It is necessary to take into account when this type of management is going to be established, that the production of pastures will depend on the animal load that is handled on the surface, the occupation time that each paddock has, the rest days that are granted to the pasture, and the fertility of the soil, which can be improved a little with fertilization.
To determine the size and number of paddocks, it is necessary to know the number of animal units that will be managed per hectare, the days of rest and occupation, after knowing the number and size of paddocks, we proceed to delimit the area, either with barbed wire or electric fences, currently some producers prefer the electric fence because fewer ponds are used and they are easier to clean.
The species of grass must be taken into account and determine the recovery period they have in the rainy and dry seasons, in the dry season they need more rest days because there is little availability of water for their recovery and logically in the rainy season rest days are shortened, it is necessary to carry out sampling and determine the yield of the grass and nutritional quality during those periods so that rest days can be established accurately. This may vary according to the geographical area where you are located.
The fertilization of pastures should be considered without exceeding the nutrient contribution, one of the most applied elements in livestock ecosystems is nitrogen, specifically urea, although liquid organic fertilizers based on bovine manure can also be used, these fertilizers can be applied once the animals leave the paddock to avoid some type of poisoning, when the animals complete the cycle and return to the same paddock there should be no residues of the substances used to fertilize.
Last but not least, it is important that the species used are adapted to the climatic conditions to obtain their maximum potential and establish frequent diagnostics with the intention of verifying if there is any insect pest that affects their production or arvense plant that is on the surface occupying the space required for crops with forage potential.
Faria, J. (2006). Pasture and forage management in dual-purpose livestock farming. Memory of the X Seminar on Pastures and Forages. Maracaibo: Universidad del Zulia - FCV.
Machado, D.; Silva, B. y Espinoza, A.(2012).Rotary grazing, alternative for livestock management in the Venezuelan paramo. Andean paramo project.