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The main findings from this project showed that helicropping can be undertaken and utilised in a way that minimises environment risks. … The overall project objective was to define the role of helicropping in crop establishment and pasture renewal including:  • methodology  • where best undertaken  • identification of risks (particularly at grazing)  • risk mitigation (catch crop, cover crops, sediment bunds and runoff barriers). The project harnesses learnings from existing knowledge gained by …

Dung – particularly in water – is bad news. Faecal bacteria and pathogens can cause disease in people. Faecal contamination is monitored using E. coli (Escherichia coli) as an “indicator” organism. E. coli is a type of bacteria commonly found in the guts of warm-blooded mammals (including people) and birds. … Where does excess E. coli in our waterways come from? Common sources of E. coli bacteria include untreated human wastewater discharges, storm water run-off and animal waste. Faecal …

The Kellogg Rural Leadership programme is a modern delivery platform designed to expand scholars’ ‘contextual intelligence’ and the critical thinking required for effective leadership. … To apply for this scholarship, please complete the online application form by Monday 7 October, 2024. … The Kellogg Rural Leadership Programme has been developing leaders for the rural and agri-food sector since 1979.  … The six-month course includes 18 days of programmed content delivered in three …

Previous research has shown that sowing a catch crop can reduce nitrate leaching losses by as much as 40%, as well as improving nitrogen use efficiency and farmers’ profitability. This project aimed to upscale this previous applied research into working winter crop rotations in Canterbury and Southland and adapt it to the various soil and climatic conditions. … Background The use of catch crops is recognised as a potential tool to help reduce farmers’ nitrate leaching losses but without good …

Find out how New Zealand’s sheep and beef farms are expected to perform this year – and how they’ve performed in the past. Farm management performance indicators are summarised by farm, hectare, stock unit, region, and farm class. They include balance sheet analysis. For comparison purposes, the spreadsheets include 10 years of sheep and beef farm data including the latest forecast. For quintile analysis, go to  Benchmark your farm . To benchmark the profitability of your own farm, try BLNZ’s …

To improve parasite management decision-making, new diagnostic tests are being developed to provide faster, more detailed information allowing farmers to make quicker, more informed choices. … Background: Gastrointestinal nematodes (GIN) are a significant concern for livestock health in New Zealand. Effective management of these parasites requires accurate monitoring to determine which treatment tools to use. Currently, the Faecal Egg Count (FEC) test is commonly used to assess worm burden. …

Careful planning for winter allows you to winter animals in a way that ensures the highest standards of animal welfare are maintained and environmental risks are mitigated. … When planning for winter, careful thought needs to be given to: 1. Paddock/Grazing Management When you’re standing at the gate considering how best to feed your crop, here are some factors to consider: Feed planning  – how many animals will this crop feed and for how long. Consider using the B+LNZ FeedSmart app. This app …

Freshwater ecosystem health includes a waterway’s aquatic life, physical habitat, water quality and water flow patterns. This helps determine the overall state of the freshwater system. There are a range of indicators of ecosystem health in a waterway which include stream life, water quality and habitat. … There are a range of methods for assessing ecosystem health and quality of waterways. It can be valuable to do some checking yourself as well as engage a specialist to help with these …

Discover how our research is driving improvements in animal health and productivity, transforming parasite management, and eliminating the impacts of facial eczema. … Animal health and productivity research …

We are exploring the use of a farm systems optimisation model to improve parasite management in sheep and cattle while reducing drench resistance. If successful, this model could provide farmers with a strategic tool to evaluate different management strategies. … Background Beef + Lamb New Zealand is investigating whether the PRISYM model can help us design better farm systems to tackle internal parasites in sheep and beef cattle, while also reducing the risk of drench resistance. This …