Search results
Displaying 51 - 60 results of 116
- PageDung – 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 …
- Discussion at 2023 B+LNZ annual meeting robust and wide-ranging …
- Farmer advisory group explores sheep research …
- … to solve. The largest investment is on-farm research and extension, including: R&D and extension aimed at eradicating Facial Eczema from cattle in New Zealand internal parasite research and extension to reduce the impact of drench resistance …
- VideoRed Meat: facing the challenges of the post-truth era by Frederic Leroy …
- FactsheetWorms in refugia: A tool to delay drench resistance …
- PageNot all testing for worms involves handling poo! Here we discuss how animal performance and health checks can be used in worm monitoring. This includes things you can check after an animal has died. … Liveweight monitoring and targeted selective treatment (TST) What is it? Parasite infections in young animals can cause reduced appetite and reduced feed conversion efficiency. Not all animals in a mob are affected to the same degree - some will be growing fine while others are not. Liveweight …
- VideoB+ LNZ Catchment Groups E-Forum – Telling the story. Part 3 – Q&A …
- VideoB+ LNZ Catchment Groups E-Forum – Telling the story. Part 2 – Rowena Duncum …
- VideoB+LNZ Central Canterbury Farming for Profit: Creating value from your values – a social licence to operate …