Dr. Maxwell Wilder | Ecology | Research Excellence Award

Dr. Maxwell Wilder | Ecology | Research Excellence Award

University of Minnesota Duluth | United States

Maxwell Wilder is a biological and environmental scientist specializing in the application of environmental DNA (eDNA) technologies to address questions across public health, fisheries science, invasive species detection, and ecosystem monitoring. His research integrates molecular biology, ecology, and data-driven approaches to improve detection and surveillance of organisms and pathogens in aquatic environments. He has made significant contributions to advancing eDNA-based methods for species management, wastewater-based epidemiology, and environmental surveillance of emerging infectious diseases. His work emphasizes method validation, comparative detection approaches, and translating molecular data into actionable insights for conservation and health security. Through interdisciplinary research, he bridges ecological monitoring with applied molecular tools to support sustainable ecosystem management and public health decision-making

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Dr. Nicola Cantasano | Ecologia | Research Excellence Award

Dr. Nicola Cantasano | Ecologia | Research Excellence Award

National Research Council of Italy | Italy

Dr. Nicola Cantasano is an interdisciplinary researcher working across marine biology, freshwater ecosystem monitoring, and astrobiology. His research focuses on developing innovative methods to measure, map, and assess the ecological status of marine and fluvial environments. A significant part of his work addresses the structure, dynamics, and conservation of Mediterranean seagrass ecosystems, particularly Posidonia oceanica. He has also contributed to marine macroalgal taxonomy and the monitoring of invasive and non-native algal species. In freshwater systems, his studies emphasize functional assessment, ecological connectivity, and integrated ecosystem management. Another distinctive research direction explores analogies between terrestrial microbial structures and sedimentary features observed on Mars. Overall, his work bridges environmental science and planetary biology to advance understanding of life-supporting processes on Earth and beyond.

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300
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Citations
270

Documents
24

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