Research Topics in New Agriculture
1. Agronomics, Environmental Science, Ecological Agriculture and Wildlife
-- Agronomics
- Bioeconomy
- Agricultural and applied economics
- Agricultural economics and policy
- Agronomy (pathology, soil management, and weed science)
- Stages in agriculture (Pre-Harvesting, Harvesting, Post-Harvesting)
- Economic perspectives for agriculture and forestry
- Sustainable agriculture
- Sustainable development and economic-social impacts
- Crop production and market analysis
- Forest mensuration, modelling and forecasting
- Urban trees and greenspace in a changing climate
- Plant breeding and molecular breeding
- The world of seaweeds
- Sustainability in water, energy, urban, food, forest, land, and ecological systems
- Cognitive assistants to farmers, agronomics engineers, laborers, and other workers in the agricultural production chains.
- Upstream human behavior and downstream ecosystem services
- Agricultural and biosystems management
- Regenerative agriculture
- Vegetation management
- Biometeorology, Biomimicry, Biometry
- Landscape architecture
-- Forestry
- Forest managment
- Forests and climate change
- Climate and carbon exchange
- Water, air, and soil
- Soil carbon and nitrogen dynamics
- Forest mensuration and biometrics in the AI era
- Fish and wildlife
- Forest and plant health
- Natural resources, applied ecology, and environmental science
- Biotechnology and molecular genetics
- Forest biomaterials
- Remote sensing and geospatial
- Geospatial analytics
- Biodiversity studies
- Conservation and management
- Wildlife ecology and management
- Manage the land
- Ecological informatics and modelling
- Historical and retrospective studies
- Invasive plants, pests and pathogens
- Forest genetics
- Physiological ecology, population dynamics, and species interactions
- Wildland fire
-- Ecological Agriculture and Wildlife
- Agroecology, sustainable and secure food systems
- Wildlife ecology and management
- Fisheries ecology and management
- Aquatic ecology and management
- Aquaponics
- Landscape limnology
- Ecological sustainability and landscape ecology
- Human dimensions and policy
- Ecological genetics and physiology
- Biometry and ecological modeling
- Spatial ecology
- Ecological engineering
- Ecological agriculture (natural ecosystem services, such as water filtration, pollination, oxygen production, and disease and pest control)
- Plant ecology and diversity
- Wildlife ecology
- Wildlife conservation and management
- Marine macroalgal ecology
- The complex interactions among species (amphibians, birds, fish, habitat management, Invertebrates, Mammals, Reptiles)
- Ecosystem dynamics and processes
- Land use and management
- Emerging threats
-- Environmental Science and Ecology
- Environmental change and ecology
- Bioenvironmental engineering/ecosystem modeling
- Environmental biophysics
- Water resources economics and policy
- Freshwater ecosystems (rivers, lakes and wetlands)
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Structures and environment
- Environmental – Soil & Water
- Microbe-Environment Nexus
- Agriculture and air quality
- Agricultural air quality research
- Agriculture and global warming
- Agriculture and climate change
- Biogeochemical and ecological processes in forest and agricultural systems
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Forest engineering
- Natural resources and environmental engineering
- Water resources and environmental engineering
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Biological engineering
- Microbiological Engineering
- Environmental microbiology
- Waste management and the protection of the environment
- Agricultural waste treatment engineering
- Animal manure management
- Environmental permitting and remediation
- Plant and animal environments
2. Crop Production and Management, Systems Informatics and Analytics
-- Climate Change
- Climate change adaptation
- Agriculture and climate change
- Global climate change and ecosystems
- Climate informatics.
- Sustainable agriculture, forestry and climate
- Climate change and environmental ecology
- Greenhouse gas emissions (carbon dioxide, methane and nitrous oxide, etc.)
- Agricultural
greenhouse gas emissions sources (agricultural soil management,
enteric fermentation, manure management, carbon dioxide from fossil fuel
consumption, etc.)
- Agricultural greenhouse gas sinks (forest management practices, CO2 flux from agricultural soils, etc. )
- Urban controlled environment agriculture,
-- Indoor Vertical Farming, Crop Production and Management
- Crop management software
- Indoor vertical farming
- Renewable energy sources and vertical farming
3. Emerging Technology in New Agriculture
- Nanoparticle-Based Sustainable Agriculture and Food Science
- Photogrammetry and Remote Sensing
- Bee Vectoring Technology
- Quantum technology in agriculture
- Precision Agriculture
- Livestock Farming Technology
- Laser Scarecrows
- Farm Automation
- Machine Vision in Agriculture
- Autonomous Navigation Agricultural Robots
- Real Time Motion (RTK) Technology
- Photonics Applications for Agriculture
- Precision Gene Engineering
- Minichromosome Technology
- Farm Management Software
- Water Management Technology
4. Digital Agriculture
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Nexus of food/energy/water Systems (FEWS)
- Greenhouse intelligent control system
- Intelligent agriculture
- Expert system in agriculture
- Forest management
- Electronic commerce technology for agricultural products
- Agricultural transportation, distribution and marketing
- Agri-tourism and other new mode
- New media in agriculture
- Photonics in agriculture
- Computational agriculture
- Computational agroecology
- Blockchain technology in agriculture
- Human factors and interface design in the context of digital agriculture systems.
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Software and API service platforms and middleware support for digital agriculture.
- Computer simulation, optimization and modeling
- B2B marketing - bioproducts industries
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Digital dirt
5. Precision Agriculture
- Internet of things for agriculture
- Food traceability - from farm to smartphone to table
- Fruit-harvesting robots
- Intelligent control for agriculture system
- Photonics in agriculture and food systems
- Biological Engineering Sensor Technologies (sensors and instruments for applications in biological, agricultural, food, and environment engineering)
- Smart robotic sensors arms for localized precise measurements
- Cloud control in agriculture system
- Distributing control and control networks in agriculture
- Agriculture modernization model and technology integration
- Digital and Precision and agriculture
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Data analysis and analytics systems applied to agricultural processes.
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Precision agriculture systems, including sensing, data collection and analysis, decision-making, and IoT.
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Weather and climate monitoring and prediction systems in the context of agriculture, and new applications of weather/climate data.
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Agricultural robotics, including drones and equipment automation
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Image processing of agricultural data, including satellite and in-field data
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Image-based plant disease detection using deep learning approach
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Processing of genomic data used in applications of agriculture
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Electronic cattle monitoring systems, including hardware, data collection, and analysis
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Soil and water data sensing, processing, and analysis
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Autonomous vehicles in agricultural scenarios
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Agriculture and food logistic chains sensing, data analysis, provenance systems, and optimization
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Augmented and virtual reality systems applied to agriculture
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Machine vision and navigation technology
- Detecting and sensors
- IoT sensors in Agriculture
- Bio-sensors, bio-instrumentation, bio-informatics and bio-nanotechnology
- Sensors and information systems for precision agriculture, remote sensing
- Smart sensor array system
- Sensor application in managing in-season crop variability
- Precision farming technologies, equipment and instruments
- Remote sensing applications in precision agriculture
- Advances in intelligent remote sensing for precision agriculture
- Crop monitoring and precision agriculture
- High-throughput phenotyping
- Precision horticulture
- Precision crop protection
- Precision conservation management
- Precision nutrient management
- Proximal sensing in precision agriculture
- Remote sensing for natural ecosystems, agriculture, and hydrology
- Remote sensing techniques for water environment
- Geospatial-information science and remote sensing
- Optical properties and remote sensing of inland and coastal waters
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Standards and safety engineering
- Risk management
- Flood risk management
- Emerging issues in precision agriculture (energy, biofuels, climate change, standards)
- Sensor-controlled Hydroponic and Aeroponic Agriculture Systems.
- Automation and robotics in agriculture
- Agricultural robots
- Auto-guidance systems
- Mechatronics and robotics
- Robotic farm swarms
- Water-Energy-Food Nexus
6. Smart Farming, AI/ML/DL/Computer Vision in Agriculture
- Food security and precision agriculture
- Holistic cyber physical systems for smart farming
- User-friendly and application-oriented visualization and decision support system
- Interoperability of heterogeneous devices and actuators
- Multi-support edge routers and communication protocols
- Ontology, sensor metadata and semantic data
- Big data systems and technologies
- Scalable IoT cloud platforms for small to large farms
- Massive data integration and fusion
- Unmanned robotic vehicle, unmanned aerial vehicle, and collaborative processing of remote and proximity sensory data
- Wireless network access medium, low power WiFi and BLE
- Robust, energy efficient and long lifetime architecture of WSN node for outdoor application and field test
- Robust and low cost user-friendly plug and play wireless sensor node, network architecture and implementation
- New environment sensor technologies
- Energy harvesting techniques for battery-less IoT node
-- AI/ML/DL/Computer Vision in Agriculture
- Crop and soil monitoring
- Insect and plant disease detection
- Livestock health monitoring
- Intelligent spraying
- Automatic weeding
- Aerial survey and imaging
- Produce grading and sorting
- The future of AI in Agriculture
- Poultry diseases diagnostics models using deep learning
- AI and machine vision for agriculture and aquaculture (robots, watering, resource management, optimization of nitrogen in the soil, species breeding, species recognition, etc..)
- Deep learning for image-based plant disease detection
- AI-powered food computers
7. Photonic Technology in Plant and Agricultural Sciences
-- Manipulate Plants with Coherent and Incoherent Light
- Laser weeding
- Micromanipulation of plants, e.g. molecular delivery for ablation studies
- Laser processing of plant material
- Optical disinfection within the food chain
- Pest Control Laser
- Use a laser to make vegetal components barren and sparse.
- Hyperspectral imaging of plants and canopies, plant monitoring
- Spectral evaluation of nutritional value, food quality and maturity
- Optical biomechanics of plants, e.g. by OCE and Brillouin spectroscopy
- 3D acquisition of plants and plant organs using optical methods such as OCT, LIDAR, stereo cameras, TOF, etc.
-- Numerical Methods for Data Processing in Plant and Agricultural Sciences
- Image recognition of agricultural pests and abiotic stresses
- Assignment and compositional analysis of spectral data
- Machine vision, e.g. for detecting weeds
- Quantification of vegetation/vegetation indices.
-- Related Topics
- Carrier System
- Optical System Integration
- Laser safety
- Plant (in vitro) culture system for optical sensing
- Optical sensing technology in vertical farming.
8. Food Science
- Food chemistry
- Food physical chemistry
- Food engineering
- Food technology
- Metabolic engineering
- Protein engineering
- Synthetic biology
- Agricultural safety and health
- Bioagricultural sciences
- Green farming and organic agriculture
- Agricultural products processing
- Plant protein extraction
- Transgenic technologies
- Food safety engineering: inactivation of pathogenic and spoilage microorganisms by using novel non-thermal processing technologies
- Food contaminationand emerging contaminants
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Food and process engineering
- Food science, quality and safety
- Food microbiology
- Multifunctional food
- Food & Bioprocess
- Food nanoscale engineering
- Nanoparticles in food
- Convergence of nanotechnology With food and agriculture
- Foodomics
- Molecular gastronomy
- Quality control
- Sensory analysis
- Emerging technologies in sterilization and pasteurization
- Technologies in food processing: thermal (pasteurization, sterilization, and aseptic packaging) and non-thermal (ultrasounds, UV radiation, ozonation, high hydrostatic pressure)
- Sustainable packaging
9. Animal Agriculture
-- Animal Science
- Animal vaccine
- Gamete biology
- Embryology
- Theriogenology
- Animal cloning
- Stem cell research
- Reproductive biology
- Pathobiology
- Molecular biology
- Fungal genetics and molecular biology
- Value-added biotransformation
- Gene regulation, comparative genomics, sequence analysis, evolution
- Bioinformatics and statistical genetics
- Next generation sequencing
- Developmental biology
- Developmental epigenetics
- Developments in Poultry Growth Performance
- Emerging Methods for the Evaluation of Sensory Quality of Meat and Meat Products
- Animal Breeding and Livestock Diversity in the Era of in vitro Cultured Products
- Sustainably Improving Fertility for Animal Production
- Sustainable Livestock Breeding and Selection in the Tropical and Subtropical Regions
- Management Techniques to Improve Farm Animal Health in a Parasitic World
- Growth, Metabolism and Flesh quality in Aquaculture Nutrition
- Fish Health and Disease Management
- Technological and Economic Advancement for Efficient and Sustainable Dairy Farming in Large Ruminants
- Unveiling the Nexus Between Animal Welfare, the Environment and Sustainable Development
- Animal Fibers
- The Evolution of Future Livestock Production Systems
- Animal Welfare and the Economic Sustainability of Farms
- Understanding the Interaction Between Nutrition and Swine Health
- Technological, Sensorial and Nutritional Quality of Meat and Meat Alternative Products: Enhancement through New Ingredients and Process Application
- Amino Acid Nutrition in Beef and Dairy Cattle: Requirements, Utilization and Metabolism
- Current State of Male Physiological Research and the Impacts of Environment and Fetal Programming in Livestock
- The Problem of Protein in Animal Nutrition: so much required, so little used
- Opportunities and Challenges of Modernizing Chinese Traditional Meat Products
- New Insights in Meat-Processing: The Use of Emerging Technologies to Improve Product Safety and Quality
- Foods Enriched in Different Nutrients for a Healthy Diet
- Minimally Invasive Monitoring of Stress in Farm Animals
- Animal-Derived Foods in Our Diets: Nutrition, Health and Social Implications
- Buffalo (Swamp and Riverine) Production for Meat and Milk
- Animal Production in Agroecological Approach
- Using High-Quality Fresh Forages as Supplements for High Production Systems of Ruminants
- Interventions for Improving Livestock Productivity in Developing Countries
- Management Methods to Enhance Animal Welfare and Product Quality
- Stem Cells in Animal Production
- Stress-Coping Styles and Animal Welfare in the Perspective of Improving Farming Practices
- "Next Generation” Feed: Agri-Food Streams and Leftovers (AFSL), Former Food and Insect as Innovative and Alternative Ingredients for Livestock Production
- Dairy and Beef Heifer Growth Strategies for Increased Productivity, Longevity and Reduced Environmental Impact
- Bio-accessibility of Functional Compounds and Nutrients of Animal Diets
- Effects of Enzymes on Quality Properties of Meat Products
- Potential of Biomass Harvest Wastes and Agriculture Industry Co & By-Products as Alternative Food Sources in Ruminant Nutrition
- Recent Advancements in Precision Livestock Farming and the Early Career Scientists Behind Them
- Trends in Feeding and Nutrition of Laying Hens: Quality Regulation of Eggs
- Early Life Nutrition in Poultry
- Factors Affecting Gastrointestinal Physiology and Health in Ruminants
- Mitigating the Impact of Animal Production on the Environment: The Ecosystem Integration
- Silage Production from High Moisture Plant By-Products as Alternative Animal Feeds
- Seaweeds and Algae in Animal Nutrition
- Diving Deeper with Metabolomics into Animal Physiology
- Securing Animal Welfare in Times of Crisis and Animals' End of Life Outside Conventional Slaughter
- Ingredients for Poultry
- Animal Responses to Climatic Stress: Strategies for Coping with Harsh Climatic Conditions
- Precision Livestock Farming in Extensive Systems: A Resource for the Future of Grazing Animal Husbandry
- Dairy Calf Management and Nutrition
- Natural Food Ingredients in Enhancing the Quality and Shelf-life of Meat and Meat Analogs
- Endogenous Bioactive Peptides and the Valorization of Meat Products
- Nutrient Regulation of Feed Intake, Digestion, Metabolism, Behavior, and Cognition
- Genetic Factors affecting the Nutritional and Processing Quality of Milk
- Farmer Mycotoxin Management, Fungal Variation and Mycotoxins in Animal Derived Food Products
- Understanding Animals' Phenotype through Automatic Behavior Assessment
- Development, Enhancement, and Deterioration of the Sensory Characteristics of Dairy and Meat Products in Relation to Raw Matter Quality, Processing Operations and Storage/Ripening Conditions
- The Relationship of Animal Health and Management to Food Safety
- Biology Meets Technology: Aquatic Animals in Novel and New Aquaculture Production Systems
- Plant-Derived Compounds in Animal Foods and Food Packaging: Use of Phytochemicals to Improve Nutrition and Stability of Animal Origin Products
- Embryonic Development, Pregnancy Establishment and Loss
- Animal-Computer Interaction and Beyond: The Benefits of Animal-Centered Research and Design
- The Influences of Early Life Experiences on Future Health and Productivity
- Animal Welfare - Using Bio-sensing Devices to Assess Farm Animal Welfare
- Minimally Invasive Monitoring of Stress in Farm Animals
- Animal Welfare Labeling
- Use of Natural Additives for Ruminant Production
- Positive Welfare: From Concept to Implementation
- Environmental Management of Poultry – Advances and Perspectives on Improving Animal Well-being
- Animal-Environment Interactions
- Integration of Ethical and Social Aspects into Precision Livestock Farming – Achieving Real-World Impact Responsibly
- Natural Products in Animal Feed and Production Systems
- Reformulated Meat Products. Technological Implications, Nutritional Value, Aroma and Sensory Properties
-- Veterinary and Biomedical Sciences
- Biological sciences and biomedical engineering
- Physiology and immunology
- Reproductive physiology
- Infectious diseases (bacteriology, mycology, virology, parasitology) and public health
- Animal disease research and diagnostics, surveillance, epidemiology and control
- Animal disease surveillance system and disease dynamics
- Avian medicine and pathology
- Avian diseases and biology
- Swine viruses
- Animal and human health for the environment and development
- Livestock and poultry breeding
- Livestock farming
- Livestock genomics
- Sustainable farm animal breeding and reproduction technology
- Precision dairy and livestock management
- Sustainable pest management
- Herd management and data
- Management and behaviour of farm and companion animals
- Feed processing
- Carcass and meat science
- Chemical toxicology
- Crop and livestock biotechnology
- Nutrition and metabolism
- Nutritional immunology
- Aquaculture science and technology
- Systems translational aquabiology
-- Entomology and Nematology
- Insect behavior
- Insect ecology and sustainable management of arthropod pests of grapes and berries
- Integrated pest management for vegetable crops
- Analysis of genetic variations associated with Bt resistance in insects from the field
- Microscopic monsters: Investigating soil-dwelling fungal insect pathogens in managed grass systems
- Uncovering the role of soil animals in urban ecosystem function
- Sounds of soil
- Plant nematology, animal parasitology, free-living nematology
- Plant-parasitic nematodes
- Ectoparasites
- Semi-endoparasites
- Migratory endoparasites
- Sedentary endoparasites
- Foliar nematodes
- Stem and bulb nematodes
- Seed gall nematodes
10. Plant Science
-- Plant Biology (cellular, genetics, genomics, microbial, molecular and physiology)
- Molecular plant stress biology
- Integrative plant stress biology
- Genome-enabled plant biology
- Microbial biology
- Plant molecular biology
- Plant synthetic biology
- Computational and systems biology
- Plant genomics
- Plant genetics and epigenetics
- Pesticides in (organic) agriculture
- Contemporary crop stress research
- Plant defense mechanism
- Stress tolerance gene selection
- Plant molecular farming
- Plant physiology for crop production and sustainable agriculture
- Heat stress physiology
- Plant breeding and cultivar development
- Plant breeding & genetics
- Plant breeding and molecular breeding
- AgriGenomics and plant breeding
- Crop genomics
- Crop molecular breeding
- Crop genetic engineering
- Plant lipid science
- Plant growth regulation
- Plant water relations
- Solute transport in plants
- Ion homeostasis
- Water and nutrient use efficiencies in plants
- Photosynthesis research
- Plant molecular genetics
- Plant cell and tissue culture
- Plant insect interaction
- Plant resistant to insects
- Plant hormone regulation
- Plant molecular farming
- PLant propagation
- Nanotechnology and plant sciences
-- Plant Physiology
- Plant physiology and plant biochemistry
- Plant and Forest Physiology and Biochemistry
- Plant physiological responses to abiotic and biotic stress
- Molecular plant physiology
- Use of exogenous protectants in improving plant physiology
- Crop management and physiology
- Plant stress physiology
- Seed and transplant physiology
- Fruit physiology
- Flower physiology
-- Plant Pathology and Microbiology
- Agricultural science and agricultural biotechnology
- Plant ecology and agro- diversity
- Plant biotechnology and tissue culture
- Plant genetics and molecular biology of plant
- Transgenic plants
- Phytochemicals
- Mycology and phycology
- Plant pathology and plant-microbe biology
- Plant morphology and plant metabolism
- Plant tissue culture and plant biotechnology
- Molecular markers in plants: concepts and applications
- Plant pathology and plant microbe biology
- Plant growth and development
- Microbial genomics
- Functional genomics
- Pathogens
- Molecular and cellular plant-microbe interactions
- Plant molecular biology & virology
- Biology and epidemiology of foliar pathogens
- Plant cross-protection (using genetic, molecular, cellular, biochemical, genomic, and proteomic approaches)
- Plant disease management
- Image-based detection of plant diseases: from classical machine learning to deep learning
- Plant resistance to insects
- Plant-insect interaction
- Next generation plant image processing algorithms
- Gene-deletor technology
- Viticulture and enology
-- Horticulture Science
- Horticulture (sustainable landscapes, fruits, and vegetables)
- Landscapes, gardens, and urban horticulture
- Ornamental horticulture
- Horticultural crop production and management (Floriculture/Greenhouses, Fruits, Vegetables, Specialty Crops, Nursery, Controlled Environments Production, Weed Science, Substrates)
- Plant breeding, genetics and genomics
- Plant and postharvest physiology
- Vegetable physiology, production, and quality
- Pollination
- Community food systems and ggroecology
- Genetics of flower bulbs
- Flower crop cultivation and management
- Horticultural crop breeding
- Horticulture and landscaping
- Invasive plant species in all environments
- Gardening and disease
- Medicinal and aromatic plant sciences
- Plant medicine
- Herbal medicine research
- Micro/Nanofabrication of Chinese medicine
-- Fungal Biology
- Fungal biotechnology
- Economic importance of fungi
- Mycology and mushroom science
- Fungal genomics and evolution
- Fungal pathogenesis
- Fungal physiology and metabolism
- Fungal secondary metabolites and mycotoxins
- Fungi-animal interactions
- Fungi-plant interactions
- Marine and freshwater fungi
-- Seaweed Farming
- Growth and development control
- Life-cycle, genetics and breeding
- Diseases
- Biorefinery and fine chemical production
- Ecological and environmental aspects of field cultures
- Social and economic dimensions of seaweed farming
- Nutritional value and consumption regulations
11. Seed Science, Weed Science
-- Seed Biology and Seed Physiology
- Seed science
- Seed physiology
- Seed and nursery
- The evolution of seeds
- Double fertilization
- Cell cycle regulation during seed development
- Regulation of gene expression during seed development: transcriptomics
- Regulation of gene expression during seed development: proteomics
- Hormonal regulation of seed development
-- Weed Biology and Managment
- Weed science
- Weed biology
- Weed ecology & management
- Weed biology and ecology in agroecosystems
- Weed management from the ground up
- Weed biology and control
- Population and spatial biology, Modelling, Genetics, Diversity, Parasite
- Weed biology and ecology
- Integrated weed management (IWM)
- Herbicides and herbicide resistance
- Invasive weeds and climate change
- New technologies -New ways to deal with weeds
- Taxonomy and ecology
- Cropping systems
- Integrated management systems
- Conservation tillage
- Transgenic crop tolerance
- Precision technology
12. The Energy and Agriculture Nexus
- Agrivoltaics
- Utilization of clean and renewable energy resources (solar, wind, biomass, geothermal, etc.)
- Bioenergy and bioproducts from renewable sources
- Renewable biocomposite materials
- Biofuels
- Biomass and renewable energy
- Biodigesters for waste treatment
- Algal physiology
- Algal molecular biology
- Algae production
- Bio-butanol production
- BioSeparations
- Nanocellulose
- Cellulose synthesis
- Anaerobic digestion
- Biopolyols and polyurethane
- Integrated farming and bioenergy
- Renewable energy and sustainable agriculture
- Fermentation/Bioprocessing: bioconversion of agricultural raw and waste commodities into value added products
- Smart grid and smart grid security
- Artificial intelligence in power systems
- Power system stability, control, and optimization
- Building energy
- Building integrated photovoltaic systems
- Next-gener
- ciency measures for buildings
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Power and machinery
13. Marine Science, Fish Biology and Wildlife, Fisheries Science and Management
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Aquatic microbiology
- Aquatic physiology
- Coastal ocean processes
- Coral reef research
- Deep-sea environments and ecology
- Discoveries
- Global change and the future ocean
- Marine affairs and policy
- Marine biogeochemistry
- Marine biology
- Marine biotechnology and bioproducts
- Marine conservation and sustainability
- Marine ecosystem ecology
- Marine evolutionary biology, biogeography and species diversity
- Marine fisheries, aquaculture and living resources
- Marine megafauna
- Marine molecular biology and ecology
- Marine pollution
- Microbial Symbioses
- Ocean observation
- Ocean solutions
- Physical oceanography
-- Fish Biology and Wildlife, Fisheries Science and Management
- Fish biology and research
- Shrimp immune system
- Host/pathogen interaction in shrimp and fish
- CryobFish
- Physiology and ecologyiology
- Fishing technology
- Fishery oceanography and GIS
- Genetics and breeding
- Fisheries resource conservation and management
- Fish population analysis
- The future of fishes and fisheries in the changing oceans
14. Soil Science
- Soil regeneration
- Soil and water resources conservation
- Soil-water environment and ecosystem
- Application of environmental biotechnology in soil and groundwater bioremediation
- Soil science and Plant Nutrition
- Crop and soil sciences
- Soil fertility
- Soil carbon research
- Soil management
- Soil compaction: causes, effects and control
- Soil physics and soil chemistry
- Environmental biophysics
- Soil fertility/plant nutrition
- Soil genesis/classification/pedology
- Soil ecology, waste management & environmental microbiology
- Soil microbial genomics & evolutionary biology
- Pedology
- Pedometrics
- Plant-soil interactions
- Soil management
- Soil organic matter dynamics and carbon sequestration
- Soil pollution & remediation
- Soil chemistry
- Soil biogeochemistry & nutrient Cycling
- Soil biology, ecosystems and biodiversity
- Soil microbiology
- Soils and human health
- Soilborne pathogens
- Green building
- Hydroponics
- Horticultural engineering
- Controlled environment agriculture engineering
- Rooftop greening
- Vertical farming (Urban farming)
- Urban agriculture
- Nanoclay: the liquid turning desert to farmland
15. Water in Agriculture, Hydrology, Water Resources and Management, and Water Security
-- Hydrology
- Hydrology and hydroclimatology
- Hydro-hazard simulations
- Climate change hydrology
- Groundwater hydrology
- Stochastic hydrology
- Hydrology meteorology
- Heuristic algorithms and water resources management
- Land hydrological processes
- Hydrogeochemical models
- Water conservation and conjunctive management of water resources
- Nonpoint source pollution control
- Assessment of water availability including climate variability and impacts
- Water quality in the distribution system
- Interaction of atmospheric, surface waters and groundwater
- Well hydraulics and groundwater management
- Water hazard mitigation and associate managements
- River flow and reservoir management
- Sustainable watershed management
- Hydrology & wetlands
-- Hydrology and Remote Sensing
- Applications of GIS in hydrology
- Remote sensing of hydrological processes: modelling and applications
- Satellite remote sensing of terrestrial hydrology
- Machine learning and remote sensing in hydrology
- Realtime drought monitoring with satellite remote sensing
- Remote sensing for floods
-- Hydroinformatics
- Analytical Hierarchy Process
- Decision Analysis
- Ecological Economics
- Waste Management
- Energy Policy
- Environmental Impact Assessment
- Environmental Management
- Decision-Support System
-- Smart Irrigation
- Precision agriculture and precision irrigation
- Precision irrigation methods and their management
- Sensor-based irrigation scheduling and application
- Crop water stress detection
-- Wastewater and Recycle
- Wastewater and recycle
- Biological treatment processes and wastewater reclamation for TFT-LCD wastewaters
- Biological wastewater treatment
- Biological treatment proceses in drinking water system
- Agricultural wastewater treatment
- Microbial communities and their performance in biological nutrient removal system
- Biocatalysis for water treatment and reuse
- Food processing wastewater treatment
- Fate and transport of chemicals in hydrologic systems
- Fate and control of pollutants in soils and water
- Fate of emerging contaminants in biological wastewater treatment systems
- The application of membrane processes for water treatment
- Water treatment technology for high-tech industry
-- Land and Water Resources Engineering
- Water resources engineering
- Water resources Database and GIS
- Application of GIS data In ground water data determination
- Water resources and natural hazard protection
- Soil and water engineering
- ronmental soil sciences (biogeochemistry, hydrology, and plant-soil interactions)
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Water resources management (hydrology, irrigation, drainage, water quality)
- Sustainable soil and water resources
- Intelligent irrigation
- Canal irrigation
- Drip irrigation
- Design of application for curing and irrigation
- Water quality management of rooftop rainwater harvesting system
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