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Carleen ReijmerView profile

Assistant Professor

• Climate Science
• Glaciology
• Polar Meteorology
• +7 more

Carleen Reijmer is an Assistant Professor in the Department of Physics and Astronomy at Utrecht University's Faculty of Science, where she conducts research through the Institute for Marine and Atmospheric Research (IMAU). She is an active member of Michiel Roland Van den Broeke's research group, focusing on polar climate processes and ice sheet dynamics. Dr. Reijmer's research interests center on polar meteorology, ice sheet modeling, and climate change impacts on polar regions. Her work combines field observations from automatic weather stations across Antarctica and Greenland with sophisticated numerical modeling, particularly using the RACMO2 regional climate model. She has made significant contributions to understanding surface energy balance, snow-albedo feedback mechanisms, and turbulent fluxes over ice sheets. Her publication record shows a consistent focus on quantifying surface melt processes, ice sheet mass balance, and the response of polar regions to global warming. The research demonstrates strong interdisciplinary connections between meteorology, glaciology, and climate science, with particular emphasis on how atmospheric processes influence ice sheet behavior. With 159 publications and over 7,500 citations, Dr. Reijmer has established herself as a significant contributor to polar climate research. Her work provides critical insights into how polar ice sheets contribute to sea level rise and how these regions are responding to ongoing climate change. Dr. Reijmer actively collaborates with researchers across international institutions and has contributed to major polar research initiatives. Her work involves both field campaigns deploying automatic weather stations and advanced modeling approaches to understand the complex interactions between atmosphere and ice in polar regions.

Nicolas TouzetView profile

Lecturer

• Marine Ecology
• Water Quality
• Phycoremediation
• +6 more

Nicolas Touzet is a Lecturer and Principal Investigator in the Department of Environmental Science at the Institute of Technology Sligo, Ireland. His research focuses on marine ecology, water quality, microalgal biotechnology, and harmful algal blooms, with particular emphasis on Irish coastal and freshwater systems. His primary research interests include: Phycoremediation of wastewater using microalgae Molecular identification of toxic phytoplankton species Bioactive compound production from microalgae Climate change impacts on aquatic ecosystems Development of molecular detection methods for harmful algal blooms Dr. Touzet leads the SFI-funded METALGAE project (€389,000) focused on "Physiology and molecular biology of microalgae for the biorefining of valuable metabolites." His publication record demonstrates consistent research output in microalgal applications for bioremediation and high-value metabolite production, with recent work emphasizing LED lighting optimization for pigment production and antioxidant bioprospecting from Irish marine heterokonts. His scientific contributions include: Development of molecular detection methods for toxic algae Advancement of microarray technology for phytoplankton monitoring Landmark studies on Alexandrium species in Irish waters Applications of microalgae for landfill leachate treatment Dr. Touzet has supervised multiple research projects and collaborated extensively with institutions across Ireland and Europe, particularly on harmful algal bloom monitoring and microalgal biotechnology applications. His laboratory at IT Sligo focuses on advancing microalgal applications for environmental and industrial purposes.

Matthias BlauView profile

Professor

• Audio Engineering
• Hearing Technology
• Acoustics
• +4 more

Prof. Dr.-Ing. Matthias Blau is a Professor at Jade University of Applied Sciences in Oldenburg, Germany, working within the Department of Civil Engineering Geoinformation Health Technology under the School of Technology and Health for People. He leads the Institute for Hearing Technology and Audiology and conducts research on sound transmission to and perception by the human auditory system, and the design of technical systems that interact with this system. His research interests focus on understanding how sound is transmitted to and perceived by the individual human auditory system, and how technical systems (including hearing systems, medical implants, or concert halls) can be designed to interact with this system. His work spans ear canal modeling, hearing aid technology, head-related transfer functions, and individualized audio systems. He has developed methods for predicting sound pressure at the eardrum, modeling infant ears, and improving binaural audio rendering. Analysis of his publication record reveals a consistent research trajectory focused on individualized approaches to hearing technology. His work has evolved from basic ear canal modeling to sophisticated applications in hearing aids, virtual environments, and infant hearing assessment. Key themes include the development of models that account for individual anatomical differences, the creation of databases for acoustic research, and the improvement of spatial audio rendering techniques. Prof. Blau has supervised multiple PhD students whose work has contributed significantly to the field. His former students include Tobias Sankowsky-Rothe (2023), Mina Fallahi (2021), Eugen Razumow (2015), and current students Felix Stärz and Reinhild Roden. His research has practical applications in hearing aid design, hearing assessment for infants, and virtual reality audio systems. He leads the Institute for Hearing Technology and Audiology at Jade University, which maintains the IHA database of human geometries including torso, head and complete outer ears for acoustic research. This database, available on Zenodo, contains complete ear canals up to the eardrums, making it an ideal tool for studying interactions with in-ear hearing systems.

Inka Kaufmann AlvesView profile

Professor

• Water Quality
• Water and Wastewater Treatment
• Wastewater Management
• +9 more

Inka Kaufmann Alves is a Full Professor at Mainz University of Applied Sciences, where she works in the School of Technology. With 39 publications and 886 reads on ResearchGate, she has established herself as a significant contributor to the field of water resource management and sustainable sanitation systems. Her work focuses on the transformation of traditional water infrastructure toward more sustainable, resource-efficient models that can withstand demographic, climatic, and socioeconomic changes. Professor Kaufmann Alves specializes in water and wastewater treatment with particular expertise in sustainable sanitation, resource-oriented water management, and the optimization of urban water infrastructure. Her research addresses critical challenges in adapting centralized water systems to decentralized, environmentally sustainable models through mathematical modeling and optimization techniques. She has developed approaches for long-term simulation of integrated water systems, implementation of resource-oriented sanitation blocks, and adaptation strategies for existing sewer networks. Analysis of Professor Kaufmann Alves' publications reveals a consistent progression from theoretical mathematical optimization approaches toward practical implementation strategies. Her work shows increasing attention to cross-sectoral optimization, scenario management, and visualization techniques for understanding transformation processes in both urban and rural water systems. The research demonstrates strong methodological rigor with applications spanning integrated modeling of sewer systems, resource-oriented sanitation concepts, and adaptation strategies for existing water infrastructure under variable conditions. Professor Kaufmann Alves actively collaborates with researchers across institutions, with notable co-authors including Claudia Campusano García, Sebastian Schöffel, and Johannes Schwank. Her work appears to focus on practical implementation of theoretical models, with numerous case studies examining specific water infrastructure challenges in real-world settings. While specific grant information isn't provided in the available text, her extensive publication record spanning over 15 years suggests successful research funding. Her laboratory work, referred to as "I. Kaufmann Alves's Lab" in the ResearchGate profile, appears to focus on the mathematical modeling and optimization of urban water systems. The research team likely includes students and collaborators working on various aspects of sustainable water infrastructure development and transformation, with particular attention to how low population density areas can implement sustainable water solutions within existing centralized infrastructure.