Second International Conference on Modern Agriculture, Natural Resources & Sustainable Animal Sciences

Second International Conference on Modern Agriculture, Natural Resources & Sustainable Animal Sciences In date 2026-06-20 by Maziar University,ژرف اندیشان رستاک in City Nur was held. please refer to the following link to download all the papers of conference proceedings: Proceedings Second International Conference on Modern Agriculture, Natural Resources & Sustainable Animal Sciences

The International Conference on Modern Agriculture, Natural Resources and Sustainable Animal Sciences is organized to provide a scientific platform for presenting new research, exchanging specialized experiences, and introducing practical solutions in agriculture, natural resources, animal sciences, environmental management, and sustainable development. This conference is a suitable opportunity for students, researchers, faculty members, agricultural experts, natural resources specialists, livestock and poultry professionals, food industry experts, farm managers, agricultural technologists, and those interested in interdisciplinary fields to present their findings, experiences, and academic studies in the form of scholarly papers.

Researchers working in the fields of modern agriculture, agronomy, horticulture, plant breeding, plant protection, precision irrigation, water and soil management, natural resources, watershed management, sustainable animal husbandry, animal nutrition, genetics and breeding, organic agriculture, food safety, agricultural biotechnology, climate change, environment, agricultural economics, rural development, digital technologies, drones, the Internet of Things, and smart agricultural systems are invited to submit their papers to the conference secretariat. Submitted papers will undergo scientific review, and accepted papers will be eligible for an acceptance certificate and presentation at the conference.

This event is suitable for individuals who aim to present the results of their thesis, research project, field study, farm-based project, practical experience, laboratory study, economic analysis, environmental research, or technological achievement in an academic environment. Considering the broad scope of the conference topics, theoretical, analytical, applied, farm-based, laboratory-based, review, technology-oriented, and interdisciplinary papers in agriculture, natural resources, animal sciences, and sustainable development may be considered.

The review results will be announced within a short period, and authors may participate through in-person, online, or non-attendance presentation options according to the conditions announced on the official conference website. Authors are advised to visit the official conference website to review important dates, registration fees, paper template, and submission guidelines.

Conference Topics:

Modern Agriculture, Smart Agriculture and Digital Technologies
Smart agriculture, the Internet of Things in farming, smart sensors, machine vision, machine learning models for yield prediction, precision irrigation, agricultural drones, agricultural robotics, decision support systems, digital farm management, supply chain traceability, data mining, management dashboards, smart mechanization in agronomy and horticulture, farm management software, precision agriculture, satellite monitoring, and applications of artificial intelligence in agricultural production management.

Agronomy, Horticulture and Sustainable Crop Production
Agronomy, horticultural sciences, production of field and horticultural crops, crop management, crop rotation, yield improvement, conservation agriculture, greenhouse cultivation, seed production, input management, low-water-use crops, medicinal plants, vegetables and cucurbits, fruit trees, ornamental flowers and plants, production optimization, product quality, farm and orchard management, adaptation of agricultural production to climatic conditions, and development of sustainable methods in crop production.

Plant Breeding, Genetics and Agricultural Biotechnology
Genetic improvement, marker-assisted selection, tissue culture, micropropagation, genomics, transcriptomics, germplasm resistant to drought, salinity and pests, improvement of quantitative and qualitative plant traits, genetic diversity, plant biotechnology, development of resistant cultivars, gene banks, molecular markers, applications of biotechnology in agricultural production, genetic engineering, and the role of modern technologies in increasing productivity and production sustainability.

Plant Protection, Pest, Disease and Weed Management
Plant protection, agricultural entomology, plant pathology, weeds, biological pest control, integrated pest management, biopesticides, reduction of pesticide use, pest monitoring and forecasting, plant diseases, plant health, resistance management, applications of sensors and spatial data in pest monitoring, sustainable strategies for damage control, and the role of scientific pest management in improving food security and product quality.

Water and Soil in Sustainable Agriculture
Smart and precision irrigation, water scarcity management, water-use efficiency, soil salinity and sodicity, soil fertility improvement, plant nutrition management, crop rotation and plant residue management, hydrological modeling, drainage, watershed management, soil and water conservation, organic and biological materials for soil restoration, soil erosion, agricultural water resource management, water quality, conservation tillage, and strategies for increasing production sustainability under limited water and soil resources.

Natural Resources, Forests, Rangelands and Sustainable Land Management
Sustainable use of forests and rangelands, ecological capability assessment, watershed management, erosion and sediment management, soil and water conservation, biodiversity monitoring, land-use monitoring, ecosystem restoration and rehabilitation, management of human-wildlife conflict, land-use change modeling, remote sensing in natural resources, geographic information systems, rangeland management, desertification control, vegetation restoration, habitat conservation, and sustainable land management.

Animal Sciences, Sustainable Animal Husbandry and Production Unit Management
Animal sciences, animal nutrition, ration formulation, animal microbiome, animal health and disease management, breeding, molecular genetics, animal welfare, management of dairy and meat production units, small and large ruminant production, poultry production, aquaculture, alternative feed sources, natural additives, processing and quality of milk and meat, animal health monitoring technologies, reduction of environmental impacts in animal husbandry, livestock waste management, and development of sustainable animal production systems.

Veterinary Medicine, Animal Health and Biosecurity
Livestock and poultry diseases, disease prevention and control, vaccination, biosecurity in production units, zoonotic diseases, animal health monitoring, veterinary epidemiology, herd health management, management of drug and antibiotic use, antimicrobial resistance, health of animal products, quality control of milk and meat, aquatic animal health, the role of veterinary medicine in public health, and applications of modern technologies in monitoring and managing animal diseases.

Organic Agriculture, Food Safety and Product Quality
Organic production standards, product certification, biological pest control, biological fertilizers and biostimulants, strategies for reducing pesticide residues, improvement of sensory and nutritional quality of products, global organic markets, labeling, traceability and risk ranking in the supply chain, post-harvest management, product health, food quality, reduction of losses, clean production, sustainable packaging, consumer trust, and the role of healthy agriculture in improving food security.

Food Industries, Processing and Post-Harvest Management
Processing technologies for agricultural products, food preservation and packaging, reduction of post-harvest losses, quality control, food safety, cold storage and cold chain management, drying and processing, value addition to agricultural products, processing of milk and meat, processing of horticultural and field crops, smart packaging, food industry standards, innovation in food production, development of health-oriented products, and the role of food industries in completing the agricultural value chain.

Environment, Climate Change and Low-Carbon Agriculture
Assessment of the impacts of climate change on plant and animal production, adaptation strategies, reduction of greenhouse gas emissions, low-carbon agriculture, renewable energy on farms, pollution monitoring, soil carbon management, climatic remote sensing, environmental policies in the agricultural sector, drought impact management, carbon footprint reduction, conservation of basic resources, climate-resilient agriculture, and the role of modern technologies in reducing the environmental impacts of agricultural and animal production activities.

Agricultural Economics, Value Chain and Rural Development
Cost-benefit analysis of farms, risk management, marketing of agricultural products, value chains, support policies, agricultural trade, agricultural insurance, product pricing, investment in agriculture, empowerment of rural communities, agricultural entrepreneurship, green jobs, cooperatives, agritourism, rural development, digital technology in rural development, livelihood security of farmers, and the role of innovation in increasing the economic productivity of the agricultural sector.

Mechanization, Agricultural Machinery and Automated Systems
Agricultural machinery, mechanization of field and horticultural production, smart equipment, automated systems, agricultural robots, monitoring and spraying drones, harvesting machines, fuel-saving technologies, optimization of machinery performance, maintenance and repair, agricultural machinery safety, implement design, greenhouse automation, applications of sensors in machinery, and the role of mechanization in increasing productivity and reducing production costs.

Watershed Management, Desertification Control and Natural Hazard Management in Agriculture
Watershed management, erosion control, sediment management, floods and droughts, desertification control, restoration of degraded lands, runoff management, aquifer management, conservation of water and soil resources, monitoring of natural hazards, land-use change, resilience of villages and farms, agricultural risk management, adaptation to drought, conservation of natural resources, and the role of watershed management measures in production sustainability and reduction of environmental damage.

Policy-Making, Education, Extension and Innovation in Agriculture
Agricultural policy-making, agricultural extension systems, farmer education, technology transfer, adoption of innovation, knowledge-based agriculture, the role of growth centers and technology-based companies, rural entrepreneurship, development of agricultural skills, farming systems, governance of natural resources, local participation, environmental education, farmer learning networks, and the role of extension and education in increasing productivity, sustainability, and resilience in the agricultural sector.

Interdisciplinary Approaches in Agriculture, Natural Resources and Animal Sciences
The connection between agriculture and technology, agriculture and environment, natural resources and sustainable development, animal sciences and public health, agriculture and food security, economics and sustainable production, data mining in agriculture, artificial intelligence in farm management, modern technologies in animal husbandry, remote sensing in land monitoring, interdisciplinary studies in food production, and applications of modern research methods in solving complex issues in agriculture, natural resources, and animal sciences.

Researchers and authors whose papers are related to any of the above topics or other relevant areas in modern agriculture, natural resources, animal sciences, and sustainable development are invited to submit their papers through the official conference website. Before submission, authors are strongly advised to carefully review the paper template, submission guidelines, important dates, and registration conditions.