Adaptive multi-paddock grazing

Find out how adaptive multi-paddock (AMP) grazing can be used to optimise soil health, pasture productivity and livestock performance.

Used increasingly in regenerative systems worldwide, AMP is becoming more popular in the UK. It offers a strategic way to manage grazing based on real-time conditions while building resilience into the system.

AMP grazing builds on the principles of rotational and mob grazing, but with greater emphasis on flexibility and continual adaptation.

It prioritises soil health, resilience and forage quality, which makes it suitable for farmers looking to reduce inputs, build system resilience and work with natural processes.

AMP grazing involves moving livestock frequently – daily to every few days – between small paddocks or grazing areas while providing long rest periods.

Grazing decisions are based on monitoring pasture condition, animal impact and the weather, rather than rigid calendars and fixed schedules.

AMP systems have:

• High stocking densities
• Short grazing periods
• Long recovery times
• Diverse plant swards

Table 1: How AMP differs from other grazing systems

AMP grazing can help you optimise forage use and regrowth while improving soil health, structure and biodiversity.

Use it to build resilience to drought, floods and pests and to enhance animal performance through consistent access to quality forage.

It should also reduce your reliance on artificial inputs, e.g. fertilisers, wormers and concentrates.

• Short grazing periods of 0.5 to 3 days reduces selective grazing and allows uniform use of swards
• High stocking densities, similar to mob grazing, that create impact (trampling, dung/urine distribution) and prevent spot grazing
• Long rest periods of 30–90 days or more that can be adapted depending on growth rates, soil health and time of year
• Frequent monitoring of pasture growth, soil moisture and weather is essential when deciding when and where to graze; records can help refine future decisions
• Diverse multi-species swards that support varied rooting depths, forage availability and ecosystem function help with sward resilience and animal nutrition
• Holistic goals that integrate economic, environmental and animal welfare support whole-farm planning

• Increases soil organic matter, water retention and biological activity
• Reduces erosion and surface run-off
• Builds carbon and nutrient cycling over time
• Supports wildflowers, birds and pollinators in diverse swards

• More even and efficient pasture utilisation
• Increased forage yield through regrowth stimulation
• Better drought resilience and reduced pasture burnout
• Lower weed and parasite pressure due to strategic rest periods

• High feed quality due to access to fresh paddocks
• Greater mineral diversity from multi-species swards
• Better liveweight gains in systems that manage grass quality effectively

• Reduced input costs: fertiliser, concentrate feed, vet bills
• Better labour use through planned grazing routes and paddock systems
• Options for outwintering or extending the grazing season
• Increased productivity per hectare through better pasture utilisation

• Requires detailed observation and time investment
• Infrastructure, e.g. temporary fencing, mobile water, etc., must be adaptable
• Not suited to all soils all year round – wet conditions can cause poaching
• Results may take multiple seasons to become evident

Define your goals: What do you want to achieve, e.g. soil improvement, outwintering, increased days at grass?

Start small: Trial AMP grazing with one group or on part of the farm; learn and adapt.

Invest in flexible infrastructure: Reels, posts, backfencing and mobile water troughs are essential.

Record and observe: Keep notes on paddock rest days, sward response and stock performance.

Adapt continuously: Use feedback from the land, livestock and weather to inform your decisions and be willing to change plans week to week.

Network with others: Join grazing groups and talk to other farmers using AMP systems to share learnings.