Ryegrass and white clover
High-digestibility tetraploid ryegrass paired with white clover forms the baseline grazing canopy. Clover nodules biologically convert atmospheric nitrogen into root-zone protein, driving foliage recovery after rotational breaks.
Brassicas and chicory
Late-spring brassica and chicory plantings provide deep-rooted drought tolerance through hot Canterbury summer dry spells. High leaf moisture and protein content maintain milk volume when grass growth slows.
Winter silage reserves
Dedicated grass and maize acres harvested at peak sugar concentration are chopped, tightly packed, and anaerobic-fermented into high-energy baleage. This reserves essential metabolizable energy through cold winter months.
Biological nitrogen fixation
By integrating persistent legume species into primary pasture swards, root-zone biology converts ambient nitrogen into plant-available nitrates. This natural fertility engine drastically lowers reliance on chemical nitrogen fertilizers while enhancing topsoil organic matter.
Precision soil sampling across all Ashburton paddocks monitors nutrient uptake curves, ensuring pasture density matches effluent application rates and seasonal herd energy demands.
Closed loop land stewardship
High-energy forage cultivation forms the primary engine of our circular nutrient strategy, returning treated shed effluent directly to pasture soils.