Resources related to

Mitigation

Manaaka Whenua

You are here: Home ­ Topics ­ Mitigation

There are more than 40 known and developing mitigation actions that go beyond industry good practice to reduce contaminants entering our waterways. These resources can help you identify and target appropriate mitigations, and discover new research on possible outcomes when they are applied.

Guidance

Using farm dairy effluent on free-draining soils

Additional measures, on top of regulations and industry good practice and guidelines, may be needed to minimise P losses from FDE applied to free-draining soils.…
View Guidance
Guidance

Using variable rate irrigation to mitigate nutrient losses

Variable rate irrigation (VRI), where the application rate of irrigation water across an area changes depending on soil type and other factors, can also decrease…
View Guidance
Technical Report

Better Wintering – West Coast

The West Coast wintering project’s goal was to provide West Coast farmers with specific information on the range of applicable wintering system options alongside considerations…
View Technical Report
Summary

Composting Mootels in a West Coast Context: Summary for Farmers

This farmer-facing summary describes the experiences and considerations from three case study farms on the West Coast, that have introduced composting shelters to the farm.…
View Summary
Guidance

Excluding stock from smaller streams

This factsheet is for farmers, industry bodies and regional authorities developing regional freshwater policy. Most of the contaminant load in waterways across New Zealand originates…
View Guidance
Interactive Tool

MitAgator

Built on a detailed farm map, MitAgator’s software gives a spatial view of where contaminant losses are occurring and identifies critical source areas (CSAs). Targeting…
View Interactive Tool
Model

Future scenarios for arable agriculture – model

This model allows the exploration of scenarios related to the profitability, resilience, and sustainability of arable agriculture in New Zealand over the next 5–30 years.…
View Model
Pasture For Humans

Pasture for Humans

Land-use change through harvested pasture proteins
View Project
Tukituki River and Te Mata Peak. Photo: Phillip Capper via Flickr

Synthesis Scenarios for Future Land Use

Steering land use change to meet water quality targets, through the synthesis of Our Land and Water research
View Project

Monitoring Freshwater Improvement Actions

Monitoring the effectiveness of interventions and mitigation actions on freshwater improvement
View Project
This project has produced
Information Type Icon Guidance OutlineInformation Type Icon Interactive Tool OutlineInformation Type Icon Journal Article OutlineInformation Type Icon Presentation OutlineInformation Type Icon Technical Reports Outline
Scroll to Top