Event Date : 2027-12-27 - 2027-12-29
Venue : ibis Bangkok Sukhumvit 4
Website : https://eacbee.erpub.org/conference/316
All Abstracts, Reviews, short articles, Full articles, Posters are welcomed related with any of the following research fields:
Sustainable crop production, climate-smart farming, conservation agriculture, crop diversification, crop rotation, intercropping, drought-resistant crops, precision agriculture, regenerative farming, organic farming, integrated farming systems, climate-resilient agriculture, sustainable intensification, reduced tillage, cover cropping, agroecology and low-input farming systems.
Soil conservation, soil fertility improvement, soil erosion control, nutrient management, biofertilizers, composting, organic amendments, soil carbon sequestration, salinity management, soil remediation, sustainable land use, degraded-land restoration, soil microbiology, conservation tillage, soil moisture management and digital soil monitoring.
Efficient irrigation systems, drip irrigation, smart irrigation, rainwater harvesting, groundwater management, agricultural water reuse, wastewater irrigation, water conservation, irrigation scheduling, desalination for agriculture, drought management, water-quality monitoring, watershed management, precision irrigation and integrated water-resource management.
Municipal wastewater treatment, agricultural wastewater treatment, industrial effluent management, natural and conventional coagulants, membrane filtration, constructed wetlands, adsorption technologies, advanced oxidation processes, biological treatment, nutrient removal, wastewater reuse, sludge management, emerging contaminants, heavy-metal removal and decentralized treatment systems.
Agricultural residue management, crop-waste utilization, composting, anaerobic digestion, biochar production, biomass conversion, waste-to-energy systems, livestock-waste treatment, nutrient recovery, food-waste valorization, biodegradable materials, resource recovery, circular agriculture, industrial symbiosis and zero-waste farming approaches.
Solar-powered irrigation, wind energy in agriculture, agricultural biomass energy, biogas production, biofuels, renewable-powered greenhouses, energy-efficient farm machinery, smart energy systems, rural microgrids, solar drying, energy storage, low-carbon farming technologies and integration of renewable energy into agricultural operations.
Agricultural sensors, Internet of Things, drones, satellite monitoring, remote sensing, GPS-guided farming, artificial intelligence in agriculture, machine learning for crop prediction, automated irrigation, robotic harvesting, agricultural robotics, farm-management information systems, digital twins, smart greenhouses and real-time environmental monitoring.
Integrated pest management, biological pest control, biopesticides, reduced pesticide use, precision pesticide application, plant-disease monitoring, pest forecasting, resistant crop varieties, ecological weed management, beneficial insects, microbial control agents, AI-based disease detection and environmentally safe plant-protection strategies.
Soil pollution, water pollution, air pollution, pesticide contamination, heavy-metal pollution, microplastics, agricultural runoff, nutrient pollution, bioremediation, phytoremediation, adsorption technologies, contaminated-land restoration, environmental monitoring, ecological risk assessment and pollution-prevention strategies.
Greenhouse-gas emissions from agriculture, climate adaptation, climate mitigation, carbon farming, carbon sequestration, methane reduction, nitrous-oxide management, climate-risk assessment, resilient food systems, drought adaptation, flood management, extreme-weather preparedness, agricultural carbon footprints and net-zero farming.
Sustainable livestock production, manure management, methane reduction, animal-waste treatment, biogas from livestock waste, sustainable feed systems, precision livestock farming, water-use efficiency, animal-environment interactions, pasture management, nutrient recycling, emissions monitoring and integrated crop-livestock systems.
Agricultural biodiversity, agroforestry, pollinator conservation, habitat restoration, ecosystem services, landscape management, forest-agriculture interactions, conservation farming, native species protection, biodiversity-friendly farming, ecological corridors, sustainable forestry and ecosystem-based agricultural planning.
Food security, sustainable supply chains, post-harvest loss reduction, food-storage engineering, cold-chain technologies, sustainable packaging, food-waste reduction, energy-efficient processing, local food systems, alternative proteins, resilient food networks, sustainable logistics and environmental assessment of food-production systems.
Greenhouse engineering, vertical farming, hydroponics, aquaponics, aeroponics, controlled-environment agriculture, urban farming, rooftop agriculture, smart lighting, automated climate control, water-efficient production, renewable-energy integration and resource-efficient indoor farming.
Green infrastructure, sustainable drainage systems, stormwater management, ecological engineering, environmental impact assessment, low-carbon infrastructure, green buildings, nature-based solutions, urban wastewater systems, decentralized sanitation, climate-resilient infrastructure, sustainable materials and environmentally responsible engineering design.
Geographic information systems, satellite-based crop monitoring, land-use mapping, drought assessment, flood-risk mapping, vegetation monitoring, soil-moisture assessment, precision mapping, environmental data analytics, drone-based monitoring, climate mapping and spatial decision-support systems for agriculture and environmental management.
Biodegradable materials, agricultural bioplastics, bio-based composites, green construction materials, low-carbon materials, waste-derived materials, sustainable packaging, biomass-based products, environmentally friendly coatings, nanomaterials for environmental treatment and circular material design.
Environmental policy, agricultural sustainability policy, green finance, sustainable rural development, environmental economics, life-cycle assessment, carbon accounting, environmental auditing, circular-economy assessment, resource-efficiency analysis, sustainability indicators, climate policy, water governance and technology adoption in sustainable agriculture.
Artificial intelligence, blockchain for agricultural traceability, autonomous farm machinery, digital twins, smart sensors, robotics, nanotechnology, biotechnology, gene editing, advanced membranes, environmental nanotechnology, carbon-capture technologies, intelligent water-treatment systems, renewable hydrogen and integrated smart agriculture–environment systems.
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Storytelling for Business การเล่าเรื่องสำหรับธุรกิจ |
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CU-TEP READING คะแนนวิ่ง สู่เป้าหมาย ในทันที |
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Pitching and Negotiation การนำเสนอและการต่อรอง |
Organized by : EACBEE
