changing local rainfall extremes will be directly communicated to stakeholders and the public as well as scientific peers ensuring societal impactthe training goals of splicer are intrinsically integrated with research objectives ensuring the fellow will develop transferable skills and competences in particular numerical modeling and stakeholder engagement promising to improve academic and nonacademic employability the fellow will expand the host institutions research capacity in understanding synoptic drivers of extreme events and will contribute researchled teaching via provision of courses and workshops for graduate students phd and postdoctoral researchers
miniaturized sensor system for continuous soilnutrient monitoring based on integration of a labonachip microfluidic cartridge with an optoelectronic detection unit

the soil of the earth is the basis of our life efficient use of soil is needed for feeding the growing population contaminated soil needs to be regenerated to protect the quality of drinking water and more generally the ecosystem here we propose a highly miniaturized sensor system for monitoring nitrate ammonium and phosphate based on integration of a labonachip microfluidic cartridge with an optoelectronic detection unit the optoelectronic detection chip employs the directional organic light emitting diode oled we developed within the erc poc project beamoled this kind of oled allows for direct integration of the optoelectronic chip with the microfluidic cartridge providing a new level of miniaturization of the optical readout measurement system we propose the use of colorimetric assays based on starting with standard assays and improving performance using nanozyme catalysis a hydrophilic ceramic as inlet to a microfluidic channel is proposed for intake of soil solution reagents as well as the waste are stored in the sensor system we target a system size of 3 cm x 3 cm x 5 cm for maintenancefree operation in the soil for a duration of one year for insitu monitoring of 100 data points per nutrient in a soilscience study the soilsolution extraction into the microfluidic will be investigated for soils with a wide range of pore size distributions bulk densities porespace connectivity and soil water content to validate the extraction approach scientifically pot and field tests in agriculture and soil remediation are planned for validation in applicationrelevant environments of two potential markets and to develop market readiness our aim is to start a spinoff company after completion of this project by the parallel development of the technology and business side with an interdisciplinary team from electrical engineering chemical engineering soil science and economicsentrepreneurship an iterative adjustment process is achieved
the feeling of being there developing a practical framework for objective continuous and standardized presence measurement for virtual environments

presence is the feeling of being in a virtual environment it is the concept that provides the most explanatory value to the degree of effectiveness of virtual reality applications this concept has received an increase in relevancy due to the recent evolution of virtual reality vr technology and an increase in attention from the scientific community developing new immersive solutions to aid in healthcare training entertainment and research hinges on the ability to objectively measure presence so that the quality of these applications can improve significantly we aim to develop a tool for measuring and analyzing presence by combining two methodologies developed in the attention lab at utrecht university the methodologies utilize psychophysiological approaches to measure the internal state of the user through analyzing visual working memory and body movement patterns together with our industry partner educationxr we then plan on iterating on the tool by using reallife data and integrating the method into our partners available analytics suite to identify how we can improve usability and compatibility with the learnings from our work with educationxr and our experience in transferring validated research into services and applications in the area of clinical assessment and rehabilitation we plan to found a startup company to sell the tool we developed in the form of a software product by working together with policymakers and interest groups we plan to actively work on promoting standardization in the vr industry while marketing our tool as a way to achieve a higher quality user experience through this process we hope to improve the vr infrastructure in the vr industry as well as in related industries with the ability to produce more impactful solutions that contribute positively to society through education healthcare and research we hope that vr can have a positive impact and lead to novel innovation
lead fast reactor safety design and tools

shortening the timeto market of the lfr technology is an ambitious but undeniably important factor to attract additional investments thanks to the lower initial risk added flexibility and faster return of experience industries and utilities sharing the vision of a competitive lfr of a small and mediumsize with modular features will be attracted by the compressed deployment roadmap and will play a leverage role at national and european level strengthening synergies and creating publicprivatepartnership opportunities in this context the european community working on the lfr development and deployment assumed the commitment among others to highlight the technical open issues and existing research infrastructures aiming to support the rd phase through european national and inkind contribution of the involved partners the aim of the lesto project is moving on along the depicted roadmap aiming at further developing the lfr technology supporting the demonstration that lfrs can be designed sited constructed commissioned and operated in line with the requirements of the actual safety standards with particular focus on their safety features and passive safety systems along the project the most relevant facilities in europe and uk will be adopted to implement a large and very comprehensive experimental database for code validation safety assessment and componentsystem demonstration among the others it is worth to mention the largescale pool type athena facility being commissioned in romania the circe pool in italy as well as melecor in uk these facilities with the support of research infrastructure in belgium germany and sweden represent the state of art for the lfr rd large emphasis will be devoted to transient analysis in large pools allowing the community to cross the death valley from laboratory to industry scale
how pathological mutations and drugs alter the intracellular movements of the cardiac sodium channel nav15

the sodium voltagegated ion channel nav15 is a key player in shaping the cardiac action potential hundreds of pathological mutations that lead to the dysfunction of nav15 are linked to severe pathologies such as lifethreatening arrythmias the function of these channels is based on precise voltagedependent molecular motions that result in the opening and closing of their sodiumconducting pore despite very recent advances in determining their atomic structure knowledge of the dynamics of these conformational changes is still lacking similarly it is unknown how pathological mutations clinically used drugs or posttranslational mutations affect these changes in this project i therefore propose to for the first time decipher the dynamic motions of the nav15 intracellular domains by combining the measurement of the functional state of nav15 through electrophysiology with fluorescent sensor recordings of the motions via voltageclamp fluorometry the challenge of establishing a fluorescent sensor on the intracellular domains of nav15 will be overcome by the generation of semisynthetic nav15 that are engineered to contain a fluorescent dye via tandem protein transsplicing the probed motions will be then interrogated in the presence and absence of pathological mutations drugs and posttranslational modifications such as phosphorylation this will yield unprecedented insight into their mechanisms of action and will help to propose new ways of targeting the regulation of nav15 this novel approach will therefore have direct implications for the future treatments of patients with cardiac arrhythmias this innovative project in an international environment at the interface of biophysics fluorescence pharmacology and peptide synthesis will also help me deepen my scientific transversal skills and maturity this in turn will provide me with the maturity required to become a team leader of my own research group
environmental turn of dance convergence of therapeutic practice art creation with ai and community practice

environmental turn of dance convergence of therapeutic practice art creation with ai and community practice etd is a groundbreaking research endeavor poised at the nexus of dance studies environmental philosophy and ai technology the project seeks to investigate how dance can effectively generate awareness of and proactive responses to the challenges posed by climate change specifically the research will evaluate existing initiatives performances and collaborations that integrate dance and climate change and identify the ways in which dance can contribute to climate change education advocacy and the promotion of sustainable practices in malta with urgency stemming from contemporary ecological challenges etd aims to redefine the role of dance as a catalyst for ecological consciousness addressing the why of our environmental crisis in a novel embodied manner the current moment demands immediate action in reshaping our relationship with the environment etd acknowledges the pressing need to infuse environmental awareness into artistic expression this urgency aligns with global concerns for climate change and ecological wellbeing propelling us to address environmental issues creatively fostering a sustainable futuremethodologically this project seeks to unravel the intricate interplay between dance and the natural environment shedding light on unexplored dimensions moreover etd pioneers the integration of ai technology into dance research emphasizing innovation and collaboration this approach marries creative artistry with cuttingedge tools enabling dynamic exploration of ecological themes etd exemplifies my profound interdisciplinary expertise my recent international projects have skillfully developed intersectional knowledge bridging dance studies environmental philosophy ai technology therefore etd will build triplei dimension international intersectoral and interdisciplinarity and integrate diverse expertise
accelerating the development of mating disruptors for diseasetransmitting mosquito control

stopmating aims at building a research and innovation network to advance towards developing novel tools to target the mating behaviour of diseasetransmitting mosquitoes for vector control challenges related to climate change and insecticide resistance are putting human populations at risk of mosquitoborne diseases novel strategies are required to tackle this public health challenge in stopmating we propose to use the mating systems of diseasetransmitting mosquitoes as novel vector control targets although disrupting mosquito mating would have a clear impact on mosquito vector numbers this mechanism is underexploited from a public health perspective in stopmating we bring together experts from academic and industrial partners with interdisciplinary expertise on bioinformatics molecular neuroscience genetic control behaviour biophysics vector ecology and vector control to explore novel vector control approaches our objectives are to 1 identify molecular targets for mosquito mating disruption 2 mutate those targets 3 analyse associated behavioural effects and 4 explore their potential application into developing mating disruptors and gene drive systems for vector control we also aim at exploiting the mating behaviour of mosquitoes to develop traps that mimic the environmental stimuli that they respond to during courtship behaviour stopmating approach is to merge knowledge from laboratory and field researchers to deliver realworld solutions and to tackle different mosquito species of increasing public health relevance in europe our innovative approaches have the potential to make great impact to reduce the health burden of mosquitoborne diseases
considering rurality and religion mapping an alternative media ecosystem and addressing gaps in misinformation research

mapmisinfo is a proposal for a twoyear european msca fellowship at the university of copenhagen ucph within thedepartment of communication comm it proposes examining the intersection of misinformation as a growing threat to democracyand media research practices aimed at understanding information dissemination as media research approaches are a key way tounderstand and potentially address misinformation it is vital that media scholarship better account for gaps in practicefor examplearound underresearched contexts such as rurality and radio another prevalent but understudied gap is how qualitative inquiry canbe used to in conjunction with common practices in counting or categorizing instances of misinformation online such approachesbetter consider the manifold ways societies navigate between facts and fabricationswhat sociotechnical systems and contextsmight allow misinformation to thrive or be combatted the mapmisinfo project will work towards filling both types of gaps througha twopronged interrelated research design first the project will engage in an empirical case study mapping a misinformationrelated topic as it moves through the open web and regionspecific media ecosystems the region of focus will be the ruralconservative relatively homogeneous us state of utah this case study will serve to inform and be informed by the otherprong of mapmisinfo a mapping and analysis of common media research tools used in examining misinformation this secondobjective of the project entails carefully curated workshops of media scholars and publication overviews the project will generate apublicfacing website media appearances peerreviewed publications a report for general distribution and a special issue of a topcommunications journal the host institution ucph is uniquely positioned to provide methodological and theoretical guidancemapmisinfo will also contribute to establishing my international academic career