Animals have long been part of agricultural landscapes, cultures, and supply systems.
They can utilize grassland, move nutrients, influence vegetation, provide food, and keep landscapes open.
At the same time, livestock systems vary greatly in terms of animal welfare, land use, feeding, energy input, labor requirements, and ecological impact.
This page provides an overview of different grazing and livestock systems.
Alpine and mountain pasture farming utilizes seasonally or permanently high-altitude grassland areas.
It is closely linked to regional cultures, landscape management, dairy processing, and animal migrations.
Extensive grazing operates with relatively low stocking densities and restrained use of grassland.
It can preserve species-rich landscapes but requires site-adapted animals and careful pasture management.
This sector includes chickens, ducks, geese, turkeys, and other poultry species.
Systems vary, including floor housing, free-range, mobile systems, and industrial husbandry forms.
In year-round free-range husbandry, animals spend most or all of the year outdoors.
This requires shelter, water, feed, suitable soils, and adapted breeds.
Herding is accompanied by humans and often by herding dogs.
Transhumance connects different pasture areas and landscapes through seasonal routes.
In integrated systems, livestock farming and crop cultivation are deliberately combined.
Animals can utilize cover crops, process harvest residues, manage areas, and return nutrients.
Fattening livestock husbandry is aimed at meat production.
It can be pasture-based, stable-based, small-scale, or industrially organized, differing greatly in terms of feeding, husbandry, and transport.
Dairy farming includes the husbandry of cattle, sheep, goats, or other animals for milk production.
Key issues include pasture access, calf rearing, feeding, lifespan, and regional processing.
Mobile stables, fences, and watering systems allow animals to be moved regularly between areas.
This can distribute nutrients, prevent overuse, and integrate animals into crop rotations or landscape management.
In suckler cow husbandry, calves remain with their mothers for an extended period.
The animals are often kept on grassland and primarily used for meat production.
Horses, cattle, donkeys, and other animals can perform transport, traction, or maintenance work in agriculture.
This raises questions about training, animal welfare, work performance, and the balance between animal and mechanical power.
Sheep and goats can utilize grassland, dry sites, woodland edges, and hard-to-access landscapes.
They provide milk, meat, wool, fibers, and other products.
Pigs can be kept in stable, outdoor run, pasture, or forest systems.
Their husbandry is closely linked to feeding, soil impact, enrichment, and land access.
Stable husbandry protects animals from weather and enables controlled feeding and care.
Depending on the design, it can severely limit freedom of movement, social behavior, and access to outdoor areas.
Rotational grazing divides areas into sequentially used sections.
This can support rest periods, plant growth, root development, and more even nutrient distribution.
Trees and shrubs can provide shade, shelter, feed, and structure for grazing animals.
Such systems overlap with silvopastoral agroforestry and traditional woodland grazing.
Dual-purpose and multi-purpose breeds are not bred exclusively for a single output.
They can combine, for example, milk, meat, eggs, wool, draft power, or landscape management.
This section does not view animals in isolation but as part of agricultural, landscape, and cultural systems.
What matters are the actual living conditions of the animals, their integration into land and cycles, and the functions they fulfill within the overall system.
One level up: Agricultural Systems and Cultivation Methods
Author: Felix Schröder, with assistance from AI (ChatGPT)
Creation: written by Felix Schröder › formatted in Markdown by ChatGPT › published by Felix Schröder › layout adjusted by Claude
Created: 2026-07-10 · Last updated: 2026-10-10 · Questions or feedback? support@teikei.us