Long Citation (for publication and press release) Professor Suttle has changed our understanding of biological oceanographic processes by being among the first to recognize the abundance of viruses in seawater (~50 million per ml) and their importance as major agents of mortality and drivers of global biogeochemical cycles. He has revealed the enormous diversity of viruses in the sea, and in the process has discovered several previously unknown types. His work has influenced thinking in disciplines ranging from biological oceanography, through microbial diversity to virology. His work continues to break new ground and redefine the field of environmental virology. Short Citation (to be read at the Induction Ceremony) Professor Suttle has changed our understanding of biological oceanographic processes by being among the first to recognize the abundance of viruses in seawater and their importance as major agents of mortality and drivers of global biogeochemical cycles. His work has influenced thinking in disciplines ranging from biological oceanography, through microbial diversity to virology and continues to break new ground.

Wayne Grover is nationally and internationally recognized as a most creative and prodigious researcher and inventor in the field of telecommunication transport network systems and technology. He has pioneered several new concepts which changed the direction of industry and academic research in his field such as self-healing networks, p-cycles, protected working capacity envelope, rate-adaptive subscriber loop transmission, and error-correction coding in fiber optic transmission. He produced the first comprehensive book on Mesh-Based Survivable Networks, and has several landmark papers and international awards as well as multi-million dollar technology transfers supporting the operation of TRLabs. He is sought out as an advisor to R&D companies, network operators, governments and patent courts as a world-expert in his field.

Long Citation (for publication and press release) Safa Kasap is a pioneer in electronic and optoelectronic materials and devices research, from fundamental principles to advances in direct conversion x-ray image detectors for medical imaging. He is the author of two acclaimed textbooks (both have been translated) and the editor of a major handbook in his field. His distinctive research and scholarly contributions have been published in more than 200 refereed journal papers, and as chapters in a major encyclopedia and several books. They include experimental and theoretical investigations into the fabrication, characterization (electrical, optical, thermal, mechanical, structural) and modeling of amorphous semiconductors and chalcogenide glasses for optoelectronics and x-ray imaging. Short Citation (to be read at the Induction Ceremony) Safa Kasap is a pioneer in electronic and optoelectronic materials and devices research, from fundamental principles to advances in direct conversion x-ray image detectors for medical imaging. He is the author of two acclaimed textbooks and the editor of a major handbook in his field. His distinctive research and scholarly contributions have been published in more than 200 refereed journal papers, and as chapters in a major encyclopedia and several books.

Long Citation (for publication and press release) Kenneth Neale is a prolific researcher whose work reflects broad interests in a wide range of fields covering solid mechanics, the mechanics of materials, metal forming processes, composite materials, and structural engineering. In mechanics and materials, he has made major original contributions spanning numerous topics such as the large deformation behavior of metals and polymers, structural instability theory, material formability analysis, the modeling of microstructural phenomena, advanced numerical modeling, and the optimization of metal forming processes. In structural engineering he has made pioneering contributions to the development and modeling of innovative rehabilitation technologies using advanced fibre composites. Short Citation (to be read at the Induction Ceremony) Kenneth Neale is a prolific researcher whose work reflects broad interests in a wide range of fields covering solid mechanics, the mechanics of materials, metal forming processes, composite materials, and structural engineering. He has made major original and pioneering contributions to both mechanics and materials and structural engineering.

Long Citation (for publication and press release) Sara Shettleworth is recognized internationally as a world-leading figure in the comparative study of animal cognition, learning, and memory. She was a pioneer in bridging the fields of experimental animal psychology with behavioral ecology or ethology. Professor Shettleworth's research on constraints in learning heralded a major paradigm shift by introducing evolutionary consideration to studies on learning. Her subsequent research on basic mechanisms in conditioning, animal foraging and spatial learning and memory, furthered our understanding of these functions and of their evolutionary significance. In her influential book, Cognition, Evolution and Behavior, she integrates the literature with great skill, and provides deep insights into the nature, and evolution, of the animal and human mind. Short Citation (to be read at the Induction Ceremony) Sara Shettleworth is recognized internationally as a leading authority in the comparative study of animal cognition, learning, and memory. She was a pioneer in bridging the fields of experimental animal psychology with behavioral ecology or ethology. Her research on constraints in learning heralded a major paradigm shift by introducing evolutionary consideration to studies on learning.

Long Citation (for publication and press release) Jean Vance's research on phospholipid and cholesterol metabolism is internationally recognized and is characterized by novelty and thoroughness. Her seminal work on specialized membranes associated with mitochondria changed the way biologists think about intracellular lipid transport. She developed and characterized three new strains of knock-out mice. Her research provides key insights into mechanisms of cholesterol and phospholipid transport in the brain. Jean has shown that lipid-containing particles in the brain dramatically protect neurons from death, suggesting potential clinical relevance for neurodegenerative disorders such as Alzheimer's disease. She explored mechanisms of lipid secretion into plasma with implications for cardiovascular disease. Short Citation (to be read at the Induction Ceremony) Jean Vance's research on phospholipid and cholesterol metabolism is internationally recognized and is characterized by novelty and thoroughness. Her seminal work on specialized membranes associated with mitochondria changed the way biologists think about intracellular lipid transport. She has developed and characterized three new strains of knock-out mice and her research provides key insights into mechanisms of cholesterol and phospholipid transport in the brain.

Long Citation (for publication and press release) Dr. Backx is a world leader in the field of the structure-function relationships of ion channels with particular emphasis on ion channels in heart disease. He has provided original observations and insights into the mechanisms of cardiac arrhythmias, the control of cardiac contractility by ion channels, the regulation of ion channel expression and the development of novel therapies for treating heart disease. His research is particularly innovative. Dr. Backx a leader in Cardiovascular Sciences. The excellence of his scientific discoveries is supported by his remarkable ability to routinely publish in outstanding international journals such Cell, Nature, Science and Circulation Research. Short Citation (to be read at the Induction Ceremony) Dr. Backx is a world leader in the field of the structure-function relationships of ion channels with particular emphasis on ion channels in heart disease. He has provided original observations and insights into the mechanisms of cardiac arrhythmias, the control of cardiac contractility by ion channels, the regulation of ion channel expression and the development of novel therapies for treating heart disease.

Miodrag Belosevic is a scholar of international stature. His research interest is the elucidation of the immune mechanisms of host-pathogen interactions at both organismal and molecular levels. His seminal contributions cross disciplinary boundaries and include the development of novel animal models for study of infectious diseases, the elucidation of the mechanisms of host defense in mammals and lower vertebrates, and inactivation of waterborne pathogens. His ability to integrate and synthesize, and to quickly technology-transfer his basic research into useful and high-impact applications have benefited the global community in the area of safe drinking water supply and environmental health.

Long Citation (for publication and press release) Dr. Ann Marie Craig is internationally recognized for her pioneering contributions to the field of molecular and cellular neurobiology. She has made some of the most important advances in neuroscience in the past decade, and her fundamental contributions have established our present view of the structure of central nervous system synapses, the scaffolding and cell surface proteins responsible for receptor localization, and the dynamic regulation of receptor trafficking regulated by protein kinases. Her work has important significance for the development of new and effective therapies for numerous neurological and psychiatric diseases, including stroke, Alzheimer's, autism, schizophrenia, anxiety, and depression. Short Citation (to be read at the Induction Ceremony) Dr. Ann Marie Craig is internationally recognized for her pioneering contributions to the field of molecular and cellular neurobiology. She has made some of the most important advances in neuroscience in the past decade and her work has important significance for the development of new and effective therapies for numerous neurological and psychiatric diseases, including stroke, Alzheimer's, autism, schizophrenia, anxiety, and depression.

Long Citation (for publication and press release) Dr. Edward McCauley is among the most productive and imaginative ecologists nationally and internationally, and is one of the few people who have undertaken groundbreaking research in both theoretical and empirical ecology. He has established mechanisms underlying the presence and absence of cycles in population size in several species, concentrating on zooplankton and algae as a model system. He has also developed models that provide the best predictions of the impacts of nutrient addition on the diversity and abundance of algae in lakes and has shown how the special characteristics of flowing water affect ecological interactions in streams and rivers. Short Citation (to be read at the Induction Ceremony) Dr. McCauley is among the most productive and imaginative ecologists nationally and internationally, and is one of the few people who have undertaken groundbreaking research in both theoretical and empirical ecology. He has established mechanisms underlying the presence and absence of cycles in population size in several species, concentrating on zooplankton and algae as a model system.

Long Citation (for publication and press release) Arend Bonen is an international scientific leader in the regulation of energy metabolism in skeletal muscle under normal and pathological conditions. He has identified the important role of muscle activity in regulating glucose utilization, and the molecular mechanisms controlling the entry of fatty acids into skeletal and cardiac muscle. These studies have led to the understanding that physical activity is a valuable prophylactic/therapeutic aid in treating insulin resistance, and that the molecular dysregulation of fatty acid entry into muscle cells, in obesity and type 2 diabetes, represents a key therapeutic target. His extensive work has influenced research in diverse fields. Short Citation (to be read at the Induction Ceremony) Arend Bonen is an international scientific leader in the regulation of energy metabolism in skeletal muscle, under normal and pathological conditions. His studies have led to the understanding that physical activity is a valuable prophylactic/therapeutic aid in treating insulin resistance, and that the molecular dysregulation of fatty acid entry into muscle cells, in obesity and type 2 diabetes, represents a key therapeutic target.