#sustainable farming

• Agro-energy — Energy produced, extracted, or utilized directly within the agricultural sector, combining agronomic practices with renewable energy technologies. This includes biomass, biofuels, and biogas production from livestock waste, as well as the implementation of agrivoltaic systems, where agricultural crops and solar panels coexist on the same land.
• Agrobiological — Pertaining to agrobiology; relating to the study of biological laws applied to plant cultivation and animal husbandry in correlation with environmental factors. The term describes scientific methods, processes, and criteria that combine agronomy with biology to achieve optimal and ecological crop and livestock production.
• Agrobiology — A branch of science that studies the biological laws governing the life, development, and interaction of crop plants and organisms in close connection with the agricultural environment. This discipline combines the principles of agronomy and applied biology to develop scientific methods for enhancing soil fertility, optimizing yields, and ecologically protecting ecosystems.
• Agroecology — A scientific discipline that studies ecological processes applied to agricultural production systems, integrating principles from ecology, agronomy, and social sciences. This field promotes the sustainable management of agroecosystems by optimizing interactions between plants, animals, humans, and the environment, offering viable alternatives to intensive industrial agriculture.
• Agrosilvicultural — Relating to the integrated combination, on the same land plot, of agricultural activities (cropping, grazing) with forestry activities (tree planting and management). The term describes sustainable land management systems, protective forest shelterbelts, or environmental policies linking farming operations with forest conservation.
• Crop rotation — A rational agrotechnical system of land cultivation, consisting of dividing arable land into several approximately equal parts, called plots, and the periodic, planned, and cyclic succession of crops on these plots; it represents the core element of sustainable agriculture, aiming to maintain or increase soil fertility, combat pests, and optimize crop yields.