Welcome, Conference Scope and Program Orientation
Opening remarks from the host institution and organizing committee, followed by an overview of the IC-AEN 2026 scientific tracks and hybrid participation arrangements.
Scientific Program
Land, Water & Energy for Sustainable Development. The two-day program combines confirmed keynote lectures, parallel research tracks, applied discussions, poster presentations and cross-disciplinary sessions focused on practical agro-environmental solutions.
Connected field systems, water recovery and integrated resource management
Opening remarks from the host institution and organizing committee, followed by an overview of the IC-AEN 2026 scientific tracks and hybrid participation arrangements.
Trinity College Dublin, Ireland
ConfirmedDependable sensing and edge intelligence for adaptive land and water management
Reliable field sensing, distributed data processing and adaptive irrigation monitoring under variable environmental and connectivity conditions.
Universiti Utara Malaysia, Malaysia
ConfirmedCircular ceramic filtration systems for safe agricultural water recovery
Waste-derived filtration materials, water reuse for irrigation and food processing, treatment performance and circular process engineering.
Moderated discussions on translating laboratory, field and model-based findings into farm-scale and regional applications. Each table includes short methodological demonstrations followed by expert questions and practical implementation feedback.
Structured poster presentations, short researcher pitches and an open review corridor. Evaluation criteria include methodological clarity, reproducibility and practical relevance to land, water and energy management.
Summary of cross-track findings, announcements and guidance for the second conference day.
Soil morphology, circular bioresources and climate-resilient rural systems
A concise synthesis of the first-day discussions and introduction to the second-day themes, including soil structure, circular materials and climate-resilient rural infrastructure.
Technical University of Cluj-Napoca, Romania
ConfirmedMultiscale morphology of soil structures and renewable agri-materials
Fractal and multiscale analysis of soil aggregates and bio-based materials in relation to moisture behavior, structural resistance and durability.
Invited expert responses connect multiscale material characterization with soil conservation, infiltration behavior, erosion resistance and the design of circular agri-food materials.
Panel discussion on transparent reporting, field-data quality, model validation, life-cycle boundaries and responsible comparison of environmental performance indicators.
Short presentations from highly rated submissions and poster finalists, followed by focused questions on research design, transferability and implementation potential.
Best Paper and Best Poster recognition, final conclusions from the scientific committee, publication guidance and announcement of future IC-AEN activities.