Dr. Jarrod Kath is a Senior Lecturer at the University of Southern Queensland (USQ), affiliated with the School of Agriculture and Environmental Science. He holds a PhD from USQ and specializes in climate risk management, agricultural systems, and ecological responses to environmental changes. His research focuses on integrating remote sensing, index insurance strategies, and climate modeling to enhance agricultural resilience. Key affiliations include the Centre for Applied Climate Sciences and the Centre for Sustainable Agricultural Systems. Education: BSc, BSc(Hons), and PhD from the University of Southern Queensland. Research interests encompass climate adaptation in agriculture, ecological impacts of climate change, and sustainable farming practices. Recent work includes studies on coffee production thresholds under climate change, insurance innovations for farmers, and soil fungal community dynamics. His publications span journals like Nature Food and Agricultural Systems . Supervision includes doctoral and master’s students exploring topics such as climate risk in coffee agroforestry, weed management, and cultural burning effects on ecosystems. He collaborates internationally on projects involving Vietnam, Colombia, and Australia. Labs/Teams: Active in interdisciplinary teams addressing climate resilience, with a focus on applying spatial modeling and citizen science to ecological challenges.
Dr. Shelby Filley is a tenured Professor in the Department of Animal and Rangeland Sciences at Oregon State University (OSU). She serves as an Extension Area Livestock and Forage Specialist with a 27-year career at OSU, focusing on beef cattle, sheep, goat, and forage production systems across Oregon's multi-county region (Benton, Douglas, Jackson, Josephine, Lane, and Linn). Her work integrates research, extension, and teaching, with over 900 educational programs reaching 19,000 stakeholders. Education : Ph.D. in Animal Science (OSU, 1998), M.S. in Agriculture (Cal Poly, 1986), B.S. in Animal Science (UC Davis, 1982). Dr. Filley's research emphasizes forage production to optimize livestock nutrition and reproduction , including selenium biofortification, pasture weed management, and climate-adapted grazing strategies. Her recent publications highlight innovations in regenerative ranching , ergotism prevention , and nutrient management under drought , with keywords spanning Animal Science , Forage Management , and Trace Element Research . Scientific Awards : Extension Award, Western Section, American Society of Animal Science (2023) 25-year Club, Oregon State University (2023) Dale & Alice Hoecker Extension Experienced Faculty Award (2019) National Association of County Agricultural Agents Communication Awards (2014) She mentors colleagues, manages OSU's livestock web resources, and has secured over $300,000 in grants. Her outreach includes workshops, peer-reviewed publications (24 journal articles, 37 extension publications), and digital media projects.
Hugh Lefcort is a Professor in the Department of Biology at Gonzaga University, within the College of Arts and Sciences. He is an active researcher and educator, specializing in behavioral ecology and ecotoxicology, with a focus on how pollution and parasites affect invertebrate behavior. He teaches a range of courses including Physiology and Biodiversity, Ecology, Parasitology, and Climate Change Science and Policy. Education: Ph.D. in Zoology, Oregon State University, 1993 B.A. in Anthropology, University of Washington, 1985 His research centers on the behavioral responses of invertebrates—particularly snails and ticks—to environmental stressors such as heavy metals, elevated CO2, and pathogens. He investigates how these stressors alter predator avoidance, physiological responses, and species interactions. His work often involves undergraduate researchers, reflecting his commitment to training critical thinkers through hands-on research. The 15 most recent publications reveal a consistent focus on ecotoxicology and climate change impacts, with recurring themes in chemical sensing, stressor interactions, and evolutionary adaptation. His studies span terrestrial and aquatic systems, with strong emphasis on bioindicators and vector behavior, particularly in the context of human-altered environments. Scientific Awards: No formal awards listed in the provided text. Lefcort actively mentors undergraduate students, many of whom co-author his publications. His lab investigates the effects of Rickettsia bacteria on tick behavior, the influence of rising atmospheric CO2 on tick questing, and the neurobehavioral impacts of PFAS on snails. He welcomes intellectually curious students to join his research team. While no external grants are explicitly mentioned, his sustained publication record suggests ongoing research support. He maintains an active research program with a strong emphasis on undergraduate involvement, ecological monitoring, and the intersection of environmental change and animal behavior.
Dr. Muditha Heenkenda is an Associate Professor in the Department of Geography & The Environment at Lakehead University, Canada, with expertise in remote sensing, GIS, and geostatistics. Holding a PhD in GIS and Remote Sensing from Charles Darwin University, Australia, and an MSc in Geo-information Science from Wageningen University, Netherlands, he focuses on natural resource management through geospatial technologies. PhD (GIS and Remote Sensing) - Charles Darwin University, Australia MSc (Geo-information Science) - Wageningen University, The Netherlands Higher Diploma (Surveying) - Institute of Surveying and Mapping, Sri Lanka BSc (Mathematics & Physics) - University of Peradeniya, Sri Lanka His research explores remote sensing applications in forestry and agriculture, including wildfire mapping, precision farming, and machine learning techniques for image analysis. Recent work involves UAV-based forest inventory, sugarcane nutrient monitoring, and integrating LiDAR with multispectral imagery. Dr. Heenkenda contributes to the Lakehead Applied Geomatics Research Lab , advancing practical geospatial solutions for natural resource challenges. Though no scientific awards are listed, his interdisciplinary approach bridges geomatics with agricultural and environmental decision-making.
Dr. Odemari S. Mbuya is a Professor of Agricultural Sciences at Florida Agricultural and Mechanical University (FAMU), where he serves as Director of the Center for Water Resources. He is also a Courtesy Professor of Agronomy at the University of Florida/IFAS, teaching courses in Statistical Research Methods and Plant and Soil Sciences. With over 30 years of expertise in agriculture, life sciences, and sustainable ecosystems, Dr. Mbuya integrates sustainability principles into innovative research and teaching at FAMU. Agronomy/Soil Science, Ph.D. (2000), University of Florida Certificate in Basic Radiation Safety (1992), University of Florida M.Sc. in Agronomy (1984), Sokoine University of Agriculture (Tanzania) B.Sc. in Agriculture (1980), Ukiriguru, Mwanza (Tanzania) Diploma in Crop Production Dr. Mbuya’s research spans nutrient and water management, watershed processes, phytoremediation, and computer simulation modeling. His work addresses critical sustainability challenges through interdisciplinary approaches, including climate change adaptation, bioenergy systems, and pollution remediation. Recent publications highlight advancements in wastewater nutrient utilization, arsenic removal, and sustainable agroecosystem management. His scientific contributions have been recognized with awards such as the Distinguished Scholar Award (2005), Rising Star Award (2003), and the Paul Robin Harris Award (1996). Dr. Mbuya has secured over $5.2 million in grants from agencies including USDA, EPA, and the US Department of Energy. US Department of Agriculture (USDA) US Forest Service US Environmental Protection Agency USDA-CSREES USDA-NIFA USDA-SARE Florida Department of Agriculture and Consumer Services US Department of Energy
Dr. JC (Bob) Douma is an Assistant Professor at the Centre for Crop Systems Analysis, Wageningen University. His research focuses on plant-pest/pathogen interactions, ecological modeling, and statistical methods in ecology. He holds a PhD from VU University Amsterdam (2011) and joined Wageningen University in 2012. His work includes projects funded by the European Food Safety Authority and the NWO VENI grant investigating plant communication under herbivory and disease suppression in crop mixtures. Education: BSc: Universities of Groningen and Wageningen MSc: Wageningen University PhD: VU University Amsterdam (2011) Research Interests: Alien pest introduction/establishment dynamics Pest/disease management in crops Statistical ecology and modeling Awards: NWO VENI Grant (2014) Teaching: Ecological Modelling and Data Analysis in R (CSA-50306) Population and Systems Ecology (CSA-20806) Multiple MSc internships/research practices Labs/Teams: Active in the Centre for Crop Systems Analysis, focusing on crop physiology, weed ecology, and pest management systems.
Asad Asaduzzaman is a Lecturer in Cropping, Horticulture and Soil Health at Charles Sturt University (CSU), based in Wagga Wagga. He holds a PhD in canola allelopathy from CSU, advancing the concept of self-weeding crops. Previously, he served as a Research Scientist at the NSW Department of Primary Industries, uncovering globally significant findings like world's first double-knock herbicide resistance and Australia's first paraquat resistance in Conyza sumatrensis . His work on herbicide hormesis has gained international acclaim. Education: PhD in Canola Allelopathy, CSU Postgraduate in Applied Statistics Bachelor's from Sher-e-Bangla Agricultural University, Bangladesh Research Interests: Weed ecology, herbicide resistance dynamics, climate adaptation in crops/weeds, remote sensing for precision agronomy, and machine learning applications in species distribution modeling. Key areas include Feathertop Rhodes Grass management, Tropical Soda Apple biology, and arsenic contamination in Bangladesh. Key Contributions: Unveiled paraquat resistance mechanisms in tall fleabane Developed statistical models linking crop traits to weed suppression Pioneered use of deep learning for spectral weed identification Awards: Crawford Fund Australia Fellowship (2009) supported his early research at the University of South Australia. Advising & Grants: Advised multiple postgraduate researchers (details not listed). Active in Australian cotton and grain industry partnerships, with funding from agricultural extension programs. Labs/Teams: Collaborates with CSU's Graham Centre and NSW Department of Primary Industries on integrated weed management projects.
Camila Bibiano is a Research Fellow at Midwest University, affiliated with the Department of Research, Development and Innovation. Her work focuses on agricultural and environmental sciences, emphasizing sustainable pest management and pesticide safety. She contributes to UN Sustainable Development Goals 2 (Zero Hunger) and 15 (Life on Land) through research addressing crop protection and ecological impact mitigation. Her research interests include evaluating essential oils and synthetic compounds for their efficacy against pests like Spodoptera frugiperda (fall armyworm), while ensuring minimal harm to beneficial organisms like Trichogramma pretiosum. She also investigates chemical residues in polluted soils and the survival dynamics of agricultural pests under varying treatments. Bibiano has produced impactful publications such as a 2023 analysis of EU pesticide regulatory gaps and a 2022 study on Lamiaceae-derived compounds. With an h-index of 79 and over 300 citations, her work demonstrates significant scholarly influence in agrochemical toxicity and sustainable agriculture. No academic awards are explicitly listed, and her profile does not mention active grants or student advisees.
Huw Jones is a Professor at the Institute of Biological, Environmental and Rural Sciences (IBERS), Aberystwyth University, where he leads research in plant biotechnology and crop breeding. He has held honorary positions at Rothamsted Research and the University of Nottingham, and previously served as a Senior Research Scientist at Rothamsted and Long Ashton Research Station. Education: PhD in Molecular Biology and Intracellular Signalling, University of Bristol MSc BSc Huw Jones is internationally recognized for his work in plant functional genomics, gene editing (e.g., CRISPR-Cas9), RNA interference, and in vitro tissue culture techniques, particularly in polyploid crops such as forage grasses, clovers, cereals, poplar, and willow. His research focuses on improving crop resilience and breeding efficiency through advanced biotechnological tools, including exploiting chloroplast inheritance, doubled haploidy, and heterosis. He has extensive expertise in the regulatory and biosafety aspects of genetically modified and gene-edited crops. The recent publications reflect a strong emphasis on precision breeding, regulatory frameworks, and the application of gene editing and RNAi in agriculture. Themes include abiotic stress tolerance, biosafety of dsRNA crops, transformation methods in grasses and algae, and policy analysis of precision breeding in the UK. His work bridges fundamental science with real-world agricultural and regulatory challenges. Scientific Awards: Fellow of the Royal Society of Biology (2002) Fellow of the Learned Society of Wales (elected 2025) Huw Jones has supervised several PhD students, including Daniel Fenton and Kusum Khatri, and leads externally funded projects such as PlastiRoots (Horizon Europe) and citizen science initiatives on breeding transparency. He has secured grants from BBSRC, ESRC, Syngenta, and Newton Bhabha Fund. He previously chaired the UK Plant Sciences Federation Working Group and served on EFSA’s GMO panel (2009–2018), where he co-authored over 150 risk assessment opinions. He currently advises the UK Food Standards Agency and Defra on novel foods and environmental releases. He is actively involved in public engagement, frequently contributing to media discussions on GMOs, gene editing, and food security, advocating for science-based regulation and sustainable agricultural innovation.
Roberta Masin serves as an Associate Professor within the Department of Agri-Food, Environmental and Animal Sciences (DAFNAE) at the University of Padua, Italy, specializing in AGR/02 (Agronomy and Field Crop Production). Based at the Agripolis campus in Legnaro, Padova, she conducts research at the intersection of agricultural systems and environmental sustainability, with significant contributions to Mediterranean agricultural challenges. Her research program focuses on weed ecology under climate stressors, particularly soil salinization and drought impacts on coastal agriculture. She pioneers precision agriculture techniques using UAVs and remote sensing for weed mapping, seed germination modeling, and site-specific management. Key innovations include nature-based solutions for salinity mitigation, herbicide reduction strategies, and assessment of invasive species like Ambrosia artemisiifolia across European ecosystems. Her work integrates field experiments with advanced data analytics to develop sustainable crop protection frameworks. Analysis of her 2023-2025 publications reveals a dominant research trajectory in climate-resilient agriculture, with 60% of recent work addressing seawater intrusion impacts and weed adaptability in coastal zones. She demonstrates strong European collaboration networks, particularly with Croatian institutions, focusing on translating hydrothermal emergence models into practical precision farming tools. Her publications consistently emphasize actionable strategies for reducing chemical inputs while maintaining productivity in saline-stressed environments.
Steven Hines is a Professor and Extension Educator with the University of Idaho Extension, serving Jerome and Twin Falls counties in the Magic Valley region. He is affiliated with the University of Idaho’s College of Agricultural and Life Sciences and works directly with farmers and landowners to promote sustainable agricultural practices. His role combines applied research, outreach, and education in crop production and soil health. B.S. in Agricultural Education, University of Idaho, 1992 M.S. in Agricultural Education, University of Idaho, 1996 Steven Hines' research and extension interests focus on sustainable farming systems, particularly cover crop adoption , interseeding cover crops into corn , soil health improvement , and farm management . His work emphasizes practical solutions for farmers, including optimizing forage and cereal production, managing farm succession, and enhancing soil and water conservation. He has led demonstration projects on wide-row corn and cover crop integration, aiming to improve long-term land productivity. His recent publications reflect a strong trend in applied agricultural science, with a focus on cover crops , soil health , forage-livestock systems , and economic aspects of farming . These works span peer-reviewed journals and extension bulletins, targeting both academic and practitioner audiences. Key themes include interseeding techniques, biostimulant use, and regional adoption of conservation practices. Steven Hines has received several prestigious awards for his contributions to agricultural extension and farm management: Search for Excellence in Farm and Ranch Financial Management, National Award Winner, National Association of County Agricultural Agents (2018) Distinguished Service Award, National Association of County Agricultural Agents (2017) Applied Research Poster - State Winner, National Association of County Agricultural Agents (2017) Agency Employee of the Year, Idaho Association of Soil Conservation Districts (2015) While he does not formally advise graduate students, Hines plays a critical advisory role for farmers, ranchers, and agricultural professionals. He has secured funding for applied research and extension projects, particularly in soil health, cover crops, and farm economics. His work often involves collaboration with county conservation districts, the Natural Resources Conservation Service (NRCS), and regional agricultural stakeholders. He has contributed to economic impact studies and developed educational programming on farm succession and financial management. Steven Hines is actively involved in the University of Idaho Extension’s regional programming, particularly in the Magic Valley. He leads demonstration farms and field days, collaborates with the Kimberly Research and Extension Center, and works with multi-agency teams to address agricultural challenges such as weed management and water conservation. His outreach extends through workshops, webinars, and publications, forming a vital link between research and on-farm application.
William E. Snyder is a Professor in the Department of Entomology at the University of Georgia's College of Agricultural & Environmental Sciences. His research integrates ecological principles to address critical challenges in species conservation, sustainable agriculture, and human health through natural pest management solutions. Dr. Snyder's work focuses on sustainable agriculture and biological control of pests, with expertise in food safety, plant-microbe-insect interactions, and climate change impacts on agroecosystems. His lab investigates how restoring natural biodiversity resolves conflicts between conservation and food production, emphasizing that ecosystem health underpins pest management and safe food systems. Key approaches include field studies on working farms, molecular eco-genomics, and landscape-scale modeling of species interactions. Recent publications reveal strong trends in climate-agriculture interfaces, food safety ecology, and genomic applications in pest management. Research increasingly examines trade-offs between ecosystem services (e.g., bird-mediated pest control) and risks (e.g., pathogen transmission), while advancing RNAi technologies and nutrient management for sustainable pest suppression. Field-based molecular work dominates current outputs, reflecting the lab's shift toward mechanistic eco-genomic explanations of ecological patterns. The Snyder Lab maintains active collaborations with growers across diverse projects including pastured poultry systems, soil nutrient-pest interactions, and climate-driven whitefly outbreaks. Ongoing fieldwork on organic farms and molecular analyses in the lab support translational research that bridges fundamental ecology with agricultural applications. The lab actively recruits students for projects spanning statistical modeling, GIS analysis, and experimental field ecology.
Dr. Amir Sadeghpour serves as an Associate Professor of Soil Management and Integrated Cropping Systems in the Department of Plant, Soil, and Agricultural Systems at Southern Illinois University Carbondale (SIU). His research and teaching focus on developing sustainable agricultural systems that address challenges posed by climate variability. Dr. Sadeghpour's educational background includes a Ph.D. in Plant and Soil Sciences from the University of Massachusetts Amherst (2014), an M.S. in Agronomy from the University of Tehran, Iran (2008), and a B.S. in Crop Production and Plant Breeding from Azad University of Varamin, Iran (2006). Prior to joining SIU, he held postdoctoral positions at Virginia Tech and Cornell University. His research program integrates agroecological principles with precise nutrient management to design regionally adapted cropping systems that are profitable, efficient, sustainable, and resilient. Key research areas include long-term tillage trials in corn-soybean systems, nitrogen management in cover cropping systems, precision nitrogen management of corn, agroecological intensification of cropping systems, and sustainable phosphorus management for vegetable crops. His work emphasizes practical solutions for enhancing agricultural sustainability while maintaining productivity. Analysis of his recent publications reveals a strong focus on environmental sustainability in agriculture, with particular attention to nutrient cycling, greenhouse gas emissions, cover crop systems, and precision management approaches. His research spans multiple scales from field-level experiments to county-wide nutrient balances, demonstrating both practical applicability and broader environmental implications. The Gerald O. Mott Meritorious Graduate Student Award in Crop Science (2013) Outstanding Graduate Student Award (ASA, NE Branch) (2013) Dr. Sadeghpour teaches several courses including Soil Management (CSEM/PSAS 443), Writing Fact Sheets in Soil Science (CSEM 390), Fertilizers & Soil Fertility (CSEM 447), and Soil Fertility Evaluation (CSEM 448). His teaching emphasizes practical applications of soil science principles to real-world agricultural challenges.
Fritzi Grevstad is an Assistant Professor (Senior Research) in the Department of Botany and Plant Pathology at Oregon State University, affiliated with the College of Agricultural Sciences. Her research is centered at the Richardson Hall Quarantine Facility, where she leads studies on classical biological control of invasive weeds such as knotweeds (Fallopia spp.) and gorse (Ulex europaeus). She works with insect agents collected from native ranges to assess host specificity and efficacy for safe field release. Her research interests include: Population and invasion ecology Plant-herbivore interactions Biological control of invasive plants Phenology and photoperiodism in introduced insects Modeling climatic suitability and phenological mismatch Optimization of biocontrol release strategies The trends in her recent publications show a strong focus on the integration of ecological modeling with empirical studies in biological control. Her work emphasizes the importance of phenological alignment between biocontrol agents and host plants, particularly under climate change. She investigates genetic variation among biocontrol populations, host specificity testing, and long-term impacts of agent releases. Much of her research involves collaborative modeling tools like DDRP for real-time pest forecasting. Although no specific scientific awards are mentioned in the provided text, her extensive publication record in high-impact journals such as Ecological Applications , Biological Control , and Global Change Biology reflects significant scholarly contributions. She has authored technical petitions for field release of biocontrol agents, extension publications for practitioners, and book chapters summarizing national biocontrol programs. Dr. Grevstad advises on the biology and implementation of biocontrol programs, with a history of collaborative grants and research projects involving agencies like the USDA Forest Service and Department of Defense. Her work includes developing decision-support tools and models for weed biocontrol on federal lands. She has co-authored multiple technical reports and petitions submitted to the Technical Advisory Group on Biological Control of Weeds, indicating active grant-funded and regulatory-engaged research. She leads a research team focused on invasive species management, working closely with entomologists, modelers, and quarantine specialists. The team conducts both laboratory and field studies, particularly within the Richardson Hall Quarantine Facility at OSU, to ensure safe and effective development of biological control programs.
Dr. Carsten Eichberg is a Lecturer in the Department of Geobotany within Faculty VI Spatial and Environmental Sciences at the University of Trier, Germany. He has held this position since October 2008 and maintains his office in Room H 113 on Campus II at Behringstr. 21, D-54296 Trier. His academic career spans over two decades with significant contributions to plant ecology and conservation biology. Dr. Eichberg earned his PhD in Geobotany/Vegetation Ecology from the Technical University of Darmstadt in 2005 with a dissertation titled 'Plant-diaspora pools and processes in inland sand ecosystems: soil seed banks, epi- and endozoochory.' Prior to this, he completed his Diploma in Geobotany from Albert Ludwig University of Freiburg in 2000, focusing on rabbit-mediated seed dispersal. His educational background includes biology studies with a philosophy minor from 1992-2000 at universities in Potsdam and Freiburg. His research focuses on grassland and agroecology, nature conservation and restoration ecology, seed ecology, plant-animal interactions, experimental plant ecology, and effects of agricultural chemicals on non-target organisms . Dr. Eichberg investigates how livestock grazing, dung beetles, and other ecological processes influence plant community dynamics, particularly in vulnerable sand ecosystems. His work bridges theoretical ecology with practical conservation applications, examining how management practices can enhance biodiversity while maintaining agricultural productivity. Analysis of his recent publications reveals a strong emphasis on ecotoxicological impacts of veterinary pharmaceuticals (particularly anthelmintics) on grassland ecosystems, with numerous studies examining how moxidectin and other chemicals affect seed germination and plant establishment. His research also spans restoration techniques for sandy grasslands, seed dispersal mechanisms, and the ecological consequences of livestock management. The interdisciplinary nature of his work connects plant ecology, conservation biology, and environmental toxicology, with increasing attention to climate change interactions. Highlighted by European Commission in Science for Environment Policy 486 (2017) for research demonstrating how livestock worming treatments reduce seed germination in grassland species Editor's Choice recognition in Oikos (2015) for meta-analysis on seed dispersal by ungulates Dr. Eichberg has secured significant research funding, including a DFG project (2020-2023) investigating effects of macrocyclic lactone anthelmintics on grassland species, and has collaborated on multi-site international experiments examining dung beetle ecology across the Western Palaearctic. He serves on the editorial board of Tuexenia and reviews for numerous prestigious journals including PLoS ONE, Restoration Ecology, and Plant Biology. His teaching responsibilities include courses on vascular plant identification, plant ecophysiology, physiological plant ecology, vegetation of Central Europe, and chemical substances in biology. Dr. Eichberg's laboratory work centers on experimental plant ecology, particularly seed germination studies and field experiments examining plant-animal interactions in sand ecosystems. His research group investigates how agricultural chemicals impact non-target plant species and how traditional grazing practices can be optimized for biodiversity conservation in grassland habitats.
