Dragon09/odtu_chatbot huggingface dataset:
one health approaches to support agroecological transformation of periurban farming

today more than half of the planets inhabitants live in cities and this is projected to increase the worldwide migration of rural people to cities is particularly prominent in west africa this leads to increased practicing of periurban agriculture supported by a the lack of formal jobs and as a means of adding up to household income in low and middleincome countries lmic b the young generations of farmers are not willing to live in remote areas c initial stages of agriculture intensification in lmic usually involves concentration of production in periurban areaseven though intensified periurban farming has significant advantages it also introduces concerns about zoonotic diseases sanitary issues local environmental degradation antimicrobial resistance and more especially in lmic the intensification of food systems as they transition from subsistence to marketoriented production is typically associated with human health risks urbane is addressing this challenge of sustainable agriculture for food nutrition security applying a one health approach for tackling issues related to the application intensification of periurban agriculture as well as providing the necessary framework for its sustainable safe application in different contexts to achieve this the project will be built around the principles of agroecology urbane is building on the extensive experience in agroecology of its partners whilst exploiting friendly tools methods for measuring the progress impact of the agroecological transition of farming the urbane approach will be demonstrated through 6 case studies in africa while its transferability in other regions will also be studied and facilitated through specific tools new adapted business models will also be worked out for the urbane case studies that will act as lighthouse examples of how such business models can be with suitable local adaptations informed by local specificities
eiisa a connected affordable light solution for treating sleep apnea

sunrise is a leading researcher and developer of solutions for diagnosis and treatment of sleep apnea our goal is to develop and commercialise sunrise tx the first truly noninvasive affordable and readily accessible solution to treat sleep apnea this is to address the 80 treatment gap of sleep apnea sufferers who fail to access treatment due to high costs and long waiting times for diagnosis also even within those diagnosed at least 35 fail to comply with wearing a mask all night strapped tightly to the face blowing air to clear airways for breathing due to the associated discomfort in contrast sunrise tx is a wearable device involving no nasal obstruction sunrise tx is set to improve treatment access compliance cost and accuracy
traumatic spinal cord injury the need to classify disease severity

traumatic spinal cord injury tsci markedly reduces patients quality of life and economically burdens health systems neurological examinations and clinical magnetic resonance imaging mri scans are currently insufficient for the proper classification of the tsci baseline level ie severity although mri scans are routinely employed in tsci patients the mri potential is not fully utilised due to the complexity of the analysis and diversity of mri data across hospitals the aim of this project is to propose a fully automatic and reproducible analysis tool that could be run by clinicians to improve the clinical management of tsci patients first deep learning models for automatic spinal cord and lesion segmentation from mri images will be developed to go beyond the currently used errorprone and timeconsuming manual segmentations the models will be trained on a multi institutional mri dataset to be robust to mri data heterogeneity across hospitals then quantitative measures of the tsci severity will be automatically computed from the segmented structures ie spinal cord and lesions and employed within the statistical model to predict tsci severity finally the developed methodology will be translated to the realworld healthcare system and tested on a prospectively acquired dataset of tsci patients importantly deep learning models analysis pipeline and statistical model will be seamlessly integrated into the current stateoftheart ecosystem for spinal cord mri data analysis and made publicly available to facilitate open science and reproducibility across hospitals the project will create the first step in the improvement of care and clinical management in millions of patients with tsci worldwide in the longer term after demonstrating the clinical relevance of the proposed tools we assume that advanced mribased methods will be adopted by the larger clinical community for more personalised care
sustainable agriculture through novel pesticides using an integrated approach

safe and secure food production is central to the european farm to fork policy however secure crop production still depends on the widespread use of chemical pesticides which is associated with negative impacts on the environment and human health diminishing use of socalled candidates for substitution identified in regulation ec no 11072009 is of particular importance for combating harmful effects sagropia employs integrated pest management ipm to demonstrate substitution and reduction of chemical pesticides in the cultivation of potato and sugar beet these row crops are prone to diseases such as early and late blight and cercospora leaf spot and to pests such as nematodes and the colorado beetle sagropia will bring forward thirteen biological and lowrisk pesticides from three company partners with the aim to replace several candidates for substitution active substances including the nematicide oxamyl and the fungicides difenoconazole fluopicolide and metalaxyl it also aims to reduce overall use of candidates for substitution copper and insecticides pirimicarb lambdacyhalothrin and esfenvalerate by at least 50 sagropias approach combines several biocontrol solutions that individually have already proven activity on specialty crops and are close to market sagropia solutions are formulated production is upscaled and their mode of action is being studied to grant affordability and ready acceptance by farmers sagropia envisions not simple replacement of chemical pesticides but incorporation of its solutions into innovative comprehensive ipm strategies effectiveness will be demonstrated in participatory real lifetrials performed in five potato and sugar beet growing european regions with active participation and engagement of farmers thorough sustainability assessments will give account of economic feasibility and show improved performance in terms of natural resources people and the environment besides preparing novel solutions
integrating innovative theories and practices in historical culture and education

the central aim of this project is setting up a gender balanced international interdisciplinary and intersectoral network of organisations to produce new knowledge both theoretical and applied in the field of historical culture and education studies this in order to improve the role of historical representations in present democratic and reflective societies enveloping both formal and informal contexts in which views on the past are disseminated this field invites a closer collaboration of academics and practitioners working in historical museums heritage environments historical reenactments memorial sites and schools a total of 23 institutions in europe africa australia canada israel and latin america will be participating in makinghistories special attention will be paid to the presence of gender history in formal and informal educational environments and to how they could further develop in this respect also the importance of understanding the challenges of globalisation and global history will be considered in both cases introducing these two rather new and innovative historiographical approaches has the purpose of contributing to the renovation of historical culture environments and the present uses of history representations furthermore the project aims to study how innovative dialogical and multiperspectivist practices might affect historical representations this project will produce research articles books and digital media short videos podcasts audioguides and multimedia history textbooks chapters for disseminating and communicating these efforts expanding a dialogical view of formal and informal contexts of history education these digital media will be produced in the context of a cpd to improve skills of practitioners and that will continue to be online after the project is over essentially contributing to the projects selfsustainability
ultracold polyatomic molecules for controlled chemistry and precision physics

ultracold atoms have been successfully used in quantum simulations and precision measurements molecules possess a richer internal structure promising new applications however only relatively simple molecules have been produced and employed at ultralow temperatures this project aims to understand and harness the increasing complexity of ultracold polyatomic molecules to probe the fundamentals of chemistry and physicswe will extend the range of ultracold polyatomic molecules and their applications in controlled chemistry and precision spectroscopy we will propose and theoretically investigate two paths 1 association of ultracold deeplybound diatomic molecules into ultracold weaklybound polyatomic molecules and 2 direct cooling deeplybound polyatomic molecules carefully selected and manipulated with electromagnetic fields the first approach will build on established atomic techniques which we will extend to molecular systems the second one will employ strong fields short pulses and structural modifications to engineer closed transitions suitable for laser cooling we will combine and develop novel electronic structure and quantum scattering methods enhanced by machine learning and highperformance computing next we will study new applications exploiting features emerging from singlemolecule and coherent control conical intersections and nontrivial electronic states and geometries absent in simpler systems applications will range from quantumcontrolled chemical reactions and molecular dynamics to precision measurements of fundamental constants and their spatiotemporal variation the realization of the project will push cold chemistry into the quantum realm and bring unprecedented complexity to ultracold physics thus give new insights into the physical basis of chemistry and the fundamental laws of nature a unique experience of the pi in both quantum chemistry and ultracold atomic physics will be instrumental in achieving these goals
circular bioeconomy business models owned by agrocooperatives

the bioeconomy rollout on a large scale needs the establishment of new models and interactions between the primary sector and other stakeholders toward coparticipated bioindustriesin this sense robocoopeu proposes a breakthrough cultural change in the agrosector by deploying effective regional and circular biobased business models for the valorisation of waste streams from 3 agricultural sectors grape olive and stone fruit this will expand real scenarios of commercial opportunities to diversify the economy of small and medium scale farmers and cooperatives enabling a more versatile biorefinery with a portfolio of biobased products this model will allow the integration of secondary streams in a holistic closed loop thus improving the ecological footprint and revenues with social impact robocoopeu will involve 8 actors of the primary sector in the establishment of biobased value chains avoid 2530 of ghg emissions by means of supply chain and logistic optimisation design 1 zerowaste multifeedstock biorefinery at industrial scale based on existing processes for biocompounds extraction and 2nd streams valorisation validate 17 new products 3 food formulations 3 feed additives 5 cosmetics and nutraceutics 1 plasticiser and 5 biofertilisersin order to achieve a successful implementation of the business models in its 3 regional hubs extremadura apulia and western macedonia robocoopeu will integrate multidisciplinary knowledge by developing cocreative spaces called living labs where partners and stakeholders will discuss and validate the most consensual pathway towards sustainable and profitable coparticipated biorefinery and seek for public and private fund scheme workable scenario robocoopeu consortium is composed by 22 multisectorial partners specifically designed to cover the entire biobased value chain in noncompetitive and complementary position which in turn will ensure an effective dissemination and exploitation of results
structured unconventional reactors for co2free methane catalytic cracking

storming will develop breakthrough and innovative structured reactors heated using renewable electricity to convert fossil and renewable ch4 into co2free h2 and highly valuable carbon nanomaterials for battery applications more specifically innovative febased catalysts highly active and easily regenerable by wastefree processes will be developed through a smart rational catalyst design protocol which combines theoretical density functional theory and molecular dynamics calculations and experimental cluster studies all of them assisted by in situ operando characterisation and machine learning tools the electrification microwave or jouleheated of structured reactors designed by computational fluid dynamics and prepared by 3d printing will enable an accurate thermal control resulting in high energy efficiency the project will validate at trl 5 the most promising catalytic technology chosen considering technological economic and environmental assessments to produce h2 with energy efficiency 60 netzero emissions and decreasing ca 10 the costs in comparison with the conventional process the dissemination and communication of the results will boost the social acceptance of the h2related technologies and the stakeholder engagement targeting shortterm process exploitation and deployment the key to reach the challenging objectives of storming is the highly complementary and interdisciplinary consortium where basic and applied science merge with engineering computer and social sciences
solar polygeneration collector for combined heat power hydrogen fuel and wastewater treatment

the spectrum project aims to develop validate and test an innovative solar concentrating collector that fully harness the solar spectrum by converting solar radiation into three renewable energy vectors solar heat solar electricity and green hydrogen required by industrial sector while performing industrial wastewater treatment spectrum will boost the sustainability of iww treatment converting waste into a valuable solar fuel through an efficient photocatalytic remediation process coupled with h2 cogeneration matching the energy grade between the solar spectrum and the conversions the system uses the uv for photocatalytic h2 production with synergistic degradation of pollutants infrared for generating thermal energy and visiblenear infrared light for pv electricity allowing to achieve higher solar conversion efficiency spectrum concept will go beyond the current state of the art through i the development of low cost sustainable photocatalysts with focus on dualfunctional photocatalysis processes ie h2 production and pollutants degradation and considering the easy recovery and reuse of the catalysts and ii development of spectral splitting solutions to separate ir part of the solar spectrum allowing the pv cells to be thermally decoupled from the thermal absorber generating hightemperature heat without compromising the electrical efficiency integrate optical thermal and electrical subsystem of spectrum hybrid solar collector will be design and developed aiming to reach an effective total management and distribution of the solar radiation two hybrid solar collector prototypes for low and medium temperature spectrumlt and spectrumht will be constructed and tested under outdoor conditions technoeconomic analysis using life cycle assessment and life cycle costing together with social impact analysis will be used to validate the sustainability of the spectrum approach in the economic environmental and social domains
immersion cooling advanced materials for heat recovery from data centers

the moderator project aims to improve the overall energy efficiency of data centres by developing an integrated system based on immersion cooling combined with novel and highly efficient longterm heat storage materials and systems the main innovations of the project are related to the development and integration of individual components which include i a novel designed immersion cooling system that enables heat recovery from data centres ii a novel waste heat recovery whr system using phase change materials pcms for efficient lowtemperature heat recovery iii a highly efficient multilayer insulation system for thermal energy storage tes that uses recycled glass granules and microparticles to minimize heat losses and iv the integration of these components into an automated prototype for direct heat utilization and longterm storage furthermore the project employs modeling and simulation activities evaluation tools and dissemination methods to increase the exploitation potential of the developed technologies the major outcome will be the operation and demonstration of a fully automated integrated prototype combining a 40 kw data centre immersion cooling system and a 500 kwh tes for whr trl8 potential utilization options of the stored thermal energy ie space heating and electricity generation will also be demonstrated within the project the successful implementation of the moderator project will have multiple impacts on different sectors to accomplish all these results the moderator project will build upon the wide expertise of its 11 partners in particular the consortium consists of 3 research organizations and 8 smes with experience on various research and technological areas including materials science systems design process engineering systems operation modeling and simulation technoeconomic environmental and socioeconomic assessment roadmap design dissemination and communication etc
european men masculinity and extremist leadership online

the emmelo project european men masculinity and extremist leadership online examines the role of masculinity in extremist movements online across europe and the threats it poses to democracy fundamental rights and eu values as is well established the internet has become a focal point for modern extremist activities what is less understood in a european context is the role masculinity plays in these online communities and platforms more insight is also required into how extremist leaders use and perform masculinity to appeal to european men and how in turn these men respond to these gender narratives and how this shapes their perception of democracy and the eu to address this need for deeper more critical understandings of these gendered phenomena emmelo focuses on six countries ireland sweden france hungary germany and slovakia exploring how different forms of masculinity are used by extremist movements and their leadership to appeal to men and undermine traditional democratic participation and discourse in cross european contexts the project explores how extremist movements construct perform and circulate narratives of masculinity online how these narratives shape the perspectives and gendered experiences of european men currently or formerly active in extremist online communities and the wider implications of these trends for democratic processes and social cohesion online and offline from its activities emmelo will develop innovative gendersensitive tools and policy recommendations to enable policymakers practitioners and citizens better understand and address the role of masculinity in modern european extremist movements the projects findings will be targeted at key audiences in formats designed to raise awareness at the levels of policy practice and citizen of the key role masculinity plays in extremism including how to identify it discuss it and challenge it
promoting green nudging for sustainable agriculture and forestry

prudent aspires to change the way agriculture and forestry systems currently operate and to accelerate the transition to sustainable agriculture and forestry practices and smart farming technologies the project will identify and evaluate the most effective green nudges in the context of appropriate behavioural and experimental settings that can enable farmerforester behavioural change to more sustainable agriculture and forestry nudges will be also tested in natural contexts to evaluate the interactive effect of nudges with actual policy changes in the transition to sustainability innovative nudging tools in the form of webmobile apps will be employed to boost farmerforester selfregulatory capacity and enhance the durability of nudging effects four different systems representing major farming and forestry systems in europe arable crops wheat perennial crops grapevines apples olives livestock bovines and forests boreal forests in various eu regions northern southern and central europe will be studied to account for the heterogeneity of farmingforestry systems and contexts in the eu the behavioural insights are used to develop transformative pathways via social innovations business models and policy recommendations to encourage transition to fair healthy and environmentallyfriendly agriculture and forestry systems prudent will provide a set of social innovations and business models establishing roadmaps for a shift towards sustainable agriculture and forestry and will develop a series of policy recommendations and tools to foster behaviourally informed policy design and implementation throughout the projects lifespan multiple value chain actors at various levels of society will actively participate in cocreation activities to establish a mutual understanding of the benefits and bottlenecks of the value chain as well as effective transformation pathways to change
future agricultural resource management and water innovations for a sustainable europe

farmwise transforms the eu agricultural sector by empowering farmers and decisionmakers with a stateoftheart decision support system combining precision agriculture artificial intelligence and remote sensing farmwise provides new insights into water quality quantity soil health and nutrient managementfarmwises stateoftheart framework fosters knowledge sharing between scientists farmers and policymakers in a cocreation environment systems thinking it consolidates existing collaborations and promotes new longterm cooperations between european organisations including water4all brgm and water europe sitesthe farmwise project will develop improved tools based on artificial intelligence ai for more efficient european water policy and decisionmaking founded on researchbased technologies to solve the most burning water pollution and climate change problems for this purpose the farmwise consortium brings together the best european water agricultural climate and ai researchers to handle the sustainability of water resources the natural environment and efficient agriculture in the highly diverse european landscape in view of present and future climate change farmwises impact will increase interest and bond cooperation of quadruple helix stakeholders for sciencebased solutionsfarmwise evaluates monitors and implements gender and diversity balance in the consortium during the planned activities t74 all partners have established policies to foster gender equality diversity and inclusion for all employees uea holds a silver athena swan award in recognition of good practice in recruiting retaining and promoting women in stemm subjects