Find Academic Supervisors

Emi KimuraView profile

Associate Professor

• Crops and Rangeland Management
• Sustainable Agronomy
• Irrigation Management
• +5 more

Emi Kimura is an Associate Professor and Extension Agronomist at Texas A&M University, affiliated with the College of Agriculture & Life Sciences and the Department of Soil and Crop Sciences. She serves as the Extension State Peanut Specialist, focusing on sustainable agronomic practices for producers in the Rolling Plains of Texas. Her work emphasizes cultivar testing, nutrient management, soil fertility, cover crops, and efficient irrigation strategies, often collaborating with regional and national stakeholders. Dr. Kimura holds a Ph.D. in Soil and Crop Sciences from Washington State University (2014). Her research interests span crops and rangeland management, with a focus on integrating livestock systems, precision agriculture, and sustainable cropping practices. She leads initiatives in irrigation decision support systems, weed control, and organic transition methodologies. Recent publications highlight advancements in irrigation management apps, teff grass forage systems, and integrated pest management for winter wheat. Her work bridges research and practical application, supporting economic viability and environmental stewardship in agricultural systems. Collaboration with support staff like Dane Leija and T.J. Payne underscores her team-oriented approach. She is a key member of Texas A&M AgriLife Extension Service and AgriLife Research, contributing to statewide and international agricultural outreach and innovation.

Jackie RuddView profile

Professor

• Plant Breeding
• Genetics
• Agricultural Science
• +3 more

Jackie Rudd is a Professor in the Department of Wheat Breeding & Genetics at Texas A&M University, affiliated with the College of Agriculture & Life Sciences. As project leader of the Texas High Plains winter wheat breeding program, his work focuses on genetic improvement of wheat for water use efficiency, disease resistance, and end-use quality. He oversees cultivar development, graduate training, and research in hybrid wheat systems, synthetic wheat introgression, and high-throughput phenotyping. Education details are limited to undergraduate studies, though his professional expertise reflects advanced specialization in agronomy and plant genetics. Research interests emphasize physiological mechanisms for drought tolerance, genomic approaches to trait improvement, and application of unmanned aerial systems for phenotypic data capture. His publications from 2023-2024 reveal a focus on QTL mapping for yield and quality traits, genomic selection models, and integration of remote sensing technology into breeding programs. While no formal awards are listed, his contributions to improving wheat resilience in semi-arid environments reflect impactful research. Rudd's advising and grants are not explicitly detailed, though his program's operational scope suggests involvement in USDA-funded projects and collaborative breeding initiatives. He leads the TAM wheat breeding program which develops varieties like TAM 114, emphasizing bread-making quality and multi-stress resistance.

• Climate Change Biology
• Invasive Species Ecology
• Biodiversity Conservation
• +5 more

Stefan Dullinger is a Professor in the Department of Botany and Biodiversity Research at the University of Vienna’s Faculty of Life Sciences. His research focuses on climate change impacts, invasive species, and biodiversity conservation in alpine and tropical ecosystems. He leads projects such as MICROCLIM, examining alpine flora under climate change, and has contributed to over 200 peer-reviewed publications. Research Interests: Climate Change Adaptation in Ecosystems Biological Invasions and Their Management Protected Area Effectiveness Species Distribution Modeling Mountain and Alpine Ecosystems Key Projects: ERC-funded MICROCLIM (2021–2025): Microscale analysis of alpine plant responses to climate change Climate change impacts on global alpine diversity (2025–2029) Modeling drivers of plant radiation (2021–2024) Publications Highlight: Over 200 articles, including work on agroforestry impacts, alien species distributions, and forest management challenges in Europe. Recent contributions emphasize ethical dilemmas in conservation and global biodiversity footprints of urban consumption. Collaborations: Extensive international networks, with recent contributions to UN SDG-related research and interdisciplinary studies on epigenetics and climate adaptation in alpine plants.

Caner KazanciView profile

Associate Professor

• Ecological Modeling
• Biological Systems
• Environmental Engineering
• +5 more

Caner Kazanci, Ph.D., is an Associate Professor at the University of Georgia with a joint appointment in the College of Engineering and the Department of Mathematics within the Franklin College of Arts and Sciences. His research focuses on modeling biological and ecological systems, integrating principles from systems engineering, ecology, and applied mathematics. He specializes in ecological network analysis, nitrogen cycling dynamics, epidemiological modeling, and the application of computational methods to understand complex ecological interactions. Dr. Kazanci’s work emphasizes system-wide approaches to quantify ecosystem processes, such as material flow analysis, throughflow contributions, and indirect effects in ecological networks. His methodologies include tools like Network Particle Tracking (NPT) and the LINX framework for ranking flow measurements in compartmental systems. He also explores the impact of human behavior on viral strain evolution and disease control strategies, bridging epidemiology with social sciences. His publications span topics from agroecosystem nitrogen cycling to the thermodynamic foundations of ecological systems. Notable contributions include developing computational tools like the EcoNet software for ecological modeling and advancing theoretical frameworks such as ecological utility theory. Despite his prolific output, no scientific awards or grants are explicitly listed in the provided texts. Dr. Kazanci’s interdisciplinary approach bridges engineering, mathematics, and ecology, reflected in his dual appointments and collaborative research spanning environmental science, biotechnology, and public health.

Johannes LehmannView profile

Professor

• Soil Biogeochemistry
• Soil Fertility Management
• Organic Matter Dynamics
• +6 more

Johannes Lehmann is the Liberty Hyde Bailey Professor in the School of Integrative Plant Science (Soil and Crop Sciences Section) and a Professor in the Department of Global Development at Cornell University. His research focuses on soil biogeochemistry, nutrient cycling, and sustainable agriculture, with emphasis on soil carbon sequestration, biochar systems, and tropical agroecosystems. His work bridges laboratory studies, field experiments, and global-scale modeling to address climate change and environmental sustainability. Affiliations: Cornell College of Agriculture and Life Sciences, Lehmann Lab, Cornell Pyrolysis Group. Education: Doctorate in Soil Science (University of Bayreuth, 1997), Diplom Geooekologe (University of Bayreuth, 1993). Research Interests: Lehmann’s work explores soil organic matter dynamics, biochar applications, circular economy strategies, and nutrient management in tropical regions. He investigates how organic residues and biochar enhance soil fertility, reduce greenhouse emissions, and contribute to climate resilience. His recent studies highlight biochar’s role in capturing ammonia, electron conductivity in pyrogenic carbon, and global potential for carbon sequestration. Collaborations span disciplines, including art-science projects to foster interdisciplinary creativity. Awards: Member of the US National Academy of Sciences (2023), Humboldt Research Prize (2021), and multiple high-impact recognitions for contributions to soil science and sustainability. Teaching: Courses include nutrient cycling, soil management, and environmental sustainability, emphasizing global challenges and integrative solutions. Lab & Projects: The Lehmann Lab drives innovation in biochar technology, pyrolysis systems, and soil health. Projects include NASA-funded carbon monitoring in East Africa and the Cornell Pyrolysis Kiln for waste-to-energy转化.

Harold Mathijs van EsView profile

Professor

• Soil Health
• Precision Nitrogen Management
• Digital Agriculture
• +3 more

Harold Mathijs van Es is a Professor at Cornell University's School of Integrative Plant Science, Soil and Crop Sciences Section. He specializes in soil and water management, precision agriculture, and digital ag technologies. His work includes developing the Comprehensive Assessment of Soil Health (CASH) framework and the Adapt-N nitrogen management tool. He has authored over 200 publications, co-authored Building Soils for Better Crops , and advised 50 graduate students. His research emphasizes soil health, climate resilience, and sustainable farming practices. Van Es holds a Kandidaats from the University of Amsterdam (1981), M.S. from Iowa State University (1984), and a Ph.D. from North Carolina State University (1988). He has led administrative roles as department Chair and SSSA President, and collaborates with tech startups and global firms. His teaching includes PLSCI 3210/5210 on soil and crop management for sustainability. Research interests span soil health assessment, precision nitrogen management, digital agriculture, and climate adaptation. Recent studies explore soil health indicators, crop rotation impacts, and machine learning in yield prediction. Awards include the 2017 PrecisionAg Researcher/Educator of the Year and a $1M Tulane Nitrogen Reduction Challenge Prize. Van Es directs Cornell's Soil Health and Climate Resiliency Program and co-founded Adapt-N. His outreach includes the New York Soil Health Summit and the Cornell Soil Health website. He emphasizes translating science into practical tools for farmers and policymakers.

• Forest Ecology
• Plant Physiology
• Drought Stress Responses
• +3 more

Magdalena Brener is an Assistant Professor at the Department of Forestry, University of Zagreb’s Faculty of Forestry. Her research focuses on plant physiology under environmental stress, particularly drought and phosphorus deficiency in forest trees. She teaches courses such as Botany - Systematics of Plants and contributes to programs like the Master study ‘Close to Nature Forestry.’ Her work examines provenance effects on tree species like common beech and sessile oak, emphasizing growth dynamics, photosynthetic efficiency, and antioxidant responses. She also studies plant diversity in Croatian agroecosystems and invasive species distribution patterns. Her recent articles (2023–2025) highlight trends in stress physiology, nutrient management, and ecological niche analysis. She collaborates with institutes like the Institute of Ecology and Silviculture and uses facilities such as the Laboratory of Forest Entomology. No awards are listed, but her research impacts sustainable forestry practices and biodiversity conservation.

• Agricultural Sciences
• Plant Physiology
• Irrigation Management
• +6 more

RICCARDO LO BIANCO is a Full Professor of Agricultural, Food and Forestry Sciences at the University of Palermo, affiliated with the Department of Agricultural and Environmental Sciences. His research focuses on precision agriculture, plant water stress responses, fruit tree physiology, and sustainable agronomic practices in Mediterranean environments. He teaches courses such as GENERAL ARBORICULTURE, PRECISION TREE CROPS MANAGEMENT, and TECHNICAL ENGLISH FOR AGRICULTURE, reflecting his expertise in both technical and educational domains. His work emphasizes innovative irrigation strategies, remote sensing applications, and cultivar-specific management practices. Key research themes include optimizing water use efficiency, understanding drought stress mechanisms in olive, mango, and citrus, and developing precision tools for real-time crop monitoring. He has pioneered studies on cultivar-sensitive approaches to water status sensing and high-density planting systems for olives. His publications span over 20 years, with recent emphasis on AI applications for developing nations and cross-cultivar stress responses. He actively contributes to international symposia on precision agriculture and has edited textbooks like "Technical English for Agriculture".

Robert CooperView profile

Professor

• Wildlife Ecology
• Climate Change Impacts
• Quantitative Ecology
• +3 more

Dr. Robert Cooper is a Professor of Wildlife Ecology and Biometrics at the University of Georgia's School of Forestry and Natural Resources, holding the Dennis and Sara Carey Distinguished Professorship. His research focuses on wildlife ecology, climate change impacts, quantitative ecology, and tropical ecosystems. He leads the Cooper Lab, advising students like Ryan Chitwood (PhD candidate studying songbird population dynamics) and Abby Sterling (PhD alumna on shorebird conservation). Education: PhD, West Virginia University: Wildlife Biology MS, University of Georgia: Forest Resources BS, University of Georgia: Wildlife Research Interests: Ecosystem management emphasizing biodiversity preservation Climate change effects on avian populations and habitat Quantitative approaches to wildlife conservation Tropical ecology, including agroecosystems and cloud forest studies His work integrates adaptive management and rigorous statistical methods, with notable projects on Black-throated Blue Warblers and shorebird monitoring in Georgia. Awards: Dennis and Sara Carey Distinguished Professorship in Forestry and Natural Resources Education Grants & Advising: Funded by NASA and the Georgia Ornithological Society Advises students on topics like climate-driven demographic shifts and shorebird habitat conservation Labs/Teams: Cooper Lab focuses on quantitative ecology and conservation, collaborating with institutions like UGA Costa Rica and the Maquipucuna Foundation in Ecuador.

Elke HietelView profile

Professor

• Biodiversity Conservation
• Urban Ecology
• Environmental Planning
• +4 more

Prof. Dr. Elke Hietel is a Professor of Landscape Management and Urban Planning at Technische Hochschule Bingen. She leads the Bachelor's Environmental Protection program and chairs the Rhineland-Palatinate regional group of the Federal Association of Professional Nature Conservation (BBN). Her research focuses on enhancing biodiversity in agricultural and urban environments, including solar park design, green roofs, and phenological gardens as climate bioindicators. She holds leadership roles in regional conservation foundations and manages the Transfer Office Bingen (TSB) focusing on sustainable energy solutions. Educations: Gardening training at Weihenstephan, regional studies at TU Munich, PhD from Justus Liebig University Giessen (2004). Research Interests: Biodiversity in agriculture, urban ecology, climate adaptation through green infrastructure, GIS applications. Projects: Over 20 funded projects including solar park biodiversity optimization, urban greening systems, and climate adaptation strategies for UNESCO sites. Publications: 50+ peer-reviewed articles and reports on topics ranging from green roof ecosystems to legal frameworks for biodiversity protection. Her teaching spans undergraduate and graduate programs in environmental protection, agriculture, and sustainability, covering modules like Landscape Ecology, GIS, and climate policy instruments.

Isaya KisekkaView profile

Professor

• Agricultural Water Management
• Hydrology
• Irrigation Engineering
• +12 more

Isaya Kisekka is a Professor in the Department of Biological and Agricultural Engineering and the Department of Land, Air and Water Resources at the University of California, Davis, within the College of Engineering. He serves as the Director of the UC Davis Agricultural Water Center of Excellence and as Graduate Program Admissions Chair. His work integrates hydrology, irrigation engineering, and sustainable agriculture to address water scarcity challenges. Education: BSc in Agricultural Engineering, Makerere University, Uganda MS and PhD in Agricultural and Biological Engineering (Hydrologic Sciences), University of Florida Dr. Kisekka's research focuses on developing precision irrigation technologies, simulation-optimization models, and management strategies to enhance water use efficiency, crop productivity, and environmental sustainability. His work spans from field-scale experiments to basin-level modeling, with applications in almonds, alfalfa, corn, sorghum, and tomatoes. He emphasizes climate change adaptation, groundwater sustainability, and minimizing nitrate pollution. The recent publications reflect a strong trend in integrated modeling (e.g., DSSAT-MODFLOW), precision irrigation (e.g., mobile drip, microirrigation), and climate-resilient agriculture. His work increasingly connects water management with bioenergy, food security, and policy. Scientific Awards: 2022 ASABE Netafim Award for Advancements in Microirrigation Excellence in Education Award, Irrigation Association (2020) Dr. Kisekka leads major research initiatives on groundwater sustainability and irrigated agriculture, securing significant grants. He mentors graduate students and collaborates widely across institutions. He previously served as Assistant Professor at Kansas State University, focusing on the Ogallala Aquifer region. He leads the Irrigation and Water Management Research Group at UC Davis, which conducts experimental and modeling studies on soil-plant-water dynamics, fertigation, and salinity management. The team works on cutting-edge sensing technologies and decision support systems for farmers.

• Landscape Ecology
• Biogeography
• Coastal Management
• +4 more

Josep Pintó Fusalba is a full Professor of Physical Geography at the University of Girona since 1993. He serves as Director of the Landscape Analysis and Management Laboratory (LAGP), a consolidated research group recognized by the Generalitat de Catalunya. He holds a PhD in Geography from the University of Barcelona (1993) and has been Visiting Professor at the National Autonomous University of Costa Rica since 2004. Former Director of the Department of Geography, History and Art History (1998-2000) Former Director of the Official Master's Degree in the Environment (2008-2011) Representative of the University of Girona in UNISCAPE network (2006-2021) His research focuses on landscape analysis and management, particularly Mediterranean landscapes and Catalan coastal systems, integrating landscape ecology and biogeography. Recent work examines coastal dune dynamics, biodiversity assessment, ecosystem services, and climate change adaptation. Recent publications analyze coastal management strategies, vegetation dynamics in tropical and Mediterranean ecosystems, climate change impacts, and landscape aesthetics. They often employ geospatial analysis and historical data to assess environmental changes. José Manuel Rubio Recio Prize (2024) for biogeography dissemination International editorial board member: Revista Geográfica de América Central and Revista de Geografía (Sao Paulo) He leads multiple research projects funded by European and Spanish agencies, focusing on coastal sustainability, dune restoration, and climate adaptation. His work includes practical applications like coastal catalog projects and green belt designs.

• Soil Management
• Soil Quality
• Agricultural Economics
• +3 more

Maarten Kik is a Researcher at Wageningen University's Performance & Impact Agrosectors department, specializing in sustainable agricultural practices and soil management. His work bridges economic modeling with environmental science to address challenges in arable and dairy farming systems. Key research areas include: Soil Quality and Management Agricultural Economics Agroecosystem Sustainability Market Balancing Strategies Digitalization in Agriculture Recent publications focus on bio-economic models for sustainable soil management, economic optimization frameworks, and potato market dynamics. His work often involves interdisciplinary collaborations with institutions like Wageningen Economic Research and Wageningen Social & Economic Research. While no scientific awards are documented in the provided data, his research has been cited and engaged with by stakeholders across academia and agricultural policy sectors.

• Environmental Risk Assessment
• Ecological Modeling
• Wildlife Management
• +3 more

Hans Baveco is an external researcher affiliated with Wageningen University, specializing in environmental risk assessment, ecological modeling, and wildlife management. His work focuses on understanding population dynamics of geese, pesticide impacts on aquatic organisms, and ecosystem services in agroecosystems. Expertise in individual-based models and spatial resource depletion Active in interdisciplinary collaborations across Europe Contributor to datasets on pest-predator interactions and climate adaptation His research spans goose population dynamics , ecological modeling , and environmental risk assessment , often integrating computational simulations and empirical data. Recent studies examine the economic trade-offs of goose management and temperature-dependent toxicity in aquatic systems. Key projects include modeling barnacle goose foraging behavior, analyzing pyrethroid pesticide risks in Belgium, and developing decision-support tools for crop protection. His work has been cited in 5+ publications and featured in 2023 news coverage about goose management inefficiencies in Friesland.

• Digital Soil Mapping
• Tropical Soils
• Soil Fertility
• +3 more

Bas Kempen is a PE&RC Research Associate at ISRIC - World Soil Information , part of Wageningen University & Research. His work focuses on Digital Soil Mapping , Tropical Soils , and Machine Learning Applications in soil science. He leads projects like Validatie BVU and contributes to SoilGrids , a global soil data infrastructure initiative. PhD candidate in Digital Soil Mapping (2006-2011) Co-promotor for Mathematical Modeling projects Research highlights include: Transfer functions for nutrient modeling in tropical regions Bayesian statistics for soil health data collection Spatial yield predictions using QUEFTS in Sub-Saharan Africa Development of SoilGrids 2.0 with quantified uncertainty His collaborations span Rwanda, Kenya, India, and Malawi. As Project Leader for BVU validation (2010-2014), he established standardized soil data exchange protocols.