Transforming New Zealand low altitude steepland grazing systems for multi-functional outcomes
Project Facts
AgResearch Ltd
NIWA National Institute of Water and Atmospheric Research
New Zealand Ministry of Business, Innovation and Employment
Mike Dodd
AgResearch Ltd, Private Bag 11008, Palmerston North, New Zealand 4442
Case overview/description
Low altitude steep hill country in the North Island of New Zealand are traditionally dominated by family-based, owner-operator sheep and cattle breeding systems. The soft-rock sedimentary soils are highly erodible under intensive grassland systems, and the producers are reliant on international commodity prices for meat and wool that strongly influence product price. There are currently no subsidies available to support producer income during periods of adverse climate or poor prices. There is also increasing pressure from global consumers and local urban-based communities for these systems to reduce losses of sediment and nutrients to water bodies, reduce greenhouse gas emissions, and protect indigenous species dominated ecosystems
Determine how changes in land use and management, broadly involving increasing the diversity of farm enterprises, will add value to grasslands across multiple functions: production, profit, environmental protection, soil stability
Private freehold. Some corporate, both commercial and tribal (Māori)
Bovine: Hereford X, Angus X, Friesian X; Sheep: Romney, Perendale, Finn
free market
beef: breeding, Sheep: breeding
Producers, local government, agricultural researchers, environmental reserachers
Farm system analysis, Integrated catchment management
Outcome/ Beneficiaries/ Issues
Increasing the diversity of productiion entgerprises, particularly higher vlaue finishing systems, woodlots
Declining access to rural infrastructure and services for families
Reducing nitrogen, phosphorus and sediment loss to water bodies; reducing GHG emissions via stocking rate and productivity; increasing soil carbon sequestration; increasing indigenous species diversity in natural ecosystems
Through extension activities; field days, web resources, research papers
Erosion, commodity product prices, emissions to air and water, biodiversity protection
Changes to the systems led to improvements in economic and environmental performances
Long-term impacts and outcomes
pasture, hill country, catchment management, breeding enterprises, erosion, water quality, biodiversity