Rhetorical And Literary Techniques Used In Mccarthy By Cormac Mccarthy

Monday, November 22, 2021 6:45:18 AM

Rhetorical And Literary Techniques Used In Mccarthy By Cormac Mccarthy



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And it goes hand in hand with euphony — the use of words that sound good together, like this passage from an Emily Dickinson poem :. More specific is antimetabole : the switching of words or phrases in order to suggest truth. Ask not what rhetorical devices can do for you. Ask what you can do for rhetorical devices. Sentences can have a climax , too — the initial words and clauses build to a peak, saving the most important point for last. But the greatest of these is love. It stands in contrast to a euphemism , which strives to avoid outright offense, but nonetheless has unfortunate connotations. Most racial epithets started as the latter, but are recognized today as the former.

The opposite — rhetorical exaggeration — is called auxesis. These are all examples of onomatopoeia , a word for a sound that phonetically resembles the sound itself. Which means the finale of the Batman is the most onomatopoeic film scene of all time. Personification describes things and concepts using human characteristics. Personification appears in almost all forms of literature — even simple sentences like "the alarm screamed" or "the wind howled" would qualify as personification.

Anthropomorphism , which actually turns non-humans into human-like forms, is less common, but frequently seen in children's stories and cartoons like Peter Rabbit and Winnie-the-Pooh. Pleonasms are redundant phrases that emphasize the nature of the subject. Some of the most prevalent rhetorical devices are figures of speech that compare one thing to another. Two of these, you surely know: the simile and the metaphor. But there is a third, hypocatastasis , that is just as common… and useful.

The distinctions between the three are pretty simple. Technically, this figure of speech is called interrogatio, but plenty of other rhetorical devices take the form of questions. Synecdoche is a rhetorical device wherein a part of one thing represents its whole. This differs slightly from metonymy, in which a single thing represents a larger institution. Have you ever, in a fit of outrage, referred to something un- effing -believable? If you have, congratulations on discovering tmesis: the separation of one word into two parts, with a third word placed in between for emphasis. Zeugma , also called syllepsis, places two nouns with different meanings in a similar position in a sentence.

This is a grammatical trick that can be used rhetorically as well. Authors often use zeugma in clever wordplay, and sometimes it even enters everyday conversation. Congrats on getting to the end of our rhetorical devices list! Of course, this might feel a bit like a list of fancy names for things you already do. And now that you know the specifics, you can take the next step: implementing these techniques in your writing and swaying readers onto your side.

An oxymoron creates a two-word paradox-such as "near miss" or "seriously funny. With "near miss", it's all about different senses of the word and the contexts they're used in. Yes, near can mean "almost", as in "a near perfect fit". So in that sense, a "near failure", or a "near disaster" means that the failure or disaster almost happened. They were "close", but only in a figurative sense. However, near can also mean "at or to a short distance away; nearby", as in "a bomb exploded near the house".

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Getting assignment help is ethical as we do not affect nor harm the level of knowledge you are expected to attain as a student according to your class syllabus. I am also interested in alternative therapies such as Acupuncture for Podiatrists and footwear. Jane Senior Lecturer mHealth, mobile technology for health behaviour change. User-centred design for digital interventions. Improve prescribing by designing interventions. Database analysis on data obtained from general practices, hospitals, nursing homes, etc. Epidemiology and statistical modelling. I am a mixed methods researcher, so my research has mixed both quantitative and qualitative research methodologies.

I am also interested in health behaviour change initiatives, management in occupational therapy and outcome measurement. The diabetic foot. Developing optimal models for community-based diabetes care. Geraldine Senior Lecturer Obstetrics and cerebral palsy; thrombophilia in obstetrics; medical disorders in pregnancy; nephrology. I have extensive experience in, and have published on, qualitative case study methodology, qualitative evidence synthesis methodology, data collection, ethics, rigour, paradigms and analysis in qualitative research.

I have been awarded a number of research grants to develop expertise in QES, particularly in the field of trial methodology. I have led and collaborated on a number of qualitative evidence syntheses, for example in: personhood in dementia, infant feeding, pulmonary rehabilitation and trial recruitment, with two recently published reviews in the Cochrane Library. I have collaborated and advised on a number of research projects in the area of dementia care. These include QES exploring care of people with dementia in acute settings PI , personhood in dementia collaborator and primary qualitative research in truth telling in dementia care and communication with people with dementia.

I am a member of the Psychosocial Dementia Research Group and have collaborated with key researchers in this field of research. The mission of QUESTS is to maximise the integration of qualitative research in randomised trials through support, training and primary research. My role in QUESTS includes creating partnerships and research collaborations with prominent researchers in qualitative research and trial methodology. Therefore, my team uses a computational modelling approach, termed constraint-based modelling, which has gained increasing importance in systems biology. We build comprehensive, large-scale models of the human body and human-associated microbes. In particular, we are interested in applying our computational modelling approach for better understanding of gastrointestinal and neurodegenerative diseases.

Identifying the prevalence of limited health literacy in patients with gestational diabetes and the association with health outcomes was the focus of my research in my MD I am interested in health literacy in patients with type 2 diabetes and other non-communicable diseases. Other areas of research where I have experience in supervising research students are risk factors for type 2 diabetes, preventive cardiology and medical education.

Applying redox proteomic techniques to identify redox relays for signaling pathways, mitochondrial dysfunction in a variety of diseases, regulation of autophagy through redox modifications, microRNAs as potential therapeutic reagents, Post translational modifications of proteins in relation to oxidative and reductive stress. Together they achieve to develop methodologies and process optimisation that together aim to increase efficiencies for better performance. Predictive Medical Systems I also collaborate with Prof. John Carey, School of Medicine and Professor Ming Yu, Tsinghua University on a research project to develop predictive models to identify predictors of multiple illnesses, and common predictors of illness, hospitalisation and death, in particular identify those most amenable to intervention.

Operational Excellence Since , I studied the benefits of LSP as an enabler to develop process and conceptual frameworks. My research activity has received significant international attention from Biomedical leaders including Mr. Engineering Education I have established links with a number of Universities across Europe and beyond. I worked with Montana State University to develop and test inventory simulation scenarios in conjunction with Prof. Bruce Redmond. I established links with Sydney University and set up an international Wiki platform to facilitate project work with students from Australia, USA and Europe. During the period to , my research outputs included contributions to a book, 3 conference publications and academic consultancy on an EC funded project including research and a published report.

My early career established links with a number of Universities including Montana State University to develop and test inventory simulation scenarios in conjunction with Prof. I have a particular interest in cognitive rehabilitation with people with multiple sclerosis. I am in the process of testing an occupation-based programme for people with multiple sclerosis who are experiencing cognitive difficulties COB-MS. My research interests are also with the older adult population as well as people who have acquired brain injury. The focus of my research is on managing daily life, employment, community-engagement and roles using routines, compensatory strategies, and streaming demands that are integrated into daily occupations and contexts.

I welcome expressions of interest from PhD students in the above areas. She worked for 12 years in the area of paediatric occupational therapy with children with all types of additional needs. She is passionate about research that supports participation of children in all areas of every day life, including home, school and community environments. Killeen welcomes applicants for both Masters and PhD research in this area. If you are considering postgraduate research that focuses on children, especially those with additional needs or in marginalised groups, please contact hazel.

A glial scar formed mainly of astrocytes forms following spinal cord injury. We are investigating reduction of this scar to promote axonal regeneration across the site of injury. These include developing and validating novel neuroprotective or neuroreparative drug, gene, cell and biomaterial therapies. The project is on the development of a gene therapy strategy for muscular dystrophy. Therapeutic transgenes will be examined in a pre-clinical genetic animal model.

Neurogenetics examining the genotype imaging relationships. Molecular PET imaging by collaboration. Imaging of post-mortem brain to examine the contribution of factors influencing microstructural organization of white matter detected using diffusion MRI and polarized and electron microscopy. The role of the cholinergic system and related genes to bipolar disorder. They are also interesting in developing artificial chromosome technology and neuronal differentiation protocols, examining disease phenotype on dish and exploring cell transplantation therapy in animal models.

Biomedical Science and Engineering Neurosciences Lahue, Prof Robert Personal Professor Molecular genetics of human neurological disease; trinucleotide repeat expansions; model systems to investigate the mechanism of expansions; identification of potential therapeutic targets to block expansion and disease; biochemistry and genetics of trinucleotide repeat expansions. Biomedical Science and Engineering Neurosciences Kelly, Prof John Personal Professor Current areas of research include the mechanisms of action of antidepressants using preclinical models, developing alternatives to laboratory animals for acute toxicity assessment, and the effects of amphetamines on neurochemical, behavioural and developmental parameters. In particular: embryonic development of cranial sense organs in amphibians; evolutionary origin and diversification of cranial sense organs; evolution of developmental mechanisms.

My lab uses novel data collection techniques e. We also use complex analyses of behavioural and neural measures nonlinear time series. I am also interested in developing applications of the psychology of learning and decision making in educational, organizational and security contexts. Biomedical Science and Engineering Neurosciences Hallahan, Dr Brian Senior Lecturer My principal research interests include neuroimaging, health service research and the study of essential fatty acids EFAs in mental illness, on which my Doctor of Medicine thesis was based.

Biomedical Science and Engineering Neurosciences Morris, Dr Derek Senior Lecturer My research focus is in the development of new gene discovery methods and their application to the identification of risk genes for complex disorders including psychosis schizophrenia and bipolar disorder. We draw on neuropsychological, electrophysiological and neuroimaging techniques to investigate the function of risk genes for psychosis at the level of individual brain systems. This research is aimed at achieving a better understanding of the biological basis of psychosis, to inform new methods of diagnosis and therapy. Biomedical Science and Engineering Neurosciences Dockery, Prof Peter Professor Of Anatomy Research interests include structure function relationships in the human female reproductive tract, microanatomy of the nervous system and tissue responses in tissue engineering.

Biomedical Science and Engineering Neurosciences Egan, Dr Ciara Lecturer Below The Bar Primary research interests surround the cognitive neuroscience of language, with a specific interest in how this is implicated in neurodevelopmental disorders. Particular interest in the role of the endocananbinoid and immune systems in the pathophysiology of these conditions. Biomedical Science and Engineering Neurosciences Whelan, Dr Eoin Senior Lecturer My research interests focus on understanding how technologies such as social media and big data influence human behaviour, and important organisational outcomes such as productivity, innovation, and decision making.

My research has mostly involved using social network analysis techniques to understand information flows and collaboration patterns within and between organisations, and to explain phenomenon such as information overload. My current research focuses on understanding how our digital devices impact cognitive abilities and well being. Biomedical Science and Engineering Neurosciences Finn, Prof David Personal Professor Neurochemical, neuroendocrine and molecular mechanisms underlying pain, anxiety and anxiety-pain interactions.

We create nanoelectronic devices, from nanowires or nanocrystals, and then examine their electrical behaviour and their interaction with light. Nanomaterials often act as memristors, whose electrical conductivity changes depending on measurement history. This makes nanomaterials ideal for memory applications. We also study novel approaches to science education, both in and out of the classroom.

We have developed an astronomy board game which has undergone pilot trials in schools, and work on informal science education via programmes like Bright Club Ireland. Biomedical Science and Engineering Neurosciences Thiele, Prof Ines Personal Professor My research aims at improving our understanding of how diet influences human health. Biomedical Science and Engineering Neurosciences McDonagh, Dr Brian Lecturer Above The Bar Redox signalling in response to endogenous reactive oxygen species ROS generation in a variety of cell and translational models particularly in skeletal muscle during exercise and ageing but also including glucoma, myopathy, chronic heart failure. Biomedical Science and Engineering Neurosciences Shiel, Professor Agnes Professor Occupational therapy; Acquired brain injury in adults; acquired disorders of consciousness: coma, the vegetative state and the minimally conscious state.

ORCID: Keywords: occupational therapy, multiple sclerosis, dementia, rehabilitation, community-based research, cognitive rehabilitation Biomedical Science and Engineering Neurosciences Quinlan, Dr. Biomedical Science and Engineering Neurosciences McDermott, Mr Barry Research Fellow Medical Devices; Drug and therapeutics design; Dosage form design and drug delivery; Biomedical engineering; Computational modelling for biomedical applications; Medical devices and therapeutics for veterinary applications.

Frank Professor Stem Cell Biology. The project will investigate clonal heterogeneity of Mesenchymal Stem Cell cultures and identify in vivo antecedents. Unravelling the clonal heterogeneity in MSC cultures and identifying true progenitors will lead to optimally defined cell preparations for targeted and more efficacious therapies. The laboratory also explores the role of altered stem cell behavior in disease with a focus on rheumatoid arthritis, osteoarthritis and atherosclerosis. On-going projects in osteoarthritis research 1 address the mechanism whereby mesenchymal stem cells may act to prevent progression of osteoarthritis through release of pro-reparative factors, 2 targeting of cells or drugs to damaged cartilage in early osteoarthritis by novel functionalised microparticles, 3 development of novel scaffolds for repair of localised cartilage defects, 4 modification of metal surfaces to promote osseointegration of joint replacement devices, 5 investigation of the role of Interleukin 16, a factor we identified as epigenetically regulated, in chondrogenic differentiation of mesenchymal stem cells and 6 the ability of interleukin 10 to modulate inflammation in the osteoarthritic joint.

Inappropriate calcification is a feature of osteoarthritis as well as atherosclerosis. The laboratory uses atherosclerotic and normal mesenchymal and vascular-derived stem cells to address mechanisms whereby calcification is initiated or propagated by disease environments. The project will use a multi-disciplinary approach for developing new therapies for critical limb ischemia. Gene delivery and stem cell biology technologies will be coupled to a biomaterials approach to regeneration and repair in a model of this important clinical human disease.

Among them are embryonic axis formation, regeneration, and cell fate stability. Our objective is to examine the therapeutic potential of MSC therapy in late phase sepsis, examine their mechanisms of action on the innate and adaptive immune responses, and determine whether enhancing their immunomodulatory potential can increase their therapeutic potential for patients suffering from sepsis. Our hypothesis is that understanding and optimizing the immunomodulatory effects of MSCs will enhance their therapeutic potential for patients suffering from sepsis.

MSCs will likely be effective when used at 2 discrete points in the later phases of sepsis. We hypothesize that MSC delivery after the initial hyper-inflammatory phase the current research focus , i. Our second major hypothesis is that MSCs will restore immune effector cell function in later sepsis, again restoring immune effector cell function, promoting bacterial clearance and recovery. The Farrona lab is focused in the genetic and epigenetic processes that regulate plant development using a combination of fundamental and applied research and using both molecular and biotechnological techniques.

Ailish Lecturer Above The Bar Reproductive physiology; follicle growth and development; ovulation control; preimplantation embryo growth and development. Broadband access technologies, including fibre to the home and next generation networks. Biometrics, Wireless, and powerline connectivity for Consumer Electronics applications. Cloud computing systems for consumer electronics devices. Security and access technologies including biometrics driven systems.

Metaheuristic optimisation, especially evolutionary computation. The study of representations and fitness landscapes. Genetic programming and program synthesis. Minimum description length. Machine learning. Unsupervised and one-class learning. Network security. Time series. Dissimilarity representations. Computational creativity. Art, music and design.

Sound synthesis, generative music. My current research can be grouped under the following broad interrelated themes: I. Financialization and Macroeconomic stability II. Characterizing economic complexity III. I am interested in approaches for the analysis of the information with the aim of improved filtering and recommendation techniques. Astronomical instrumentation based upon photon-counting detector systems. I have two main projects.

Optical and Gamma-ray polarisation studies of isolated pulsars and magnetars. This will be based upon observations taken with the Integral satellite and builds upon a previous project. As well as the gamma-ray Integral observations we will also use ground based facilities using our own equipment and in collaboration with colleagues in Italy. The collaborative work will involve multi-wavelength observations of black-widow pulsars to investigate the strong field within such systems. We have developed a 2-D polarimeter suitable for measuring polarised emission from optical pulsar and other astronomical objects. Crucial will be the use of 2-d fast imaging cameras. This work could lead to developments outside of astronomy in for example medical imaging.

Edward Lecturer Above The Bar My research interests are predominantly in open data-intensive distributed systems, particularly in the areas of incremental data management e. My research work is currently focused on engineering adaptive intelligent systems that are a foundation of smart and ubiquitous computing environments. His background in Cultural Studies, Sociology and Philosophy bring a critical approach and perspective to his research in Information Systems.

His current project is bringing the benefits of process philosophy to IS, but he is also interested more broadly in Time, Consciousness, Ethics, and Professionalism in the IS field. PhD research projects investigate the laser-material-ambient interactions. PhD research is supported by taught programmes and industrial participation. Exoplanet detection in direct images. Computational Imaging for applications to health and security -- plenoptic and 3D imaging, array cameras, thermal imaging.

Image processing of high-resolution retinal images in order to enhance the detailed study of retinal disease. Adaptive optics for microscopy and communications. Mark Senior Lecturer Gamma-ray Astronomy. Research involves using the VERITAS telescope array to study these objects to help uncover how they produce radiation with such incredible energies. This project aims to make the second generation of these ligands building selectivity and activity. We will also introduce additional functionality into the ligands to make hybrid ligands. We also specialise in immobilisation of ctalysts to allow them be recycled and thus lead to greener chemistry. Our novel immobilsation technique is applicable to major classess of catalysts and allows us access to a large number of vital reactions We have a number of small projects ongoing in the area of Industrial relevant catalytic chemistry.

This work has recieved interest from industry and we hope to expand this work in the coming months. The Crowley lab is developing new methods to control protein self-assembly, which provides the cornerstone for this important field. Measurement of regional night sky quality is a new research direction. Objects such as star forming molecular clouds, planetary nebulae and supernova remnants are investigated. New projects include using our code, MOLLIE, to model Atacama Large Millimetre Array telescope data; studies of the dynamics of star formation; and the effects of the destruction of planets on the shapes of nebulae that stars eject at the ends of their lives.

Colin Established Professor Extensive research activities over the following areas: measurements and modelling of atmospheric composition, climate modelling, monitoring of essential climate variables. Remote sensing of atmospheric aerosols, cloud properties. This is concerned with the geometric and combinatorial mathematics associated with bar and joint frameworks and other related structures. In particular I have worked on 3D rigidity of bar and joint frameworks and rigidity theory of surface graphs and of block-and-hole graphs. This project is aimed at designing practical algorithms for making computations in algebraic topology. One goal is to use perturbation techniques for computing integral cohomology ring structures of large data sets.

These are rare, elusive and useful. A suggested topic for a PhD project would be the use of homotopical methods, such as colimits of diagrams, for constructing resolutions in commutative algebra. I am also interested in computational techniques such as Grobner bases for homological computations. Details can be found at www. VOA theory is a rigorous algebraic approach to ideas originally developed in theoretical physics. VOAs have deep connections with geometry, number theory, Riemann surface theory, modular forms, Lie algebras and group theory. Thus the Monster group the largest finite sporadic simple group is the automorphism group of a special VOA which leads to a celebrated relationship between Monster characters and modular groups known as Monstrous Moonshine.

Informatics, Physical and Computational Sciences Mathematics Flannery, Professor Dane Personal Professor Interests include: linear group theory, computing with matrix groups, algebraic design theory Informatics, Physical and Computational Sciences Mathematics Quinlan, Dr Rachel Senior Lecturer My research interests are in linear algebra and its interactions with such areas as combinatorics, representation theory, field theory, and finite group theory. Details available on my website www. I am also interested in mathematics education research at university level. I would welcome applications in either of these areas. Informatics, Physical and Computational Sciences Mathematics Madden, Dr Niall Senior Lecturer Numerical analysis, in particular the design and analysis of novel methods to solving differential equations and linear systems, and the application of these methods in numerical modelling and simulation.

Finite element and finite difference methods; singularly perturbed problems and boundary layer phenomena; fast solvers; numerical linear algebra; multigrid methods; sparse grids; scientific computing; computational fluid dynamics. Informatics, Physical and Computational Sciences Mathematics Connolly, Dr Cornelia Lecturer Above The Bar Research interests include enhancement in STEM education - specifically computer science and mathematics teacher education, technology-enhanced learning, curriculum and computational thinking.

His research group applies leading-edge scientific and engineering methods to develop the improved infrastructure and built environment required for sustainable social and economic development. They have a strong history of collaboration with industry and international research institutes. This is one of the few test facilities in the world available for accelerated life testing of full-scale tidal turbine blades, but they also use it for testing other large scale structural systems. In this state-of-the-art testing facility, located in the Alice Perry Engineering building in NUI Galway, Dr Goggins and his team are collaborating with and testing novel structures for world-leading leading marine renewable energy companies, testing large aerospace structures and testing various construction technologies.

They also access other laboratories internationally to help deliver their research programme, such as numerous shake table test facilities in Europe for full-scale testing of structures subjected to real earthquake loading. More precisely, I am interested in non-negative and positive sectional curvature, isometric Lie group actions and symmetry. Combustion is the ultimate interdisciplinary field: it requires knowledge of chemistry, physics, fluid dynamics, thermodynamics and mathematics. In addition, combustion science has a well defined purpose in society today, facilitating the study and analysis of problems associated with the generation of air pollutants. C3 is concerned with the application of combustion research to the design of energy-efficient engine and gas turbine combustion systems and the impact of their use on toxic and greenhouse gas emissions, thus helping address the problems of urban air pollution and climate change.

In fact, the group is the only one in Ireland producing experts in the area of combustion. Currently, C3 is the only centre in Ireland with the expertise to train researchers for this growing industry. Specific areas include random effects and mixture models, overdispersion, model-based clustering, the EM algorithm and models for discrete data. Possible application areas include biological, environmental and agricultural sciences, clinical research, social sciences and educational research.

Also interesting in modelling indoor aerosol concentrations and dust resuspension. Personal Professor Timber engineering. Wood properties. Computational mechanics. Marine and coastal engineering. Sustainability and the built environment. Structural engineering. Rory is the Ireland National Team Lead in IEA Bioenergy Task 45 on Sustainability of Bioenergy within the Bioeconomy, in which he conducts supply chain sustainability studies for biohubs and renewable gaseous fuels and hydrogen. Energy engineering highway and transport engineering. Exposure to indoor air pollutants has been linked to the development or exacerbation of chronic respiratory illnesses such as asthma, allergies, COPD, and cardiovascular disease.

The prevalence of many chronic respiratory diseases has increased in Western Europe the past few decades. Dr Coggins has worked in industry and academia and since joining NUI, Galway in has supervised on research projects funded by private industry and also public bodies. Her research interests include measurement of occupational and environmental exposures to chemical, biological and physical agents. Her research on exposure to indoor air pollutants will go towards understanding how environmental exposures affect human health.

Some of her research in occupational settings has been used to help design effective technical interventions to control and reduce worker exposures. Environmental engineering. Thomas P. Senior Lecturer Marine and coastal engineering. Padraic Professor Computational mechanics. Fracture mechanics. Environment, Marine and Energy Energy Mc Grath, Dr James Research Fellow His research activities comprise of a numerous research areas: i the knowledge gap between energy performance, risk of overheating and indoor environmental quality, including the trade-offs between natural, hybrid and mechanical ventilation systems; ii the application of recent developments in indoor air quality sensor technology low-cost remote sensors to obtain large scale data collection; iii new methodologies to reduce radon measurement durations that are still representative of the annual radon concentration iv fugitive emissions from nebulisers and the potential exposure to bystanders and health care workers; v indoor aerosol dynamics and influence of charged characteristics on aerosol deposition.

Environment, Marine and Energy Energy Stengel, Dr Dagmar Brigitte Personal Professor Research interests focuses on ecological and metabolic responses of primary producers algae: seaweeds and microalgae, seagrasses to their environment including effects of climate change and anthropogenic influences such as harvesting regimes and deterioration of water quality , the targeted cultivation of macro- and microalgae for optimised production of seaweed and algal biomass, and primary and secondary metabolites with industrial potential.

Environment, Marine and Energy Energy De Menezes, Dr Alexandre Lecturer Above The Bar My research interest is in determining the drivers of microbial ecosystem function, particularly in the soil environment but also in the mammalian rumen. I have experience in next generation sequencing, bacterial 16S rRNA sequence analysis, metagenomics and metatranscriptomics. I work with a range of topics, including climate change, bioremediation, land use change and sustainable agriculture. I also have a long-standing interest in working with microbial glycoside hydrolase genes, their diversity and role in the environment as well as potential applications.

Novel thermostable enzymes and non-catalytic proteins from fungal sources Enzyme biodiscovery , especially biomass-modifying enzymes carbohydrases, proteases, oxidoreductases , and cell wall disrupting proteins. Enzymes as key biorefinery and green chemistry tools. Environment, Marine and Energy Energy Glavin, Prof Martin Personal Professor Digital signal processing and embedded systems for automotive and agricultural applications. My research areas include Hydrodynamic modelling of ocean, shelf and coastal systems; Water quality modelling; Operational modelling; Physical modelling; Offshore renewable energy; Data assimilation; High frequency radar operation; Extremes; Climate change; Flood modelling; Remote sensing of surface waters Environment, Marine and Energy Energy FitzGerald, Dr Una Lecturer Above The Bar Summary of Neuroscience Rearch Topics The overarching research theme is the investigation of the pathological processes occurring during multiple sclerosis MS.

Some of our projects relate to international development, including public health; antimicrobial resistance transmission; pathogen transmission; and sustainable sanitation. I work with genome-centric, microbial ecology, and ecophysiology, of complex biofilm aggregates and of host-microbe associations. I use experiments, survey, computer simulation and data analysis to understand patterns of population abundance and assemblage composition. My experience includes both benthic and pelagic ecology. The different approaches can be applied to address questions in conservation, fisheries, introduced species, monitoring, environmental management and compliance to legislation. He has previously worked as an environmental economist in the Rural Economy Research Centre, Teagasc.

Stephen has a particular interest in marine economics and policy and his work has been published by a number of the top-ranked journals in the fields of marine, environmental and natural resource economics. Gerard Senior Lecturer Deep sea microbial community structure and function. The role of ultramicrobacteria in the Deep Sea. Piezophiles and the Deep Sea. Novel industrial disinfection processes. Antimicrobial resistance.

Bacteria and aerosols.

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