Dr. Rufus Isaacs is a Professor & Extension Specialist at Michigan State University's Department of Entomology, College of Agriculture and Natural Resources. His research focuses on berry crops entomology and pollination ecology, with a primary emphasis on pest management of invasive species like Spotted Wing Drosophila and native pests such as blueberry stem gall wasp. He integrates pest control strategies into Integrated Pest Management (IPM) programs and extends findings to agricultural industries through extension publications, demonstrations, and outreach. His work addresses climate change impacts on pollination, pesticide risks to pollinators, and sustainable farming practices. Key projects include optimizing blueberry pollination under extreme heat, evaluating wildflower habitats for pollinator support, and developing biological control methods for invasive pests. Dr. Isaacs collaborates with growers, government agencies, and industry stakeholders to translate research into actionable solutions. His lab manages a multidisciplinary team addressing pollination requirements, pest resistance, and export-ready pest control protocols for Michigan's berry and grape industries.
Ruby Ward, PhD, is an Associate Professor and Agricultural Entrepreneurship Specialist in the Applied Economics Department at Utah State University. Since 1998 she has combined research, extension, and teaching to advance agricultural economics, entrepreneurship, and community development across Utah and the Intermountain West. Ward directs statewide extension programs in rural tax education, drought-management economics, and beginning-farmer training while teaching courses in firm management, strategic planning, and community impact analysis. Education PhD, Agricultural Economics, Texas A&M University, 1998 (Dissertation: An Analysis of Potential Agricultural Reforms in the Texas Department of Criminal Justice ) MBA, Texas A&M University, 1994 BS, Accounting and Agricultural Economics, Utah State University, 1992 Other studies, Crop and Soil Science, Ricks College, 1990 Research Focus Ward’s scholarship addresses the economic viability of specialty-crop systems, drought resilience strategies, direct-market channels, and agricultural tax policy. Recent projects quantify the profitability of high-elevation cut-flower enterprises, evaluate producer adoption of drought-management practices, and assess consumer preferences for organic and eco-labeled foods. Her extension outputs include enterprise budgets for peonies, ranunculus, anemones, and tomatoes grown under field and high-tunnel systems, as well as curricula that support American Indian agricultural entrepreneurship. Awards & Honors Extension Specialist Award for Innovative Program (2013) Outstanding Extension Group Project – WAEA (2011, 2006, 2005) Overall Specialist Award, ESA (2006) Undergraduate Research Mentor of the Year, USU College of Business (2005) Tom Slick Fellowship, Texas A&M (1994) Lechner Fellowship, Texas A&M (1992) Agriculture Division Woman of the Year, Ricks College (1990) Teaching & Mentorship Ward has taught 20 distinct courses including APEC 2310 Small Firm Management , APEC 5015 Firm Management, Planning and Optimization , and APEC 6710 Community Planning and Impact Analysis . She has formally mentored four graduate students in Applied Economics and Economics & Finance. Extension & Outreach Since 1989 Ward has led regional agricultural business development programs covering central and southern Utah. Signature initiatives include Rural Tax Education (2010-2021), Start-to-Farm entrepreneurship training, drought and water-issue response, and civil-rights compliance planning.
Leslie Holland is an Assistant Professor and Extension Specialist in the Department of Plant Pathology at the University of Wisconsin-Madison, focusing on cranberry, apple, grape, and strawberry pathology. Based at Russell Labs, she leads the UW Fruit Pathology Lab and UW Fruit Program, translating research into practical solutions for Wisconsin growers through applied field studies and stakeholder collaboration. Dr. Holland's educational background includes: PhD in Plant Pathology from the University of California, Davis MS in Plant Pathology from Washington State University Her research centers on fungal disease complexes in fruit crops, investigating fungicide resistance mechanisms, disease forecasting models, and biological control strategies. She integrates molecular diagnostics with field epidemiology to address grower-identified challenges, emphasizing sustainable management practices that balance chemical and cultural controls for Wisconsin's unique fruit production environment. Analysis of her 2022-2025 publications reveals dominant themes in cranberry pathology (false blossom, fruit rot), with growing emphasis on climate change impacts, molecular detection tools, and fungicide resistance monitoring across fruit systems. Her work increasingly bridges laboratory validation with on-farm implementation, particularly for cold-climate viticulture and strawberry pollination ecology, demonstrating strong alignment with Wisconsin agricultural priorities. Dr. Holland has not been mentioned to have received any scientific awards in the provided materials. As an Extension Specialist, she maintains active engagement with Wisconsin fruit growers through diagnostic services, field workshops, and collaborative research projects. Her dual academic-extension role inherently involves securing grant funding for applied research, though specific projects aren't detailed; she mentors graduate students in plant pathology with focus on practical disease management solutions for regional fruit industries. Dr. Holland directs the UW Fruit Pathology Lab and UW Fruit Program, which serve as central hubs for disease diagnostics, grower education, and applied research. Her team collaborates with the Plant Disease Diagnostics Clinic, Turfgrass Diagnostic Lab, and Wisconsin fruit industry stakeholders to address emerging pathogen threats across cranberry marshes, apple orchards, vineyards, and strawberry fields.
Ersin Korkmaz is an Associate Professor in the Department of Civil Engineering at Kırıkkale University , specializing in Transportation Engineering . His academic journey includes dual bachelor's degrees from Erciyes University (Electrical and Civil Engineering, 2011-2012), a master's degree in 2016, and a doctorate in 2019. Expertise in optimization algorithms (flower pollination, differential evolution, YOLO-based models) Research focuses on transportation energy demand, smart traffic systems, and UAV-based intersection analysis Developed hybrid AI control systems for signalized intersections Contributor to bibliometric studies in banking and accounting sectors His work bridges civil engineering and computational methods, with recent publications analyzing traffic safety, energy forecasting, and infrastructure optimization. Notable trends include integration of metaheuristic algorithms for transportation modeling and applications of drone imaging in urban mobility.
Yavanna Aartsma is a Researcher in Animal Ecology at Wageningen University & Research, specializing in sustainable insect-based solutions for agricultural challenges. Her work bridges ecological theory with practical applications in circular food systems. Her research focuses on insect ecology and biological pest control , particularly examining tritrophic interactions between plants, herbivores, and parasitoids. Current projects explore black soldier fly ( Hermetia illucens ) mass rearing for sustainable feed production and insect-friendly landscape management. Key interests include: Parasitoid-host dynamics in agricultural ecosystems Microbiome influences on insect immunity during mass rearing Spatial scaling of plant-volatile mediated interactions Circular economy applications for insect-based protein Analysis of her recent publications reveals a strong emphasis on sustainable agriculture transitions , with 60% of her work (2022-2025) addressing insect-based feed systems and landscape management. Her research integrates chemical ecology, microbiology, and agricultural economics to develop practical solutions for nitrogen surplus challenges and protein security. Scientific engagement includes: Expert media commentary on biodiversity and pest control Policy reports for agricultural stakeholders Field validation of insect-friendly mowing techniques Aartsma leads collaborative projects connecting fundamental ecology with applied agricultural challenges, particularly through her work on circular feed production systems and landscape-scale biological control. Her research demonstrates strong institutional collaboration within Wageningen's ecological research groups and practical partnerships with agricultural stakeholders.
Professor Simon Mortimer is a distinguished academic at the University of Reading's School of Agriculture, Policy and Development, where he conducts research at the intersection of agricultural science, ecology, and sustainable land management. His work spans multiple institutional collaborations including English Nature and the Sussex Downs Conservation Board, with significant contributions to European research initiatives. Professor Mortimer's research focuses on understanding how agricultural practices affect soil health, biodiversity, and ecosystem services. His work examines crop rotation systems, grassland restoration, soil carbon dynamics, and the development of effective agri-environment schemes. He takes a holistic approach that connects soil science with plant ecology, agricultural economics, and landscape management to address the challenges of sustainable food production. His publication record demonstrates significant contributions to understanding ecological intensification in agricultural systems, with particular expertise in soil-plant interactions and biodiversity conservation. Professor Mortimer's research bridges fundamental ecological principles with practical applications for farmers and policymakers. Professor Mortimer has made substantial contributions to agricultural policy through his work on the Agri-Environmental Footprint Index and research on sustainable intensification. His findings provide evidence for balancing agricultural productivity with environmental protection, influencing both national and European policy frameworks. Students and collaborators benefit from Professor Mortimer's interdisciplinary perspective and extensive network of research partnerships across academia, government agencies, and conservation organizations. His work provides valuable insights for those seeking to advance sustainable agricultural practices while maintaining productive farming systems.
Professor David Copplestone is a leading expert in the field of Environmental Radioactivity at the University of Stirling , affiliated with the Biological and Environmental Sciences department. With over 25 years of experience, he specializes in assessing radiation exposure effects on wildlife from nuclear industries, accidents, and medical sources. His research spans multiple disciplines, including Radioecology , Ecotoxicology , and Environmental Risk Assessment . He focuses on radionuclide behavior and transfer in ecosystems, development of the ERICA Tool for environmental radiological assessment, and international standardization of radiation protection frameworks through IAEA and ICRP collaborations. Recent publications highlight his work on radiation impacts in the Chernobyl Exclusion Zone , metabolic responses in bumblebees , and ecological modelling approaches for assessing ionizing radiation effects. His studies often bridge nuclear science with environmental conservation practices.
Frank-M. Chmielewski is an Associate Professor at the Albrecht Daniel Thaer Institute of Agricultural and Horticultural Sciences within Humboldt University's Faculty of Life Sciences. His research focuses on agricultural meteorology, plant physiology, and climate change impacts on crop production. Specializes in phenological modeling of fruit trees Investigates temperature responses in sweet cherry dormancy and blossom Contributed to international phenology networks like PEP725 Recent publications analyze climate variability effects on barley yield, dormancy regulation in cherry buds, and pollinator responses to urban microclimates. He has developed thermal time models for cherry transplantation and studied frost vulnerability in fruit crops. His work demonstrates consistent engagement with plant-environment interactions, particularly temperature dependencies in bud development and pollination ecology. The research spans from molecular metabolite analysis to pan-European phenological trends.
Anna Treydte is an Associate Professor in Nature and Environmental Management at the Department of Physical Geography, Stockholm University. She also holds Adjunct Professor positions at the University of Hohenheim (Ecology of Tropical Agricultural Systems) and the Nelson Mandela African Institution of Science and Technology (Dept of Life Sciences and Bioengineering). Her interdisciplinary research spans across multiple continents, addressing biodiversity conservation, human-wildlife coexistence, and sustainable rangeland management in diverse ecosystems including temperate climates (Germany, Sweden, Italy), desert environments (Mongolia, Saudi Arabia), savanna systems (eastern and southern Africa), mountain regions (Andes), and tropical forests (China, Vietnam, Thailand, Tanzania). Dr. Treydte's primary research focus lies in assessing how climate change and human activities alter structural, species and functional biodiversity of flora and fauna in natural and agro-ecological systems. She investigates plant-animal interactions, animal population management, human-wildlife coexistence, livestock impacts on rangelands, and shifts in nutrient cycling and carbon stocks across landscapes with varying human land use pressure. Her work uniquely integrates socio-ecological aspects, recognizing that sustainable human-wildlife coexistence requires local stakeholder participation in resource use decision-making. She employs diverse methodological approaches including field observations, laboratory experiments, GPS tracking, and socio-economic surveys to address complex conservation challenges. Her publication record demonstrates a strong focus on understanding human-environment interactions across diverse ecosystems. Recent work examines wildlife-livestock dynamics, invasive species management, land use change impacts on biodiversity, and socio-ecological approaches to conservation. A notable trend in her research is the integration of empirical field data with advanced modeling techniques to understand ecological processes across spatial and temporal scales. Her work frequently addresses the practical implications of ecological research for sustainable land management and conservation policy, with direct applications for pastoral communities and protected area management. Dr. Treydte actively supervises numerous graduate students at both the master's and doctoral levels, with current projects spanning topics from human-wildlife conflict to rangeland restoration technologies. She leads multiple research projects including 'Human-Wildlife Coexistence,' 'Rangeland Ecology,' and 'Invasive Plant Species Management,' funded by various sources including Stockholm University, FORMAS, and international collaborations. Her laboratory group, NG| Landskapsekologi (Landscape Ecology), conducts field work across multiple continents, with particular emphasis on eastern Africa. The group employs interdisciplinary approaches that combine ecological field studies, socio-economic surveys, and advanced spatial analysis to address pressing conservation challenges in human-dominated landscapes.
Mario Muñoz Organero serves as a Full Professor in the Telematics Engineering Department at University Carlos III of Madrid, concurrently directing the University Master's Degree in Connected Industry. His academic profile centers on leveraging computational intelligence to address complex challenges across healthcare, urban systems, and educational frameworks through rigorous interdisciplinary collaboration. His research spans Artificial Intelligence, Machine Learning, and Smart Environments with significant applications in Healthcare Informatics (pancreatic cancer registries, diabetes management), Transportation Systems (traffic flow optimization, commuter stress analysis), and Educational Technology (generative AI for learning, micro-credentials). He pioneers context-integrated neural network architectures for sensor data interpretation in real-world environments, emphasizing practical deployment in smart cities and clinical settings. Analysis of his 2023-2025 publications reveals a distinctive interdisciplinary trajectory where machine learning methodologies bridge traditionally separate domains. Recurrent and graph neural networks form the technical backbone for projects ranging from pandemic-influenced traffic modeling to blockchain-enabled agricultural trading in Colombia, while explainable AI frameworks increasingly inform educational applications. This cross-pollination of techniques demonstrates exceptional adaptability in addressing domain-specific constraints across medical, transportation, and pedagogical contexts.
Professor Tomas Roslin is a prominent ecologist at the University of Helsinki, affiliated with the Faculty of Biological and Environmental Sciences and the Ecosystems and Environment Research Programme. His research focuses on the spatial dynamics of ecological communities, particularly insect-plant interactions and quantitative food webs. Roslin leads the Spatial Foodweb Ecology Group, which investigates how spatial context affects interactions between plants, herbivorous insects, and their natural enemies. Professor Roslin's research spans multiple ecological domains, with particular emphasis on spatial dynamics in food webs, habitat fragmentation, and metacommunity processes. His work demonstrates how spatial context affects not only ecological population dynamics but also microevolutionary processes such as local adaptation. Recent research has increasingly focused on quantitative food webs as descriptors of insect interactions with other trophic levels, addressing general patterns across multiple local food webs and linking food web structure to functioning. His studies often incorporate cutting-edge molecular techniques like metabarcoding to explore biodiversity patterns. Analysis of Professor Roslin's recent publications reveals a strong focus on climate change impacts on ecological communities, particularly in northern ecosystems. His work examines thermal homogenization of boreal communities, latitudinal gradients in species interactions, and the effects of climate warming on Arctic plant-fungus networks. There's also significant emphasis on methodological advances in biodiversity monitoring, including metabarcoding approaches for studying insect microbiota and airborne fungal DNA. His research increasingly addresses conservation applications, particularly for invertebrates. Professor Roslin has received several prestigious awards recognizing his contributions to ecology and mentorship: Academy of Finland Recognition Award (2005) Best tutor of undergraduate students in the Faculty of Biosciences (2007) Commendation for good thesis supervision (2011) Oskar Öflund Foundation "The Big Prize" (2011) Professor Roslin actively supervises students at multiple levels, serving as supervisor or co-supervisor for doctoral theses, pre-examiner of doctoral theses, and member of doctoral thesis committees. His research is supported by numerous projects, including "Mapping Mosquito-Borne Viruses" (2025-2026), "Näringsvävar i matsvamp" (2024-2025), and "Biodiversiteettimuutoksen mittarit ja ek" (2023-2027). He also leads the long-running "Spatial Foodweb Ecology Group" project since 2011. Professor Roslin leads the Spatial Foodweb Ecology Group, which employs innovative approaches to study ecological networks. The group has been instrumental in developing metabarcoding techniques for studying insect communities and their interactions. Recent work includes the Insect Biome Atlas project, which conducted a comprehensive metabarcoding survey of terrestrial arthropods in Sweden and Madagascar, and the Global Spore Sampling Project, which created a standardized dataset of airborne fungal DNA worldwide.
Robert Blair is a Professor in the Department of Fisheries, Wildlife, and Conservation Biology at the University of Minnesota's College of Food, Agriculture and Natural Resources Sciences. His research focuses on conservation biology within human-dominated landscapes, particularly avian ecology and urban ecology, with significant contributions to citizen science methodologies and environmental education. Education Ph.D. from Stanford University Blair's research centers on understanding how land use affects bird communities in urban and human-altered environments. He advocates for studying biodiversity in the 'unswimmable ocean' of human-dominated landscapes rather than pristine habitats. His work includes extensive studies on bird-building collisions, urban bird conservation, and the role of citizen science in environmental education. Recent publications reveal strong trends in urban ecology, collision mitigation strategies, and participatory science methodologies with practical applications for conservation policy. Advising and Grants Blair has advised twelve graduate students including current PhD candidates Sam Safran, Andrew Hallberg, Zonish Javed, and Lucas Rapisarda. His research is supported by diverse sponsors including the National Science Foundation, Environmental and Natural Resources Trust Fund, Three Rivers Parks District, U.S. Bank Stadium, Audubon-Minnesota, Fulbright Foundation, Cargill Foundation, and the College of Food, Agriculture and Natural Resources Sciences. Labs and Teams He leads the Blair Lab, which operates through three integrated pillars: Urban Ecology (focusing on human-modified landscapes), Public Science (engaging citizens in all scientific stages), and Diversity, Equity & Inclusion. Key initiatives include Project BirdSafe, Minnesota Master Naturalist, Driven to Discover, and Nature for New Minnesotans. The lab actively involves undergraduate researchers, citizen scientists, and community partners in its conservation efforts.
Professor Brett Turner from the School of Civil and Environmental Engineering at University of Technology Sydney is a leading expert in geo-environmental remediation , PFAS contamination , and geochemical kinetics with over 20 years of experience. He heads a state-of-the-art emerging contaminant analysis laboratory equipped with LC/MSMS, FTIR, and Simultaneous Thermal Analysis (STA) instruments. PhD Environmental Engineering (University of Newcastle, 1999-2003) B.Sc (Hons 1) (University of Newcastle, 1994-1999) His research focuses on PFAS remediation using natural materials like hemp protein, fluoride removal via calcite permeable barriers, and soil stabilization in coastal environments. Recent publications examine pollen bioaccumulation of PFAS, salinity effects on clay plasticity, and metal ion impacts on defluoridation. Current funding includes an ARC Discovery Indigenous grant (2024-2027) for protein-enhanced landfill clay liners to manage PFAS transport. Awards include the 2015 Discovery Indigenous Research Fellowship and the 2017 Newcastle University Chancellor’s Award for Innovation Excellence. He teaches 49116 Contaminated Site Remediation and Waste Management , emphasizing practical skills in GIS, contaminant transport modeling, and remediation strategies under ASTM standards. His laboratory investigates emerging contaminants through advanced analytical techniques and field testing (CPTu, zeta-potential).
Dr Helen Hoyle is a Lecturer in Healthy Urban Landscapes at the School of Architecture and Landscape, University of Sheffield. With a PhD from the University of Sheffield and academic credentials including a PG Certificate in Academic Practice from UWE Bristol, she specializes in integrating human wellbeing, biodiversity, and climate resilience in urban environments. PhD: Human happiness vs urban biodiversity? Public perception of designed urban planting MA Landscape Architecture (Distinction), University of Sheffield BA Geography, Oxford University (St Edmund Hall) PG Certificate in Academic Practice, University of the West of England Her research explores the social and ecological dimensions of urban green infrastructure (UGI), focusing on: Aesthetics and color in public reactions to UGI Co-creation of nature-based solutions for deprived communities Climate-resilient design strategies Green social prescribing initiatives Children's nature connections Urban biodiversity-human wellbeing synergies Helen's recent work spans 2015-2025, covering topics like parkrun health benefits, pollinator habitat creation, and educational arboretum-meadow projects. Her publications analyze meadow design impacts, biodiversity perception, and sustainable urban planning approaches. Scientific recognition includes: Public Engagement Award (UWE Bristol) Associate Editor roles at Landscape Research and People and Nature Athena Swan lead for Landscape Architecture She collaborates with Stevenage parkrun, Barking parkrun, Luton Parks Service, and local schools to implement real-world interventions. Her teaching includes modules on landscape planning toolkits and green infrastructure maintenance.
Dr. Robert K. D. Peterson is a Professor of Entomology in the Department of Land Resources and Environmental Sciences at Montana State University, where he also serves as Director of the Online Masters Program in Environmental Sciences. He joined MSU in 2002 and was promoted to Professor in 2011. Dr. Peterson received his Ph.D. in Entomology from the University of Nebraska-Lincoln in 1995 and maintains an adjunct appointment in the Department of Entomology at his alma mater. Dr. Peterson's research program centers on agricultural and biological risk assessment, with three interconnected focus areas: Biotechnology risk - including glyphosate-tolerant crops, Bt crops, and plant-based biopharmaceuticals Invasive species risk - particularly human health risks from vector-borne diseases like West Nile Virus Pesticide risk - comparative assessments of different control methods and their environmental impacts His additional research interests include plant-stress ecophysiology, with particular focus on wheat physiological responses to the wheat stem sawfly, and integrated pest management theory with emphasis on economic decision levels. Dr. Peterson has developed innovative approaches to comparative risk assessment that integrate multiple lines of evidence for improved environmental health decision-making. Dr. Peterson teaches Biological Risk Assessment (ENSC 407, LRES 507) each Fall Semester, and Insect Ecology (ENTO 510) and Special Topics Seminar (ENTO 594) in even years during Spring Semester. His teaching reflects his expertise in risk assessment methodology and ecological principles. Professional Recognition With 112 refereed publications and 14 book chapters to his name, Dr. Peterson has established himself as a leading researcher in agricultural risk assessment. His work spans entomology, environmental science, agricultural science, and risk assessment fields. Mentorship and Collaboration Dr. Peterson currently supervises four MS students and has successfully guided 11 graduate students to completion throughout his career. His research group, the AgBiosafety Entomology Group, fosters interdisciplinary collaboration across entomology, plant science, environmental toxicology, and risk assessment disciplines.
